University of
Massachusetts
Lowell
BID REQUEST
Pre-Purchase of Emergency Generator
Bid Number # CL16-HT-0037
Introduction
The University of Massachusetts Lowell (UML) invites bids on the purchase of an Emergency Generator
for North Quad Infrastructure.
Bid Specifications
1. Please see Technical Specifications Section 263213-Engine Generators, Section 263214Installation of Engine Generators, Section 263600 Transfer Switches and North Quad
Drawings.
Bid Rejection
The University reserves the right to reject any or all bids received in whole or in part if it is deemed such
action is in the best interest of The University and the Commonwealth of Massachusetts.
Preparation of Bids
Bids must be signed, where instructed. Bidders are cautioned that errors, alterations, or corrections on
the submitted bid must be initialed by the person signing the bid proposal or his/her authorized designee.
Failure to do so may result in rejection of the bid for those items erased, altered, or corrected and not
initialed. Telephone and or Fax bids will not be accepted.
Selection Criteria
UML shall enter into an agreement with the Bidder who submits the proposal that meets the minimum
requirements, proof of quality and performance of previous work, ability to meet the time frame set by the
University, is financially beneficial to UML and demonstrated ability to service the product in a timely and
satisfactory manner.
Prevailing Wage Law
All services solicited through this RFB are subject to the Massachusetts Prevailing Wage Laws. A list is
provided as part of the RFB indicating the trades for which a contractor is mandated by law to pay the
prevailing wage rates. Applicable Prevailing Wage Rates are issued with this RFB and will become a part
of any Contract resulting from this solicitation. It is the responsibility of the Contractor to adhere to the
Prevailing Wage Laws. All Electrical Connections must be done by a Licensed Electrical Contractor. It is
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 1
the responsibility of the Vendor to obtain a City of Lowell Electrical Permit. The Vendor is also
responsible for the Cost of any and all necessary permits.
Certification of Tax Status
Pursuant to Massachusetts General Law, Chapter 62C, Section 49 A, the bidder certifies under penalties
of perjury that to the best of the bidder's knowledge and belief, they have filed all state tax returns and
paid all state taxes required by law.
Certification of Non-Collusion
Pursuant to Massachusetts General Law, Chapter 7, Section 22 (20), the bidder certifies under penalties
of perjury that their bid is in all respects bona fide, fair, and made without collusion or fraud with any
person, joint venture, partnership, corporation or other business or legal entity.
Bidder's Representations
Each bidder by submitting its bid represents that:
a) The bid document and specifications have been read and understood by the bidder,
b) The bid is based upon the items described in the bidding documents and specifications without
exceptions,
c) The bid has been arrived at independently and is submitted without collusion,
Bid Documents
Proposal may be submitted via email to Purchasing@uml.edu or hard copy sent to Purchasing at the
address below.
Bid Opening
Bids will be opened and publicly read on, Monday, December 14, 2015 at 11:00 AM EST
at the Purchasing Department:
Wannalancit Business Center
600 Suffolk St. Rm 415
Lowell, MA 01854
It is vital that bids be in the Purchasing Office by the due date and time.
Late bids will not be considered, and will be placed, unopened, in the bid file.
We strongly encourage you to contact the Purchasing Office by telephone or e-mail prior to the bid
opening to confirm that your bid has been received by the Purchasing Department. The general
Purchasing Office phone number is (978) 934-3500 or email address is Purchasing@uml.edu. All
communication should reference RFB No. CL16-HT-0037.
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 2
Questions/Contact Person
Prospective Bidders may submit questions to UML regarding this solicitation via email to
Purchasing@uml.edu
Amendments
The Purchasing Department reserves the right to amend, alter, or cancel the bid at any time prior to the
deadline for submissions of bids. If such action is necessary, all potential bidders who have received or
requested a copy of the bid will be notified of the changes to be made in writing and whether the bid
opening date will be extended.
Debriefing
Any Vendor may request a debriefing within one (1) week after receiving notification of award, to discuss
the Selection Committee's evaluation of its bid proposal. Request for debriefing shall be made in writing
to the Purchasing Manager. Debriefing shall not include discussions of any competing bids.
Massachusetts Public Record Law
All bids and related documents submitted in response to this RFP are subject to the Massachusetts
Public Records Law, Massachusetts General Law Chapter 66, Section 10 and to M.G.L. Chapter 4,
Section 7, Subsection 26, regarding public access to such documents. Statements in the bid response
that are inconsistent with those statutes will be disregarded. Any additional questions regarding the Public
Records Law should be directed to the Public Records Division at: (617) 727-2832 during regular
business hours. You may also access various Public Records Division publications through the Internet
at: www.sec.state.ma.us/pre.
Transfers and Subcontracting
The Vendor may not subcontract, in whole or in part, any portion of this contract without the written
consent of the University.
Nondiscrimination in Employment and Affirmative Action
The Contractor shall not discriminate against any qualified employee or applicant for employment
because of race, color, national origin, ancestry, age, sex, religion, physical or mental handicap, or sexual
orientation. The Contractor agrees to comply with all applicable Federal and State statutes, rules and
regulations prohibiting discrimination in employment including but not limited to: Title VII of the Civil
Rights Act of 1964; the Age Discrimination in Employment Act of 1967; Section 504 of the Rehabilitation
Act of 1973; the Americans with Disabilities Act of 1990; and M.G.L. c.151B.
Vendor Not Employee of UML
The Vendor, or his employees or agents performing under the agreement, are not to be deemed to be
employees of UML nor to be agents of UML in any manner whatsoever. The Vendor will not hold himself
out as, nor claim to be, an officer or employee of UML and will not make any claim, demand, or
application to or for right or privilege applicable to an officer or employee of UML, including, but not limited
to, workmen's compensation coverage, unemployment insurance benefits, social security benefits, or
retirement membership or credit.
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 3
Company information and signature required
Company Name:
Company Address:
Tel. #
Fax #
Are you
() Woman Owned Business
() Minority Owned Business
() Individual/Sole Proprietorship
() Partnership
() Government
() Non-profit Organization
() Corporation
() Disadvantaged Business
() Other (specify)
Tax I.D./ FEIN # ____-___-_____ or S.S.N.# (if individual) ____-___-_____.
Signature of owner or authorized officer*:
Please print name: ______________________________
Title: __________________________
Date submitted: ___/___/___
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 4
Certification of Non Collusion
The undersigned certifies under penalties of perjury that this Bid or Proposal has been made and
submitted in good faith and without collusion or fraud with any other person. As used in this
certification, the word "person" shall mean any natural person, business, partnership,corporation,
union, committee, club, or other organization, entity, or group of individuals.
______________________________
Authorized Signature*
______________________________
Printed Name of person signing bid or proposal*)
___________________________
(Name of business)
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 5
Business Reference Form
Company Name:___________________________________________________
1.
Reference Name:______________________
Address:_____________________________
Contact Person:_______________
Tel Number:________________
Description and Dates of Services Provided: ________________________
____________________________________________________________________________________
____________________________________________________________________________________
__________________________________________________________________
2.
Reference Name: _____________________
Address: _____________________________
Contact Person:_______________
Tel Number:________________
Description and Dates Services Provided: ________________________
____________________________________________________________________________________
____________________________________________________________________________________
__________________________________________________________________
3.
Reference Name:______________________
Address:_____________________________
Contact Person:_______________
Tel Number:________________
Description and Dates of Services Provided: ________________________
____________________________________________________________________________________
____________________________________________________________________________________
__________________________________________________________________
Must list all jobs performed in a similar scope in the past 3 years. References will be contacted to
confirm Bidder’s abilities, qualifications and performance. The University may deem the Bidder’s
response unresponsive if a reference is not obtainable from listed reference after reasonable attempts.
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 6
ATTACHMENT A
BID FORM – BID # CL16-HT-0037
UNIVERSITY OF MASSACHUSETTS LOWELL
Pricing:
Emergency Generator System with accessories
$___________
$___________
TOTAL PRICE
$___________
*Total Price must include the delivery and warranty as stated in the bid*
The Bid includes Addenda numbered ________________
In addition to the bid amounts stated above, we agree to abide by all the terms and
conditions set out in the Bid.
_______________________________________________
Vendor
_______________________________________________
Address
_______________________________________________
The awarding Contractor must agree to comply with all applicable Prevailing Wage
Rates. By signing this form, the Contractor agrees to pay the applicable Prevailing Wage
Rate.
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 7
VENDOR BIDDER CHECK LIST
AS A QUALIFIED BIDDER, HAVE YOU INCLUDED:
____ Company information and signature
____ Certificate of non-collusion and tax compliance
____ Business Reference
____ Completed Form for General Bid Attachment A
____ Bids must be delivered No later than 11:00 AM EST., Monday December 14, 2015. Bids
received after this date and time will not be accepted.
CL16-HT-0037 Pre-Purchase Emergency Generator
Page 8
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
September 17, 2015
SECTION 263213 - ENGINE GENERATORS
PART 1 - GENERAL
1.1
RELATED DOCUMENTS
A.
Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 01 Specification Sections, apply to this Section.
B.
UMass Lowell Campus Electrical Standards; request most up to date standards at time of bid.
1.2
SUMMARY
A.
This Section includes packaged engine-generator sets for [emergency] power supply with the
following features:
1.
2.
3.
4.
5.
B.
1.3
[Diesel] engine.
[Unit-mounted] cooling system.
[Unit-mounted] control and monitoring.
Load banks.
Outdoor enclosure.
Related Sections include the following:
1.
Section 263214 “Installation of Engine Generators” for installation requirements of
owner furnished contractor installed engine generators.
2.
Section 263600 "Transfer Switches" for transfer switches including sensors and relays to
initiate automatic-starting and -stopping signals for engine-generator sets.
DEFINITIONS
A.
1.4
Operational Bandwidth: The total variation from the lowest to highest value of a parameter
over the range of conditions indicated, expressed as a percentage of the nominal value of the
parameter.
ACTION SUBMITTALS
A.
Product Data: For each type of packaged engine generator indicated. Include rated capacities,
operating characteristics, and furnished specialties and accessories. In addition, include the
following:
1.
2.
Thermal damage curve for generator.
Time-current characteristic curves for generator protective device.
ENGINE GENERATORS
263213 - 1
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
B.
Shop Drawings: Detail equipment assemblies and indicate dimensions, weights, loads, required
clearances, method of field assembly, components, and location and size of each field
connection.
1.
2.
3.
4.
1.5
ICON architecture, inc.
September 17, 2015
Dimensioned outline plan and elevation drawings of engine-generator set and other
components specified.
Design Calculations: Signed and sealed by a qualified professional engineer. Calculate
requirements for selecting vibration isolators and for designing vibration isolation bases.
Vibration Isolation Base Details: Signed and sealed by a qualified professional engineer.
Detail fabrication, including anchorages and attachments to structure and to supported
equipment. Include base weights.
Wiring Diagrams: Power, signal, and control wiring.
INFORMATIONAL SUBMITTALS
A.
Qualification Data: For [manufacturer]
B.
Source quality-control test reports.
1.
Certified Summary of Performance Tests: Certify compliance with specified requirement
to meet performance criteria for sensitive loads.
2.
Report of factory test on units to be shipped for this Project, showing evidence of
compliance with specified requirements.
3.
Report of sound generation.
4.
Report of exhaust emissions showing compliance with applicable regulations.
C.
Field quality-control test reports.
D.
Warranty: Special warranty specified in this Section.
1.6
CLOSEOUT SUBMITTALS
A.
Operation and Maintenance Data: For packaged engine generators to include in emergency,
operation, and maintenance manuals. In addition to items specified in Section 011000
"Operation and Maintenance Data," include the following:
1.
1.7
List of tools and replacement items recommended to be stored at Project for ready access.
Include part and drawing numbers, current unit prices, and source of supply.
MAINTENANCE MATERIAL SUBMITTALS
A.
Furnish extra materials described below that match products installed and that are packaged
with protective covering for storage and identified with labels describing contents.
1.
2.
3.
Fuses: One for every 10 of each type and rating, but no fewer than one of each.
Indicator Lamps: Two for every six of each type used, but no fewer than two of each.
Filters: One set each of lubricating oil, fuel, and combustion-air filters.
ENGINE GENERATORS
263213 - 2
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
1.8
ICON architecture, inc.
September 17, 2015
QUALITY ASSURANCE
A.
Installer Qualifications: Manufacturer's authorized representative who is trained and approved
for installation of units required for this Project.
1.
2.
Maintenance Proximity: Not more than [four] hours' normal travel time from Installer's
place of business to Project site.
Engineering Responsibility: Preparation of data for vibration isolators restraints of
engine skid mounts, including Shop Drawings, based on testing and engineering analysis
of manufacturer's standard units in assemblies similar to those indicated for this Project.
B.
Manufacturer Qualifications: A qualified manufacturer. Maintain, within [200 miles (321 km)]
of Project site, a service center capable of providing training, parts, and emergency maintenance
repairs.
C.
Source Limitations: Obtain packaged generator sets and auxiliary components through one
source from a single manufacturer.
D.
Electrical Components, Devices, and Accessories: Listed and labeled as defined in NFPA 70,
Article 100, by a testing agency acceptable to authorities having jurisdiction, and marked for
intended use.
E.
Comply with ASME B15.1.
F.
Comply with NFPA 37.
G.
Comply with NFPA 70.
H.
Comply with NFPA 110 requirements for Level [1] emergency power supply system.
I.
Comply with UL 2200.
J.
Engine Exhaust Emissions: Comply with applicable state and local government requirements.
K.
Noise Emission: Comply with [applicable state and local government requirements] for
maximum allowable sound level at property line due to sound emitted by generator set
including engine, engine exhaust, engine cooling-air intake and discharge, and other
components of installation.
1.9
PROJECT CONDITIONS
A.
Interruption of Existing Electrical Service: Do not interrupt electrical service to facilities
occupied by Owner or others unless permitted under the following conditions and then only
after arranging to provide temporary electrical service according to requirements indicated:
1.
2.
Notify [Construction Manager] no fewer than [seven] days in advance of proposed
interruption of electrical service.
Do not proceed with interruption of electrical service without [Construction Manager's]
written permission.
ENGINE GENERATORS
263213 - 3
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
B.
1.10
A.
1.11
A.
Environmental Conditions:
Engine-generator system shall withstand the following
environmental conditions without mechanical or electrical damage or degradation of
performance capability:
1.
Altitude: Sea level to [1000 feet (300 m)]
COORDINATION
Coordinate size and location of concrete bases for package engine generators. Cast anchor-bolt
inserts into bases. Concrete, reinforcement, and formwork requirements are specified with
concrete.
WARRANTY
Special Warranty: Manufacturer's standard form in which manufacturer agrees to repair or
replace components of packaged engine generators and associated auxiliary components that
fail in materials or workmanship within specified warranty period.
1.
1.12
A.
1.13
A.
ICON architecture, inc.
September 17, 2015
Warranty Period: two years from date of Substantial Completion.
MAINTENANCE SERVICE
Initial Maintenance Service: Beginning at Substantial Completion, provide [24] months' full
maintenance by skilled employees of manufacturer's designated service organization. Include
quarterly exercising to check for proper starting, load transfer, and running under load. Include
routine preventive maintenance as recommended by manufacturer and adjusting as required for
proper operation. Provide parts and supplies same as those used in the manufacture and
installation of original equipment.
ADDITIONAL SITE VISIT UPON GENERATOR INSTALLATION
This generator unit will be purchased by the owner for installation by others. This generator will
form part of an NEC article 700 listed life safety power system, and as such requires selective
coordination between all life safety circuit breakers. Include cost to return to the site post install
and adjust and reprogram the generator controller, and electronic trip output circuit breaker
settings based on the outcome of the contractors overcurrent selective coordination study. In
additional to a return visit, the generator vendor shall provide the electrical contractor who will
be installing the generator, all information required to include the generator system in a power
flow study to determine selective coordination settings.
ENGINE GENERATORS
263213 - 4
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
September 17, 2015
PART 2 - PRODUCTS
2.1
MANUFACTURERS
A.
Manufacturers: Subject to compliance with requirements, provide products by one of the
following:
1.
2.
3.
2.2
Caterpillar; Engine Div.
Generac Power Systems, Inc.
Kohler Co.
ENGINE-GENERATOR SET
A.
Factory-assembled and -tested, engine-generator set.
B.
Mounting Frame: Maintain alignment of mounted components without depending on concrete
foundation; and have lifting attachments.
1.
C.
Capacities and Characteristics:
1.
2.
3.
D.
Rigging Diagram: Inscribed on metal plate permanently attached to mounting frame to
indicate location and lifting capacity of each lifting attachment and generator-set center
of gravity.
Power Output Ratings: Nominal ratings as indicated – 200kW.
Output Connections: Three-phase, [four] wire.
Nameplates: For each major system component to identify manufacturer's name and
address, and model and serial number of component.
Generator-Set Performance:
1.
2.
3.
4.
5.
6.
Steady-State Voltage Operational Bandwidth: 3 percent of rated output voltage from no
load to full load.
Transient Voltage Performance: Not more than 20 percent variation for 50 percent stepload increase or decrease. Voltage shall recover and remain within the steady-state
operating band within three seconds.
Steady-State Frequency Operational Bandwidth: 0.5 percent of rated frequency from no
load to full load.
Steady-State Frequency Stability: When system is operating at any constant load within
the rated load, there shall be no random speed variations outside the steady-state
operational band and no hunting or surging of speed.
Transient Frequency Performance: Less than 5 percent variation for 50 percent step-load
increase or decrease. Frequency shall recover and remain within the steady-state
operating band within five seconds.
Output Waveform: At no load, harmonic content measured line to line or line to neutral
shall not exceed 5 percent total and 3 percent for single harmonics. Telephone influence
factor, determined according to NEMA MG 1, shall not exceed 50 percent.
ENGINE GENERATORS
263213 - 5
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
7.
8.
Sustained Short-Circuit Current: For a 3-phase, bolted short circuit at system output
terminals, system shall supply a minimum of 250 percent of rated full-load current for not
less than 10 seconds and then clear the fault automatically, without damage to generator
system components.
Start Time: Comply with NFPA 110, Type 10, system requirements.
a.
9.
2.3
ICON architecture, inc.
September 17, 2015
Provide permanent magnet excitation for power source to voltage regulator.
Start Time: Comply with NFPA 110, Type 10, system requirements.
ENGINE
A.
Fuel: [Fuel oil, Grade DF-2, Ultra Low Sulfer 15PPM]
B.
Rated Engine Speed: 1800 rpm.
C.
Maximum Piston Speed for Four-Cycle Engines: 2250 fpm (11.4 m/s).
D.
Lubrication System: The following items are mounted on engine or skid:
1.
2.
3.
E.
Filter and Strainer: Rated to remove 90 percent of particles 5 micrometers and smaller
while passing full flow.
Thermostatic Control Valve: Control flow in system to maintain optimum oil
temperature. Unit shall be capable of full flow and is designed to be fail-safe.
Crankcase Drain: Arranged for complete gravity drainage to an easily removable
container with no disassembly and without use of pumps, siphons, special tools, or
appliances.
Engine Fuel System:
1.
2.
Main Fuel Pump: Mounted on engine. Pump ensures adequate primary fuel flow under
starting and load conditions.
Relief-Bypass Valve: Automatically regulates pressure in fuel line and returns excess
fuel to source.
F.
Coolant Jacket Heater: Electric-immersion type, factory installed in coolant jacket system.
Comply with NFPA 110 requirements for Level 1 equipment for heater capacity.
G.
Governor: [Electronic].
H.
Cooling System: Closed loop, liquid cooled, with radiator factory mounted on enginegenerator-set mounting frame and integral engine-driven coolant pump.
1.
2.
3.
Coolant: Solution of 50 percent ethylene-glycol-based antifreeze and 50 percent water,
with anticorrosion additives as recommended by engine manufacturer.
Size of Radiator: Adequate to contain expansion of total system coolant from cold start
to 110 percent load condition.
Expansion Tank: Constructed of welded steel plate and rated to withstand maximum
closed-loop coolant system pressure for engine used. Equip with gage glass and petcock.
ENGINE GENERATORS
263213 - 6
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
4.
5.
Temperature Control: Self-contained, thermostatic-control valve modulates coolant flow
automatically to maintain optimum constant coolant temperature as recommended by
engine manufacturer.
Coolant Hose: Flexible assembly with inside surface of nonporous rubber and outer
covering of aging-, ultraviolet-, and abrasion-resistant fabric.
a.
b.
I.
ICON architecture, inc.
September 17, 2015
Rating: 50-psig (345-kPa) maximum working pressure with coolant at 180 deg F
(82 deg C), and noncollapsible under vacuum.
End Fittings: Flanges or steel pipe nipples with clamps to suit piping and
equipment connections.
Muffler/Silencer: Critical type, sized as recommended by engine manufacturer and selected
with exhaust piping system to not exceed engine manufacturer's engine backpressure
requirements.
1.
2.
3.
Minimum sound attenuation of 25 dB at 500 Hz.
Sound level measured at a distance of 23 feet (7 m) from exhaust discharge after
installation is complete shall be [71] dBA or less.
Provide flanged connector for connection of exhaust piping by another project. Intent is
for exhaust to discharge 10’ above roofline. Provide details on how to connect additional
exhaust piping with generator submittal.
J.
Air-Intake Filter: [Heavy]-duty, engine-mounted air cleaner with replaceable dry-filter element
and "blocked filter" indicator.
K.
Starting System: [24]-V electric, with negative ground.
1.
2.
3.
4.
5.
6.
7.
8.
Components: Sized so they will not be damaged during a full engine-cranking cycle with
ambient temperature at maximum specified in Part 1 "Project Conditions" Article.
Cranking Motor: Heavy-duty unit that automatically engages and releases from engine
flywheel without binding.
Cranking Cycle: [As required by NFPA 110 for system level specified].
Battery: Adequate capacity within ambient temperature range specified in Part 1 "Project
Conditions" Article to provide specified cranking cycle at least [three times] without
recharging.
Battery Cable: Size as recommended by engine manufacturer for cable length indicated.
Include required interconnecting conductors and connection accessories.
Battery Compartment: Factory fabricated of metal with acid-resistant finish and thermal
insulation. Thermostatically controlled heater shall be arranged to maintain battery above
10 deg C regardless of external ambient temperature within range specified in Part 1
"Project Conditions" Article. Include accessories required to support and fasten batteries
in place.
Battery-Charging Alternator: Factory mounted on engine with solid-state voltage
regulation and 35-A minimum continuous rating.
Battery Charger: Current-limiting, automatic-equalizing and float-charging type. Unit
shall comply with UL 1236 and include the following features:
a.
Operation: Equalizing-charging rate of 10 A shall be initiated automatically after
battery has lost charge until an adjustable equalizing voltage is achieved at battery
ENGINE GENERATORS
263213 - 7
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
b.
c.
d.
e.
f.
2.4
ICON architecture, inc.
September 17, 2015
terminals. Unit shall then be automatically switched to a lower float-charging
mode and shall continue to operate in that mode until battery is discharged again.
Automatic Temperature Compensation: Adjust float and equalize voltages for
variations in ambient temperature from minus 40 deg C to plus 60 deg C to prevent
overcharging at high temperatures and undercharging at low temperatures.
Automatic Voltage Regulation: Maintain constant output voltage regardless of
input voltage variations up to plus or minus 10 percent.
Ammeter and Voltmeter: Flush mounted in door. Meters shall indicate charging
rates.
Safety Functions: Sense abnormally low battery voltage and close contacts
providing low battery voltage indication on control and monitoring panel. Sense
high battery voltage and loss of ac input or dc output of battery charger. Either
condition shall close contacts that provide a battery-charger malfunction indication
at system control and monitoring panel.
Enclosure and Mounting: NEMA 250, Type 1, wall-mounted cabinet.
FUEL OIL STORAGE
A.
Comply with NFPA 30.
B.
Base-Mounted Fuel Oil Tank: Factory installed and piped, complying with UL 142 fuel oil
tank. Features include the following:
1.
2.
3.
4.
5.
6.
2.5
Tank level indicator.
Capacity: Fuel for [24] hours' continuous operation at 100 percent rated power output.
Vandal-resistant fill cap.
Containment Provisions: Comply with requirements of authorities having jurisdiction.
The fuel tank shall be a double-walled, steel construction, and include leak detection
provisions, wired to the generator set controller for local and remote alarm indication.
The fuel tank shall be constructed of high strength carbon steel.
CONTROL AND MONITORING
A.
Automatic Starting System Sequence of Operation: When mode-selector switch on the control
and monitoring panel is in the automatic position, remote-control contacts in one or more
separate automatic transfer switches initiate starting and stopping of generator set. When modeselector switch is switched to the on position, generator set starts. The off position of same
switch initiates generator-set shutdown. When generator set is running, specified system or
equipment failures or derangements automatically shut down generator set and initiate alarms.
Operation of a remote emergency-stop switch also shuts down generator set.
B.
Configuration: Operating and safety indications, protective devices, basic system controls, and
engine gages shall be grouped in a common wall-mounted control and monitoring panel located
in the main Pod 2 electrical room.
C.
Indicating and Protective Devices and Controls:
system, and the following:
ENGINE GENERATORS
As required by NFPA 110 for Level [1]
263213 - 8
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
ICON architecture, inc.
September 17, 2015
AC voltmeter.
AC ammeter.
AC frequency meter.
DC voltmeter (alternator battery charging).
Engine-coolant temperature gage.
Engine lubricating-oil pressure gage.
Running-time meter.
Ammeter-voltmeter, phase-selector switch(es).
Generator-voltage adjusting rheostat.
Fuel tank high-level shutdown of fuel supply alarm.
Generator overload.
D.
Supporting Items: Include sensors, transducers, terminals, relays, and other devices and include
wiring required to support specified items. Locate sensors and other supporting items on engine
or generator, unless otherwise indicated.
E.
Connection to Data Link: A separate terminal block, factory wired to Form C dry contacts, for
each alarm and status indication is reserved for connections for data-link transmission of
indications to remote data terminals.
F.
Common Remote Audible Alarm: Comply with NFPA 110 requirements for Level 1 systems.
Include necessary contacts and terminals in control and monitoring panel.
1.
2.
3.
4.
5.
G.
2.6
Overcrank shutdown.
Coolant low-temperature alarm.
Control switch not in auto position.
Battery-charger malfunction alarm.
Battery low-voltage alarm.
Remote Emergency-Stop Switch: Flush; wall mounted, unless otherwise indicated; and labeled.
Push button shall be protected from accidental operation.
GENERATOR OVERCURRENT AND FAULT PROTECTION
A.
Generator Circuit Breaker: Molded-case, electronic-trip type; 100 percent rated; complying
with UL 489.
1.
2.
3.
4.
B.
Tripping Characteristics: Adjustable long-time, short-time delay and instantaneous.
Trip Settings: Selected to coordinate with generator thermal damage curve.
Shunt Trip: Connected to trip breaker when generator set is shut down by other
protective devices.
Mounting: Adjacent to or integrated with control and monitoring panel.
Generator Disconnect Switch: Molded-case type, 100 percent rated.
1.
2.
Rating: Matched to generator output rating.
Shunt Trip: Connected to trip switch when signaled by generator protector or by other
protective devices.
ENGINE GENERATORS
263213 - 9
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
C.
Generator Protector: Microprocessor-based unit shall continuously monitor current level in
each phase of generator output, integrate generator heating effect over time, and predict when
thermal damage of alternator will occur. When signaled by generator protector or other
generator-set protective devices, a shunt-trip device in the generator disconnect switch shall
open the switch to disconnect the generator from load circuits. Protector shall perform the
following functions:
1.
2.
3.
4.
2.7
ICON architecture, inc.
September 17, 2015
Initiates a generator overload alarm when generator has operated at an overload
equivalent to 110 percent of full-rated load for 60 seconds. Indication for this alarm is
integrated with other generator-set malfunction alarms.
Under single or three-phase fault conditions, regulates generator to 300 percent of rated
full-load current for up to 10 seconds.
As overcurrent heating effect on the generator approaches the thermal damage point of
the unit, protector switches the excitation system off, opens the generator disconnect
device, and shuts down the generator set.
Senses clearing of a fault by other overcurrent devices and controls recovery of rated
voltage to avoid overshoot.
GENERATOR, EXCITER, AND VOLTAGE REGULATOR
A.
Comply with NEMA MG 1.
B.
Drive: Generator shaft shall be directly connected to engine shaft. Exciter shall be rotated
integrally with generator rotor.
C.
Electrical Insulation: Class H or Class F.
D.
Stator-Winding Leads: Brought out to terminal box to permit future reconnection for other
voltages if required.
E.
Construction shall prevent mechanical, electrical, and thermal damage due to vibration,
overspeed up to 125 percent of rating, and heat during operation at 110 percent of rated
capacity.
F.
Enclosure: Dripproof.
G.
Instrument Transformers: Mounted within generator enclosure.
H.
Voltage Regulator: Solid-state type, separate from exciter, providing performance as specified.
1.
I.
Adjusting rheostat on control and monitoring panel shall provide plus or minus 5 percent
adjustment of output-voltage operating band.
Strip Heater: Thermostatically controlled unit arranged to maintain stator windings above dew
point.
ENGINE GENERATORS
263213 - 10
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
2.8
ICON architecture, inc.
September 17, 2015
LOAD BANK
A.
Description: Permanent, outdoor, weatherproof, remote-controlled, forced-air-cooled, [resistive
and reactive] unit capable of providing a balanced 3-phase, delta-connected load to generator
set at [50] percent rated-system capacity, at [80] percent power factor, lagging. Unit may be
composed of separate resistive and reactive load banks controlled by a common control panel.
Unit shall be capable of selective control of load in 25 percent steps and with minimum step
changes of approximately 5 and 10 percent available.
B.
Resistive Load Elements: Corrosion-resistant chromium alloy with ceramic and steel supports.
Elements shall be double insulated and designed for repetitive on-off cycling. Elements shall be
mounted in removable aluminized-steel heater cases.
C.
Reactive Load Elements: Epoxy-encapsulated reactor coils.
D.
Load-Bank Heat Dissipation: Integral fan with totally enclosed motor shall provide uniform
cooling airflow through load elements. Airflow and coil operating current shall be such that, at
maximum load, with ambient temperature at the upper end of specified range, load-bank
elements operate at not more than 50 percent of maximum continuous temperature rating of
resistance elements.
E.
Load Element Switching: Remote-controlled contactors switch groups of load elements.
Contactor coils are rated 120 V. Contactors shall be located in a separate NEMA 250, Type 3R
enclosure within load-bank enclosure, accessible from exterior through hinged doors with
tumbler locks.
F.
Contactor Enclosures:
condensation.
G.
Load-Bank Enclosures: NEMA 250, Type 3R, complying with NEMA ICS 6. Louvers at
cooling-air intake and discharge openings shall prevent entry of rain and snow. Openings for
airflow shall be screened with 1/2-inch- (13-mm-) square, galvanized-steel mesh. Reactive load
bank shall include automatic shutters at air intake and discharge.
H.
Protective Devices: Power input circuits to load banks shall be fused, and fuses shall be
selected to coordinate with generator circuit breaker. Fuse blocks shall be located in contactor
enclosure. Cooling airflow and overtemperature sensors shall automatically shut down and lock
out load bank until manually reset. Safety interlocks on access panels and doors shall
disconnect load power, control, and heater circuits. Fan motor shall be separately protected by
overload and short-circuit devices. Short-circuit devices shall be noninterchangeable fuses with
200,000-A interrupting capacity.
I.
Remote-Control Panel: Separate from load bank in NEMA 250, Type 1 enclosure with a
control power switch and pilot light, and switches controlling groups of load elements.
J.
Control Sequence: Control panel may be preset for adjustable single-step loading of generator
during automatic exercising.
ENGINE GENERATORS
Heated by thermostatically controlled strip heaters to prevent
263213 - 11
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
2.9
ICON architecture, inc.
September 17, 2015
OUTDOOR GENERATOR-SET ENCLOSURE
A.
Description: Vandal-resistant, weatherproof steel housing, wind resistant up to 100 mph (160
km/h). Multiple panels shall be lockable and provide adequate access to components requiring
maintenance. Panels shall be removable by one person without tools. Instruments and control
shall be mounted within enclosure.
B.
Description: Prefabricated or preengineered enclosure with the following features:
1.
2.
3.
4.
5.
6.
7.
8.
C.
Engine Cooling Airflow through Enclosure: Maintain temperature rise of system components
within required limits when unit operates at 110 percent of rated load for 2 hours with ambient
temperature at top of range specified in system service conditions.
1.
2.
D.
2.10
A.
Construction: Galvanized-steel, metal-clad, integral structural-steel-framed building
erected on concrete foundation.
Structural Design and Anchorage: Comply with ASCE 7 for wind loads.
Space Heater: Thermostatically controlled and sized to prevent condensation.
Louvers: Equipped with bird screen and filter arranged to permit air circulation when
engine is not running while excluding exterior dust, birds, and rodents.
Hinged Doors: With padlocking provisions.
Ventilation: Louvers equipped with bird screen and filter arranged to permit air
circulation while excluding exterior dust, birds, and rodents.
Thermal Insulation: Manufacturer's standard materials and thickness selected in
coordination with space heater to maintain winter interior temperature within operating
limits required by engine-generator-set components.
Muffler Location: [External to] enclosure.
Louvers: Fixed-engine, cooling-air inlet and discharge. Storm-proof and drainable
louvers prevent entry of rain and snow.
Automatic Dampers: At engine cooling-air inlet and discharge. Dampers shall be closed
to reduce enclosure heat loss in cold weather when unit is not operating.
Convenience Outlets: Factory wired[, GFCI]. Arrange for external electrical connection.
VIBRATION ISOLATION DEVICES
Elastomeric Isolation Pads:
1.
Manufacturers: Subject to compliance with requirements, [available manufacturers
offering products that may be incorporated into the Work include, but are not
limited to, the following]:
a.
b.
c.
d.
e.
f.
g.
Ace Mountings Co., Inc.
California Dynamics Corporation.
Isolation Technology, Inc.
Kinetics Noise Control, Inc.
Mason Industries, Inc.
Vibration Eliminator Co., Inc.
Vibration Isolation.
ENGINE GENERATORS
263213 - 12
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
h.
2.
3.
4.
5.
6.
7.
8.
Vibration Mountings & Controls, Inc.
Fabrication: Single or multiple layers of sufficient durometer stiffness for uniform
loading over pad area.
Size: Factory or field cut to match requirements of supported equipment.
Pad Material: Oil and water resistant with elastomeric properties.
Surface Pattern: [Smooth] [Ribbed] [Waffle] pattern.
Infused nonwoven cotton or synthetic fibers.
Load-bearing metal plates adhered to pads.
Sandwich-Core Material: [Resilient] [and] [elastomeric]
a.
b.
B.
ICON architecture, inc.
September 17, 2015
Surface Pattern: [Smooth] [Ribbed] [Waffle] pattern.
Infused nonwoven cotton or synthetic fibers.
Restrained Spring Isolators: Freestanding, Steel, Open-Spring Isolators with Vertical-Limit
Stop Restraint in Two-Part Telescoping Housing:
1.
Manufacturers: Subject to compliance with requirements, [available manufacturers
offering products that may be incorporated into the Work include, but are not
limited to, the following]:
a.
b.
c.
d.
e.
f.
g.
h.
2.
Two-Part Telescoping Housing: A steel top and bottom frame separated by an
elastomeric material and enclosing the spring isolators. Housings are equipped with
[adjustable] snubbers to limit vertical movement.
a.
b.
3.
4.
5.
6.
Ace Mountings Co., Inc.
California Dynamics Corporation.
Isolation Technology, Inc.
Kinetics Noise Control, Inc.
Mason Industries, Inc.
Vibration Eliminator Co., Inc.
Vibration Isolation.
Vibration Mountings & Controls, Inc.
Drilled base housing for bolting to structure with an elastomeric isolator pad
attached to the underside. Bases shall limit floor load to 500 psig (3447 kPa).
Threaded top housing with adjustment bolt and cap screw to fasten and level
equipment.
Outside Spring Diameter: Not less than 80 percent of the compressed height of the
spring at rated load.
Minimum Additional Travel: 50 percent of the required deflection at rated load.
Lateral Stiffness: More than 80 percent of rated vertical stiffness.
Overload Capacity: Support 200 percent of rated load, fully compressed, without
deformation or failure.
ENGINE GENERATORS
263213 - 13
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
2.11
A.
2.12
A.
FINISHES
Indoor and Outdoor Enclosures and Components: Manufacturer's standard finish over
corrosion-resistant pretreatment and compatible primer.
SOURCE QUALITY CONTROL
Prototype Testing: Factory test engine-generator set using same engine model, constructed of
identical or equivalent components and equipped with identical or equivalent accessories.
1.
B.
ICON architecture, inc.
September 17, 2015
Tests: Comply with NFPA 110, Level 1 Energy Converters and with IEEE 115.
Project-Specific Equipment Tests: Before shipment, factory test engine-generator set and other
system components and accessories manufactured specifically for this Project. Perform tests at
rated load and power factor. Include the following tests:
1.
2.
3.
4.
5.
6.
7.
8.
9.
Test components and accessories furnished with installed unit that are not identical to
those on tested prototype to demonstrate compatibility and reliability.
Full load run.
Maximum power.
Voltage regulation.
Transient and steady-state governing.
Single-step load pickup.
Safety shutdown.
Provide 14 days' advance notice of tests and opportunity for observation of tests by
Owner's representative.
Report factory test results within 10 days of completion of test.
PART 3 - EXECUTION
3.1
EXAMINATION
A.
Examine areas, equipment bases, and conditions, with Installer present, for compliance with
requirements for installation and other conditions affecting packaged engine-generator
performance.
B.
Examine roughing-in of piping systems and electrical connections. Verify actual locations of
connections before packaged engine-generator installation.
C.
Proceed with installation only after unsatisfactory conditions have been corrected.
3.2
DEMONSTRATION
A.
Engage a factory-authorized service representative to train Owner's maintenance personnel to
adjust, operate, and maintain packaged engine generators.
Refer to Section 017900
"Demonstration and Training."
ENGINE GENERATORS
263213 - 14
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
3.3
ICON architecture, inc.
September 17, 2015
FUEL
A.
Provide all fuel required for testing.
B.
Hand over generator system to owner after all acceptance testing is complete with all generator
fuel tanks fully filled.
3.4
RETURN VISIT POST INSTALL
A.
Generator vendor shall return to site post installation by the electrical contractor. The vendor
shall adjust the generator controller and output circuit breakers to selectively coordinate the
generator circuit breaker with the rest of the life safety system, as per NEC article 700
requirements. Where the provided circuit breaker cannot be coordinated with the emergency
power system, the generator vendor shall work with the electrical contractor to find a suitable
circuit breaker, and shall replace the breaker on the unit with no additional labor cost. The
circuit breaker, where required, shall be furnished by the project electrical contractor.
END OF SECTION 263213
ENGINE GENERATORS
263213 - 15
UMass Lowell North Quad
Infrastructure Renewal
Lowell, MA
(UMBA 13-L2)
100% CONSTRUCTION DOCUMENT SET
JULY 17, 2015
CLIENT
University of Massachusetts Building Authority (UMBA)
225 Franklin Street, 12th Floor
Boston, MA 02110
CIVIL ENGINEER/SURVEYOR
Nitsch Engineering
2 Center Plaza, Suite 430
Boston, MA 02108
University of Massachusetts Lowell (UML)
600 Suffolk Street, Suite 450
Lowell, MA 01854
GEOTECHNICAL ENGINEER
Haley & Aldrich
465 Medford Street, Suite 2200
Charlestown, MA 02129
OWNER'S PROJECT MANAGER
Hill International
330 Congress Street, 6th Floor
Boston, MA 02210
OPM'S CODE CONSULTANT
Hughes Associates, Inc.
5 Mount Royal Avenue, Suite 240
Marlborough, MA 01752
BUILDING CODE CONSULTANT
Cosentini Associates, Inc.
Building 200, 2nd Floor
One Kendall Square
Cambridge, MA 02139
COST ESTIMATING CONSULTANT
V.J. Associates of New England, Inc.
60 Dedham Avenue
Needham, MA 02492
STRUCTURAL ENGINEER
Lim Consultants, Inc.
6 Pleasant Street, Suite 520
Malden, MA 02148
HARDWARE CONSULTANT
ASSA ABLOY
110 Sargent Drive
New Haven, CT 06511
MEP/FP ENGINEER
ARUP USA, Inc.
955 Massachusetts Avenue
Cambridge, MA 02139
SPECIFICATIONS WRITER
Kalin Associates, Inc.
1121 Washington Street
Newton, MA 02465
ARCHITECT
ICON architecture, inc.
101 Summer Street
Boston, MA 02110
E
RSID
RIVE
UNIVERSITY
VFW HIGHWAY
N
CAMPUS PLAN
N
SHEET TITLE
COVER SHEET
G-001
7/20/2015 2:57:49 PM
LOCUS PLAN
CIVIL DEMOLITION
CD-100
SITE DEMOLITION PLAN
CIVIL
C-101
C-102
C-103
C-201
C-202
C-203
C-204
SITE UTILITY PLAN
SITE GRADING PLAN
SITE LAYOUT & MATERIALS PLAN
SITE DETAILS & GENERAL NOTES
UTILITY DETAILS I
UTILITY DETAILS II
UTILITY DETAILS III
DEMOLITION
D-101
POD 1 DEMOLITION PART PLANS - LEVEL 1 & LEVEL 1.5
D-102
POD 1 DEMOLITION PART PLANS - LEVEL 2 & LEVEL 3
D-103
POD 1 DEMOLITION PART PLANS - LEVEL 4 & ROOF
D-104
POD 2 DEMOLITION PART PLANS - LEVEL 1 & MEZZ
D-105
POD 2 DEMOLITION PART PLANS - LEVEL 2 & LEVEL 3
D-201
POD 1 DEMOLITION ELEVATIONS
D-202
POD 2 DEMOLITION ELEVATIONS
ARCHITECTURAL
A-101
BASEMENT KEY PLAN
A-102
LEVEL 1 KEY PLAN
A-103
LEVEL 1.5 KEY PLAN
A-104
LEVEL 2 KEY PLAN
A-105
LEVEL 3 KEY PLAN
A-106
LEVEL 4 KEY PLAN
A-107
ROOF KEY PLAN
A-201
POD 1 BUILDING ELEVATIONS
A-202
POD 1 BUILDING ELEVATIONS
A-203
POD 2 BUILDING ELEVATIONS
A-204
NEW CONSTRUCTION W/ EXISTING BUILDING SECTIONS - POD 1
A-205
NEW CONSTRUCTION W/ EXISTING BUILDING SECTIONS - POD 2
A-301
POD 1 BUILDING SECTIONS
A-302
POD 1 BUILDING SECTIONS
A-303
POD 2 BUILDING SECTIONS
A-304
POD 2 BUILDING SECTIONS
A-305
KITSON MEZZ BUILDING SECTIONS
A-401
TYPICAL WALL SECTIONS - POD 1
A-402
TYPICAL WALL SECTIONS - POD 1
A-403
TYPICAL WALL SECTIONS - POD 1
A-404
TYPICAL WALL SECTIONS - POD 2
A-405
TYPICAL WALL SECTIONS - POD 2
A-501
POD 1 ENLARGED FLOOR PLANS - LEVEL 1
A-502
POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
A-503
POD 1 ENLARGED FLOOR PLANS - LEVEL 2
A-504
POD 1 ENLARGED FLOOR PLANS - LEVEL 3
A-505
POD 1 ENLARGED FLOOR PLANS - LEVEL 4
A-506
POD 1 ENLARGED FLOOR PLANS - ROOF
A-507
POD 2 ENLARGED FLOOR PLANS - LEVEL 1 (KITSON HALL)
A-508
POD 2 ENLARGED FLOOR PLANS - LEVEL 1
A-509
KITSON MEZZ ENLARGED PLAN
A-510
POD 2 ENLARGED FLOOR PLANS - LEVEL 2
A-511
POD 2 ENLARGED FLOOR PLANS - LEVEL 3
A-512
POD 2 ENLARGED FLOOR PLANS - ROOF
A-520
POD 1 REFLECTED CEILING PLANS - LEVEL 1
A-521
POD 1 REFLECTED CEILING PLANS - LEVEL 1.5
A-522
POD 1 REFLECTED CEILING PLANS - LEVEL 2
A-523
POD 1 REFLECTED CEILING PLANS - LEVEL 3
A-524
POD 1 REFLECTED CEILING PLANS - LEVEL 4
A-525
POD 2 REFLECTED CEILING PLANS - LEVEL 1
A-526
POD 2 REFLECTED CEILING PLANS - LEVELS 2 & 3
A-530
RESTROOM TYPES
A-531
RESTROOM TYPES
A-532
RESTROOM TYPES
A-534
POD 1 & 2 INTERIOR ELEVATIONS
A-535
POD 1 & 2 INTERIOR ELEVATIONS
A-536
KITSON INTERIOR ELEVATIONS
A-601
EXISTING SOUTHWICK STAIR 1 MODIFICATIONS
A-602
EXISTING PASTEUR STAIR 1 MODIFICATIONS
A-603
EXISTING KITSON STAIR 2 MODIFICATIONS
A-604
POD 1 ELEVATOR
A-605
KITSON EXISTING ELEVATOR
A-606
INTERIOR RAMP PLANS & SECTIONS
A-607
INTERIOR STAIR PLANS & SECTIONS
A-701
TYPICAL DETAILS
A-702
POD 1 TYPICAL DETAILS
A-703
POD 1 - TYPICAL EXTERIOR WALL DETAILS
A-704
POD 1 TYPICAL ENLARGED EXTERIOR DETAILS
A-705
POD 2 TYPICAL DETAILS
A-706
TYPICAL INTERIOR DETAILS
A-707
ENTRY DETAILS
A-708
TYPICAL RAILING DETAILS
A-709
POD 1 LEVEL 1 PLAN DETAILS
A-710
POD 1 LEVEL 1.5 PLAN DETAILS
A-711
POD 1 LEVELS 2-4 PLAN DETAILS
A-712
A-713
A-714
A-715
A-716
A-717
A-718
A-719
A-720
A-721
A-722
A-723
A-724
A-801
A-802
A-803
A-804
A-805
A-806
POD 1 LEVELS 2-4 PLAN DETAILS
POD 1 LEVELS 2-4 PLAN DETAILS
POD 2 PLAN DETAILS
POD 2 PLAN DETAILS
TYPICAL COMPOSITE METAL PANEL SYSTEM DETAILS
TYPICAL COMPOSITE METAL PANEL SYSTEM DETAILS
COMPOSITE METAL PANEL INFILL DETAILS
TYPICAL CURTAIN WALL DETAILS
TYPICAL CURTAIN HEAD AND SILL DETAILS
TYPICAL CURTAIN JAMB DETAILS @ LEVEL 1.5
TYPICAL EXPANSION JOINT DETAILS
TYPICAL ROOF DETAILS
DOOR DETAILS AT CMP INFILL WALL
DOOR TYPES, SCHEDULE & DETAILS
DOOR TYPES, SCHEDULE & DETAILS
CURTAIN WALL TYPES & SCHEDULE
TYPICAL PARTITION TYPES
TYPICAL PARTITION TYPES
ROOM FINISH SCHEDULE
STRUCTURAL
S-001
GENERAL NOTES
S-002
GENERAL NOTES
S-003
TYPICAL CONCRETE DETAILS
S-004
TYPICAL CONCRETE DETAILS
S-005
TYPICAL CONCRETE DETAILS
S-006
TYPICAL CONCRETE DETAILS
S-007
TYPICAL CMU DETAILS
S-008
TYPICAL CMU DETAILS
S-009
TYPICAL STEEL DETAILS
S-010
TYPICAL STEEL DETAILS
S-011
TYPICAL STEEL DETAILS
S-012
TYPICAL STEEL DETAILS
S-013
TYPICAL STEEL DETAILS
S-101
LEVEL 1 KEY PLAN
S-102
LEVEL 1.5 KEY PLAN
S-103
LEVEL 2 KEY PLAN
S-104
LEVEL 3 KEY PLAN
S-105
LEVEL 4 KEY PLAN
S-106
ROOF KEY PLAN
S-201
COLUMN SCHEDULE POD 1
S-202
COLUMN SCHEDULE POD 2
S-203
BASE PLATE DETAILS
S-204
LATERAL RESISTING FRAME ELEVATIONS POD 1
S-205
LATERAL RESISTING FRAME ELEVATIONS POD 2
S-206
BRACED FRAME DETAILS
S-301
PILASTER DETAILS POD 1
S-302
FOUNDATION SECTIONS & DETAILS POD 1
S-303
FOUNDATION SECTIONS & DETAILS POD 1
S-304
FOUNDATION SECTIONS & DETAILS POD 1
S-310
FOUNDATION SECTIONS & DETAILS POD 2
S-311
FOUNDATION SECTIONS & DETAILS POD 2
S-312
FOUNDATION SECTIONS & DETAILS POD 2
S-401
SECTIONS & DETAILS
S-402
SECTIONS & DETAILS
S-501
POD 1 ENLARGED FRAMING PLAN - LEVEL 1/FOUNDATION
S-502
POD 1 ENLARGED FRAMING PLAN - LEVEL 1.5
S-503
POD 1 ENLARGED FRAMING PLAN - LEVEL 2
S-504
POD 1 ENLARGED FRAMING PLAN - LEVEL 3
S-505
POD 1 ENLARGED FRAMING PLAN - LEVEL 4
S-506
POD 1 ENLARGED FRAMING PLAN - ROOF
S-507
POD 2 ENLARGED FRAMING PLAN - LEVEL 1/FOUNDATION
S-508
POD 2 ENLARGED FRAMING PLAN - LEVEL 2
S-509
POD 2 ENLARGED FRAMING PLAN - LEVEL 3
S-510
POD 2 ENLARGED FRAMING PLAN - ROOF
MECHANICAL
M-000
MECHANICAL SYMBOLS & ABBREVIATIONS
M-001
MECHANICAL SCHEDULES SHEET 1
M-002
MECHANICAL SCHEDULES SHEET 2
M-201
MECHANICAL POD 1 DEMOLITION PART PLANS - LEVEL 1 & 1.5
M-202
MECHANICAL POD 1 DEMOLITION PART PLANS - LEVEL 2 & 3
M-203
MECHANICAL POD 1 DEMOLITION PART PLANS - LEVEL 4 & ROOF
M-204
MECHANICAL POD 2 DEMOLITION PART PLANS - LEVEL 1 & MEZZ
M-205
MECHANICAL POD 2 DEMOLITION PART PLANS - LEVEL 2 & 3
M-300
MECHANICAL SUPPLY AND EXHAUST AIR LINE DIAGRAM
M-301
MECHANICAL SUPPLY AIR AND REFRIGERANT LINE DIAGRAM
M-302
MECHANICAL REFRIGERANT LINE DIAGRAM
M-402
MECHANICAL LEVEL 1 - KEY PLAN
M-403
MECHANICAL LEVEL 1.5 - KEY PLAN
M-404
MECHANICAL LEVEL 2 - KEY PLAN
M-405
MECHANICAL LEVEL 3 - KEY PLAN
M-406
MECHANICAL LEVEL 4 - KEY PLAN
M-407
MECHANICAL LEVEL ROOF - KEY PLAN
M-701
MECHANICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1
M-702
MECHANICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
M-703
MECHANICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 2
M-704
MECHANICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 3
M-705
MECHANICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 4
M-706
MECHANICAL POD 1 ENLARGED FLOOR PLANS - ROOF
M-708
MECHANICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 1
M-710
MECHANICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 2
M-711
M-712
M-801
M-802
M-803
M-901
M-902
M-903
MECHANICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 3
MECHANICAL POD 2 ENLARGED FLOOR PLANS - ROOF
MECHANICAL DETAILS SHEET 1
MECHANICAL DETAILS SHEET 2
MECHANICAL DETAILS SHEET 3
MECHANICAL CONTROLS SHEET 1
MECHANICAL CONTROLS SHEET 2
MECHANICAL CONTROLS SHEET3
ELECTRICAL
E-000
ELECTRICAL SYMBOLS & ABBREVIATIONS
E-001
ELECTRICAL SCHEDULE OF PANELBOARDS
E-002
ELECTRICAL SCHEDULE PLAN SHEET 1
E-003
ELECTRICAL SCHEDULE PLAN SHEET 2
E-004
ELECTRICAL SCHEDULE PLAN SHEET 3
E-005
ELECTRICAL SCHEDULE PLAN SHEET 4
E-006
ELECTRICAL SCHEDULE PLAN SHEET 5
E-007
ELECTRICAL SCHEDULE PLAN SHEET 6
E-008
ELECTRICAL SCHEDULE PLAN SHEET 7
E-201
ELECTRICAL POD 1 DEMOLITION PART PLANS - LEVEL 1 & 1.5
E-202
ELECTRICAL POD 1 DEMOLITION PART PLANS - LEVEL 2 & 3
E-203
ELECTRICAL POD 1 DEMOLITION PART PLANS - LEVEL 4 & ROOF
E-204
ELECTRICAL POD 2 DEMOLITION PART PLANS - LEVEL 1 & MEZZ
E-205
ELECTRICAL POD 2 DEMOLITION PART PLANS - LEVEL 2 & 3
E-300
ELECTRICAL RISER ONE LINE DIAGRAM
E-301
ELECTRICAL RISER TWO LINE DIAGRAM
E-402
ELECTRICAL LEVEL 1 - KEY PLAN
E-403
ELECTRICAL LEVEL 1.5 - KEY PLAN
E-404
ELECTRICAL LEVEL 2 - KEY PLAN
E-405
ELECTRICAL LEVEL 3 - KEY PLAN
E-406
ELECTRICAL LEVEL 4 - KEY PLAN
E-407
ELECTRICAL ROOF - KEY PLAN
E-701
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1
E-702
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
E-703
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 2
E-704
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 3
E-705
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 4
E-706
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - ROOF
E-707
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 1 (KITSON
HALL)
E-710
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 2
E-711
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 3
E-712
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - ROOF
E-720
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 1
E-721
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 1.5
E-722
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 2
E-723
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 3
E-724
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 4
E-725
ELECTRICAL POD 2 ENLARGED LIGHTING PLANS - LEVEL 1
E-726
ELECTRICAL POD 2 ENLARGED LIGHTING PLANS - LEVELS 2 & 3
E-800
ELECTRICAL DETAILS PLAN SHEET 1
E-801
ELECTRICAL DETAILS PLAN SHEET 2
E-802
ELECTRICAL DETAILS PLAN SHEET 3
E-803
ELECTRICAL DETAILS PLAN SHEET 4
PLUMBING
P-000
PLUMBING LEGEND & GENERAL NOTES
P-001
PLUMBING SCHEDULES
P-201
PLUMBING LEVEL 1 DEMOLITION KEY PLAN
P-202
PLUMBING POD 1 DEMOLITION PART PLANS - LEVEL 1 & 5
P-300
PLUMBING DOMESTIC WATER RISER DIAGRAM - PASTEUR
P-301
PLUMBING DOMESTIC WTAER RISER DIAGRAM - KITSON
P-302
PLUMBING SANTARY RISER DIAGRAM PASTEUR
P-303
PLUMBING SANTARY RISER DIAGRAM KITSON
P-401
PLUMBING BASEMENT - KEY PLAN
P-402
PLUMBING LEVEL 1 - KEY PLAN
P-403
PLUMBING LEVEL 1.5 - KEY PLAN
P-404
PLUMBING LEVEL 2 - KEY PLAN
P-405
PLUMBING LEVEL 3 - KEY PLAN
P-406
PLUMBING LEVEL 4 - KEY PLAN
P-407
PLUMBING ROOF - KEY PLAN
P-700
PLUMBING POD 1 ENLARGED FLOOR PLANS - BASEMENT
P-701
PLUMBING POD 1 ENLARGED FLOOR PLANS - LEVEL 1
P-702
PLUMBING POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
P-703
PLUMBING POD 1 ENLARGED FLOOR PLANS - LEVEL 2
P-704
PLUMBING POD 1 ENLARGED FLOOR PLANS - LEVEL 3
P-705
PLUMBING POD 1 ENLARGED FLOOR PLANS - LEVEL 4
P-706
PLUMBING POD 1 ENLARGED FLOOR PLANS - ROOF
P-708
PLUMBING, POD 2 UNDERSLAB
P-709
PLUMBING POD 2 ENLARGED FLOOR PLANS - LEVEL 1
P-711
PLUMBING POD 2 ENLARGED FLOOR PLANS - LEVEL 2
P-712
PLUMBING POD 2 ENLARGED FLOOR PLANS - LEVEL 3
P-713
PLUMBING POD 2 ENLARGED FLOOR PLANS - ROOF
P-800
PLUMBING DETAILS
P-801
PLUMBING DETAILS
FIRE PROTECTION
FA-000
FIRE ALARM SYMBOLS & ABBREVIATIONS
FA-201
FIRE ALARM POD 1 DEMOLITION PARTS PLANS - LEVEL 1 & 1.5
FA-204
FIRE ALARM POD 2 DEMOLITION PART PLANS - LEVEL 1 & MEZZ
FA-300
FIRE ALARM RISER DIAGRAM
FA-301
FIRE ALARM SEQUENCE OF OPERATIONS
FA-402
FA-403
FA-404
FA-405
FA-406
FA-701
FA-702
FA-703
FA-704
FA-705
FA-707
FA-710
FA-711
FA-800
FA-801
FP-000
FP-201
FP-300
FP-400
FP-403
FP-404
FP-405
FP-406
FP-407
FP-701
FP-702
FP-703
FP-704
FP-705
FP-707
FP-709
FP-710
FP-711
FP-800
FP-801
FIRE ALARM LEVEL 1 - KEY PLAN
FIRE ALARM LEVEL 1.5 - KEY PLAN
FIRE ALARM LEVEL 2 - KEY PLAN
FIRE ALARM LEVEL 3 - KEY PLAN
FIRE ALARM LEVEL 4 - KEY PLAN
FIRE ALARM POD 1 ENLARGED FLOOR PLANS - LEVEL 1
FIRE ALARM POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
FIRE ALARM POD 1 ENLARGED FLOOR PLANS - LEVEL 2
FIRE ALARM POD 1 ENLARGED FLOOR PLANS - LEVEL 3
FIRE ALARM POD 1 ENLARGED FLOOR PLANS - LEVEL 4
FIRE ALARM POD 2 ENLARGED FLOOR PLANS - LEVEL 1 (KITSON
HALL)
FIRE ALARM POD 2 ENLARGED FLOOR PLANS - LEVEL 2
FIRE ALARM POD 2 ENLARGED FLOOR PLANS - LEVEL 3
FIRE ALARM DETAILS SHEET 1
FIRE ALARM DETAILS SHEET 2
FIRE PROTECTION SYMBOLS & ABBREVIATIONS
FIRE PROTECTION LEVEL 1 DEMOLITION PLAN
FIRE PROTECTION RISER DIAGRAM
FIRE PROTECTION LEVEL 1 - KEY PLAN
FIRE PROTECTION LEVEL 1.5 - KEY PLAN
FIRE PROTECTION LEVEL 2 - KEY PLAN
FIRE PROTECTION LEVEL 3 - KEY PLAN
FIRE PROTECTION LEVEL 4 - KEY PLAN
FIRE PROTECTION ROOF - KEY PLAN
FIRE PROTECTION POD 1 ENLARGED FLOOR PLANS - LEVEL 1
FIRE PROTECTION POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
FIRE PROTECTION POD 1 ENLARGED FLOOR PLANS - LEVEL 2
FIRE PROTECTION POD 1 ENLARGED FLOOR PLANS - LEVEL 3
FIRE PROTECTION POD 1 ENLARGED FLOOR PLANS - LEVEL 4
FIRE PROTECTION POD 2 ENLARGED FLOOR PLANS - LEVEL 1
(KITSON HALL)
FIRE PROTECTION KITSON MEZZ ENLARGED PLAN
FIRE PROTECTION POD 2 ENLARGED FLOOR PLANS - LEVEL 2
FIRE PROTECTION POD 2 ENLARGED FLOOR PLANS - LEVEL 3
FIRE PROTECTION DETAILS SHEET 1
FIRE PROTECTION DETAILS SHEET 2
TELECOMMUNICATIONS
T-000
TELECOMS SYMBOLS & ABBREVIATIONS
T-300
TELECOMS RISER ONE LINE DIAGRAM
T-402
TELECOMMS LEVEL 1 - KEY PLAN
T-403
TELECOMMS LEVEL 1.5 - KEY PLAN
T-404
TELECOMMS LEVEL 2 - KEY PLAN
T-405
TELECOMMS LEVEL 3 - KEY PLAN
T-406
TELECOMMS LEVEL 4 - KEY PLAN
T-701 L
TELECOMMS POD 1 ENLARGED FLOOR PLANS - LOW LEVEL 1
T-702 H
TELECOMMS POD 1 ENLARGED FLOOR PLANS - HIGH LEVEL 1.5
T-702 L
TELECOMMS POD 1 ENLARGED FLOOR PLANS - LOW LEVEL 1.5
T-703 H
TELECOMMS POD 1 ENLARGED FLOOR PLANS - HIGH LEVEL 2
T-703 L
TELECOMMS POD 1 ENLARGED FLOOR PLANS - LOW LEVEL 2
T-704 H
TELECOMMS POD 1 ENLARGED FLOOR PLANS - HIGH LEVEL 3
T-704 L
TELECOMMS POD 1 ENLARGED FLOOR PLANS - LOW LEVEL 3
T-705 H
TELECOMMS POD 1 ENLARGED FLOOR PLANS - HIGH LEVEL 4
T-705 L
TELECOMMS POD 1 ENLARGED FLOOR PLANS - LOW LEVEL 4
T-707 H
TELECOMMS POD 2 ENLARGED FLOOR PLANS - HIGH LEVEL 1
(KITSON HALL)
T-707 L
TELECOMMS POD 2 ENLARGED FLOOR PLANS - LOW LEVEL 1 (KITSON
HALL)
T-710 H
TELECOMMS POD 2 ENLARGED FLOOR PLANS - HIGH LEVEL 2
T-710 L
TELECOMMS POD 2 ENLARGED FLOOR PLANS - LOW LEVEL 2
T-711 H
TELECOMMS POD 2 ENLARGED FLOOR PLANS - HIGH LEVEL 3
T-711 L
TELECOMMS POD 2 ENLARGED FLOOR PLANS - LOW LEVEL 3
T-800
TELECOMMS DETAILS SHEET 1
T-801
TELECOMMS DETAILS SHEET 2
T-802
TELECOMMS DETAILS SHEET 3
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
100% CONSTRUCTION
DOCUMENTS SET
STAMP
7/17/15
100% CONSTRUCT. DOC. SET
2
06/30/15
TIER 1 PHASE 1 PERMIT SET
1
05/07/15
90% CONSTRUCT. DOC. SET
04/22/15
TIER 1 PHASE 1 (EARLY PACKAGE)
PERMIT SET
04/06/15
60% CONSTRUCTION PERMIT SET
01/15/15
100% DESIGN DEVELOPMENT SET
12/18/14
50% DESIGN DEVELOPMENT SET
08/29/14
SCHEMATIC DESIGN SET
06/10/14
FEASIBILITY STUDY SET
MARK
DATE
DESCRIPTION
PROJECT NUMBER: 21332
RD
DRAWN BY:
CHECKED BY: JM
SHEET TITLE
DRAWING LIST
Highlighted Drawings are excerpt from 100%
Construction Documents Dated 7/17/2015.
Highlighted drawings included in this package
pertain to Pre - Purchase Generator;
G-002
7/20/2015 2:57:50 PM
GENERAL
G-001
COVER SHEET
G-002
DRAWING LIST
G-003
SITE PLAN ACCESSIBLE ROUTE
PROJECT ABREVIATIONS:
38
6.
11
PE
GC
DE.77
5S
11OV TR
I
A
E
RH N B
EA RI
D DG
E
FALMOUTH STREET
15
5.
11
76
4.
11
70
4.
11
02
5.
11
79
4.
11
45
4.
11
62
4.
11
S
54
4.
11
STEAM
CONC 5
7
4.
11
S
34
4.
11
70
4.
11
73
4.
11
72
4.
S
11
78
3.
11
T
BI
41
4.
11
07
4.
11
21
4.
11
61
2.
11
37
3.
11
NC
CO
27
4.
11
LT
T
6"
S
S
T
6"
S
T
4"
"T
16
90
3.
11
04
4.
11
STEAM8
8
3.
11
69
3.
11
S
GC
NC
CO
34
3.
11
STEAM
T
BI
73
3.
11
STEAM
2
.4
H 3
M =11 7.9
R 10
I=
55
3.
11
67
3.
11
28
3.
11
41
3.
11
PARKING
STRIPE
(typical)
40
3.
11
60
3.
11
S
S
S
S
S
"T
12
S
S
T
8"
S
S
T
8"
S
D
07
3.
11
20
3.
11
D
54
3.
11
64
3.
11
73
3.
11
S
93
3.
11
GC
9
.4
12
C B =1
R
82
2.
11
10
3.
11
77
2.
11
PARKING
STRIPE
(typical)
52
2.
11
56
2.
11
59
2.
11
D
M
GC
GRAVEL
29
2.
11
61
1.
11
03
2.
11
GC
46
2.
11
S
S
V
C
S
S
P
GR
79
2.
11
M
GR
V
P
HY
W
6" SEWER
POSS AC
G
1
D-202
NC
CO
90
2.
11
78
2.
11
ST EA
32
2.
11
18
2.
11
69
1.
11
GC
D
T
BI
STEAM
92
2.
11
CLF
68
1.
11 .58
48
1.
1
11
11
GC
GRAVEL
D
11
3
21
3.
11
30
3.
11
38
3. STEAM
11
64
2.
11
33
2.
11
GR
27
1.
11
G
R
2
D-202
96
0.
11
16
2.
11
12
2.
11
01
2.
11
ST
EA
M
WB-50
B
O
14
2.
11
T
U
69
1.
11
LT
AASHTO 2004 (US)
T
BI
NC
CO
112
INSIDE DIMENSION
OUTSIDE DIMENSION
CONCRETE
TYPICAL
STEEL
DIAMETER
MAXIMUM
MINIMUM
ABOVE FINISH FLOOR
CENTER LINE
SIMILAR
REFLECTED CEILING PLAN
FIRE ALARM CONTROL PANEL
CERAMIC TILE
GYPSUM WALL BOARD
GYPSUM
FLOOR DRAIN
PAINTED
EQUAL
APPROXIMATELY
ELEVATOR
STUDENT
STAFF
WOMENS WATER CLOSET
MENS WATER CLOSET
PLUMBING
EXISTING
ELECTRIC
JANITOR
INTERMEDIATE DISTRIBUTION FRAME /
INFORMATION TECHNOLOGY
EXPANSION
MACHINE ROOM (ELEVATOR)
FIRE RATED
EMERGENCY ELECTRIC
STAIR
MECHANICAL, ELECTRICAL, PLUMBING
CORRIDOR
VENT THROUGH ROOF
ROOF DRAIN
DRINKING FOUNTAIN
LOCATION
TO BE DETERMINED
GROSS SQUARE FEET
NET SQUARE FEET
HOUR
ON CENTER
REGULAR
ROOF TOP UNIT
EMERGENCY
ENTRANCE
PRIMARY
MEZZANINE
STRUCTURE
STAINLESS STEEL
FEET PER MINUTE
CLEAR
FIRE EXTINGUISHER CABINET
FIRE RESISTANCE RATING
OPEN TO ABOVE
OPEN TO BELOW
MANUFACTURER
WITH
AIR VAPOR BARRIER
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
100% CONSTRUCTION
DOCUMENTS SET
STAMP
21
2.
11
STEAM
ELEC
88
2.
11
CONC
CONC
48
2.
11
46
2.
11
40
2.
11
30
2.
11
93
2.
11
CONC RAMP
16
2.
11
96
1.
11
03
2.
11
85
1.
11
DRAIN
NOT OBS.
90
0.
11
POD 2
ADDITION
C
RK "
A "X
M
0
H T 9
C AN 3.
EN R 11
B YD V=
H LE
E
68
1.
11
54
1.
11
8"WATER
05
1. ELEC
11
111
A
NC
70 ) .
0. ±(A S
CO
CB =11 8.9 OB
R 10 OT
I= N
B
B
EXP.
MR
FR
EE
STR.
MEP
CORR.
VTR
RD
DF
LOC'N
TBD
GSF
NSF
HR
O.C.
REG
RTU
EMER.
ENT
PRIM.
MEZZ
STRUCT.
SS
F.P.M
CLR
FEC
FRR
OTA
OTB
MANUF.
W/
AVB
D
52
3.
11
63
3.
11
74
3.
11
81
3.
11
89
3.
11
97
3.
11
GC
LIMIT OF WORK
T
BI
81
0.
11
HAND
RAIL
92
92 94
0.
0. 0.
11
11 11
SOUTHWICK
11
5
"T
18
LP
82
4.
11
S
GC
58
4.
11
69
3.
11
41
3.
11
45
3.
11
61
2. ±
CB =11 9.6
R 10
I=
30
2.
11
WB-50
G
G
90
0.
11
92
0.
11
DN
VC
10
5.
11
V
34
5.
11
74
3.
11
79
3.
11
GR
91
3.
11
B
A
GR
GAS2004 (US)
AASHTO
55
1.
11
35
1.
11
P
RI P
RA .09
1
11 2
0
1.
11 P
GM
WALL MOUNTED
LED FIXTURES
4"P
GAS
WALL MOUNTED
LED FIXTURES
WATER
4"
D(
R)
46
5.
11
C
114
92
3.
11
02
4.
11
4
H 2.8 (A) )
1
SM =1 6.9 4(B ) S.
R 0 . (C B
1
9
I= 10 6.6 T O
I= 10 O
I = =N
D
C
4"ME
T
STAIR
PLANT
REFER TO DEMO PLANS
D-104 THROUGH D-105
FOR DEMO AREA
(ALL LEVELS)
32
5.
11
12
4.
11
17
4.
11
8"WATER
SLIDING GATE
D
61
3. A
CONC BLOCK RET WALL
11
75
8. CO
11 W NC
AL
L
GAS
17
5.
11
S
41
4.
11
56
4.
11
A
12"SEWER
GR
C
B
RIP RAP
ELEC
"T
18
V
56
4.
11
S
87
3.
11
88GC
3.
11
)
0 C
H 3.9 (AB
G
W
SM =11 6.3
R 10
I=
C
B
80
3.
11
NC
8
WB-50
"
P
CO
V
C AASHTO
T 2004 (US)
BI
67
2.
11
87
3.
11
11
4
8"
PV
C6
5
9.
11
(R)
GC
P
P
12"SEWER
ELEC
14
5.
11
86
7.
11
6"SEWER
GRAVEL
GRAVEL
GRAVEL
PB
PCC
DL
SLIDING GATE
GR
73
53
4.
4.
11
11
18
5.
11
79
9.
11
.01 RIP
RAP
TW=120
91
9.
11
111
ELEC
M
GC
GC
33
4.
11
P
GAS
71
4.
11
77
4.
11
15
5.
11
9
.7 .48
CONC
21 19
=1 1 C
38
A .67
5.
HV 1 9
11
1
16
8.
11
TW
ST EA
GAS
44
4.
11
G
57
5.
11
BERM
AC
2
11
GC
W
P
P
38
9.
11
HV
R)
GC
37
4.
11
72
60
4.
4. 11
11
P CC
S
P
NC
CO
115
04
5.
11
02
9.
11
03
0.
12
113
W(
SE
M
O
B
STEAM
T
U
C
RK "
A "X
M
H T 52
C AN 7.
29
EN R 11
4.
B YD V=
CB =11 7.8
H LE
R 10
E
I=
58
4.
11
77
4.
11
T
BI
76
8.
11
AC
V
5"SEW(R)
NC
CO
23
5.
11
33
5.
11
69
4.
95
4.
11
52
9.
119 11
HV
CONC
WALL
M
BALL HALL CROSSWALK AND THE
PROPOSED EAST ENTRANCE (SERVICE
YARD) TO KITSON HALL
THE GRADE DROPS VERTICALLY 4.93’
OVER A HORIZONTAL DISTANCE OF 257’,
OR 1:52.13, WELL BELOW THE MAXIMUM
1:20 SLOPE. UNLESS THERE ARE LOCAL
CONDITIONS ALONG THAT PATH THAT
EXCEED A 1:20 SLOPE, THE EXISTING
DRIVEWAY CAN PROVIDE AN ACCESSIBLE
PATH BETWEEN THE CROSSWALK AND THE
NEW KITSON ENTRANCE. IF THE EXISTING
DRIVEWAY WIDTH ALLOWS, CONSIDER
PAINTING A PEDESTRIAN ZONE ALONG THE
PERRY HALL BERM/RETAINING WALL &
INSTALLING A GUARDRAIL TO SEPARATE
THIS ZONE FROM THE VEHICULAR LANES.
ELEC
DL
SWING
GATE
DL
COMP.
45
5.
11
T
BI
42
5.
11
11
G
ELEC
117
BERM
118
45 RET WALL
36
0.
0. AC
12
12 HV
GATE
EA
ST
D
HY 9
0
07
5.
5.
11 11
W
35
9.
11
9
.7
21
=1 7
TW 0.6
12
GAS
INTERCOM
EL
EC
S
GA
C
STEAM
NC
8"RCP
DUMPSTER
AREA
SEE ENLARGED PLANS
100S1
GC
8"WATER
63
5.
11
54
8.
11
36
0.
12
V
1 STORY
"KITSON"
POD 2
55
4.
11
34
5.
11
ELEC
CONC
67
0.
12
6
H 3.2 ± C)
SM =11 0.3 4(B
R 11 6.
I= 10
I=
LIMIT OF SITE WORK
212.68sf
CO
8"SEWER(R)
SEWER(R)
8"PVC
PERRY
REMOVE EXISTING
ASPHALT PAVEMENT;
EXCAVATE & PROVIDE
BACKFILL FOR NEW
SUBGRADE, TOP SOIL/LOAM
& SEED, WALKWAYS AND
PADS, SITE LIGHTING,
SPRINKLER IRRIGATION
16
5.
11
15"SEWER
90
5.
11
24
6.
11
21
8.
11
90
0.
12
V
AT 7.86
NC 1
O =1
C OR
DO
4 STORY
"ENGINEERING BUILDING"
RESTORE
PAVEMENT
WITHIN LIMIT OF
WORK
KITSON
ELE
115
61
7.
63 11
7.
0
11
.6
21
=1 AC
TW HV
73
0.
12
76
7.
11
3 STORY
16'-0" X 22'-0"
PAD
EL EC
WALK
SWING
GATE
120
116
67
5.
11
24
6.
11
4
.7
AT 17
1
NC R=
CO OO
D
ACCESSIBLE ROUTE FROM
BALL HALL
FOR REFERENCE ONLY
(NOT IN SCOPE)
5'-0" WIDE WALKWAY
ACCESSIBLE ROUTE
NOT TO EXCEED
5% SLOPE
06
6.
11
GAS
97
5.
STEAM 11
74
5.
11
39
5.
11 8"WATER
GAS
STEAM
ELEC
GAS
1 STORY
"BALL BUILDING"
4 STORY
C
ELE
EC
EL
CRO
SS
ID
OD
CONC.
TYP.
STL.
DIA.
MAX.
MIN.
A.F.F.
CL
SIM
RCP
FACP
CT
GWB
GYP
FD
PTD
EQ.
APPROX.
ELEV.
STD
STF
WWC
MWC
PLUMB
EXIST.
ELEC.
JAN.
IDF/IT
6" D
POSS AC
D
8" S AC
S
PO
MAINTENANCE
BUILDING
DRY LAB
LESS THAN
5% SLOPE
POD 1
13'-0" X 20'-0"
PAD
44
1.
11
ACCESSIBLE ROUTE FROM
UNIVERSITY AVE
WALL
MOUNTED
EMERG. PHONE
O.F.O.I.
RELOCATED DUMPSTER
& TRASH COMPACTOR
SEE ENLARGED PLANS
10'-0" WIDE
WALKWAY
NEW
GENERATOR
1
D-201
2
D-201
WALL MOUNTED
LED FIXTURES
WALL MOUNTED
LED FIXTURES
REFER TO DEMO PLANS
D-101 THROUGH D-103
FOR DEMO AREA
(ALL LEVELS)
FALMOUTH
POD 1
ADDITION
FALMOUTH
PROJECT LIMIT
LINE
MARK
100% CONSTRUCT. DOC. SET
06/30/15
TIER 1 PHASE 1 PERMIT SET
05/07/15
90% CONSTRUCT. DOC. SET
04/22/15
TIER 1 PHASE 1 (EARLY PACKAGE)
PERMIT SET
04/06/15
60% CONSTRUCTION PERMIT SET
01/15/15
100% DESIGN DEVELOPMENT SET
12/18/14
50% DESIGN DEVELOPMENT SET
08/29/14
SCHEMATIC DESIGN SET
06/10/14
FEASIBILITY STUDY SET
DATE
DESCRIPTION
PROJECT NUMBER: 21332
RD
DRAWN BY:
CHECKED BY: JM
GENERAL NOTES:
1.
7/17/15
REFER TO ENLARGED PLANS
(A-501 THROUGH A-512) FOR
INTERIOR SCOPE OF WORK
SHEET TITLE
2.
REFER TO DEMOLITION PLANS
& ELEVATIONS (D-101 THROUGH
D-202) FOR DEMO SCOPE AT SITE
3.
REFER TO CIVIL DWGS (C-101
THROUGH C-204) & SPECS FOR
FULL EXTERIOR IMPROVEMENTS
SITE PLAN
ACCESSIBLE ROUTE
PASTEUR
1
SITE PLAN
1" = 30'-0"
N
GRAPHIC SCALE
0
30
60
90
120
G-003
7/20/2015 2:57:52 PM
EXISTING GENERATOR
2,a
DESCRIPTION
CEILING MOUNTED LIGHTING FIXTURE AND OUTLET
BOX.
- 'F' DENOTES FIXTURE TYPE
- '2' DENOTES BRANCH CIRCUIT NUMBER
- 'a' DENOTES SWITCHED CIRCUIT
- SHADED AREA FIXTURE ON EMERGENCY CIRCUIT
F
2,a
F
F
2
a
F
2
a
WALL MOUNTED LIGHTING FIXTURE AND OUTLET
BOX.
- 'F' DENOTES FIXTURE TYPE
- '2' DENOTES BRANCH CIRCUIT NUMBER
- 'a' DENOTES SWITCHED CIRCUIT
- SHADED AREA FIXTURE ON EMERGENCY CIRCUIT
CEILING/WALL EXIT LIGHT AND OUTLET BOX,
LED TYPE, SELF CONTAINED, WITH BATTERY PACK:
- SHADED AREA INDICATES ILLUMINATED FACE(S)
- ARROW INDICATES DIRECTION
EMERGENCY UNIT EQUIPMENT, 90 MINUTE
BATTERY PACK, CHARGER AND TEST SWITCH.
NOTE: SEE LIGHT FIXTURE SCHEDULE AND SPECIFICATIONS
FOR COMPLETE FIXTURE DESCRIPTION.
WIRING DEVICES
SYMBOL
a
S3
b
SK4
20A SPST TOGGLE SWITCH U.O.N.:
-LOWER CASE LETTER DENOTES LIGHTING
FIXTURE SWITCHING ARRANGEMENT
- '3' DENOTES THREE-WAY
- '4' DENOTES FOUR-WAY
- 'K' KEY OPERATED
SPDT MOMENTARY CONTACT SWITCH
SDM
WALL DIMMER SWITCH
SWP
WEATHERPROOF SWITCH
SXP
EXPLOSION PROOF SWITCH
a
O PIR
b
O DT
4X
4X F
4X CB
200
FUSED DISCONNECT SWITCH
- NUMERICAL DENOTES FUSE SIZE
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
225
ENCLOSED CIRCUIT BREAKER
- NUMERICAL DENOTES TRIP SIZE
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
4X
MOTOR LOAD.
SEE E008 FOR REQUIREMENTS.
4X VFD
VARIABLE FREQUENCY DRIVE CONTROLLER
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
4X
COMBINATION DISCONNECT SWITCH/CONTROLER
- NUMERICAL DENOTES FUSE/TRIP SIZE
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
400
4X VFD
STP
M
PB
ATS
R 6
WALL MOUNTED OCCUPANCY SENSOR.
- 'PIR' DENOTES PASSIVE INFRARED
- 'DT' DENOTES DUAL TECHNOLOGY
- 'a' DENOTES SWITCHING ARRANGEMENT
GFP
NEW CONDUIT OR EQUIPMENT
CONDUIT UNDER SLAB
TIME CLOCK
RC
REMOTE CONTROL SWITCH
IS
CONDUIT IN SLAB
PUSH BUTTON
UG
CONDUIT UNDERGROUND
EXISTING CONDUIT AND WIRING TO BE REMOVED
EXISTING CONDUIT AND WIRING TO REMAIN
SIMPLEX RECEPTACLE WALL MOUNTED
20A, 125V, 2P, 3W GROUNDING
MISCELLANEOUS
SYMBOL
P380D
LOW VOLTAGE FUSE/SWITCH UNIT
- 'TEXT' DENOTES FUSE ACCESSORIES
ST, GFR, EO, LO, LOCK OUT PROVISIONS
- NUMERICAL DENOTES FUSE SIZE
MEDIUM VOLTAGE DRAWOUT FUSE/SWITCH UNIT
- 'TEXT' DENOTES FUSE ACCESSORIES
- NUMERICAL DENOTES FUSE SIZE
SIMPLEX RECEPTACLE FLUSH FLOOR MOUNTED
20A, 125V, 2P, 3W GROUNDING
DUPLEX RECEPTACLE FLUSH FLOOR MOUNTED
20A, 125V, 2P, 3W GROUNDING
QUAD RECEPTACLE FLUSH FLOOR MOUNTED
20A, 125V, 2P, 3W GROUNDING
SPECIAL RECEPTACLE FLUSH FLOOR MOUNTED
NEMA CONFIGURATION AS INDICATED ON PLANS
JUNCTION BOX RECESSED WALL MOUNTED:
- 'SG' DENOTES JUNCTION BOX FOR
ELECTRICALLY ILLUMINATED SIGNAGE
J
RECESSED CEILING MOUNTED JUNCTION BOX
J
FLUSH FLOOR MOUNTED JUNCTION BOX
AUTOMATIC TEMPERATURE CONTROL
ATS
AUTOMATIC TRANSFER SWITCH
BAS
BUILDING AUTOMATION SYSTEM
BMS
BUILDING MANAGEMENT SYSTEM
BFG
BELOW FINISHED GRADE
C, CDT
CONDUIT
#
A
E-3
EF
1
CB
CIRCUIT BREAKER
CKT
CIRCUIT
C.O., CO
CONDUIT ONLY
CONFIG.
CONFIGURATION
CL
CONV
ENCLOSED CIRCUIT BREAKER
- 'TEXT' DENOTES CB ACCESSORIES
- NUMERICAL DENOTES TRIP SIZE
ST
225
ENCLOSED SAFETY DISCONNECT SWITCH
- 'TEXT' DENOTES FUSE ACCESSORIES
- NUMERICAL DENOTES SWITCH SIZE
ST
400
N
E ATS-1
4 POLE
600A
L
DDC
DIGITAL DATA CONTROL
DWG
DRAWING
E.C.
ELECTRICAL CONTRACTOR
ELEC
ELECTRICAL
EM
EMERGENCY
EMT
ELECTRICAL METALLIC TUBING
E.O.
ELECTRICALLY OPERATED 'ON-OFF'
EQ
EQUAL
EWC
FIRE ALARM
FAI
FURNISH AND INSTALL
FBO
FURNISHED BY OTHERS
FLA
FULL LOAD AMPS
FSD
FIRE SMOKE DAMPER
G, GND
GROUND
GEN
GENERATOR
GFCI
GROUND FAULT CIRCUIT INTERRUPTER
HP
DESCRIPTION
FEEDER SIZE, SEE FEEDER SCHEDULE
INSTALLED BY ELECTRICAL CONTRACTOR
JB,J
JUNCTION BOX
KVA
KILO VOLT- AMPERE
KW
KILO WATT
LCP
LIGHTING CONTROL PANEL
LTG
LIGHTING
LV
LOW VOLTAGE
LVR
MFRR
M
MOTOR
KI
KEY INTERLOCK
51
RELAY NUMERICAL INDICATES TYPE
M
UTILITY METER
EQUIPMENT REFERENCE. COORDINATE EQUIPMENT
WITH MECHANICAL/PLUMBING TRADES. SEE
MECHANICAL/PLUMBING DRAWINGS FOR LOCATIONS.
SEE E-008 FOR SCHEDULE OF REQUIREMENTS.
M
V
A
200/5
(1)
MINIMUM
MLO
MAIN LUGS ONLY
MSB
MAIN SWITCHBOARD
MTD
MOUNTED
N
NEUTRAL
NOT APPLICABLE
NEMA
NATIONAL ELECTRICAL
MANUFACTURERS ASSOCIATION
N.C.
NORMALLY CLOSED
NIC
NOT IN CONTRACT
#
NORMALLY OPEN
NTS
NOT TO SCALE
OC
ON CENTER
OFCI
POLES
PB
PULL BOX
PFC
POWER FACTOR CORRECTION
PH,
PHASE
PNL
PANEL
PWR
POWER
RECPT
RECEPTACLE
RM
ROOM
SG
SIGNAGE
SHT
SHEET
EMERGENCY LIGHTING INVERTER
BATTERY
XMFR-1
75KVA
480V208/120
TRANSFORMER WITH PRIMARY
AND SECONDARY CONNECTIONS
AS INDICATED ON RISER DIAGRAM.
OWNER FURNISHED, CONTRACTOR INSTALLED
P
GROUND ROD. SEE E8XX SERIES DETAILS FOR MORE
INFORMATION.
INV
NUMBER
N.O.
CURRENT TRANSFORMER:
- '200/5' DENOTES CT RATIO IF INDICATED
DELTA CONNECTION
EQUIPMENT GROUNDING CONNECTION.
MANUFACTURER
NA,N/A
DIGITAL MULTIFUNCTION METER WITH
CURRENT/POTENTIAL TRANSFORMER AS REQUIRED
POTENTIAL TRANSFORMER:
- NUMERICAL DENOTES QUANTITY OF FUSES
LOW VOLTAGE RELAY
MIN
REFERENCE NOTE
DIGITAL REFERENCE:
- DETAIL DESIGNATION
- SHEET NUMBER REFERENCE
HORSE POWER
IBEC
AUTOMATIC TRANSFER SWITCH
GENERATOR
ELECTRIC WATER COOLER
FA
ENCLOSED FUSED DISCONNECT SWITCH
- 'TEXT' DENOTES FUSE ACCESSORIES
- NUMERICAL DENOTES SWITCH SIZE
G
CONVENIENCE
CONSTRUCTION MANAGER
SPACE IN DISTRIBUTION EQUIPMENT
ST
225
CENTERLINE
CM
SPARE SWITCH IN DISTRIBUTION EQUIPMENT
WYE CONNECTION
SPECIAL RECEPTACLE CEILING MOUNTED
NEMA CONFIGURATION AS INDICATED ON PLANS
ATC
CONDUIT IN DUCTBANK
ANNOTATION FOR RECEPTACLE WIRING DEVICES:
- SOLID CENTER HATCH DENOTES GFI TYPE
- CT - DENOTES COUNTER TOP
- EM EMERGENCY TYPE
J
12KV
HOMERUN TO PANELBOARD "LP-3A":
- NUMERALS DENOTE CIRCUIT NUMBERS
- DESIGNATION DENOTES CIRCUIT NUMBERS,
3#12 + 1#10N-3/4" EMT, U.O.N.
TC
SG
LOW VOLTAGE DRAW OUT CIRCUIT BREAKER:
- 'TEXT' DENOTES CB ACCESSORIES
- NUMERICAL DENOTES TRIP SIZE
INTERMEDIATE CLASS MOV SURGE ARRESTER
- NUMERICAL DENOTES ARRESTER RATING
FLOOR MOUNTED DISTRIBUTION/SWITCHBOARD
US
L6-20R
SA
SURFACE MOUNTED POWER PANELBOARD
CONDUIT CAPPED
QUAD RECEPTACLE CEILING MOUNTED
20A, 125V, 2P, 3W GROUNDING
SPACE
255
FLUSH MOUNTED LTG/APPLIANCE PANELBOARD
LIGHTING CONTACTOR
DUPLEX RECEPTACLE CEILING MOUNTED
20A, 125V, 2P, 3W GROUNDING
ABOVE FINISHED FLOOR
MEDIUM VOLTAGE DRAW OUT CIRCUIT BREAKER
WITH INTEGRAL TRIP UNIT
SPARE
200
RELAY - NUMERAL DENOTES NUMBER OF POLES
LC
SIMPLEX RECEPTACLE CEILING MOUNTED
20A, 125V, 2P, 3W GROUNDING
TRIP
AUTOMATIC TRANSFER SWITCH, SEE RISER
DIAGRAM FOR RATING
CONDUIT TURNING DOWN
SPECIAL RECEPTACLE WALL MOUNTED
NEMA CONFIGURATION AS INDICATED ON PLANS
AFF
TRANSFORMER, SEE SCHEDULE FOR RATING
WALL MOUNTED PHOTOCELL CONTROLLER
L6-20R
ALTERNATING CURRENT
PULLBOX
PC
QUAD RECEPTACLE WALL MOUNTED
20A, 125V, 2P, 3W GROUNDING
GFP
MANUAL MOTOR STARTER WITH THERMAL
OVERLOAD AND PILOT LIGHT
CONDUIT TURNING UP
DUPLEX RECEPTACLE WALL MOUNTED
20A, 125V, 2P, 3W GROUNDING
GFP
TRIP
TRIP
CEILING MOUNTED PHOTOCELL CONTROLLER
GFI
LSI
TRIP
COMBINATION DISCONNECT SWITCH/CONTROLLER
VARIABLE FREQUENCY DRIVE
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
PC
EM
AC
BUSWAY
MOLDED CASE CIRCUIT BREAKER:
- 'TEXT' DENOTES CB ACCESSORIES
ST, ET. GFP, EO, LSI TRIP FUNCTIONS
- NUMERICAL DENOTES TRIP SIZE
AMPERE
AMPS INTERRUPTING CAPACITY
FEEDER
BW
DESCRIPTION
AIC
PANELBOARD, SEE PANEL SCHEDULE FOR RATING
SURFACE MOUNTED LTG/APPLIANCE PANELBOARD
LP-3A/
1,3,5
SYMBOL
PANEL
52
T4
DESCRIPTION
A,AMP
FLEXIBLE CONNECTION
WALL SWITCH OCCUPANCY SENSOR
CEILING MOUNTED OCCUPANCY SENSOR.
- 'PIR' DENOTES PASSIVE INFRARED
- 'US' DENOTES ULTRASONIC
- 'DT' DENOTES DUAL TECHNOLOGY
- 'a' DENOTES SWITCHING ARRANGEMENT
SYMBOL
DESCRIPTION
UNFUSED DISCONNECT SWITCH WITH RATING
=> UPSTEAM PROTECTIVE DEVICE
- '4x' DENOTES NEMA ENCLOSURE IF INDICATED
DESCRIPTION
SMC
a
SOS
SYMBOL
ABBREVIATIONS
SPEC
SPECIFICATIONS
SPDT
SINGLE POLE DOUBLE THROW
SPST
SINGLE POLE SINGLE THROW
SW
SWITCH
SWBD
SWITCHBOARD
SWGR
SWITCHGEAR
TC
TIME CLOCK
TYP
TYPICAL
UG
UNDERGROUND
UON, U.O.N.
UNF
UNLESS OTHERWISE NOTED
UNFUSED
V
VOLT
VA
VOLT-AMPERES
PLUG MOLD
W
WATT
SURFACE RACEWAY
WP
WEATHERPROOF
TRACK BUSWAY
XFMR
TRANSFORMER
GENERAL NOTES:
1. ALL MATERIAL AND WORKMANSHIP SHALL CONFORM TO THE NATIONAL ELECTRICAL CODE AND APPLICABLE LOCAL CODES AND
REGULATIONS.
2. ALL PANELS, SWITCHES, AND WIRING TROUGHS SHALL HAVE SUFFICIENT GUTTER SPACE AND LUGS TO ACCOMMODATE CONDUCTORS
SHOWN.
3. WHERE WIRE SIZES ARE INDICATED ON PLANS, FOR INDIVIDUAL CIRCUITS, THE WIRE SIZE INDICATED SHALL APPLY TO THE COMPLETE CIRCUIT,
UNLESS OTHERWISE NOTED.
4. ALL JUNCTION BOXES AND PULL BOXES SHALL BE CODE GAUGE AND SIZE TO ACCOMMODATE NUMBER OF CONDUITS/CONDUCTORS SHOWN.
5. ALL PULL BOXES IN FINISHED AREAS SHALL HAVE FACTORY APPLIED PRIMER COAT OF PAINT.
ELECTRICAL CONTRACTOR SHALL VERIFY THE EXACT LOCATION OF ALL MECHANICAL, PLUMBING AND OTHER EQUIPMENT REQUIRING
ELECTRICAL POWER, PRIOR TO PERFORMANCE OF ANY WORK.
6. ELECTRICAL CONTRACTOR SHALL VERIFY THE EXACT LOCATION OF ALL MECHANICAL, PLUMBING AND OTHER EQUIPMENT REQUIRING
ELECTRICAL POWER, PRIOR TO PERFORMANCE OF ANY WORK.
7. ALL PANELBOARDS SHALL HAVE LOCKING DOORS AND BE KEYED ALIKE UNLESS OTHERWISE NOTED.
8. ALL MOUNTING HEIGHTS FOR DEVICES SHALL BE AS PER ELECTRICAL DETAILS (E8.XX SERIES).
9. DRAWINGS ARE DIAGRAMMATIC AND INDICATE GENERAL ARRANGEMENT OF SYSTEMS AND WORK INCLUDED. FOLLOW DRAWINGS IN LAYING
OUT WORK AND CHECK DRAWINGS OF OTHER TRADES TO VERIFY SPACE IN WHICH WORK WILL BE INSTALLED. MAINTAIN HEADROOM AND SPACE
CONDITIONS AT ALL TIMES.
10. ELECTRICAL CONTRACTOR SHALL COORDINATE THE LOCATION OF ALL WALL OUTLET BOXES FOR CLOCKS, SWITCHES, FIRE ALARM DEVICES,
RECEPTACLES ETC. WITH MILLWORK AND FURNITURE.
11. ELECTRICAL CONTRACTOR SHALL COORDINATE THE LOCATION OF ALL WALL OUTLET BOXES FOR CLOCKS, SWITCHES, FIRE ALARM DEVICES,
RECEPTACLES ETC. WITH MILLWORK AND FURNITURE.
12. WHERE ELECTRIC MOTORS OR HEATERS ARE INSTALLED IN HUNG CEILINGS, PROVIDE DISCONNECT SWITCH IN HUNG CEILING WITHIN REACH
FROM ACCESS POINT.
13. EXPOSED RACEWAYS (WHEN INDICATED ON DRAWINGS) SHALL BE RUN PARALLEL WITH OR AT RIGHT ANGLES TO WALLS.
14. FURNISH APPROVED EXPANSION FITTINGS WHERE RACEWAY CROSSES BUILDING EXPANSION JOINTS.
15. FURNISH FISH WIRE IN EACH RACEWAY RUN OVER 10' IN LENGTH, IN WHICH PERMANENT WIRING IS NOT INSTALLED.
16. NOT MORE THAN THREE LIGHTING OR CONVENIENCE OUTLET CIRCUITS ARE PERMITTED IN ONE CONDUIT, UNLESS OTHERWISE INDICATED.
ALL CIRCUITS SHALL HAVE A DEDICATED NEUTRAL UON.
17. PROVIDE PULL BOXES WHEREVER NECESSARY TO FACILITATE PULLING OF CONDUCTORS. COORDINATE LOCATIONS OF BOXES WITH OTHER
TRADES TO AVOID CONFLICT.
18. OUTLET BOXES FOR LIGHT FIXTURES RECESSED IN HUNG CEILING SHALL BE ACCESSIBLE THROUGH OPENING CREATED BY REMOVAL OF
SUCH FIXTURES.
19. ELECTRICAL CONTRACTOR SHALL VERIFY POWER REQUIREMENTS AND LOCATIONS FOR HVAC, PLUMBING AND FIRE PROTECTION
EQUIPMENT WITH RELEVANT CONTRACTOR PRIOR TO PERFORMANCE OF ANY WORK.
20. ALL EXTERIOR ELECTRICAL DEVICES AND EQUIPMENT SHALL BE WEATHERPROOF TYPE, NEMA 4X.
21. CONDUIT RUNS ARE NOT PERMITTED IN OR BELOW CONCRETE SLAB. ALL CONDUITS WILL BE PLACED IN THE HUNG CEILING UNLESS
SPECIFICALLY INDICATED OTHERWISE.
22. LIGHTING, POWER, VOICE/DATA OUTLETS SHALL NOT BE INSTALLED BACK TO BACK.
23. WHERE MORE THAN ONE LIGHT SWITCH OCCURS AT SAME LOCATION, SWITCHES SHALL BE MOUNTED IN A MULTIPLE GANG BOX WITH A
SINGLE COVER PLATE.
24. ALL HOMERUNS SHALL BE (2)#12+#12G THHW/THWN COPPER UON. MC CABLE IS ALLOWED BUT SHALL NOT BE CONNECTED DIRECTLY TO
PANELBOARDS. ALL PANELBOARD CONNECTIONS SHALL BE IN CONDUIT.
25. ALL EQUIPMENT SCHEDULED THROUGHOUT THESE DRAWINGS AND SPECIFICATIONS IS ON AN "OR APPROVED EQUAL" BASIS.
26. PERFORM MEGGER OHM TESTING ON ALL EXISTING TO BE REUSED FEEDERS (EXISTING 4160V LOOP FEEDERS IN CAMPUS NETWORK).
FOLLOW ANSI/NETA ATS, “Standard for Acceptance Testing Specifications” ON ALL FEEDERS AFFECTED BY THIS WORK. PERFORM CONTINUTITY
TESTS ON ALL EXTENDED BRANCH AND FEEDER CIRCUITS.
27. DEMOLITION SHALL INCLUDE BUT NOT BE LIMITED TO ALL CONDUIT, WIRE, LIGHT FIXTURES, RECEPTACLES, JUNCTION BOXES, BATTERIES,
DISCONNECT SWITCHES, CIRCUIT BREAKERS, WIREWAYS, FITTINGS, HANGERS ETC. CONTRACTOR SHALL REMOVE ALL ASSOCIATED CONDUT,
WIRE AND ASSOCIATED COMPONENTS BACK TO THE PANEL SERVING THE EQUIPMENT. NO CONDUIT OR WIRE SHALL BE LEFT ABANDONED.
28. AN IMPAIRMENT PLAN FOR THE FIRE ALARM SYSTEM AND ELECTRICAL DISTRIBUTION SYSTEMS SHALL BE DEVELOPED AND APPROVED BY
THE OWNER PRIOR TO IMPAIRING ANY SYSTEMS. THE CONTRACTOR SHALL BE RESPONSIBLE FOR PROVIDING A CONTINUOUS FIRE WATCH
WHEN THE FIRE PROTECTION OR FIRE ALARM SYSTEM IS IMPAIRED. ALL OUTAGES SHALL BE APPROVED BY THE OWNERS CONSTRUCTION
MANAGER. OUTAGES SHALL BE SCHEDULED AT THE DISCRETION OF THE OWNERS CONSTRUCTION MANAGER, AND SHALL BE LIMTED TO "OFF
HOURS", AS DEFINED BY UMASS LOWELL OR THEIR REPRESENTATIVE. POD 2 NEW SERVICE REQUIRES CHANGING 4160V LOOP OPEN POINT.
SCHEDULE MODIFICATIONS TO LOOP NO LESS THAN 30 DAYS IN ADVANCE WITH THE SCHOOLS CONSTRUCTION MANAGER. DO NOT OPERATE
LOOP WITHOUT AN OPEN POINT, SYSTEM FAULT LEVEL WITH EXCEED SYSTEM CAPACITY.
29. DEMOLITION AND REMOVAL WORK SHALL BE PERFORMED TO THE EXTENT INDICATED PLUS SUCH ADDITIONAL DEMOLITION AND REMOVAL
AS NECESSARY FOR THE INSTALLATION OF NEW WORK AND REMODELING OF EXISTING WORK. THE CONTRACTOR MAY DEMOLISH AND REMOVE
MORE THAN THAT IS INDICATED WHERE SUCH VARIATION WILL EXPEDITE THE WORK AND RESTORE ALL AREAS TO THE ORIGINAL CONDITION,
SUBJECT TO THE OWNER'S REPRESENTATIVE'S APPROVAL, AND WITHOUT ADDITIONAL COST TO THE OWNER.
30. THE INFORMATION ON THESE DRAWINGS WAS OBTAINED FROM THE BEST SOURCES AVAILABLE BUT IT IS NOT ASSUMED TO REFLECT
ACTUAL "AS-BUILT" CONDITIONS. THE CONTRACTOR IS RESPONSIBLE FOR CONFIRMING ALL AS BUILT CONDITIONS.
31. THE CONTRACTOR SHALL VERIFY IN THE FIELD ALL EXISTING CONDITIONS. NOTIFY THE ARCHITECT AND ENGINEER OF ANY DISCREPANCIES
OR CONFLICTS PRIOR TO COMMENCING WORK. DO NOT PROCEED WITHOUT APPROVAL BY THE ARCHITECT OR ENGINEER, FOR ANY CHANGES,
IF REQUIRED.
32. REFER TO MECHANICAL, PLUMBING, FIRE PROTECTION AND ARCHITECTURAL DEMOLITION DRAWINGS FOR ADDITIONAL INFORMATION AND
LOCATIONS.
33. THE INTENT OF THE DEMOLITION IS FOR THE CONTRACTOR TO DEMOLISH AND REMOVE FROM THE SITE ALL EXISTING ELEMENTS
NECESSARY TO CONSTRUCT NEW WORK IN THE CONSTRUCTION DOCUMENTS.
34. ALL FINAL EQUIPMENT CONNECTIONS FROM ALL JUNCTIONBOXES AND DISCONNECTION DEVICES BY ELECTRICAL CONTRACTOR UNLESS
NOTED OTHERWISE.
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
100% CONSTRUCTION
DOCUMENT SET
ELECTRICAL DRAWING LIST
Sheet
Number
E-000
E-001
E-002
E-003
E-004
E-005
E-006
E-007
E-008
E-201
E-202
E-203
E-204
E-205
E-300
E-301
E-402
E-403
E-404
E-405
E-406
E-407
E-701
E-702
E-703
E-704
E-705
E-706
E-707
E-710
E-711
E-712
E-720
E-721
E-722
E-723
E-724
E-725
E-726
E-800
E-801
E-802
E-803
STAMP
Sheet Name
ELECTRICAL SYMBOLS & ABBREVIATIONS
ELECTRICAL SCHEDULE OF PANELBOARDS
ELECTRICAL SCHEDULE PLAN SHEET 1
ELECTRICAL SCHEDULE PLAN SHEET 2
ELECTRICAL SCHEDULE PLAN SHEET 3
ELECTRICAL SCHEDULE PLAN SHEET 4
ELECTRICAL SCHEDULE PLAN SHEET 5
ELECTRICAL SCHEDULE PLAN SHEET 6
ELECTRICAL SCHEDULE PLAN SHEET 7
ELECTRICAL POD 1 DEMOLITIONLITION PART PLANS - LEVEL 1 & 1.5
ELECTRICAL POD 1 DEMOLITION PART PLANS - LEVEL 2 & 3
ELECTRICAL POD 1 DEMOLITION PART PLANS - LEVEL 4 & ROOF
ELECTRICAL POD 2 DEMOLITION PART PLANS - LEVEL 1 & MEZZ
ELECTRICAL POD 2 DEMOLITION PART PLANS - LEVEL 2 & 3
ELECTRICAL RISER ONE LINE DIAGRAM A
ELECTRICAL RISER ONE LINE DIAGRAM B
ELECTRICAL LEVEL 1 - KEY PLAN
ELECTRICAL LEVEL 1.5 - KEY PLAN
ELECTRICAL LEVEL 2 - KEY PLAN
ELECTRICAL LEVEL 3 - KEY PLAN
ELECTRICAL LEVEL 4 - KEY PLAN
ELECTRICAL ROOF - KEY PLAN
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 1.5
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 2
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 3
ELECTRICAL POD 1 ENLARGED FLOOR PLANS - LEVEL 4
ELECTRICAL POD 1 ELARGED FLOOR PLANS - ROOF
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 1 (KITSON HALL)
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 2
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - LEVEL 3
ELECTRICAL POD 2 ENLARGED FLOOR PLANS - ROOF
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 1
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 1.5
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 2
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 3
ELECTRICAL POD 1 ENLARGED LIGHTING PLANS - LEVEL 4
ELECTRICAL POD 2 ENLARGED LIGHTING PLANS - LEVEL 1
ELECTRICAL POD 2 ENLARGED LIGHTING PLANS - LEVELS 2&3
ELECTRICAL DETAILS PLAN SHEET 1
ELECTRICAL DETAILS PLAN SHEET 2
ELECTRICAL DETAILS PLAN SHEET 3
ELECTRICAL DETAILS PLAN SHEET 4
Scale
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SYMBOLS &
ABBREVIATIONS
E-000
7/17/2015 1:57:58 PM
SYMBOL
SINGLE LINE DIAGRAM
POWER
LIGHTING
UMass Lowell North
Quad Infrastructure
Renewal
SCHEDULE OF PANELBOARD SCHEDULES
EP-FK-1A
EP-FK-1B
EP-FK-2
EP-FK-3
LP-FK-1
LP-FK-2
LP-FK-3
MP-FK-1
MP-FK-3
MP-SP-1
OEP-FK-1A
OEP-FK-1B
OEP-FK-2
OEP-FK-3
OP-SP-1
OP-SP-3
RP-F-1
RP-F-2
RP-F-3
RP-K-1
RP-K-2
RP-K-3
SP-P1
SP-P1(TUB 2)
1. REFER TO THE FOLLOWING E00X SHEETSSP-P3
FOR PANELBOARD SCHEDULES.
On Sheet
(UMBA 13-L2)
E-002
E-002
E-004
E-006
E-002
E-004
E-005
E-002
E-006
E-007
E-003
E-003
E-005
E-006
E-004
E-007
E-003
E-005
E-007
E-003
E-005
E-006
E-004
E-004
E-007
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
100% CONSTRUCTION
DOCUMENT SET
STAMP
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SCHEDULE OF
PANELBOARDS
E-001
7/17/2015 1:58:00 PM
Panel Name
FED FROM: USS-FK
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
1
LIGHTING
1
3
SPACE
--
--
5
SPACE
--
--
7
SPACE
--
--
9
SPACE
--
--
11 SPACE
--
--
13 SPACE
--
--
15 SPACE
--
--
17 SPACE
--
--
19 SPACE
--
--
21 SPACE
--
--
23 SPACE
--
--
25 SPACE
--
--
27 SPACE
--
--
29 SPACE
--
--
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
--
--
41 SPACE
A
180 VA
C
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*LIGHTING
0 VA
180 VA
1A
0 VA
0A
0 VA
0A
CONNECTED...
180 VA
DEMAND FACTOR
125.00%
CALC. NEC LOAD
225 VA
CIRCUIT DESCRIPTION
CKT
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
SPACE
--
--
1
20 A SPARE
4
3
SPACE
--
--
1
20 A SPARE
6
5
MOTOR - DWH-1
50 A
1
1
20 A SPARE
8
7
MOTOR - CUH-2
25 A
3
1
20 A SPARE
10
9
--
--
--
1
20 A SPARE
12
11 --
--
--
1
20 A SPARE
14
13 SPARE
20 A
1
1
20 A SPARE
16
15 SPARE
20 A
1
1
20 A SPARE
18
17 SPARE
20 A
1
1
20 A SPARE
20
19 SPARE
20 A
1
1
20 A SPARE
22
21 SPARE
20 A
1
1
20 A SPARE
24
23 SPARE
20 A
1
1
20 A SPARE
26
25 SPARE
20 A
1
1
20 A SPARE
28
27 SPARE
20 A
1
1
20 A SPARE
30
29 SPARE
20 A
1
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
A
0 VA
MCB RATING: 225 A
BUS RATING: 225 A
B
C
0 VA
6925 VA
2464 VA
0 VA
0 VA
2464 VA
0 VA
2464 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
LOAD CLASSIFICATION
*MOTOR LOAD
PO... TRIP
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PANEL TOTALS
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
0 VA
2464 VA
9A
2464 VA
9A
9389 VA
34 A
CONNECTED...
14317 VA
DEMAND FACTOR
112.91%
CALC. NEC LOAD
16165 VA
CIRCUIT DESCRIPTION
--
SPACE
2
--
--
SPACE
4
3
20 A MOTOR - PLATFORM LIFT
(UMBA 13-L2)
CKT
--
Lowell, MA
6
--
--
--
8
--
--
--
10
--
--
SPACE
12
--
--
SPACE
14
--
--
SPACE
16
--
--
SPACE
18
--
--
SPACE
20
--
--
SPACE
22
--
--
SPACE
24
--
--
SPACE
26
--
--
SPACE
28
--
--
SPACE
30
--
--
SPACE
32
--
--
SPACE
34
--
--
SPACE
36
--
--
SPACE
38
--
--
SPACE
40
--
--
SPACE
42
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
PANEL TOTALS
TOTAL CONNECTED LOAD: 0.2 kVA
TOTAL CONNECTED LOAD: 14.3 kVA
TOTAL NEC LOAD: 225 VA
TOTAL CONNECTED AMPS: 0 A
TOTAL NEC AMPS: 0 A
TOTAL NEC LOAD: 16165 VA
TOTAL CONNECTED AMPS: 17 A
TOTAL NEC AMPS: 19 A
NOTES:
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
MP-FK-1
CKT
VOLTS: 480/277 Wye
MOUNTING: Surface
PANEL NAME:
MCB RATING: 100 A
BUS RATING: 100 A
B
0 VA
FED FROM: USS-FK
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
20 A
A.I.C. RATING: 22k
PHASES: 3
ENCLOSURE: Type 1
LP-FK-1
CKT
VOLTS: 480/277 Wye
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
NOTES:
100% CONSTRUCTION
DOCUMENT SET
ENCLOSURE: Type 1
EP-FK-1A
CKT
VOLTS: 480/277 Wye
CIRCUIT DESCRIPTION
POD 2 LEVEL 1 EM LIGHTING - UTILITY
20 A
1
3
LIGHTING
20 A
1
5
EP-FK-2
125 A
3
7
--
--
--
9
--
--
--
11
EP-FK-3
125 A
3
13
--
--
--
15
--
--
--
17
TX3
30 A
3
19
--
--
--
21
--
--
--
23
SPACE
--
--
25
SPACE
--
--
27
SPACE
--
--
29
SPACE
--
--
31
SPACE
--
--
33
SPACE
--
--
35
SPACE
--
--
37
SPACE
--
--
39
SPACE
--
--
41
SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*LIGHTING
*RECEPTACLE
WIRES: 4
TRIP PO...
1
A
268 VA
B
C
0 VA
18 VA
0 VA
277 VA
12 VA
0 VA
0 VA
0 VA
277 VA
0 VA
0 VA
1600 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
1100 VA
0 VA
0 VA
0 VA
0 VA
1300 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
1580 VA
6A
CONNECTED...
852 VA
1000 VA
1118 VA
4A
0 VA
FED FROM: TX3
MAINS TYPE: MCB
PANEL NAME:
MCB RATING: 225 A
BUS RATING: 225 A
EP-FK-1B
PO... TRIP
CIRCUIT DESCRIPTION
CKT
CKT
DEMAND FACTOR CALC. NEC LOAD
125.00%
1065 VA
100.00%
1000 VA
CIRCUIT DESCRIPTION
2
1
NON-CONTINUOUS
20 A
1
1
20 A SPARE
4
3
CONTINUOUS - FA BOOSTER
20 A
1
1
20 A SPARE
6
5
EE 371A - F/A BOOSTER POWER SUPPLY
20 A
1
1
20 A SPARE
8
7
NON-CONTINUOUS - FSDs
20 A
1
1
20 A SPARE
10
9
EMER. ELEC. 172A - POWER FOR FIRE ALARM
20 A
1
1
20 A SPARE
12
11 EMER. ELEC. 172A - POWER FOR FIRE ALARM
20 A
1
1
20 A SPARE
14
13 NON-CONTINUOUS - FSDs
20 A
1
1
20 A SPARE
16
15 MOTOR - FSDs
20 A
1
1
20 A SPARE
18
17 SPACE
--
--
1
20 A SPARE
20
19 SPACE
--
--
1
20 A SPARE
22
21 SPACE
--
--
1
20 A SPARE
24
23 SPACE
--
--
1
20 A SPARE
26
25 SPACE
--
--
1
20 A SPARE
28
27 SPACE
--
--
1
20 A SPARE
30
29 SPACE
--
--
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
1700 VA
100.00%
1700 VA
*MOTOR LOAD
*CONTINUOUS
200 VA
1100 VA
112.50%
125.00%
225 VA
1375 VA
TOTAL CONNECTED LOAD: 4.9 kVA
TOTAL NEC LOAD: 5365 VA
TOTAL CONNECTED AMPS: 6 A
TOTAL NEC AMPS: 6 A
INTEGRAL SPD. PROVIDE WITH MAIN DISCONNECT SWITCH. SEE E3.01 FOR ADDITIONAL BREAKER COORDINATION REQUIREMENTS AND BASIS OF DESIGN CIRCUIT BREAKERS. 20A
BREAKERS AS PER SQUARE D ED FRAME. 125A BREAKERS AS PER E3.01 SINGLE LINE.
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
20 A SPARE
A.I.C. RATING: 10 kA
PHASES: 3
ENCLOSURE: Type 1
1
PANEL TOTALS
VOLTS: 120/208 Wye
MOUNTING: Surface
2154 VA
8A
*NON-CONTINUOUS
NOTES:
A.I.C. RATING: 22kA
PHASES: 3
A
500 VA
MCB RATING: 50 A
BUS RATING: 100 A
B
C
0 VA
100 VA
0 VA
100 VA
100 VA
0 VA
1000 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
200 VA
0 VA
0 VA
0 VA
1000 VA
1000 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
1600 VA
14 A
1300 VA
11 A
1100 VA
9A
CONNECTED...
1000 VA
1700 VA
DEMAND FACTOR
100.00%
100.00%
CALC. NEC LOAD
1000 VA
1700 VA
*MOTOR LOAD
200 VA
112.50%
225 VA
*CONTINUOUS
1100 VA
125.00%
1375 VA
LOAD CLASSIFICATION
*RECEPTACLE
*NON-CONTINUOUS
NOTES:
CIRCUIT DESCRIPTION
STAMP
CKT
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
PANEL TOTALS
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
TOTAL CONNECTED LOAD: 4 kVA
TOTAL NEC LOAD: 4300 VA
TOTAL CONNECTED AMPS: 11 A
TOTAL NEC AMPS: 12 A
INTEGRAL SPD. SEE E3.01 FOR ADDITIONAL BREAKER COORDINATION REQUIREMENTS AND BASIS OF DESIGN CIRCUIT BREAKERS. 20A BREAKERS AS PER SQUARE D ED FRAME.
ELECTRICAL
SCHEDULE PLAN
SHEET 1
E-002
7/17/2015 1:58:02 PM
FED FROM: ATS3
MOUNTING: Surface
PANEL NAME:
FED FROM: ATS1
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
1
TX2
3
3
--
--
--
5
--
--
--
7
SPARE
20 A
1
9
SPARE
20 A
1
11 SPARE
20 A
1
13 SPARE
20 A
1
15 SPARE
20 A
1
17 SPARE
20 A
1
19 SPARE
20 A
1
21 SPACE
--
--
23 SPACE
--
--
25 SPACE
--
--
27 SPACE
--
--
29 SPACE
--
--
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
41 SPACE
--
--
A
12418...
C
0 VA
0 VA
11018 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PO... TRIP
0 VA
12418 VA
45 A
12118 VA
44 A
11018 VA
40 A
CONNECTED...
720 VA
500 VA
DEMAND FACTOR
100.00%
100.00%
CALC. NEC LOAD
720 VA
500 VA
*MOTOR LOAD
33035 VA
109.81%
36278 VA
*CONTINUOUS
1300 VA
125.00%
1625 VA
LOAD CLASSIFICATION
*RECEPTACLE
*NON-CONTINUOUS
CIRCUIT DESCRIPTION
CKT
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
OEP-FK-2
100 A
3
1
20 A SPARE
4
3
--
--
--
1
20 A SPARE
6
5
--
--
--
1
20 A SPARE
8
7
OEP-FK-3
150 A
3
1
20 A SPARE
10
9
--
--
--
1
20 A SPARE
12
11 --
--
--
1
20 A SPARE
14
13 CONTINUOUS - SECURITY SYSTEM
20 A
1
1
20 A SPARE
16
15 CONTINUOUS - DDC PANEL
20 A
1
1
20 A SPARE
18
17 MOTOR - EF 2-2
20 A
1
1
20 A SPARE
20
19 MOTOR - EF 2-1
20 A
1
1
20 A SPARE
22
21 RECEPTACLE - L6-30
20 A
2
1
20 A SPARE
24
23 --
--
--
1
20 A SPARE
26
25 MOTOR - AC 3-1/3-2
20 A
2
1
20 A SPARE
28
27 --
--
--
1
20 A SPARE
30
29 RECEPTACLE - L6-30
20 A
2
1
20 A SPARE
32
31 --
--
--
1
20 A SPARE
34
33 MOTOR - AC 2-1
15 A
2
1
20 A SPARE
36
35 --
--
--
1
20 A SPARE
38
37 CONTINUOUS - HEAT TRACE
20 A
1
1
20 A SPARE
40
39 CONTINUOUS - HEAT TRACE
20 A
1
1
20 A SPARE
42
41 NON-CONTINUOUS - DRY VALUE
20 A
1
A
580 VA
TOTAL NEC LOAD: 39123 VA
TOTAL CONNECTED AMPS: 43 A
TOTAL NEC AMPS: 47 A
NOTES:
C
PO... TRIP
0 VA
0 VA
52 VA
9358 VA
0 VA
0 VA
9306 VA
0 VA
9706 VA
100 VA
0 VA
0 VA
100 VA
0 VA
528 VA
528 VA
0 VA
0 VA
180 VA
0 VA
0 VA
1352 VA
0 VA
0 VA
1352 VA
0 VA
180 VA
0 VA
0 VA
0 VA
52 VA
0 VA
52 VA
500 VA
0 VA
0 VA
500 VA
0 VA
500 VA
0 VA
12418 VA
105 A
12118 VA
102 A
11018 VA
92 A
CONNECTED...
720 VA
500 VA
DEMAND FACTOR
100.00%
100.00%
CALC. NEC LOAD
720 VA
500 VA
*MOTOR LOAD
33035 VA
109.81%
36278 VA
*CONTINUOUS
1300 VA
125.00%
1625 VA
LOAD CLASSIFICATION
*RECEPTACLE
*NON-CONTINUOUS
TOTAL CONNECTED LOAD: 35.6 kVA
MCB RATING: 225 A
BUS RATING: 225 A
B
628 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PANEL TOTALS
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING: 10kA
PHASES: 3
ENCLOSURE: Type 1
OEP-FK-1B
CKT
VOLTS: 120/208 Wye
MOUNTING: Surface
PANEL NAME:
MCB RATING: 225 A
BUS RATING: 225 A
B
12118 VA
FED FROM: TX2
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
100 A
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
OEP-FK-1A
CKT
VOLTS: 480/277 Wye
CIRCUIT DESCRIPTION
(UMBA 13-L2)
CKT
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
PANEL TOTALS
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
TOTAL CONNECTED LOAD: 35.6 kVA
TOTAL NEC LOAD: 39123 VA
TOTAL CONNECTED AMPS: 99 A
TOTAL NEC AMPS: 109 A
NOTES:
100% CONSTRUCTION
DOCUMENT SET
PANEL NAME:
ENCLOSURE: Type 1
RP-K-1
CKT
VOLTS: 120/208 Wye
PHASES: 3
CIRCUIT DESCRIPTION
TRIP PO...
1
RECEPTACLE - L5-30
20 A
1
3
RECEPTACLE
20 A
1
5
MOTOR - COOLER
20 A
1
7
RECEPTACLE
20 A
1
9
RECEPTACLE
20 A
1
11 RECEPTACLE
20 A
1
13 CONTINUOUS - GEN CHARGER
20 A
1
15 MOTOR - HAIR DRYER
20 A
1
17 RECEPTACLE
20 A
1
19 *GEN HEATER
60 A
2
--
--
23 MOTOR - HAIR DRYER
20 A
1
25 CORR. 100C6 - POWER FOR VAV/HVAC...
20 A
1
27 SPARE
20 A
1
29 SPARE
20 A
1
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
41 SPACE
--
--
21 --
WIRES: 4
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
A
180 VA
B
C
0 VA
500 VA
720 VA
0 VA
540 VA
1000 VA
0 VA
540 VA
0 VA
800 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
500 VA
100 VA
0 VA
0 VA
800 VA
500 VA
0 VA
0 VA
720 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
2500 VA
21 A
2380 VA
20 A
2380 VA
20 A
CONNECTED...
3060 VA
1000 VA
DEMAND FACTOR
100.00%
100.00%
CALC. NEC LOAD
3060 VA
1000 VA
*MOTOR LOAD
2200 VA
109.09%
2400 VA
*CONTINUOUS
1000 VA
125.00%
1250 VA
LOAD CLASSIFICATION
*RECEPTACLE
*NON-CONTINUOUS
NOTES:
FED FROM: DP-FK1
MAINS TYPE: MCB
PANEL NAME:
MOUNTING: Surface
MCB RATING: 225 A
BUS RATING: 225 A
RP-F-1
PO... TRIP
0 VA
360 VA
A.I.C. RATING: 10kA
CIRCUIT DESCRIPTION
CKT
CKT
ENCLOSURE: Type 1
CIRCUIT DESCRIPTION
20 A SPARE
2
1
RECEPTACLE
20 A
1
1
20 A SPARE
4
3
GENERATOR BATTERY CHARGER
20 A
1
1
20 A SPARE
6
5
GENERATOR AUX POWER CONNECTION
60 A
2
1
20 A SPARE
8
7
--
--
--
1
20 A SPARE
10
9
SPARE
20 A
1
1
20 A SPARE
12
11 SPARE
20 A
1
1
20 A SPARE
14
13 SPARE
20 A
1
1
20 A SPARE
16
15 SPARE
20 A
1
1
20 A SPARE
18
17 SPARE
20 A
1
1
20 A SPARE
20
19 SPARE
20 A
1
1
20 A SPARE
22
21 SPACE
--
--
1
20 A SPARE
24
23 SPACE
--
--
1
20 A SPARE
26
25 SPACE
--
--
1
20 A SPARE
28
27 SPACE
--
--
1
20 A SPARE
30
29 SPACE
--
--
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
TOTAL CONNECTED LOAD: 7.3 kVA
LOAD CLASSIFICATION
*RECEPTACLE
*NON-CONTINUOUS
TOTAL NEC LOAD: 7710 VA
A.I.C. RATING: 10kA
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
1
PANEL TOTALS
VOLTS: 120/208 Wye
PHASES: 3
A
360 VA
MCB RATING: 225 A
BUS RATING: 225 A
B
C
0 VA
500 VA
0 VA
3000 VA
3000 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
3360 VA
31 A
500 VA
4A
3000 VA
28 A
CONNECTED...
360 VA
6500 VA
DEMAND FACTOR
100.00%
100.00%
CALC. NEC LOAD
360 VA
6500 VA
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
PANEL TOTALS
STAMP
CKT
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
TOTAL CONNECTED LOAD: 6.9 kVA
TOTAL NEC LOAD: 6860 VA
TOTAL CONNECTED AMPS: 20 A
TOTAL NEC AMPS: 21 A
TOTAL CONNECTED AMPS: 19 A
TOTAL NEC AMPS: 19 A
NOTES:
ELECTRICAL
SCHEDULE PLAN
SHEET 2
E-003
7/17/2015 1:58:04 PM
FED FROM: DP-FK1
MOUNTING: Surface
VOLTS: 120/208 Wye
MOUNTING: Surface
PANEL NAME:
CKT
SP-P3
3
MAINS TYPE: MCB
WIRES: 4
MCB RATING: 150 A
BUS RATING: 225 A
DP-S
CIRCUIT DESCRIPTION
1
PHASES: 3
ENCLOSURE: Type 1
SP-P1
A.I.C. RATING: 22kA
TRIP PO...
100 A
3
--
--
--
5
--
--
--
7
LIGHTING
20 A
1
9
MOTOR - EF 1-2
20 A
1
11
LIGHTING
20 A
1
13
NON-CONTINUOUS - HAND DRYER
20 A
1
15
CONTINUOUS - CONTROL PANEL
20 A
1
17
LIGHTING
20 A
1
19
RECEPTACLE
20 A
1
21
RECEPTACLE
20 A
1
23
MOTOR - HAND DRYER
20 A
1
25
RECEPTACLE
20 A
1
27
RECEPTACLE - L5-30
30 A
1
29
RECEPTACLE
20 A
1
31
NON-CONTINUOUS - COOLER
20 A
1
33
RECEPTACLE
20 A
1
35
NON-CONTINUOUS - HAND DRYER
20 A
1
37
RECEPTACLE
20 A
1
39
SPARE
20 A
1
41
SPARE
20 A
1
43
SPARE
20 A
1
45
SPARE
20 A
1
47
SPARE
20 A
1
49
SPARE
20 A
1
51
SPARE
20 A
1
53
SPARE
20 A
1
55
SPARE
20 A
1
57
SPARE
20 A
1
59
SPARE
20 A
1
61
SPACE
--
--
63
SPACE
--
--
65
SPACE
--
--
67
SPACE
--
--
69
SPACE
--
--
71
SPACE
--
--
73
SPACE
--
--
75
SPACE
--
--
77
SPACE
--
--
79
SPACE
--
--
81
SPACE
--
--
83
SPACE
--
--
A
7518 VA
B
C
126 VA
9176 VA
135 VA
8225 VA
336 VA
528 VA
500 VA
528 VA
900 VA
170 VA
800 VA
180 VA
100 VA
100 VA
100 VA
305 VA
360 VA
360 VA
360 VA
360 VA
360 VA
500 VA
360 VA
500 VA
500 VA
500 VA
500 VA
540 VA
500 VA
540 VA
720 VA
720 VA
540 VA
800 VA
720 VA
800 VA
800 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
13700 VA
114 A
LOAD CLASSIFICATION
*LIGHTING
CONNECTED...
2035 VA
Receptacle
PO... TRIP
13919 VA
116 A
0 VA
360 VA
*RECEPTACLE
14180 VA
85.26%
12090 VA
*NON-CONTINUOUS
*MOTOR LOAD
50 VA
23941 VA
100.00%
107.52%
50 VA
25742 VA
500 VA
125.00%
625 VA
PANEL NAME:
CKT
CIRCUIT DESCRIPTION
SPARE
20 A
1
3
SPARE
20 A
1
5
SPARE
20 A
1
7
SPARE
20 A
1
9
SPARE
20 A
1
11 SPARE
20 A
1
13 SPARE
20 A
1
15 SPARE
20 A
1
17 SPACE
--
--
19 SPACE
--
--
21 SPACE
--
--
23 SPACE
--
--
25 SPACE
--
--
27 SPACE
--
--
29 SPACE
--
--
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
41 SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
20 A LIGHTING
4
1
20 A MOTOR - EF 1-1
6
1
20 A MOTOR -COOLER
8
1
20 A RECEPTACLE
10
1
20 A RECEPTACLE - L5-30
12
1
20 A CONTINUOUS - DDC PANEL
14
1
20 A CONTINUOUS - DDC PANEL
16
1
20 A RECEPTACLE
18
1
20 A RECEPTACLE
20
1
20 A RECEPTACLE
22
1
20 A NON-CONTINUOUS - COOLER
24
1
20 A MOTOR - HAND DRYER
26
1
20 A MOTOR - COOLER
28
1
20 A RECEPTACLE
30
1
20 A RECEPTACLE
32
1
20 A RECEPTACLE
34
1
20 A MOTOR - HAND DRYER
36
1
20 A MOTOR - HAND DRYER
38
1
20 A SPARE
40
1
20 A SPARE
42
1
20 A SPARE
44
1
20 A SPARE
46
1
20 A SPARE
48
1
20 A SPARE
50
1
20 A SPARE
52
1
20 A SPARE
54
1
20 A SPARE
56
1
20 A SPARE
58
*NON-CONTINUOUS
60
*MOTOR LOAD
*CONTINUOUS
1
20 A SPARE
--
--
SPACE
62
--
--
SPACE
64
--
--
SPACE
66
--
--
SPACE
68
--
--
SPACE
70
--
--
SPACE
72
--
--
SPACE
74
--
--
SPACE
76
--
--
SPACE
78
--
--
SPACE
80
--
--
SPACE
82
--
--
SPACE
84
0 VA
MCB RATING: 100 A
BUS RATING: 100 A
C
0 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
3
TRIP PO...
100 A
3
--
--
--
5
--
--
--
7
RECEPTACLE
20 A
1
9
CONTINUOUS - SECURITY SYSTEM
20 A
1
15 A
2
--
--
15 NON-CONTINUOUS - FSDs
20 A
1
17 NON CONTINUOUS - FSDs
20 A
1
19 NON-CONTINUOUS - FSDs
20 A
1
21 LIGHTING (VIA INV1)
20 A
1
23 LIGHTING
20 A
1
25 LIGHTING
20 A
1
27 POWER PROVISION FOR FIRE ALARM
20 A
1
29 POWER PROVISION FOR FIRE ALARM
20 A
1
31 SPARE
20 A
1
33 SPARE
20 A
1
35 SPARE
20 A
1
37 INV
20 A
3
39 --
--
--
41 --
--
--
11 MOTOR - AC 1-3
13 --
A
MCB RATING: 200 A
BUS RATING: 225 A
B
C
PO... TRIP
CIRCUIT DESCRIPTION
5717 VA
500 VA
2
4738 VA
180 VA
0 VA
100 VA
100 VA
0 VA
52 VA
52 VA
0 VA
0 VA
200 VA
0 VA
200 VA
100 VA
255 VA
0 VA
70 VA
0 VA
18 VA
30 VA
209 VA
52 VA
100 VA
52 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
100 VA
0 VA
52 VA
0 VA
LOAD CLASSIFICATION
*LIGHTING
*RECEPTACLE
--
52 VA
6331 VA
53 A
5933 VA
50 A
5624 VA
47 A
CONNECTED...
962 VA
1040 VA
DEMAND FACTOR
125.00%
100.00%
CALC. NEC LOAD
1203 VA
1040 VA
900 VA
100.00%
900 VA
14289 VA
700 VA
122.69%
125.00%
17532 VA
875 VA
30 A RECEPTACLE - L6-30
--
--
6
20 A CONTINUOUS - FACU
8
1
20 A MOTOR - ELEVATOR CABIN FAN
10
--
--
SPACE
12
--
--
SPACE
14
--
--
SPACE
16
1
20 A LIGHTING (VIA INV2)
--
SPACE
20
--
--
SPACE
22
1
20 A LIGHTING (VIA INV3)
24
2
15 A MOTOR - AC 1-1
26
--
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
--
--
SPACE
20 A CONTINUOUS - FA BOOSTER
38
2
15 A MOTOR - AC 1-2
40
--
ARCHITECT
36
1
--
University of Massachusetts Building Authority
University of Massachusetts Lowell
18
--
--
Lowell, MA
4
1
-100 VA
0 VA
(UMBA 13-L2)
CKT
2
4859 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
--
CONSULTANT
42
PANEL TOTALS
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
TOTAL CONNECTED LOAD: 17.9 kVA
TOTAL NEC LOAD: 21549 VA
TOTAL CONNECTED AMPS: 50 A
TOTAL NEC AMPS: 60 A
NOTES:
100% CONSTRUCTION
DOCUMENT SET
0 VA
0 VA
0 VA
0 VA
0A
0 VA
0A
0 VA
0A
CONNECTED...
DEMAND FACTOR
CALC. NEC LOAD
CIRCUIT DESCRIPTION
CKT
VOLTS: 480/277 Wye
MOUNTING: Surface
CIRCUIT DESCRIPTION
1
LIGHTING
20 A
1
3
LIGHTING
20 A
1
5
SPARE
20 A
1
7
SPARE
20 A
1
9
SPARE
20 A
1
11
SPARE
20 A
1
13
SPARE
20 A
1
15
SPARE
20 A
1
17
SPACE
--
--
19
SPACE
--
--
21
SPACE
--
--
23
SPACE
--
--
25
SPACE
--
--
27
SPACE
--
--
29
SPACE
--
--
31
SPACE
--
--
33
SPACE
--
--
35
SPACE
--
--
37
SPACE
--
--
39
SPACE
--
--
41
SPACE
--
--
MAINS TYPE: MLO
WIRES: 4
TRIP PO...
A
277 VA
MCB RATING: N/A
BUS RATING: 125 A
B
C
0 VA
0 VA
0 VA
PO... TRIP
0 VA
12 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
CIRCUIT DESCRIPTION
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
TOTAL CONNECTED LOAD: 0.3 kVA
1
20 A SPARE
42
TOTAL NEC LOAD: 361 VA
TOTAL CONNECTED AMPS: 0 A
TOTAL NEC AMPS: 0 A
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*LIGHTING
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
277 VA
1A
CONNECTED...
289 VA
12 VA
0A
0 VA
CKT
1
1
0 VA
STAMP
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
EP-FK-2
A.I.C. RATING: 22kA
0 VA
0 VA
OP-SP-3
CKT
0 VA
0 VA
1
PANEL NAME:
MAINS TYPE: MCB
B
0 VA
CIRCUIT DESCRIPTION
WIRES: 4
FED FROM: EP-FK-1A
TOTAL NEC LOAD: 41411 VA
TOTAL CONNECTED AMPS: 114 A
TOTAL NEC AMPS: 115 A
WIRES: 4
A
CKT
MAINS TYPE: MCB
PANEL TOTALS
VOLTS: 480/277 Wye
TRIP PO...
1
1
PHASES: 3
ENCLOSURE: Type 1
LP-FK-2
2
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
OP-SP-1
20 A LIGHTING
TOTAL CONNECTED LOAD: 41 kVA
100.00%
FED FROM: USS-FK
MOUNTING: Surface
PANEL NAME:
1
DEMAND FACTOR CALC. NEC LOAD
125.00%
2544 VA
MOUNTING: Surface
CKT
VOLTS: 120/208 Wye
13448 VA
112 A
360 VA
*CONTINUOUS
CIRCUIT DESCRIPTION
FED FROM: DP-P
0 VA
0A
DEMAND FACTOR CALC. NEC LOAD
125.00%
361 VA
PANEL TOTALS
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SCHEDULE PLAN
SHEET 3
PANEL TOTALS
NOTES:
TOTAL CONNECTED LOAD: 0 kVA
TOTAL NEC LOAD: 0 VA
TOTAL CONNECTED AMPS: 0 A
TOTAL NEC AMPS: 0 A
INTEGRAL SPD. PROVIDE WITH MAIN DISCONNECT SWITCH. SEE E3.01 FOR ADDITIONAL BREAKER COORDINATION REQUIREMENTS AND BASIS OF DESIGN CIRCUIT BREAKERS. 20A
BREAKERS AS PER SQUARE D ED FRAME.
E-004
7/17/2015 1:58:06 PM
FED FROM:
FED FROM: OEP-FK-1B
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
MOTOR - SF-1
15 A
1
3
MOTOR - EF 2-3
15 A
1
5
MOTOR - AC 2-3
15 A
2
7
--
--
--
9
CONTINUOUS - DDC PANEL
20 A
1
11 SPARE
20 A
1
13 SPARE
20 A
1
15 SPARE
20 A
1
17 SPARE
20 A
1
19 SPARE
20 A
1
21 SPARE
20 A
1
23 SPARE
20 A
1
25 SPARE
20 A
1
27 SPARE
20 A
1
29 SPARE
20 A
1
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
41 SPACE
--
--
A
528 VA
C
0 VA
0 VA
52 VA
52 VA
0 VA
0 VA
100 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*MOTOR LOAD
*CONTINUOUS
PO... TRIP
0 VA
CIRCUIT DESCRIPTION
CKT
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
RECEPTACLE
20 A
1
1
20 A SPARE
4
3
RECEPTACLE - L5-30
20 A
1
1
20 A SPARE
6
5
SPARE
20 A
1
1
20 A SPARE
8
7
SPARE
20 A
1
1
20 A SPARE
10
9
SPARE
20 A
1
1
20 A SPARE
12
11 SPARE
20 A
1
1
20 A SPARE
14
13 SPARE
20 A
1
1
20 A SPARE
16
15 SPARE
20 A
1
1
20 A SPARE
18
17 SPARE
20 A
1
1
20 A SPARE
20
19 SPARE
20 A
1
1
20 A SPARE
22
21 SPACE
--
--
1
20 A SPARE
24
23 SPACE
--
--
1
20 A SPARE
26
25 SPACE
--
--
1
20 A SPARE
28
27 SPACE
--
--
1
20 A SPARE
30
29 SPACE
--
--
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
A
180 VA
628 VA
6A
52 VA
0A
CONNECTED...
1160 VA
100 VA
DEMAND FACTOR
111.38%
125.00%
CALC. NEC LOAD
1292 VA
125 VA
PANEL TOTALS
MCB RATING: 225 A
BUS RATING: 225 A
B
C
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
LOAD CLASSIFICATION
*RECEPTACLE
PO... TRIP
0 VA
180 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
580 VA
6A
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
0 VA
180 VA
2A
180 VA
2A
0 VA
0A
CONNECTED...
360 VA
DEMAND FACTOR
100.00%
CALC. NEC LOAD
360 VA
CIRCUIT DESCRIPTION
(UMBA 13-L2)
CKT
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
PANEL TOTALS
TOTAL CONNECTED LOAD: 1.3 kVA
TOTAL CONNECTED LOAD: 0.4 kVA
TOTAL NEC LOAD: 1417 VA
TOTAL CONNECTED AMPS: 3 A
TOTAL NEC AMPS: 4 A
TOTAL NEC LOAD: 360 VA
TOTAL CONNECTED AMPS: 1 A
TOTAL NEC AMPS: 1 A
NOTES:
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING: 10kA
PHASES: 3
ENCLOSURE: Type 1
RP-K-2
CKT
VOLTS: 120/208 Wye
MOUNTING: Surface
PANEL NAME:
MCB RATING: 100 A
BUS RATING: 100 A
B
528 VA
FED FROM: DP-FK1
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
1
A.I.C. RATING: 10kA
PHASES: 3
ENCLOSURE: Type 1
OEP-FK-2
CKT
VOLTS: 120/208 Wye
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
NOTES:
100% CONSTRUCTION
DOCUMENT SET
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
RECEPTACLE
20 A
1
3
RECEPTACLE
20 A
1
5
MOTOR - HAIR DRYER
20 A
1
7
MOTOR - HAIR DRYER
20 A
1
9
RECEPTACLE
20 A
1
11 RECEPTACLE
20 A
1
13 MOTOR - HAIR DRYER
20 A
1
15 MOTOR - COOLER
20 A
1
17 MOTOR - HAIR DRYER
20 A
1
19 SPARE
20 A
1
21 SPARE
20 A
1
23 SPARE
20 A
1
25 SPARE
20 A
1
27 SPARE
20 A
1
29 SPARE
20 A
1
31 SPARE
20 A
1
33 SPARE
20 A
1
35 SPARE
20 A
1
37 SPARE
20 A
1
39 SPARE
20 A
1
20 A
1
41 SPARE
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*RECEPTACLE
*MOTOR LOAD
NOTES:
A
360 VA
C
0 VA
0 VA
800 VA
800 VA
0 VA
540 VA
0 VA
800 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
500 VA
0 VA
0 VA
0 VA
900 VA
800 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
1960 VA
16 A
1940 VA
16 A
2140 VA
18 A
CONNECTED...
2340 VA
3700 VA
DEMAND FACTOR
100.00%
105.41%
CALC. NEC LOAD
2340 VA
3900 VA
CIRCUIT DESCRIPTION
CKT
CIRCUIT DESCRIPTION
20 A SPARE
2
1
LIGHTING
20 A
1
1
20 A SPARE
4
3
LIGHTING
20 A
1
1
20 A SPARE
6
5
SPARE
20 A
1
1
20 A SPARE
8
7
SPARE
20 A
1
1
20 A SPARE
10
9
SPARE
20 A
1
1
20 A SPARE
12
11 SPARE
20 A
1
1
20 A SPARE
14
13 SPARE
20 A
1
1
20 A SPARE
16
15 SPARE
20 A
1
1
20 A SPARE
18
17 SPARE
20 A
1
1
20 A SPARE
20
19 SPARE
20 A
1
1
20 A SPARE
22
21 SPACE
--
--
1
20 A SPARE
24
23 SPACE
--
--
1
20 A SPARE
26
25 SPACE
--
--
1
20 A SPARE
28
27 SPACE
--
--
1
20 A SPARE
30
29 SPACE
--
--
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PANEL TOTALS
LOAD CLASSIFICATION
*LIGHTING
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
1
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
LP-FK-3
CKT
VOLTS: 480/277 Wye
MOUNTING: Surface
PANEL NAME:
MCB RATING: 225 A
BUS RATING: 225 A
B
540 VA
FED FROM: USS-FK
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
1
A.I.C. RATING: 10kA
PHASES: 3
ENCLOSURE: Type 1
RP-F-2
CKT
VOLTS: 120/208 Wye
A
360 VA
MCB RATING: 100 A
BUS RATING: 100 A
B
C
0 VA
12 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
360 VA
1A
12 VA
0A
0 VA
0A
CONNECTED...
372 VA
DEMAND FACTOR
125.00%
CALC. NEC LOAD
465 VA
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
PANEL TOTALS
TOTAL CONNECTED LOAD: 6 kVA
TOTAL CONNECTED LOAD: 0.4 kVA
TOTAL NEC LOAD: 6240 VA
TOTAL CONNECTED AMPS: 17 A
TOTAL NEC AMPS: 17 A
TOTAL NEC LOAD: 465 VA
TOTAL CONNECTED AMPS: 0 A
TOTAL NEC AMPS: 1 A
NOTES:
STAMP
CKT
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SCHEDULE PLAN
SHEET 4
E-005
7/17/2015 1:58:08 PM
FED FROM: DP-FK1
FED FROM: USS-FK
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
1
MOTOR - POD 1 ROOF RTU 2
3
WIRES: 4
TRIP PO...
25 A
3
--
--
--
5
--
--
--
7
SPARE
20 A
1
9
SPARE
20 A
1
11 SPARE
20 A
1
13 SPARE
20 A
1
15 SPARE
20 A
1
17 SPARE
20 A
1
19 SPACE
--
--
21 SPACE
--
--
23 SPACE
--
--
25 SPACE
--
--
27 SPACE
--
--
29 SPACE
--
--
31 SPACE
--
--
33 SPACE
--
--
35 SPACE
--
--
37 SPACE
--
--
39 SPACE
--
--
41 SPACE
--
--
A.I.C. RATING: 35kA
PHASES: 3
ENCLOSURE: Type 1
MP-FK-3
CKT
VOLTS: 480/277 Wye
A
5542 VA
B
C
-5542 VA
6925 VA
1
5542 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*MOTOR LOAD
0 VA
0 VA
0 VA
MAINS TYPE: MCB
PANEL NAME:
MCB RATING: 600 A
BUS RATING: 600 A
EP-FK-3
PO... TRIP
0 VA
0 VA
5542 VA
20 A
12467 VA
45 A
5542 VA
20 A
CONNECTED...
23552 VA
DEMAND FACTOR
117.65%
CALC. NEC LOAD
27709 VA
--
FED FROM: EP-FK-1A
CIRCUIT DESCRIPTION
SPACE
50 A MOTOR - POD 2 L3 DWH-1
VOLTS: 480/277 Wye
MOUNTING: Surface
PHASES: 3
ENCLOSURE: Type 1
CKT
CKT
CIRCUIT DESCRIPTION
2
1
LIGHTING
20 A
1
4
3
SPARE
20 A
1
--
--
SPACE
6
5
SPARE
20 A
1
--
--
SPACE
8
7
SPARE
20 A
1
--
--
SPACE
10
9
SPARE
20 A
1
--
--
SPACE
12
11
SPARE
20 A
1
--
--
SPACE
14
13
SPARE
20 A
1
--
--
SPACE
16
15
SPARE
20 A
1
--
--
SPACE
18
17
SPARE
20 A
1
--
--
SPACE
20
19
SPARE
20 A
1
--
--
SPACE
22
21
SPARE
20 A
1
--
--
SPACE
24
23
SPARE
20 A
1
--
--
SPACE
26
25
SPARE
20 A
1
--
--
SPACE
28
27
SPARE
20 A
1
--
--
SPACE
30
29
SPARE
20 A
1
--
--
SPACE
32
31
SPACE
--
--
--
--
SPACE
34
33
SPACE
--
--
--
--
SPACE
36
35
SPACE
--
--
--
--
SPACE
38
37
SPACE
--
--
--
--
SPACE
40
39
SPACE
--
--
--
--
SPACE
42
41
SPACE
--
--
A
MCB RATING: N/A
BUS RATING: 125 A
B
277 VA
C
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
277 VA
1A
LOAD CLASSIFICATION
*LIGHTING
PO... TRIP
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PANEL TOTALS
MAINS TYPE: MLO
WIRES: 4
TRIP PO...
CONNECTED...
277 VA
0 VA
0A
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING: 22kA
0 VA
CIRCUIT DESCRIPTION
(UMBA 13-L2)
CKT
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
0 VA
0A
DEMAND FACTOR CALC. NEC LOAD
125.00%
346 VA
PANEL TOTALS
TOTAL CONNECTED LOAD: 23.6 kVA
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
TOTAL CONNECTED LOAD: 0.3 kVA
TOTAL NEC LOAD: 27709 VA
TOTAL NEC LOAD: 346 VA
TOTAL CONNECTED AMPS: 28 A
TOTAL NEC AMPS: 33 A
TOTAL CONNECTED AMPS: 0 A
TOTAL NEC AMPS: 0 A
NOTES: PROVIDE MAIN BREAKER AS LSI ELECTRONIC TRIP.
NOTES: INTEGRAL SPD. PROVIDE WITH MAIN DISCONNECT SWITCH. SEE E3.01 FOR ADDITIONAL BREAKER COORDINATION REQUIREMENTS AND BASIS OF DESIGN CIRCUIT BREAKERS. 20A
BREAKERS AS PER SQUARE D ED FRAME.
100% CONSTRUCTION
DOCUMENT SET
FED FROM: OEP-FK-1B
VOLTS: 120/208 Wye
MOUNTING: Surface
ENCLOSURE: Type 1
PANEL NAME:
OEP-FK-3
PHASES: 3
WIRES: 4
A.I.C. RATING: 10kA
FED FROM: DP-FK1
MAINS TYPE: MCB
MCB RATING: 150 A
BUS RATING: 225 A
MOUNTING: Surface
ENCLOSURE: Type 1
PANEL NAME:
RP-K-3
VOLTS: 120/208 Wye
A.I.C. RATING: 10kA
PHASES: 3
WIRES: 4
MAINS TYPE: MCB
MCB RATING: 225 A
BUS RATING: 225 A
STAMP
CIRCUIT DESCRIPTION
1
RECEPTACLE - L6-30
3
--
5
MOTOR - ACCU-3 CONNECTION 1
7
9
TRIP PO...
20 A
2
--
--
50 A
3
--
--
--
--
--
--
20 A
2
--
--
30 A
3
17 --
--
--
19 --
--
--
21 RECEPTACLE
20 A
1
23 MOTOR - SF-2
20 A
1
25 MOTOR - ACCU-3 CONNECTION 2
30 A
3
27 --
--
--
29 --
--
--
31 SPARE
20 A
1
33 SPARE
20 A
1
35 SPARE
20 A
1
37 SPARE
20 A
1
39 SPARE
20 A
1
41 SPARE
20 A
1
11 MOTOR - AC 2-6
13 -15 MOTOR - ACCU-2
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*RECEPTACLE
*MOTOR LOAD
A
180 VA
B
C
0 VA
0 VA
0 VA
4323 VA
4323 VA
0 VA
52 VA
0 VA
2402 VA
0 VA
528 VA
0 VA
2402 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
2402 VA
0 VA
0 VA
0 VA
180 VA
2402 VA
0 VA
0 VA
2402 VA
2402 VA
0 VA
0 VA
4323 VA
52 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
9358 VA
78 A
9306 VA
78 A
9706 VA
81 A
CONNECTED...
360 VA
28011 VA
DEMAND FACTOR
100.00%
111.57%
CALC. NEC LOAD
360 VA
31254 VA
CIRCUIT DESCRIPTION
CKT
CKT
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
RECEPTACLE
20 A
1
1
20 A SPARE
4
3
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
6
5
RECEPTACLE
20 A
1
1
20 A SPARE
8
7
RECEPTACLE - L5-30
20 A
1
1
20 A SPARE
10
9
SPARE
20 A
1
1
20 A SPARE
12
11 SPARE
20 A
1
1
20 A SPARE
14
13 SPARE
20 A
1
1
20 A SPARE
16
15 SPARE
20 A
1
1
20 A SPARE
18
17 SPARE
20 A
1
1
20 A SPARE
20
19 SPARE
20 A
1
1
20 A SPARE
22
21 SPARE
20 A
1
1
20 A SPARE
24
23 SPARE
20 A
1
1
20 A SPARE
26
25 SPARE
20 A
1
1
20 A SPARE
28
27 SPARE
20 A
1
1
20 A SPARE
30
29 SPARE
20 A
1
1
20 A SPARE
32
31 SPACE
--
--
1
20 A SPARE
34
33 SPACE
--
--
1
20 A SPARE
36
35 SPACE
--
--
1
20 A SPARE
38
37 SPACE
--
--
1
20 A SPARE
40
39 SPACE
--
--
1
20 A SPARE
42
41 SPACE
--
--
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
PANEL TOTALS
TOTAL CONNECTED LOAD: 28.4 kVA
LOAD CLASSIFICATION
*RECEPTACLE
*MOTOR LOAD
TOTAL NEC LOAD: 31614 VA
TOTAL CONNECTED AMPS: 79 A
TOTAL NEC AMPS: 88 A
NOTES:
TRIP PO...
A
360 VA
B
C
0 VA
800 VA
0 VA
360 VA
180 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
PO... TRIP
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
540 VA
5A
800 VA
7A
360 VA
3A
CONNECTED...
900 VA
800 VA
DEMAND FACTOR
100.00%
125.00%
CALC. NEC LOAD
900 VA
1000 VA
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
PANEL TOTALS
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
TOTAL CONNECTED LOAD: 1.7 kVA
TOTAL NEC LOAD: 1900 VA
TOTAL CONNECTED AMPS: 5 A
TOTAL NEC AMPS: 5 A
NOTES:
CKT
ELECTRICAL
SCHEDULE PLAN
SHEET 5
E-006
7/17/2015 1:58:11 PM
CKT
MOUNTING: Surface
PANEL NAME:
CIRCUIT DESCRIPTION
CONTINUOUS - DDC PANEL
20 A
1
3
MOTOR - POD 2 L3 EF 2-4
20 A
1
5
RECEPTACLE
20 A
1
7
ROOF - RTU CONTROL POWER
20 A
1
9
RECEPTACLE
20 A
1
11 MOTOR - HAIR DRYER
20 A
1
13 RECEPTACLE
20 A
1
15 RECEPTACLE
20 A
1
17 MOTOR - HAIR DRYER
20 A
1
19 MOTOR - COOLER
20 A
1
21 MOTOR - HAIR DRYER
20 A
1
23 SPARE
20 A
1
25 SPARE
20 A
1
27 SPARE
20 A
1
29 SPARE
20 A
1
31 SPARE
20 A
1
33 SPARE
20 A
1
35 SPARE
20 A
1
37 SPARE
20 A
1
39 SPARE
20 A
1
41 SPARE
20 A
1
A
100 VA
C
0 VA
0 VA
360 VA
800 VA
0 VA
0 VA
360 VA
0 VA
800 VA
900 VA
0 VA
0 VA
540 VA
0 VA
500 VA
500 VA
0 VA
0 VA
500 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*RECEPTACLE
*MOTOR LOAD
PO... TRIP
0 VA
2300 VA
20 A
1928 VA
16 A
1660 VA
14 A
CONNECTED...
2160 VA
3628 VA
DEMAND FACTOR
100.00%
105.51%
CALC. NEC LOAD
2160 VA
3828 VA
100 VA
125.00%
125 VA
*CONTINUOUS
CIRCUIT DESCRIPTION
CKT
CIRCUIT DESCRIPTION
1
20 A SPARE
2
1
RECEPTACLE
20 A
1
1
20 A SPARE
4
3
RECEPTACLE
20 A
1
1
20 A SPARE
6
5
MOTOR - EF 1-3
15 A
1
1
20 A SPARE
8
7
CONTINUOUS - DDC PANEL
20 A
1
1
20 A SPARE
10
9
RECEPTACLE
20 A
1
1
20 A SPARE
12
11
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
14
13
RECEPTACLE
20 A
1
1
20 A SPARE
16
15
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
18
17
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
20
19
MOTOR - COOLER
20 A
1
1
20 A SPARE
22
21
RECEPTACLE
20 A
1
1
20 A SPARE
24
23
LIGHTING
20 A
1
1
20 A SPARE
26
25
RECEPTACLE
20 A
1
1
20 A SPARE
28
27
RECEPTACLE
20 A
1
1
20 A SPARE
30
29
RECEPTACLE
20 A
1
1
20 A SPARE
32
31
RECEPTACLE
20 A
1
1
20 A SPARE
34
33
RECEPTACLE
20 A
1
1
20 A SPARE
36
35
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
38
37
MOTOR - HAIR DRYER
20 A
1
1
20 A SPARE
40
39
RECEPTACLE - L5-30
20 A
1
1
20 A SPARE
42
41
RECEPTACLE
20 A
1
43
NON-CONTINUOUS - ELEV DAMPER
20 A
1
45
MOTOR - AC 5-4/5-5/5-6
15 A
2
47
--
--
--
49
MOTOR - COOLER
20 A
1
51
RECEPTACLE
20 A
1
53
RECEPTACLE
20 A
1
55
RECEPTACLE
20 A
1
57
SPARE
20 A
1
59
SPARE
20 A
1
PANEL TOTALS
TOTAL CONNECTED LOAD: 5.9 kVA
TOTAL NEC LOAD: 6113 VA
TOTAL CONNECTED AMPS: 16 A
TOTAL NEC AMPS: 17 A
NOTES:
A
180 VA
MOUNTING: Surface
OP-SP-3
CKT
CIRCUIT DESCRIPTION
1
RECEPTACLE - L6-30
20 A
2
3
--
--
--
5
MOTOR - AC 1-5
15 A
2
7
--
--
--
9
LIGHTING (VIA INV5)
20 A
1
11 CONTINUOUS - FA BOOSTER
20 A
1
13 RECEPTACLE
20 A
1
15 CONTINUOUS - FA BOOSTER
20 A
1
17 LIGHTING
20 A
1
19 LIGHTING
20 A
1
21 MOTOR - AC 1-4
15 A
2
--
--
25 LIGHTING (VIA INV4)
20 A
1
27 MOTOR - ACCU-1
50 A
3
29 --
--
--
31 --
--
--
20 A
1
23 --
33 NON-CONTINUOUS - FSDs
35 NON-CONTINUOUS - FSDs
20 A
1
37 ROOF - ELEVATOR SHAFT DAMPER
20 A
1
39 SPARE
20 A
1
41 SPARE
20 A
1
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
LOAD CLASSIFICATION
*LIGHTING
*RECEPTACLE
*NON-CONTINUOUS
*MOTOR LOAD
*CONTINUOUS
A
180 VA
C
0 VA
0 VA
100 VA
0 VA
12 VA
0 VA
52 VA
0 VA
4323 VA
0 VA
0 VA
200 VA
0 VA
200 VA
800 VA
0 VA
0 VA
4323 VA
4323 VA
0 VA
0 VA
52 VA
171 VA
0 VA
0 VA
100 VA
12 VA
0 VA
0 VA
184 VA
180 VA
PO... TRIP
0 VA
52 VA
52 VA
0 VA
0 VA
0 VA
100 VA
720 VA
500 VA
500 VA
360 VA
528 VA
500 VA
800 VA
180 VA
800 VA
800 VA
2402 VA
2402 VA
900 VA
2402 VA
170 VA
180 VA
156 VA
156 VA
318 VA
360 VA
360 VA
305 VA
170 VA
900 VA
180 VA
800 VA
800 VA
0 VA
0 VA
180 VA
0 VA
360 VA
50 VA
0 VA
0 VA
156 VA
0 VA
156 VA
500 VA
0 VA
0 VA
360 VA
0 VA
360 VA
360 VA
0 VA
0 VA
0 VA
0 VA
0 VA
7518 VA
63 A
1
20 A MOTOR - HAIR DRYER
2
1
20 A MOTOR - HAIR DRYER
4
1
20 A ROOF - POWER FOR RTU CONTROLS
6
1
20 A CONTINUOUS - DDC PANEL
8
1
20 A MOTOR - COOLER
10
1
15 A MOTOR - EF 1-4
12
1
20 A MOTOR - COOLER
14
1
20 A RECEPTACLE
16
3
30 A MOTOR - ACCU-5
18
--
--
--
20
--
--
--
22
2
--
720 VA
CONNECTED...
963 VA
180 VA
9176 VA
77 A
0 VA
15 A MOTOR - AC 5-1/5-2
--
--
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
24
26
1
20 A LIGHTING
28
1
20 A LIGHTING
30
1
20 A LIGHTING
32
1
20 A RECEPTACLE - L6-30
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
1
20 A SPARE
44
1
20 A SPARE
46
1
20 A SPARE
48
1
20 A SPARE
50
1
20 A SPARE
52
1
20 A SPARE
54
1
20 A SPARE
56
1
20 A SPARE
58
1
20 A SPARE
60
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
8225 VA
69 A
DEMAND FACTOR CALC. NEC LOAD
125.00%
1204 VA
100.00%
180 VA
*RECEPTACLE
6840 VA
100.00%
6840 VA
*NON-CONTINUOUS
*MOTOR LOAD
50 VA
16685 VA
100.00%
110.80%
50 VA
18486 VA
200 VA
125.00%
250 VA
MCB RATING: 100 A
BUS RATING: 100 A
B
0 VA
800 VA
(UMBA 13-L2)
CKT
PANEL TOTALS
TOTAL CONNECTED LOAD: 25 kVA
100% CONSTRUCTION
DOCUMENT SET
TOTAL NEC LOAD: 27010 VA
TOTAL CONNECTED AMPS: 69 A
TOTAL NEC AMPS: 75 A
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
500 VA
CIRCUIT DESCRIPTION
NOTES:
A.I.C. RATING: 22kA
PHASES: 3
ENCLOSURE: Type 1
PO... TRIP
500 VA
100 VA
*CONTINUOUS
PANEL NAME:
C
528 VA
LOAD CLASSIFICATION
*LIGHTING
Receptacle
VOLTS: 120/208 Wye
MCB RATING: 100 A
BUS RATING: 100 A
B
360 VA
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
FED FROM: OP-SP-1
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
UMass Lowell North
Quad Infrastructure
Renewal
A.I.C. RATING:
PHASES: 3
ENCLOSURE: Type 1
SP-P3
CKT
VOLTS: 120/208 Wye
MOUNTING: Surface
PANEL NAME:
MCB RATING: 225 A
BUS RATING: 225 A
B
528 VA
FED FROM: SP-P1
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
1
A.I.C. RATING: 10kA
PHASES: 3
ENCLOSURE: Type 1
RP-F-3
CKT
VOLTS: 120/208 Wye
0 VA
0 VA
0 VA
5718 VA
48 A
4859 VA
41 A
4739 VA
39 A
CONNECTED...
379 VA
360 VA
DEMAND FACTOR
125.00%
100.00%
CALC. NEC LOAD
474 VA
360 VA
400 VA
100.00%
400 VA
13977 VA
200 VA
123.20%
125.00%
17220 VA
250 VA
CIRCUIT DESCRIPTION
CKT
PANEL NAME:
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
CKT
1
20 A SPARE
8
1
MOTOR - POD 1 L1.5 FTR 1 & FTR 2
15 A
1
1
20 A SPARE
10
3
MOTOR - POD 1 L3 DWH-1
50 A
1
1
20 A SPARE
12
5
MOTOR - POD 1 L2 DWH-1
50 A
1
1
20 A SPARE
14
7
MOTOR - POD 1 L1.5 DWH 1
50 A
1
1
20 A SPARE
16
9
MOTOR - POD 1 ROOF RTU 1
60 A
3
1
20 A SPARE
18
11 --
--
--
1
20 A SPARE
20
13 --
--
--
1
20 A SPARE
22
15 CONTINUOUS - POD 1 L4 DWH 1
30 A
1
1
20 A SPARE
24
17 MOTOR - POD 1 L 2 FTR 1 & FTR 2 & FTR 3
25 A
1
1
20 A SPARE
26
19 MOTOR - CUH-1
20 A
3
1
20 A SPARE
28
21 --
--
--
1
20 A SPARE
30
23 --
--
--
1
20 A SPARE
32
25 MOTOR - POD 1 L3 FTR 1 & FTR 2 & FTR 3
25 A
1
1
20 A SPARE
34
27 MOTOR - POD 1 L4 FTR 1 & FTR 2 & FTR 3
20 A
1
20 A
1
CIRCUIT DESCRIPTION
1
20 A SPARE
36
1
20 A SPARE
38
31 MOTOR - POD 1 L4 FTR 2 & FTR 3
20 A
1
20 A
1
1
20 A SPARE
40
33 SPARE
1
20 A SPARE
42
35 SPARE
20 A
1
37 SPARE
20 A
1
39 SPARE
20 A
1
41 SPARE
20 A
1
TOTAL CONNECTED LOAD:
TOTAL CONNECTED AMPS:
TOTAL CONNECTED LOAD: 15.3 kVA
TOTAL NEC LOAD: 18703 VA
TOTAL CONNECTED AMPS: 43 A
TOTAL NEC AMPS: 52 A
LOAD CLASSIFICATION
*MOTOR LOAD
*CONTINUOUS
A
1745 VA
MCB RATING: 100 A
BUS RATING: 100 A
B
C
0 VA
6925 VA
6925 VA
0 VA
9699 VA
0 VA
3490 VA
0 VA
2464 VA
0 VA
1994 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
3490 VA
2742 VA
0 VA
0 VA
2464 VA
3490 VA
0 VA
0 VA
6925 VA
2464 VA
0 VA
0 VA
9699 VA
9699 VA
PO... TRIP
0 VA
6925 VA
0 VA
0 VA
0 VA
0 VA
0 VA
0 VA
27066 VA
99 A
29503 VA
108 A
24573 VA
89 A
CONNECTED...
74217 VA
DEMAND FACTOR
109.80%
CALC. NEC LOAD
81491 VA
6925 VA
125.00%
8656 VA
CIRCUIT DESCRIPTION
CKT
1
20 A SPARE
2
1
20 A SPARE
4
1
20 A SPARE
6
1
20 A SPARE
8
1
20 A SPARE
10
1
20 A SPARE
12
1
20 A SPARE
14
1
20 A SPARE
16
1
20 A SPARE
18
1
20 A SPARE
20
1
20 A SPARE
22
1
20 A SPARE
24
1
20 A SPARE
26
1
20 A SPARE
28
1
20 A SPARE
30
1
20 A SPARE
32
1
20 A SPARE
34
1
20 A SPARE
36
1
20 A SPARE
38
1
20 A SPARE
40
1
20 A SPARE
42
PANEL TOTALS
TOTAL CONNECTED LOAD: 81.1 kVA
TOTAL NEC LOAD: 90148 VA
TOTAL CONNECTED AMPS: 98 A
TOTAL NEC AMPS: 108 A
NOTES:
STAMP
MAINS TYPE: MCB
WIRES: 4
TRIP PO...
29 MOTOR - POD 1 L4 FTR 2 & FTR 2
A.I.C. RATING: 35kA
PHASES: 3
ENCLOSURE: Type 1
MP-SP-1
1
PANEL TOTALS
VOLTS: 480/277 Wye
FED FROM: USS-S
MOUNTING: Surface
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SCHEDULE PLAN
SHEET 6
NOTES:
E-007
7/17/2015 1:58:13 PM
FED FROM: DP-FK1
UMass Lowell North
Quad Infrastructure
Renewal
MOTOR EQUIPMENT SCHEDULE
EQUIPMENT
TAG
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
AC
ACCU
ACCU
ACCU
ACCU
ACCU
CUH
CUH
DWH
DWH
DWH
DWH
DWH
DWH
EF
EF
EF
EF
EF
EF
EF
EF
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
FTR
RTU
RTU
SF
SF
MOTOR
VOLT
S
NO.
PH
1-1
1-2
1-3
1-4
1-5
2-1
2-2
2-3
3-1
3-2
5-1
5-2
5-3
5-4
5-5
5-6
1
2
3-1
3-2
5
1
2
1
1
1
1
1
1
1-1
1-2
1-3
1-4
2-1
2-2
2-3
2-4
1
1
1
1
2
2
2
2
2
2
2
3
3
3
3
1
2
1
2
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
208
480
480
277
277
277
277
277
277
120
120
120
120
120
120
120
120
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
480
480
120
120
HP
KVA
FLA
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
1.4
1.4
0.1
0.1
0.1
0.1
0.1
0.1
13.0
7.2
13.0
7.2
7.2
7.4
7.4
6.9
6.9
6.9
6.9
6.9
6.9
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.7
0.7
0.7
0.7
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.7
1.7
1.7
1.7
29.1
16.6
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
6.5
6.5
0.5
0.5
0.5
0.5
0.5
0.5
36.0
20.0
36.0
20.0
20.0
15.4
15.4
25.0
25.0
25.0
25.0
25.0
25.0
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
2.7
2.7
2.7
2.7
3.6
3.6
3.6
3.6
3.6
3.6
3.6
6.3
6.3
6.3
6.3
35.0
20.0
4.4
4.4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
3
3
3
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
3
1
1
BRANCH
BRANCH WIRING (COPPER
CIRCUIT
THHN/THWN)
CIRCU
IT
GROU
NUMB SET CONDUC
ND
CONDU
ER
S TOR SIZE SIZE IT SIZE
PANEL
OP-SP-1
OP-SP-1
OP-SP-1
OP-SP-3
OP-SP-3
OEP-FK-1B
OEP-FK-2
OEP-FK-3
OEP-FK-1B
OEP-FK-1B
SP-P3
SP-P3
SP-P3
SP-P3
SP-P3
SP-P3
OP-SP-3
OEP-FK-3
OEP-FK-3
OEP-FK-3
SP-P3
MP-SP-1
MP-FK-1
MP-SP-1
MP-FK-1
MP-SP-1
MP-FK-3
MP-SP-1
MP-SP-1
SP-P1
SP-P1
SP-P3
SP-P3
OEP-FK-1B
OEP-FK-1B
OEP-FK-2
RP-F-3
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-SP-1
MP-FK-3
OEP-FK-2
OEP-FK-3
26,28
40,42
11,13
21,23
5,7
33,35
5,7
11,13
25,27
25,27
24,26
24,26
24,26
45,47
45,47
45,47
27,29,31
15,17,19
5,7,9
25,27,29
18,20,22
19,21,23
7,9,11
7
5
3
4
15
5
6
9
5
12
19
17
3
3
1
17
25
27
1
17
25
27
29
31
29
17
25
27
31
9,11,13
1,3,5
1
23
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#6
#10
#6
#10
#10
#12
#12
#10
#10
#10
#10
#10
#10
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#6
#10
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#10
#10
#10
#10
#10
#12
#12
#10
#10
#10
#10
#10
#10
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#12
#10
#10
#12
#12
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
1 1/4"
1"
1 1/4"
1"
1"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
3/4"
1 1/4"
1"
3/4"
3/4"
STARTER/DISCONNECT TYPE
(UMBA 13-L2)
TYPE
NEMA
TYPE
RATING
FURNISH
ED BY
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
DISCONNECT/STARTER
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
MOTOR RATED SWITCH
DISCONNECT/VFD
DISCONNECT/VFD
DISCONNECT/STARTER
DISCONNECT/STARTER
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
4X
4X
1
1
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
50
30
50
30
30
20
20
50
50
50
50
50
50
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
60
25
20
20
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
MC
MC
MC
MC
MC
MC
MC
MC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
EC
MC
MC
MC
MC
Lowell, MA
NOTES
University of Massachusetts Building Authority
University of Massachusetts Lowell
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
PROVIDE 3/4 INCH CONDUIT BETWEEN INDOOR UNIT AND OUTDOOR UNIT FOR CONTROLS. PROVIDE #12 PULL WIRE
ARCHITECT
ACCU 3 RQUIRES TWO CONNECTION POINTS - ACCU 3-1 AND ACCU 3-2
ACCU 3 RQUIRES TWO CONNECTION POINTS - ACCU 3-1 AND ACCU 3-2
CONSULTANT
POD 1 LEVEL 1.5
POD 2 LEVEL 1
POD 1 LEVEL 3
POD 2 LEVEL 3
POD 1 LEVEL 4
POD 1 LEVEL 2
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
100% CONSTRUCTION
DOCUMENT SET
STAMP
SINGLE CONNECTION PT
SINGLE CONNECTION PT
STARTER FURNISHED BY MC (ECM MOTOR).
STARTER FURNISHED BY MC (ECM MOTOR).
1. REFER TO ELECTRICAL PLANS FOR APPROXIMATE EQUIPMENT LOCATION. REFER TO HVAC DRAWINGS FOR SPECIFIC LOCATIONS OF AC, ACCU, CUH, EF, FTR AND RTUS. REFER TO PLUMBING DRAWINGS FOR EXACT LOCATIONS OF DWHS.
2. U.O.N. FINAL CONNECTIONS TO EQUIPMENT SHALL BE BY THE EC.
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
1
MANUFACTURER
MODEL NUMBER
DESCRIPTION
WATTAGE VOLTAGE
COMMENTS
R1
PHILIPS
L5RAE1-L5R10835-L5RDW
5" LED DOWNLIGHT
13
277V
R2
PHILIPS
HLS22GLR33L35ULAG
LED RECESSED 2X2
31
277V
R3
PHILIPS
PDK (4)523-000004-32
12" COLOR LED LINEAR COVE
6
277V
LENGTH AS PER ARCHITECTS PLANS.
R4
LITHONIA
OLVTWM
VAPOR TIGHT LED JAR LIGHT
15
120V
(OR APPROVED EQUAL) REFER TO SHEETS E-706 & E-712 FOR QUANTITIES AND LOCATIONS
S1
PHILIPS
OWL440L840-UNV-DIM
LED 1X4 STRIPLIGHT
38
277V
S2
PHILIPS
SLTLED434KDRBSSL
PIT LIGHT
39
120/277V
W1
PHILIPS
LP7
LED DOWNWARD WALL SCONCE
13
120V
EX1
PHILIPS
VCXL-26-HFL-EB-4
EXTERIOR CFL MAINTENANCE LIGHT
26
120V
PROVIDE ONE SPARE LAMP PER FIXTURE
EXIT
PHILIPS
CA6RCA1IC
CHLORIDE EXIT
5
277V
FACE QTY, ARROWS AND MOUNTING HARDWARE TO SUIT FIELD CONDITIONS
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL
SCHEDULE PLAN
SHEET 7
LIGHTING FIXTURE SCHEDULE
NTS
1. ALL LIGHTING SPECIFIED ABOVE IS ON AN "OR APPROVED EQUAL BY LITHONIA, COOPER OR COLUMBIA LIGHTING.
2. PROVIDE ALL MOUNTING HARDWARE AND COMPONENTS TO MATCH INSTALLATION REQUIREMENTS.
3. POD 1 LIGHTS ARE 120V, POD 2 LIGHTS ARE 277V.
4. POD 1 EMERGENCY LIGHTING VIA BODINE ELI-S-250 MICRO INVERTERS, OR APPROVED EQUAL. POD 2 EMERGENCY LIGHTING VIA
EMERGENCY GENERATOR.
E-008
7/17/2015 1:58:16 PM
TYPE
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
FUTURE SPACE ONLY:
EQUIPMENT SHOWN ON PLANS FOR
SPACE PLANNING
GENERAL NOTES
1. REFER TO DRAWING E0.00 FOR ELECTRICAL LEGEND, ABBREVIATIONS
AND NOTES.
2. THIS DRAWING SHALL BE READ IN CONJUNCTION WITH THE MEP/
ARCHITECTURAL DRAWINGS AND SPECIFICATIONS
3. PROVIDE POWER MONITORING ELECTRONIC TRIP BREAKER FOR
USS-FK MAIN BREAKER.
4. UNLESS OTHERWISE NOTED PROVIDE 25% SPARE CB'S AND 25% SPACE
IN ALL PANELBOARDS. PROVIDE SPARE CB'S AND SPACE ONLY IN
SWITCHBOARDS AS SHOWN ON THE RISER DIAGRAMS.
5. AS A MINIMUM, DISCONNECT SWITCHES SHALL BE RATED AT FRAME
SIZE OF THE DOWN STREAM PROTECTION DEVICE.
6. MATERIAL AND EQUIPMENT SHALL BE UL, NEMA, ANSI, IEEE, ADA AND
CBM APPROVED FOR INTENDED SERVICE. MATERIAL AND INSTALLATION
SHALL MEET REQUIREMENTS OF MASS STATE ELECTRIC CODE.
7. ALL WIRING SHALL BE TYPE THWN RATED 75°C MIN.,600 VOLT, WET OR
DRY LOCATIONS. .
8. ALL MAIN CIRCUIT BREAKERS SHALL HAVE ADJUSTABLE THERMAL AND
MAGNETIC TRIPS.
9. BREAKERS SHALL BE 3P UNLESS INDICATED OTHERWISE.
10. CONNECTIONS SHOWN DO NOT IDENTIFY ENTRY/EXIT OR LUG
LOCATIONS. CONNECTIONS SHOWN ARE DIAGRAMMATIC SHOWING
SYSTEM TOPOLOGY ONLY.
11. CONTRACTOR TO ADJUST TRANSFORMER TAP SETTINGS AS REQUIRED.
12. ALL TRANSFER SWITCHES SHALL BE 4 POLE. GENERATOR TO BE
SEPARATELY DERIVED SOURCE.
13. ALL LIFE SAFETY PANELBOARDS TO BE PROVIDED WITH INTEGRAL 150kA
SPD'S.
14. GENERATOR TO BE OWNER FURNISHED, CONTRACTOR INSTALLED.
15. LIFE SAFETY SYSTEM TO COORDINATE DOWN TO 0.01 SECONDS.
CONTRACTOR TO PROVIDE COORDINATED CIRCUIT BREAKERS, WITH
SETTINGS AS PER CONTRACTORS SHORT COORDINATION STUDY
RECOMMENDATIONS.
LP-FK-3
EP-FK-3
SPD
MP-FK-3
(UMBA 13-L2)
P110D
P175D
(2)P310D
LEVEL 3
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
EP-FK-2
SPD
LP-FK-2
P110D
P150D
FR
P110D
LEVEL 2
EP-FK-1B
SPD
12
ELECTRONIC ADJUSTABLE LSI CIRCUIT BREAKER.
SYSTEM TO SELECTIVELY COORDINATE TO 0.01S.
GENERATOR CIRCUIT BREAKER TO COORDINATE
WITH THE REST OF THE EMERGENCY POWER
SYSTEM. ELECTRICAL CONTRACTOR AND
GENERATOR MANUFACTURER TO COORDINATE
CORRECT SELECTION AND SETTING OF UNIT
MOUNTED CIRCUIT BREAKER BASED ON
COORDINATION WITH THE REST OF THE
DISTRIBUTION SYSTEM. INCLUDE GENERATOR
CIRCUIT BREAKER IN "CONTRACTORS
COORDINATION STUDY" TO ENSURE CORRECT
BREAKER SETTING ARE PROVIDED. ADJUST
SETTINGS AS PER CONTRACTORS SHORT CIRCUIT
COORDINATION STUDY.
P110D
BASIS OF DESIGN BREAKER: SQUARE D POWERPACT
PG 5.0. LSI FUNCTION. LIFE SAFETY SYSTEM TO
COORDINATE TO 0.01S.
BASIS OF DESIGN: SUBFEED BREAKERS AS PER
SQUARE D POWERPACT LD LSI 3.3S, 125A. LIFE
SAFETY SYSTEM TO COORDINATE TO 0.01S.
LEP-FK-1
P230D
OEPFK-1B
P230D
4
400AF
400AT
KITSON REFER TO
DP-K DRAWING E-402
600A FOR LOCATION
RP-F-1
RP-K-1
225A
TX2
480/208-120V
75kVA
115c Rise
ATS1
480/277V
260A
LIFE SAFETY
P255D
FR
P230D
P230D
ATS3
480/277V
260A
OPTIONAL
ATS2
480/277V
260A
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
(2)P335D
P110B
(2)P200D
FR
12
CONSULTANT
EXISTING
OEPFK-1A
P230D
12
SPARE
100% CONSTRUCTION
DOCUMENT SET
SPARE
P255D
FR
1500kVA
11
1 3 5
2400AF
2200AT
GFP
125AF
100AT
3P
125AF
100AT
3P
600AF
600AT
3P
125AF
100AT
3P
1
10
600AF
450AT
G
TX1
480/208-120V
300kVA
115c Rise
12 PROVIDE SLEEVES IN BETWEEN FLOORS TO
ACCOMMODATE 3" CONDUITS.
7
1200AF
250AT
3P
7
1200AF
250AF
3P
(2)SPARE 225A
(2)SPARE 100A
250AF
225AT
3P
1
1200AF
250AT
3P
3P
7
1200AF
250AF
3P
1
250AF
225AT
3P
7
1200AF
400AT
3P
1
1200AF
1000AT
3P
250AF
225AT
3P
SPACE ONLY
SPACE ONLY
250AF
225AT
3P
250AF
225AT
3P
250AF
225AT
3P
250AF
225AT
3P
250AF
225AT
3P
SPD 150kA
2 EDP-FK
250AF
225AT
3P
600AF
600AT
3P
STAMP
DP-FK1
208/120V, 1000A, 3-PH. 4W, 35kAIC
POD 2 MAIN ELECTRICAL ROOM
480/277V, 400A, 3-PH. 4W, 35kAIC
SEPARATE SECTIONS PER BREAKER.
POD 2 EMERGENCY ELECTRICAL ROOM
4160V/480-277V, 1500KVA,2000A, 3-PH. 4W, 35kAIC
UNIT SUB STATION - POD 2 MAIN ELECTRICAL ROOM
250AF
225AT
3P
10
USS-FK
SPD 250kA
(2)P230B
CLOSE COUPLED CONNECTION.
1
250AF
225AT
3P
1
N
PROVIDE PANEL WITH MAIN DISCONNECT SWITCH.
NEW 15kV TO MANHOLE
#2/0 FEEDERS
8 9
P255D
FR
10 BREAKER SIZED PER MANUFACTURERS
REQUIREMENTS.
200A
(3)P335D
PS-FK
200A, 4160V
#250 IN 1"C
GROUNDING DIAGRAM
CONDUIT AND CONDUCTOR SIZES ARE BASED ON EMT CONDUIT WITH COPPER XHHW. 600V RATED CONDUCTORS. CONTRACTOR IS RESPONSIBLE FOR CONFIRMING CONDUIT AND CONDUCTOR SIZES IF OTHER MATERIALS ARE USED.
EGC FOR MULTIPLE SETS
EGC FOR MULTIPLE SETS
EGC FOR MULTIPLE SETS
TAG CONDUIT & WIRE
TAG
CONDUIT & WIRE
X2 X3 X4
X5
TAG
CONDUIT & WIRE
X2 X3
X4
X5
TAG
CONDUIT & WIRE
X2
X3
X4
X5
X6
X8
X10 X12
1#3G
1#1G
1#1/0G
1#2/0G
1#3G
1#1G
1#1/0G
1#2/0G
1#3G
1#1G
1#1/0G
1#2/0G
1#3G
1#1G
1#1/0G
1#2/0G
1#3G
1#1G
1#1/0G
1#2/0G
1#3G
1#1G
1#1/0G
1#2/0G
1#2G
1#1/0G
1#2/0G
1#3/0G
1#2G
1#1/0G
1#2/0G
1#3/0G
1#2G
1#1/0G
1#2/0G
1#3/0G
1#1G
1#1/0G
1#3/0G
1#4/0G
1#1G
1#1/0G
1#3/0G
1#4/0G
1#1G
1#1/0G
1#3/0G
1#4/0G
P285A
P285B
P285C
P285D
P285E
P285F
P310A
P310B
P310C
P310D
P310E
P310F
P335A
P335B
P335C
P335D
P335E
P335F
P380A
P380B
P380C
P380D
P380E
P380F
(3)300kcmil - 3"C
(3)300kcmil + #2G - 3"C
(4)300kcmil - 3"C
(4)300kcmil + #2G - 3-1/2"C
(3)300kcmil + (2)300kcmil N- 3-1/2"C
(3)300kcmil + (2)300kcmil N+#2G- 4"C
(3)350kcmil - 3"C
(3)350kcmil + #2G - 3"C
(4)350kcmil - 3"C
(4)350kcmil + #2G - 3-1/2"C
(3)350kcmil + (2)350kcmil N - 3-1/2"C
(3)350kcmil + (2)350kcmil N+#2G - 3-1/2"C
(3)400kcmil - 3-1/2"C
(3)400kcmil + #1/0G - 3-1/2"C
(4)400kcmil - 3-1/2"C
(4)400kcmil + #1/0G - 4"C
(3)400kcmil + (2)400kcmil N- 4"C
(3)400kcmil + (2)400kcmil N+#1/0G- 4"C
(3)500kcmil - 3-1/2"C
(3)500kcmil + #1/0G - 3-1/2"C
(4)500kcmil - 3-1/2"C
(4)500kcmil + #1/0G - 4"C
(3)500kcmil + (2)500kcmil N- 4"C
(3)500kcmil + (2)500kcmil N+#1/0G- 4"C
1#1G
1#2/0G
1#3/0G
1#4/0G
1#250G
1#250G
1#250G
1#250G
1#1G
1#2/0G
1#3/0G
1#4/0G
1#250G
1#250G
1#250G
1#250G
1#1G
1#2/0G
1#3/0G
1#4/0G
1#250G
1#250G
1#250G
1#250G
1#1/0G
1#2/0G
1#4/0G
1#4/0G
1#250G
1#350G
1#350G
1#350G
1#1/0G
1#2/0G
1#4/0G
1#4/0G
1#250G
1#350G
1#350G
1#350G
1#1/0G
1#2/0G
1#4/0G
1#4/0G
1#250G
1#350G
1#350G
1#350G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#400G
1#400G
1#400G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#400G
1#400G
1#400G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#400G
1#400G
1#400G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#500G
1#500G
1#500G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#500G
1#500G
1#500G
1#1/0G
1#3/0G
1#4/0G
1#250G
1#350G
1#500G
1#500G
1#500G
LV GROUND CONNECTION
CONT
#3/0 IN 1"C
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
#3 IN 1"C
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL RISER
ONE LINE DIAGRAM B
CONT
#3/0 IN 1"C
#2 IN 1"C
200% SPARE WAYS
E-301
7/17/2015 1:58:34 PM
FEEDER SCHEDULE
P30A
3#10 - 3/4"C
P85A
3#3 - 1-1/4"C
P175A
3#2/0 - 2"C
P30B
3#10 + #10G - 3/4"C
P85B
3#3 + #8G - 1-1/2"C
P175B
3#2/0 + #4G - 2"C
P30C
4#10 - 3/4"C
P85C
4#3 - 1-1/2"C
P175C
4#2/0 - 2"C
P30D
4#10 + #10G - 3/4"C
P85D
4#3 + #8G - 1-1/2"C
P175D
4#2/0 + #4G - 2"C
P30E
3#10 + #6N - 3/4"C
P85E
3#3 + #3/0N - 1-1/2"C
P175E
3#2/0 + 2#2/0N - 2"C
P30F
3#10 + #6N+10G - 3/4"C
P85F
3#3 + #3/0N+#8G - 1-1/2"C
P175F
3#2/0 + 2#2/0N+#4G- 2-1/2"C
P40A
3#8 - 1"C
P95A
3#2 - 1-1/2"C
P200A
3#3/0 - 2"C
P40B
3#8 + #10G - 1"C
P95B
3#2 + #6G - 1-1/4"C
P200B
3#3/0 + #2G - 2"C
P40C
4#8 - 1"C
P95C
4#2 - 1-1/2"C
P200C
4#3/0 - 2"C
P40D
4#8 + #10G - 1"C
P95D
4#2 + #6G - 1-1/2"C
P200D
4#3/0 + #2G - 2-1/2"C
P40E
3#8 + #3N - 1"C
P95E
3#2 + 2#2N - 1-1/2"C
P200E
3#3/0 + 2#3/0N - 2-1/2"C
P40F
3#8 + #3N+#10G - 1"C
P95F
3#2 + 2#2N+#6G - 1-1/2"C
P200F
3#3/0 + 2#3/0N+#2G- 2-1/2"C
P55A
3#6 - 1-1/4"C
P110A
3#1 - 1-1/2"C
P230A
3#4/0 - 2-1/2"C
P55B
3#6 + #8G - 1-1/4"C
P110B
3#1 + #6G - 1-1/2"C
P230B
3#4/0 + #2G - 2-1/2"C
P55C
4#6 - 1-1/4"C
P110C
4#1 - 1-1/2"C
P230C
4#4/0 - 2-1/2"C
P55D
4#6 + #8G - 1-1/4"C
P110D
4#1 + #6G - 2"C
P230D
4#4/0 + #2G - 2-1/2"C
P55E
3#6 + #1/0N - 1-1/4"C
P110E
3#1 + 2#1N - 2"C
P230E
3#4/0 + 2#4/0N - 2-1/2"C
P55F
3#6 + #1/0N+#8G - 1-1/4"C
P110F
3#1 + 2#1N+#6G - 2"C
P230F
3#4/0 + 2#4/0N+#2G - 2-1/2"C
P70A
3#4 - 1-1/4"C
P150A
3#1/0 - 2"C
P255A
(3)250kcmil - 2-1/2"C
P70B
3#4 + #8G - 1-1/4"C
P150B
3#1/0 + #6G - 2"C
1#4G
1#2G
1#1G
1#1/0G
P255B
(3)250kcmil + #2G - 2-1/2"C
P70C
4#4 - 1-1/4"C
P150C
4#1/0 - 2"C
P255C
(4)250kcmil - 3"C
P70D
4#4 + #8G - 1-1/4"C
P150D
4#1/0 + #6G - 2"C
1#4G
1#2G
1#1G
1#1/0G
P255D
(4)250kcmil + #2G - 3-1/2"C
P70E
3#4 + #2/0N - 1-1/4"C
P150E
3#1/0 + 2#1/0N - 2"C
P255E
(3)250kcmil + (2)250kcmil N - 3-1/2"C
P70F
3#4 + #2/0N+#8G - 1-1/2"C
P150F
3#1/0 + 2#1/0N+#6G - 2"C
1#4G
1#2G
1#1G
1#1/0G
P255F
(3)250kcmil + (2)250kcmil N+#2G - 3-1/2"C
"FR" ADJACENT TO FEEDER TAG INDICATES 2 HOUR FIRE RATED FEEDER TYP RHH AND UL LISTED AS FHIT. REFER TO RHH CONDUIT FILL TABLE IN NEC AND UPSIZE AS REQUIRED.
"UG" ADJACENT TO FEEDER TAG INDICATES CONDUIT RUN UNDERGROUND TO ENTER EQUIPMENT FROM BELOW.
"MV" ADJACENT TO FEEDER TAG INDICATES 15kV RATED MEDIUM VOLTAGE CABLE.
LEVEL 1
CONNECTION TO
IDF RM
GROUND BARS (TYP OF 3)
P200A
MV
UG
P200A
MV
CONNECTION TO
MDF RM
GROUND BAR
G
GEN-1 (SEE FEEDER TAG)
NEW 15kV TO MANHOLE
#2/0 FEEDERS
PS-FK
GROUND BAR
11
EP-FK-1A
SPD
MLO
GEN1
480/277V
200kW/250kVA
STANDBY/EM
SEP DERIVED
OFCI
FURNISHED BY OWNER.
INSTALLED BY EC.
P30B
FR
CIRCUIT BREAKER TO HAVE POWER MONITORING
FUNCTION WITH CURRENT PER PHASE DISPLAYED
ON BREAKER LCD SCREEN.
7
9
MP-FK-1
LP-FK-1
BASIS OF DESIGN BREAKER: SQUARE D
MASTERPACT NW LF 5.0, LSIG FUNCTION. LIFE
SAFETY SYSTEM TO COORDINATE AS PER NEC 700.28
AS PER SQUARE D "MINI BREAK" OR APPROVED
EQUAL. REFER TO SPECIFICATION SECTION 261300.
8
P55D
FR
TX3
480/208-120V
15kVA
115c Rise
SWITCHBOARD GRADE BOARD WITH PHYSICAL
SEPARATION BETWEEN BREAKERS.
6
RP-F-2
RP-K-2
TO BUIDING STEEL
(SEE E4.02)
5
OEP-FK-2
LEP-FK-2
DUCTBANK GROUND
LAY IN 20' OF GROUND
WIRE AND TIE TO REBAR
4
Lowell, MA
TO MAIN INCOMING
SERVICE WATER PIPE
(SEE E4.02)
3
RP-F-3
RP-K-3
CONNECTION TO
GROUND RODS
2
OEP-FK-3
LEP-FK-3
KEYED NOTES:
1
UMass Lowell North
Quad Infrastructure
Renewal
ROOF
141sf
104
OFF
CHEM E
EXISTING PERRY ELECTRICAL RMS
(UMBA 13-L2)
E-725
426sf
101
U/M
PLANT
1
1
EXISTING TO REMAIN PERRY
PRIMARY LOAD BREAK SWITCH
E-707
243sf
U/M
PLANT
163sf
U/M
PLANT
111A
Lowell, MA
101B
EX
101A
156.13sf
U/M
PLANT
UMass Lowell North
Quad Infrastructure
Renewal
568sf
103
CL LAB
CHEM E
232sf
102
OFF
CHEM E
GENERAL NOTES
1. THIS DRAWING SHOWS THE NEW CAMPUS ELECTRICAL DISTRIBUTION SYSTEMS ONLY. SEE
ENLARGED ELECTRICAL SHEETS FOR MORE POD DISTRIBUTION EQUIPMENT AND POWER
DEVICES.
2. DO NOT SCALE FROM THIS DRAWING, REFER TO ARCHITECTURAL DRAWINGS FOR MORE
INFORMATION.
3. REFER TO ARCHITECTURAL AND CIVIL DRAWINGS AND SCHEDULES FOR MORE
INFORMATION AND EXACT EQUIPMENT LOCATIONS.
4. COORDINATE ALL DOWNTIME FOR MAIN 4160V FEEDERS WITH UMASS LOWELL NO LESS
THAN FOUR WEEKS BEFORE SHUTDOWN. CAMPUS LOOP FEEDS ADJACENT BUILDINGS.
SHUTDOWN SHALL BE RESTRICTED TO "OFF HOURS" AND A DAY OF THE WEEK AS DEFINED
BY UMASS LOWELL OR THEIR REPRESENTATIVE.
5. COORDINATE WITH CIVIL DRAWINGS FOR SPECIFIC DUCT BANK ROUTES AND MANHOLE
LOCATIONS. THIS DRAWING IS DIAGRAMATIC ONLY. SEE E800 DETAIL 1 FOR ADDITIONAL
DUCTBANK REQUIREMENTS.
University of Massachusetts Building Authority
University of Massachusetts Lowell
335.88sf
111B
CLASS
REG
121
NEW GENERATOR FEEDERS.
107.41sf SEE
100E1
E301 FOR FEEDER INFORMATION.
ELEV
ELEC IDF/IT
PLANT
SEE CIVIL DRAWINGS FOR
MORE
TYP OF 3 10
ELEV LOBBY
INFORMATION ON ROUTE.
STAIR
PLANT
459.2sf
316.07sf
742.68sf
531.66sf
101
103
RS LAB
MECH
RS LAB
MECH
101A
RS LAB
MECH
550.8sf
865.63sf
105
107
RS LAB
MECH
115
RS LAB
MECH
111
RS LAB
MECH
414.78sf
113
886.77sf
RS LAB
MECH
OFF
MECH
CL LAB
CIVIL
216sf
CORR
PLANT
276sf
100C4
70sf
125
CLB SV
CIVIL
100C3
100C2
613.71sf
822.08sf
EX
100C4
CORR
PLANT
CORR
PLANT
CORR
PLANT
U/M
PLANT
761.34sf
305.17sf
100C6
STD WWC
STD MWC
CORR
PLANT
CORR
PLANT
50.76sf
261sf
130A
RS LAB
MECH
OFF
CIVIL
129
465.73sf
100S2
CORR
PLANT
RS LAB
MECH
RS LAB
MECH
190.76sf
100C5
106
104
CL LAB
MECH
CL LAB
MECH
254.97sf
824.76sf
644.92sf
102
102A
CORR
PLANT
407sf
100C3
305sf
123
1552.32sf
112
STAIR
PLANT
104A
A'
CONSULTANT
NEW PRIM. ELEC.
RLB SV
MECH
PS-FK
USS-FK
RS LAB
MECH
130
CL LAB
CIVIL
818sf
100
DOCK
PLANT
73sf
CORR
PLANT
100C2
723sf
3'
5
9
U/M
PLANT
154.69sf
106B
127
2'
NEW EMER. ELEC.
RLB SV
MECH
552.35sf
4
1' GEN-1
EDP-FK
106A
101.25sf
1027sf
1
2.36sf
100C1
CL LAB
CIVIL
EXISTING DUCTBANK AND FEEDER TO
REMAIN.
105A
243.05sf
RLB SV
CIVIL
192sf
266sf
126
CLB SV
CIVIL
120
DP-K 3
ARCHITECT
7
6
E
B'
STAIR
PLANT
WOMEN
PLANT
223sf
133
273sf
100S2
JC
PLANT
133A
31sf
88sf
132A
CMP/TEL
IT
MEN
PLANT
56sf
132D
U/M
PLANT
86sf
U/M
PLANT
437sf
132C
61sf
1005sf
102A
C SERV
PURCH
242sf
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
100A
U/M
PLANT
36sf
ELEV
PLANT
100E1
100C1
CORR
PLANT
741sf
101
MR SV
BKSTR
132B
C'
1
100% CONSTRUCTION
DOCUMENT SET
1
CORR
PLANT
817sf
100C1
E-701
E-720
EXISTING SOUTHWICK ELECTRICAL RM
ATS-S 1
A
2
KEYNOTES
A.5
FD SV
DINING
101sf
143
STAIR
PLANT
263sf
DN
100S1
U/M
PLANT
141A
53sf
U/M
PLANT
140D
53sf
EX
CORR
PLANT
305sf
EX
100C2
U/M
PLANT
140C
249sf
CORR.
FD SV
DINING
B
DINING & STD MWC
2
CORR.
UNISEX
PLANT
DINING & STD WWC
3
414sf
152A
C.5
102B
57sf
52sf
5
C
FD SV
DINING
140A
4
MR SV
BKSTR
152
3
5878sf
214sf
2
102
U/M
PLANT
1.5
1
EX
34sf
1
MERCH
BKSTR
DP-S 1
140B
0.5
USS-S 2
4
339sf
622sf
RLB SV
GSE
RS LAB
DN ENGR
40sf
FOOD
DINING
145
U/M
PLANT
106G
37sf
168sf
106
145sf
106A
106D
OFF
GSE
OFF
GSE
DN
61sf
150
FD SV
DINING
1960sf
FOOD
DINING
106C
OFF
GSE
OFF
GSE
EX
469sf
100C3
100C2
CORR
PLANT
CORR
PLANT
CORR
PLANT
146
FD SV
DINING
39sf
152sf
OFF
CIVIL
107B
169sf
148
66sf
OFF
CIVIL
107C
FD SV
DINING
202sf
7
107
OF SV
CIVIL
46sf
MEN
PLANT
62sf
112sf
107B
OF SV
CIVIL
JC
PLANT
107D
35sf
107C
CORR
PLANT
OFF
CIVIL
OFF
CIVIL
OFF
CIVIL
113
196sf
105D
CORR
PLANT
241sf
105B
214sf
OFF
CIVIL
111
OFF
CIVIL
RS LAB
CIVIL
133sf
100C4
251sf
OFF
CIVIL
109
108A
105C
117sf
253sf
100C5
OFF
CIVIL
481sf
OFF
CIVIL
388sf
107
OFF
CIVIL
287sf
178sf
105A
OFF
CIVIL
OF SV
CIVIL
OF SV
CIVIL
U/M
PLANT
108
101
CONF
CIVIL
103A
292sf
115sf
107A
CL LAB
CIVIL
269sf
103
OF SV
CIVIL
219sf
43sf
115
CMP/TEL
IT
107A
330sf
108B
105
OF SV
CIVIL
500sf
223sf
109A
125sf
CORR
PLANT
105E
6
100C4
181sf
RS LAB
CIVIL
5
109sf
106B
457sf
100C1
114
105
100
RS LAB
CIVIL
1004sf
96sf
1958sf
259sf
OFF
CIVIL
112
CL LAB
CIVIL
STAIR
PLANT
279sf
OFF
CIVIL
110
450sf
UP
227sf
100S1
348sf
CORR
PLANT
OFF
DINING
CIVIL
2
659sf
100A
273sf
DP-P108
1
OFF
104
U/M
PLANT
RS LAB
CIVIL
106E
ELEV
PLANT
100C3
235sf
100E1
127sf
21sf
U/M
PLANT
OFF
P&T
106
106F
75sf
JC
PLANT
3293sf
15sf
100B
249sf
538sf
103
MR SV
BKSTR
259sf
100S1
E
STAIR
PLANT
145A
D
8
9
10
1
ELECTRICAL - KEY PLAN - LEVEL 1
1/16" = 1'-0"
METER EXISTING EQUIPMENT FOR A MINIMUM OF 30 DAYS.
SUBMIT METERING REPORT TO OWNERS CONSTRUCTION
MANAGER FOR REVIEW PRIOR TO CARRYING OUT ANY
WORK. COMPLY WITH NEC 220.87 METERING
REQUIREMENTS. INTENT OF METERING IS TO CONFIRM
AVAILABLE CAPACITY IN SYSTEM TO ACCEPT NEW LOADS AS
INDICATED.
EXISTING PANEL TO BE PROVIDED WITH ADDITIONAL CIRCUIT
BREAKERS. SEE E300 FOR MORE INFORMATION. FIELD
VERIFY EXISTING EQUIPMENT REQUIREMENTS AND PROVIDE
NEW BREAKERS COMPATIBLE WITH EXISTING EQUIPMENT.
EXISTING PANEL TO BE CONNECTED TO NEW POD 2
DISTRIBUTION SYSTEM.
COORDINATE EXACT GENERATOR LOCATION WITH CIVIL
DRAWINGS. GENERATOR IS OWNER FURNISHED,
CONTRACTOR INSTALLED. PROVIDE 60A/2P/208V AUX
CIRCUIT CONNECTION (3#4,#10G) FROM PANEL RP-F-1 IN
1-1/4" CONDUIT FOR JACKET HEATER. PROVIDE 20A/1P (2#12)
CIRCUIT IN 1"C FOR BATTERY CHARGER FROM PANEL RP-F-1.
PROVIDE SEPARATE 1" GENERATOR CONTROL WIRING
CONDUIT FROM GENERATOR INDICATOR PANEL
CONNECTION AND ATS CONTROL WIRES. PROVIDE
DEDICATED 1" CONTROL CONDUIT FOR LIFE SAFETY ATS
CONTROL WIRING.
RELOCATED SECURITY CAMERA. PROVIDE NEW 1" CONDUIT
FROM INTERCEPT LOCATION TO POD 2 EXTERIOR.
COORDINATE EXACT LOCATION OF CAMERA IN FIELD WITH
UML FACILITIES. PROVIDE #12 PULL WIRE FOR CAMERA
REINSTALLTION BY OTHERS. SEE E2.01 FOR MORE
INFORMATION.
NEW DUCTBANK FOR PRIMARY LOOP IN/LOOP OUT FEEDERS.
REFER TO CIVIL DRAWINGS FOR MORE INFORMATION.
NEW 5kV LOOPED FEEDERS WORK: BREAK INTO EXISTING
MANHOLE AND EXTEND FEEDERS INTO POD 2 ELECTRICAL
ROOM (RM116A). INTERCEPT EXISTING PERRY PRIMARY
FEEDERS (3#2/0), CUT, SPLICE AND EXTEND LOOPED
CONNECTION TO NEW POD 2 PRIMARY SWITCH. TEST
FEEDERS AND SPICE AS PER GENERAL NOTES ON E000.
PROVIDE ADDITIONAL CABLE RACKS AS REQUIRED BY FIELD
INSTALLATION.
POD2 GROUNDING CONNECTION TO INCOMING WATER PIPE.
GROUNDING CLAMP. SEE E3.01 FOR MORE INFORMATION.
POD2 GROUNDING CONNECTION TO BUILDING STEEL.
EXOTHERMIC WELD. CONSEAL INSIDE NEW POD
STRUCTURE, CONNECTION SHOULD NOT BE VISIBLE FROM
BELOW. SEE E3.01 FOR MORE INFORMATION. COORDINATE IN
FIELD.
10'x3/4" COPPER CLAD STEEL GROUNDING ELECTRODES.
REFER TO E8XX SERIES DETAILS AND E301 FOR MORE
INFORMATION. COORDINATE LOCATION WITH CIVIL
CONTRACTOR.
STAMP
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL LEVEL 1 KEY PLAN
E-402
7/17/2015 1:58:39 PM
122
538sf
100S1
CL LAB
DN ENGR
1646sf
MEN
PLANT
212.68sf
8
GENERAL NOTES
1. SEE E4.02 FOR MORE INFORMATION ON SITE ELECTRICAL
DISTRIBUTION.
2. AC SYSTEM INDOOR UNITS POWERED SEPARATELY FROM
OUTDOOR UNITS.
3. EXHAUST FANS ARE ELECTRICALLY COMMUTATED MOTORS
WITH INTEGRAL TOGGLE SWITCHES. PROVIDED BY MC, WIRED
BY EC.
4. 120V POWER PROVIDED FOR DDC PANELS (PANEL WIRED AND
CONNECTED TO DOWNSTREAM EQUIPMENT BY DDC
CONTRACTOR).
5. SEE E0.00 FOR ADDITIONAL GENERAL NOTES.
UMass Lowell North
Quad Infrastructure
Renewal
1
J
OEP-FK-1B/13
100E1
7
8
9
10
11
12
13
14
15
16
17
18
19
AC
2-1
OEP-FK-1B
RP-F-1/1
L5-30
ELEV LOBBY
115
RS LAB
MECH
University of Massachusetts Building Authority
University of Massachusetts Lowell
5
RP-K-1
1L1
ELEC
OFF
MECH
IDF/IT
173 LP-FK-1
MP-FK-1
OEP-FK-1B/29,31
3/4"C,(2)#10,(1)#10G
L6-30
174
EF
2-1
RP-K-1/7
RP-K-1/7
ARCHITECT
RP-K-1/1
3/4"C,(2)#10,(1)#10G
6
RP-F-1/1
EP-FK-1B/13 EP-FK-1B/13
J
J
RP-K-1/7
16
16
CORR.
100C6
RP-K-1/25
J
18
CONSULTANT
+63"
RP-K-1/7
15
J RP-K-1/5
RP-K-1/9
RP-K-1/9
822.08sf
100C6
CORR
PLANT
STD MWC
STD WWC
171
170
2
17
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
OEP-FK-1B/41
J 3/4"C,2#10,#10G
3
2
RP-K-1/15
RP-K-1/9
RP-K-1/23
RP-K-1/9
EDP-FK
ATS1
100% CONSTRUCTION
DOCUMENT SET
7
RP-K-1/11
NEW EMER. ELEC.
172A
EF
2-2
TX3
19
EP-FK-1A
EP-FK-1B
19
EP-FK-1B/9 J
J
FACU
J EP-FK-1B/1
EP-FK-1B/11
254.97sf
190.76sf
100C5
100S2
CORR
PLANT
STAIR
PLANT
F
465.73sf
112
OEP-FK-1A
ATS2
RP-K-1/11
ACCESS TO
KITSON MEZZ 2
OEP-FK-1B/15
7
TX2
10
13
STAMP
J
A'
RP-K-1/17
7
4
DP-FK1
RP-K-1/11
100S3
U/M
PLANT
225A
TX1
ATS3
NEW PRIM. ELEC.
AC
3-1
AC
3-2
172
CUH
2
SWITCHBOARD
SECTION
RP-K-1/17
8
J
USS-FK
7 11
12
TRANSFORMER
SECTION
8
7
6
5
4
3
2
1
8
PS-FK
OEP-FK-1B/37
7
OEP-FK-1B/39
9
MARK
MP-FK-1/6,8,10
F 4X
818sf
100
DOCK
PLANT
73sf
CORR
PLANT
100C2
B'
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
ELECTRICAL POD 2
ENLARGED FLOOR
PLANS - LEVEL 1
(KITSON HALL)
61sf
100A
U/M
PLANT
36sf
100E1
1/4" = 1'-0"
ELEV
PLANT
POWER - LEVEL 1 ENLARGED/KITSON STAIR 1 PLAN (POD 2)
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
SHEET TITLE
C'
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
E-707
7/17/2015 1:59:24 PM
6
113
RP-K-1/3
J
5
414.78sf
LEP-FK-1
RP-K-1/17
J
4
459.2sf
POWER FOR SECURITY SYSTEM. INSTALLED BY OTHERS,
WIRED BY EC.
HAND DRYER. WIRED BY EC, INSTALLED BY OTHERS.
DRY VALVE. INSTALLED BY OTHERS, EC TO PROVIDE
DISCONENCT SWITHC AND INSTALL ASSOCIATED WIRING.
3/4HP.
POWER FOR DDC PANEL. FINAL CONNECTION OF DDC PANEL
BY CONTROLS CONTRACTOR.
L5-30 OUTLET MOUNTED IN OVERHEAD CABLE TRAY.
LOCATE BETWEEN TWO NEW RACKS INDICATED ON
TELECOMS DRAWINGS.
L6-30 OUTLET MOUNTED IN OVERHEAD CABLE TRAY. LOCATE
BETWEEN TWO NEW RACKS INDICATED ON TELECOMS
DRAWINGS.
PROVIDE 4" CONCRETE HOUSEKEEPING PAD.
HEAT TRACE SYSTEM. FINAL CONNECTION TO HEAT
TRACING CONTROL PANEL BY EC, CONNECTION OF HEAT
TRACING CABLE TO CONTROL PANEL BY HEAT TRACING
INSTALLER.
NEW PLATFORM LIFT. PROVIDE FUSE SIZE AS PER
MANUFACTURERS RECOMENDATION. FINAL CONNECTION TO
LIFT BY EC.
PRIMARY AND SECONDARY TRANSFORMER DISCONNECTS.
COORDINATE EXACT UNIT SUBSTATION LOCATION WITH
EXISTING STRUCTURAL BEAMS. TRANSFORMER SECTION TO
BE LOCATED BETWEEN BEAMS TO ENSURE ADEQUATE
CLEARANCE. MAIN 4160V FEEDERS TO ENTER UNIT
SUBSTATION FROM BELOW.
MAIN GROUNDBAR. SEE E3.01 FOR MORE INFORMATION.
CONDUITS BELOW SLAB. TURN TO ENTER PRIMARY SWITCH
FROM BELOW. COORDINATE EXACT CONDUIT STUB UP
LOCATION WITH EQUIPMENT SUBMITAL PRIOR TO ROUGH IN.
SEE E4.02 FOR DUCTBANK CONTINUATION. REFER TO CIVIL
DRAWINGS FOR ROUTING OF DUCTBANK ON SITE, SEE
STRUCTURAL DRAWINGS FOR FLOOR TRENCHING
INFORMATION.
POWER FOR FSD. INSTALLED BY OTHERS, WIRED BY EC.
WATER COOLER. WIRED BY EC, INSTALLED BY OTHERS.
POWER FOR FSD LOCATED WITHIN FLOOR SLAB. INSTALLED
BY OTHERS, WIRED BY EC.
NOT USED
120V POWER IN CEILING MOUNTED JUNCTION BOX FOR
CONNECTION TO VAV/HVAC DEVICES.
POWER PROVISION FOR FIRE ALARM.
ELEV
PLANT
RP-F-1
J
2
3
Lowell, MA
107.41sf
KEYNOTES
1
(UMBA 13-L2)
RP-K-1/3
FINISH GRADE
OR PAVEMENT
1/4" CAST IRON WITH
LEGEND "GROUND"
UMass Lowell North
Quad Infrastructure
Renewal
CONCRETE
SLAB
(UMBA 13-L2)
.
12"
Lowell, MA
30"MIN. TO TOP OF
CONDUIT DUCT BANK
CONTINUOUS
WARNING TAPE
COLORED CONCRETE
ENCASED, SEE SPECS
COMPACT BACKFILL
(95%) SITE WORK
SPECIFICATIONS
FINISH GRADE
OR PAVEMENT
University of Massachusetts Building Authority
University of Massachusetts Lowell
3"MIN.
.
24"MIN. COVER
FROM TOP SURFACE
OF CONDUIT TO TOP
SURFACE OF
FINISHED GRADE
.
CONDUIT (TYP.)
CONTINUOUS
WARNING TAPE
12" DIAMETER X 2'-0"
STANDARD
CONCRETE
PIPE WITH HUB
COMPACT BACKFILL
(95%) SITE WORK
SPECIFICATIONS
3"MIN.
GROUND CONNECTOR
(BURNDY TYPE "GAR")
BARE GROUNDING CABLE
(SIZE AS SHOWN ON PLANS)
GROUND ROD
(SIZE AS SPECIFIED)
.
3"MIN.
12"
ARCHITECT
.
.
3"MIN.
CONDUIT (TYP.)
1
CONCRETE ENCASED UNDERGROUND DUCT BANK
NTS
2
1. APPLIES TO NEW GENERATOR AND NEW PRIMARY FEEDERS AS SHOWN ON E-402.
TO NEXT GROUND ROD
BRANCH CIRCUIT DIRECT BURIAL CONDUIT
3
NTS
1. TYPICAL FOR ALL EXTERIOR BRANCH CIRCUITS. FEEDERS TO BE CONCRETE ENCASED PER DETAIL 1.
CONSULTANT
GROUND ROD AND WELL
NTS
1. TYPICAL FOR ALL GROUND RODS SHOWN ON E402 AND E301.
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
SECURE LIGHT FIXTURE SUPPORT WIRES
TO MOUNTING TABS, IF LIGHT FIXTURE
NOT FURNISHED WITH MOUNTING TABS.
PROVIDE 4-EYE BOLTS WITH ALL
NECESSARY HARDWARE
UNISTRUT P1000 HS. STEEL POST OF
EQUIPMENT SCREEN FRAME
#12 GA (MIN) LIGHT SUPPORT WIRE,
4-PER 4-FOOT LENGHT OF LIGHT
FIXTURE. SECURE TO BUILDING
STRUCTURE SIMILAR TO CEILING
SUPPORT WIRES
100% CONSTRUCTION
DOCUMENT SET
TYPE EX1
VAPORTIGHT FIXTURE PER LUMINAIRE
SCHEDULE
WEATHERPROOF GFI RECEPTACLE AND
LIGHT SWITCH
TO HVAC
CONTROLS
MOUNT IN NEMA 1
ENCLOSURE
TYPICAL FLEX CONDUIT WITH ALL
NECESSARY FITTINGS TO JUNCTION BOX.
PROVIDE #12 BRANCH CIRCUIT WIRES
AND #12 GROUND WIRE BOND TO LIGHT
FIXTURES
"T" BAR CLIP, ALL LIGHT FIXTURES (OR
ROWS) SHALL HAVE TWO CLIPS AT
EACH END. PROVIDE 2#8-32 BOLTS
WITH LARGE FLAT WASHERS AND NUTS
BETWEEN LIGHT FIXTURES IN
CONTINUOUS ROW INSTALLATION
24"
ROOF
TYPICAL CROSS "T" BAR
M
TYPICAL ACOUSTICAL
TILE CEILING
MOTOR
UNISTRUT P2072A POST BASE
4
STAMP
TO NEXT 120 RECEPTACLE OR FIXTURE
CONTROL RELAY
(COORDINATE COIL
VOLTAGE WITH
HVAC CONTROLS)
C
TYPICAL RECESSED
LIGHT FIXTURE
SECURE LIGHT FIXTURE
SUPPORT WIRES TO MOUNTING
TABS, IF LIGHT FIXTURE NOT
FURNISHED WITH MOUNTING
TABS. PROVIDE 4-EYE BOLTS
WITH ALL NECESSARY
HARDWARE
LINE VOLTAGE
MANUAL STARTER
WITH THERMAL
OVERLOAD
TYPICAL GYPSUM
CEILING
120V/277V SINGLE PHASE MOTOR CONTROL DIAGRAM
NTS
1. TYPICAL DETAIL. REFER TO MECHNICAL DRAWINGS AND COORDINATE WITH MECHANICAL CONTRACTOR FOR SPECIFIC
EQUIPMENT REQUIREMENTS. E008 SHOWS TABLE OF MECHANICAL EQUIPMENT.
5
ROOFTOP LIGHT AND RECEPTACLE
NTS
1. PROVIDE TYPE EX1 OUTLET AT ALL ROOFTOP MAINTENENCE OUTLET LOCATIONS. PROVIDE LOCAL WEATHER PROOF SWITCH.
6
TYPICAL RECESSED
LIGHT FIXTURE
TYPICAL MAIN
"T" RUNNER
RECESSED LIGHT FIXTURE MOUNTING DETAIL
NTS
1. DETAIL SHOWN IS TYPICAL FOR RECESSED LIGHT FIXTURES. FOLLOW MANUFACTURERS SPECIFIC INSTALLATION INSTRUCTIONS FOR ALL FIXTURES.
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
ELECTRICAL DETAILS
PLAN SHEET 1
E-800
7/17/2015 2:00:00 PM
36"
#12 GA (MIN) LIGHT SUPPORT
WIRE, 4-PER 4-FOOT LENGTH
OF LIGHT FIXTURE. SECURE TO
BUILDING STRUCTURE SIMILAR
TO CEILING SUPPORT WIRES
UMass Lowell North
Quad Infrastructure
Renewal
POD 2 EM ELEC RM
REMOTE
ANNUNCIATOR
PANEL
BATTERY CHARGER OUTPUT CONNECT
TO BATTERY 2#10 IN 3/4"C.
BATTERY CHARGER 120V 20A-1P DEDICATED
CIRCUIT 2#12 & 1#12 GND.
INSTALL IN 2" GENERATOR BRANCH CIRCUIT CONDUIT
WITH BLOCK HEATER AND VENT DAMPER BRANCH CIRCUITS
SIGNAL WIRING TO REMOTE ANNUN. 2#10
& 4#14 INSTALL IN 2" GENERATOR BRANCH
CIRCUIT CONDUIT
SIGNAL WIRING TO REMOTE
ANNUNCIATOR 2#10 & 4#14 IN
3/4"C.
Lowell, MA
ENGINE START CONTROL WIRING 2#14
INSTALL IN 2" GENERATOR BRANCH
CIRCUIT CONDUIT
University of Massachusetts Building Authority
University of Massachusetts Lowell
BATTERY
CHARGER
J
SIGNAL WIRING TO ATS 4#14
IN 1/2"C.
(UMBA 13-L2)
ATS NORMAL POWER SOURCE,
FOR REQUIREMENTS REFER
TO ELECTRICAL RISER DIAGRAM
INT.
FA INTERFACE.
DAMPER
RJ45 IN/OUT JACKS PER DEVICE.
RELAY IF REQUIRED
EXH.
PHOTO
ARCHITECT
OCC
OWNER FURNISHED,
CONTRACTOR INSTALLED
CAT5e DATA CABLE TO MANUFACTURERS REQUIREMENTS.
AUTOMATIC
TRANSFER
SWITCH
ATS OUTPUT FEEDER TO
EMERGENCY DISTRIBUTION
PANELBOARD, FOR
REQUIREMENTS REFER TO
ELECTRICAL RISER DIAGRAM
EMERGENCY
GENERATOR SET
BELLY TANK HIGH/LOW
LEVEL SWITCHES WIRED
BY OTHERS.
VENT DAMPER CONTROL WIRING 2#12,
2#12 GND. IN 1/2"C.
NEUTRAL
LIGHTING BRANCH CIRCUIT AS INDICATED ON PLANS
SWITCHED LIGHTING CIRCUIT PER CONTROL ZONE.
SWITCHPACK
AOM
NOTES:
MODE OPERATION :
1. TYPICAL FOR ALL CIRCULATION, BATHROOM AND OTHER
SPACES SHOWN WITH CEILING OCC SENSORS.
2. FIXTURES ARE TO OPERATE AS AUTO ON/AUTO
OFF (OCCUPANCY DETECTION).
1.
CONTRACTOR SHALL COORDINATE ALL CONTROLS, CONTROL WIRING AND ALL OTHER REQUIREMENTS WITH THE
APPROVED MANUFACTURER, ADJUST ALL WIRING ACCORDINGLY.
3.
PROVIDE QUANTITY OF SWITCHING PACKS AS REQUIRED
FOR CONTROL ZONES AS INDICATED ON PLANS.
2.
WIRING FOR ONE ATS IS SHOWN, REFER TO RISER DIAGRAM FOR EXACT REQUIREMENTS, QUANTITIES OF ATS'S,
CIRCUIT BREAKERS, ETC.
4.
EM LIGHTING CIRCUITS REQUIRE UL924 BYPASS RELAY TO
ACTIVATE ON LOSS OF MAINS POWER.
AS PER SENSOR SWITCH "NLIGHT" SYSTEM OPERATING IN
STAND ALONE ROOM CONTROLLER MODE. ALTERNATE
SOLUTIONS AS PER WATT STOPPER "DLM" AND LUTRON
"ECOSYSTEM".
ATS EMERGENCY FEEDER (VIA
MSB-GEN, NOT SHOWN) FOR REQUIREMENTS
REFER TO ELECTRICAL SINGLE LINE DIAGRAM
1
RELAY 1
NOTE 5
POWER WIRING FOR ENGINE JACKET WATER
HEATER, 60A-2P.
HOT
(POWER TO OPERATE SMOKE HATCH)
TO/FROM FIRE ALARM
SLC
3.
ENGINE START WIRING FOR LIFE SAFETY AND LEGALLY REQUIRED SYSTEMS TO BE 2 HOUR FIRE RATED AND SEPARATE
FROM OTHER WIRING.
4.
ENGINE JACKET AND OTHER AUX LOAD CONNECTIONS SHOWN ARE MANUFACTURER SPECIFIC. CONTRACTOR IS
RESPONSIBLE FOR COORDINATING REQUIREMENTS WITH CHOSEN MANUFACTURER.
5.
CONTRACTOR TO ENGAGE GENERATOR MANUFACTURER TO REPROGRAM GENERATOR AND SET OUTPUT CIRCUIT BREAKER
AS PER RESULTS OF CONTRACTORS OVERCURRENT PROTECTION STUDY. LIFE SAFETY SYSTEM TO COORDINATE DOWN TO 0.01S.
Emergency Generator Detail
GENERAL NOTES
1. PROVIDE A RELAY MODULES TO OPERATE FAN STARTER.
2. LOCATE ACTIVATION RELAYS WITHIN 3 FT OF DEVICE BEING CONTROLLED IN
ACCORDANCE WITH NFPA 72.
3. WIRE THERMOSTAT SO BOTH THERMOSTAT AND FIRE ALARM CAN START FAN.
2
NTS
Hoistway Vent Interface
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
Ceiling Occupancy Sensor Detail
3
NTS
CONSULTANT
NTS
100% CONSTRUCTION
DOCUMENT SET
FIRE RATED CONCRETE WALL
STAMP
3M FIRE BARRIER
FS-195 WRAP/STRIP
24"
24"
INSULATED METAL PIPE
3M FIRE BARRIER
CP 25 CAULK
3M FIRE BARRIER
CP 25 CAULK
PIPE CLAMP
3" CONDUIT (TYPICAL)
NOTES
HANGER ROD (TYPICAL)
LOCKNUT (TYP.)
DAMMING MATERIAL
(MINERAL WOOL OR
CERAMIC FIBER)
STRUT SUPPORT
FIRE RATED CONCRETE FLOOR SLAB
WALL PENETRATION FIRE STOPS MUST BE INSTALLED ON BOTH SIDES OF THE WALL.
2.
THE MAXIMUM ANNULAR SPACE TO BE FILLED IN THE WALL IS 3", AND THE
MINIMUM ANNULAR SPACE IS 3/4".
3.
FS-195 WRAP/STRIPS ARE FRICTION FIT INTO THE OPENING OR SECURED WITH 16
GAUGE STEEL TIE WIRE OR ALUMINUM FOIL TAPE AND SLID INTO THE OPENING
WITH A MINIMUM 1/4" BEAD OF CP 25 CAULK.
4.
THE MINIMUM ANNULAR SPACE MUST ACCOMADATE THE MINIMUM NUMBER OF
FS-195 WRAP/STRIPS REQUIRED PER INSULATION THICKNESS. SEE TABLE 1 BELOW.
TABLE 1
3M FIRE BARRIER
FS-195 WRAP/STRIP
WRAP
1 WRAP
2 WRAP
3 WRAP
CONDUIT
3'-2" 3'-2"3'-6"
3'-2"
1.
CAULK
1" DEPTH
2" DEPTH
3" DEPTH
INSULATION
1" THICK
2" THICK
3" THICK
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: IT
CHECKED BY: JA
SHEET TITLE
Typical Conduit Rack Detail
NTS
5
Typical Conduit Through Floor Detail
NTS
6
Typical Conduit Through Wall Detail
NTS
ELECTRICAL DETAILS
PLAN SHEET 3
E-802
7/17/2015 2:00:03 PM
4
141sf
104
OFF
CHEM E
568sf
103
CL LAB
CHEM E
232sf
102
OFF
CHEM E
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
426sf
101
U/M
PLANT
Lowell, MA
1
M-708
243sf
U/M
PLANT
101B
111A
U/M
PLANT
M
163sf
U/M
PLANT
101A
156.13sf
University of Massachusetts Building Authority
University of Massachusetts Lowell
335.88sf
111B
MEN
PLANT
212.68sf
531.66sf
550.8sf
RS LAB
MECH
RS LAB
MECH
RS LAB
MECH
101
101A
120
CL LAB
CIVIL
216sf
276sf
107
RS LAB
MECH
111
RS LAB
MECH
RS LAB
MECH
IDF/IT
OFF
MECH
6" FLUE UP
CORR
PLANT
CORR
PLANT
CORR
PLANT
6" FLUE FROM GENERATOR
822.08sf
613.71sf
100C6
100C4
100C3
100C2
100C1
U/M
PLANT
761.34sf
305.17sf
STD WWC
STD MWC
CORR
PLANT
CORR
PLANT
1'
50.76sf
130A
261sf
OFF
CIVIL
RS LAB
MECH
CL LAB
MECH
CL LAB
MECH
254.97sf
3'
A'
465.73sf
100S2
CORR
PLANT
RS LAB
MECH
RS LAB
MECH
190.76sf
100C5
106
104
2'
NEW EMER. ELEC.
824.76sf
644.92sf
102
102A
CORR
PLANT
407sf
1552.32sf
552.35sf
100C3
129
305sf
106A
RLB SV
MECH
112
STAIR
PLANT
U/M
PLANT
154.69sf
106B
104A
CONSULTANT
NEW PRIM. ELEC.
RLB SV
MECH
101.25sf
818sf
130
723sf
B'
100
DOCK
PLANT
73sf
CORR
PLANT
100C2
CL LAB
CIVIL
RS LAB
MECH
CL LAB
CIVIL
127
115
ELEC
ELEV LOBBY
2.36sf
CORR
PLANT
100C4
CLB SV
CIVIL
70sf
125
105
414.78sf
113
886.77sf
105A
243.05sf
RLB SV
CIVIL
192sf
123
126
CLB SV
CIVIL
266sf
103
865.63sf
FSD
742.68sf
ELEV
PLANT
FSD
121
CLASS
REG
459.2sf
316.07sf
RS LAB
MECH
1027sf
ARCHITECT
107.41sf
100E1
122
1646sf
STAIR
PLANT
CL LAB
DN ENGR
538sf
100S1
STAIR
PLANT
273sf
100S2
MEN
PLANT
2"LPS UP
1 1/2" CD UP (N)
WOMEN
PLANT
133
223sf
JC
PLANT
31sf
133A
CMP/TEL
IT
88sf
132A
U/M
PLANT
56sf
86sf
132B
U/M
PLANT
437sf
1005sf
132C
61sf
100A
U/M
PLANT
36sf
ELEV
PLANT
100E1
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
102A
C SERV
PURCH
242sf
100C1
CORR
PLANT
741sf
101
MR SV
BKSTR
132D
C'
100% CONSTRUCTION
DOCUMENT SET
CORR
PLANT
817sf
100C1
1
M-701
0.5
1
1.5
2
3
4
5
B
VD
CORR.
VD
VD
VD
DINING & STD MWC
FSD
FSD
VD
143
101sf
FD SV
DINING
STAIR
PLANT
263sf
STAMP
A.5
DN
100S1
U/M
PLANT
141A
53sf
U/M
PLANT
CORR
PLANT
305sf
100C2
53sf
140D
U/M
PLANT
140C
249sf
FD SV
DINING
52sf
140A
U/M
PLANT
34sf
140B
5878sf
102
CORR.
MERCH
BKSTR
A
C
57sf
UNISEX
PLANT
152A
152
FD SV
DINING
DINING & STD WWC
4"LPS
3"CD (E)
414sf
102B
C.5
MR SV
BKSTR
214sf
VD
40sf
FOOD
DINING
145
3293sf
U/M
PLANT
U/M
PLANT
622sf
RLB SV
GSE
RS LAB
DN ENGR
106G
37sf
168sf
106
DN
61sf
150
FD SV
DINING
1960sf
RS LAB
CIVIL
109sf
106B
106C
OFF
GSE
OFF
GSE
469sf
457sf
100C1
223sf
146
FD SV
DINING
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SHEET TITLE
152sf
OFF
CIVIL
107B
169sf
39sf
DESCRIPTION
66sf
OFF
CIVIL
107C
148
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
107
46sf
112sf
62sf
JC
PLANT
OF SV
CIVIL
35sf
107C
107D
CORR
PLANT
CORR
PLANT
OFF
CIVIL
OFF
CIVIL
196sf
133sf
105D
241sf
105B
OFF
CIVIL
113
OFF
CIVIL
RS LAB
CIVIL
214sf
OFF
CIVIL
111
108A
105C
117sf
100C4
251sf
OFF
CIVIL
109
100C5
481sf
253sf
OFF
CIVIL
OFF
CIVIL
OFF
CIVIL
388sf
107
108
287sf
178sf
105A
OF SV
CIVIL
OF SV
CIVIL
U/M
PLANT
202sf
OF SV
CIVIL
OFF
CIVIL
115sf
107A
269sf
103
CL LAB
CIVIL
107A
330sf
CMP/TEL
IT
CONF
CIVIL
101
115
OF SV
CIVIL
108B
105
OF SV
CIVIL
103A
292sf
43sf
109A
125sf
CORR
PLANT
105E
500sf
100C4
181sf
219sf
MARK
CORR
PLANT
CORR
PLANT
RS LAB
CIVIL
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
100C3
100C2
CORR
PLANT
114
105
FOOD
DINING
259sf
OFF
CIVIL
112
1004sf
96sf
100
279sf
OFF
CIVIL
110
CL LAB
CIVIL
STAIR
PLANT
348sf
OFF
CIVIL
108
450sf
UP
227sf
273sf
CORR
PLANT
U/M
PLANT
100S1
1958sf
235sf
106E
ELEV
PLANT
659sf
OFF
DINING
OFF
GSE
104
2" LPS
127sf
100A
106D
OFF
GSE
RS LAB
CIVIL
100E1
145sf
106A
100C3
BFP
1 1/2" CD
339sf
21sf
106
JC
PLANT
106F
75sf
OFF
P&T
FD SV
DINING
8
7
6
5
4
3
2
1
15sf
100B
249sf
538sf
103
MR SV
BKSTR
259sf
100S1
E
STAIR
PLANT
145A
D
107B
MEN
PLANT
1
MECHANICAL - KEY PLAN - LEVEL 1
1/16" = 1'-0"
M-402
7/20/2015 3:01:34 PM
MECHANICAL LEVEL 1
- KEY PLAN
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
1
X-M-709
University of Massachusetts Building Authority
University of Massachusetts Lowell
212.68sf
100S1
STAIR
PLANT
ARCHITECT
107.41sf
100E1
ELEV
PLANT
MEZZANINE 1
[UNASSIGNED]
FD
6" FLUE UP & DN
1'
190.76sf
100S2
MEZZANINE 2
[UNASSIGNED]
2'
3'
A'
CONSULTANT
B'
C'
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
100% CONSTRUCTION
DOCUMENT SET
1
M-702
0.5
1
1.5
2
3
4
5
UP
UP
A
STAMP
A.5
FSD
VD
ENTRY LOBBY
MR
B
CORR.
VDVD
C
C.5
FD
EE
JC
IDF/IT
FD
D
ELEC.
E
LIGHTWELL
10sf
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SHEET TITLE
1
MECHANICAL - KEY PLAN - LEVEL 1.5
1/16" = 1'-0"
M-403
7/20/2015 3:01:38 PM
MECHANICAL LEVEL
1.5 - KEY PLAN
1101.19sf
201
CL LAB
CHEM E
138.93sf
204
CL LAB
CHEM E
223.60sf
202
OFF
CHEM E
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
284sf
OFF
U ADV
254D
102sf
OFF
U ADV
254C
OFF
U ADV
102sf
254B
OFF
U ADV
145sf
254A
OFF
U ADV
97.66sf
128.39sf
98.46sf
201B
201A
OFF
U ADV
OFF
U ADV
99.24sf
97.65sf
200J
200K
OFF
WRK ENV
OFF
WRK ENV
109.56sf
200L
118.3sf
200M
OFF
WRK ENV
190.84sf
140.63sf
182.26sf
200P
200Q
200R
200S
200T
OFF
WRK ENV
OFF
WRK ENV
OF SV
WRK ENV
OFF
WRK ENV
OFF
WRK ENV
103.64sf
200U
200O
OFF
WRK ENV
OFF
U ADV
96sf
OFF
U ADV
254F
96sf
OFF
U ADV
OFF
WRK ENV
OFF
WRK ENV
RS LAB
WRK ENV
133.44sf
201D
201C
201D
OFF
U ADV
19.83sf
200E
200D
OFF
WRK ENV
OFF
WRK ENV
OFF
WRK ENV
200F
111.19sf
OFF
U ADV
608sf
258
204
OFF
U ADV
202C
194.28sf
OFF
WRK ENV
OFF
WRK ENV
69.26sf
195.18sf
204D
202B
204C
OFF
WRK ENV
OFF
WRK ENV
204B
OFF
WRK ENV
OFF
WRK ENV
OFF
LCSP
OFF
LCSP
128.86sf
212A
200S2
OFF
LCSP
1'
36.21sf
225sf
210C
212
U/M
PLANT
STAIR
PLANT
2'
973.78sf
U/M
PLANT
215
C SERV
PURCH
533sf
134.78sf
105.58sf
206A
OFF
WRK ENV
117.54sf
117.76sf
109.11sf
105.64sf
210H
210G
210F
210E
OFF
LCSP
OFF
LCSP
OFF
LCSP
OFF
LCSP
A'
244.47sf
210D
CONSULTANT
214
U/M
PLANT
OFF
LCSP
OFF
U ADV
235sf
256A
120sf
391sf
STAIR
PLANT
200S2
OFF
U ADV
256B
OFF
U ADV
184sf
STAIR
PLANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
WOMEN
PLANT
227sf
C'
262
260
FSD
95sf
JC
PLANT
B'
201B
OF SV
DN ENGR
155sf
202A
OFF
MGMT
OFF
MGMT
111sf
202C
27sf
FSD
36sf
200E1
ELEV
PLANT
353sf
431sf
201
OF SV
DN ENGR
202
434sf
CONF
MGMT
OFF
MGMT
111sf
202D
200S4
194sf
201A
256C
FD
MEET
U ADV
3'
170.43sf
208
CLASS
REG
127.7sf
206B
210B
OF SV
LCSP
OF SV
WRK ENV
180.25sf
175.19sf
85.61sf
210A
210
109.68sf
206
OF SV
WRK ENV
OF SV
WRK ENV
OFF
WRK ENV
OFF
WRK ENV
344.11sf
OFF
U ADV
250B
CORR
PLANT
110sf
250D
1
200C6
CORR
PLANT
73.34sf
133.4sf
206C
OFF
WRK ENV
119.83sf
202
202D
OF SV
U ADV
250C
104sf
6" GENERATOR FLUE UP/DN
773.06sf
196.66sf
200C5
MEET
DN ENGR
103sf
CORR
PLANT
OFF
MGMT
115sf
505.23sf
200C4
CORR
PLANT
155sf
U/M
PLANT
200W
OFF
WRK ENV
OFF
MMIS
35sf
216
C SERV
PURCH
202E
242
827.14sf
101.82sf
LOUNGE
WRK ENV
200C3
204A
OFF
WRK ENV
OFF
WRK ENV
111.26sf
256
OF SV
U ADV
74sf
OFF
U ADV
250A
105sf
OFF
U ADV
105sf
250I
101sf
213
202F
OFF
U ADV
250H
200A
204.22sf
204E
202A
172.06sf
OFF
U ADV
CL LAB
WRK ENV
CORR
PLANT
202E
102sf
OFF
WRK ENV
CONF
WRK ENV
778.77sf
OFF
WRK ENV
250G
197.6sf
200C
200X
200Y
90.92sf
200C2
104.95sf
240
91.45sf
256.7sf
OF SV
U ADV
883sf
86.78sf
303.82sf
M-710
CORR
PLANT
250P
88.84sf
136.52sf
197.62sf
200V
200
CMP/TEL
IT
OFF
U ADV
250
537.76sf
200C1
OFF
U ADV
501sf
254E
OFF
U ADV
254
280sf
CONF
U ADV
316sf
252
OFF
U ADV
OFF
U ADV
133sf
250L
250K
102sf
275sf
250J
249.68sf
183.52sf
748sf
ELEV
PLANT
1212.04sf
234.69sf
STAIR
PLANT
200E1
173.67sf
201
ARCHITECT
111.26sf
OFF
WRK ENV
OFF
WRK ENV
201
200S1
188.97sf
97.92sf
200N
OFF
WRK ENV
190.84sf
University of Massachusetts Building Authority
University of Massachusetts Lowell
FD
247sf
250N
OFF
U ADV
304sf
250M
Lowell, MA
236sf
204D
RLB SV
DN ENGR
194sf
202B
OFF
MGMT
CORR
PLANT
200C1
1009sf
200C1
203
1679sf
RS LAB
ECE
315sf
204
4
RS LAB
DN ENGR
3
70sf
175sf
2
204A
1.5
204C
RLB SV
DN ENGR
372sf
RS LAB
DN ENGR
M-703
1
100% CONSTRUCTION
DOCUMENT SET
204B
RS LAB
ECE
1
0.5
2"LPS DN
1 1/2" CD DN
5
A
UP
UP
FSD
VD
FD
VD
202D
119sf
VD
119sf
CORR
PLANT
200C1
639sf
OFF
CCE
OFF
CCE
434sf
200S1
CORR
PLANT
OFF
CCE
203B
101sf
OFF
CCE
203C
111sf
207
OF SV
MMIS
201L
54sf
OF SV
MMIS
89sf
201K
CONF
MMIS
201
553sf
OFF
MMIS
201I
OFF
MMIS
OFF
MMIS
201A
137sf
OFF
MMIS
102sf
201B
OFF
MMIS
201C
104sf
OFF
MMIS
104sf
201D
OFF
MMIS
201E
104sf
OFF
MMIS
201F
80sf
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
327sf
CONF
SOB ORG
LOUNGE
SOB ORG
203
126sf
207A
OLB SV
MGMT
133sf
211B
OFF
MGMT
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SHEET TITLE
178sf
OFF
MMIS
130sf
203A
OFF
MGMT
201G
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
207E
104sf
CONF
SOB ORG
142sf
126sf
201B
OFF
MGMT
201
207F
LOUNGE
SOB ORG
OF SV
MGMT
128sf
418sf
CONF
SOB ORG
207
OP LAB
MGMT
OFF
MGMT
179sf
201A
211A
1201sf
OFF
MGMT
205
215
207G
CONF
MMIS
CLASS
REG
207H
90sf
789sf
OP LAB
MGMT
41sf
209
1106sf
213
1457sf
631sf
CLASS
REG
OF SV
MGMT
OFF
MGMT
OFF
MGMT
211
CLASS
REG
201H
319sf
OLB SV
MGMT
207H
201J
209
80sf
200
CMP/TEL
IT
207
383sf
U/M
PLANT
CORR
PLANT
OFF
MGMT
215A
338sf
200C1
CONF
MGMT
112sf
8
7
6
5
4
3
2
1
34sf
109sf
120sf
99sf
200C3
CORR
PLANT
330sf
100sf
202E
613sf
200C2
95sf
177sf
DN
UP
103sf
OF SV
CCE
OFF
MGMT
UP
207D
202F
ELEV
PLANT
207C
130sf
OFF
MGMT
224
207B
OFF
CCE
180sf
OFF
MGMT
222
OFF
MGMT
203A
230sf
OFF
MGMT
220
207A
121sf
FSD
VD
FD
OFF
VDVD
VD
202B
202C
119sf
OFF
119sf
202A
VD
UP
OFF
CCE
202
727sf
OFF
CCE
203
1023sf
OFF
CCE
203G
203F
OFF
CCE
OFF
CCE
203E
229sf
OFF
MGMT
186sf
203D
162sf
218
CORR
PLANT
OFF
CCE
105sf
105sf
VD
VD
VD
DN
STAIR
PLANT
381sf
200S1
STAIR
PLANT
352sf
OFF
CCE
200S3
CONF
CCE
358sf
204
OFF
CCE
219sf
136sf
105sf
OFF
MGMT
200C4
102sf
205
216
538sf
OFF
MGMT
CORR
PLANT
OFF
MGMT
114sf
OFF
MGMT
210
OFF
SOB ORG
191sf
214
JC
PLANT
134sf
212
79sf
148sf
212
165sf
CS
PLANT
204
210
214
200E1
383sf
208
189sf
37sf
254sf
WOMEN
PLANT
MEN
PLANT
OFF
MGMT
OFF
MGMT
162sf
208A
206
200C3
JC
PLANT
364sf
855sf
CLASS
REG
10sf
208B
269sf
213sf
203B
OFF
DN ENGR
284sf
VD
VD VD
STAIR
PLANT
174sf
527sf
203A
OFF
DN ENGR
200S1
STAIR
PLANT
E
FD
202
134sf
203E
OFF
ECE
169sf
RLB SV
ECE
203C
190sf
CORR
PLANT
200C2
208A
D
FD
VD
218sf
208
FD
325sf
C.5
FD
RS LAB
DN ENGR
C
653sf
VD
VD
RS LAB
DN ENGR
VD
206
VD
B
RS LAB
DN ENGR
VD
113sf
CORR.
208B
203I
UP
RS LAB
DN ENGR
203H
125sf
203D
OFF
ECE
152sf
203F
RLB SV
ECE
115sf
206A
RS LAB
DN ENGR
STAMP
A.5
1
MECHANICAL - KEY PLAN - LEVEL 2
1/16" = 1'-0"
M-404
7/20/2015 3:01:48 PM
MECHANICAL LEVEL 2
- KEY PLAN
543sf
301
RS LAB
CHEM E
304
193sf
OFF
CHEM E
22sf
SHFT
PLANT
148sf
301B
301A
RS LAB
CHEM E
302
180sf
OFF
CHEM E
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
113sf
309B
CL SV
REG
OFF
CAREER
CL SV
REG
107sf
OFF
CAREER
OFF
CAREER
CLASS
REG
308
CLASS
REG
287sf
310
512sf
312
CLASS
REG
CLASS
REG
OF SV
DN ENGR
OFF
PROV
320A
121sf
302P
131.63sf
OF SV
PROV
302O
133.25sf
DN
UP
LOBBY
PLANT
WOMEN
PLANT
239sf
312
JC
PLANT
314
30sf
310E
OF SV
CLASS
79sf
16sf
OFF
CLASS
OFF
CLASS
124sf
310A
308A
223sf
OFF
CLASS
448sf
310
OFF
CLASS
308
264sf
OF SV
CLASS
310D
OFF
CLASS
93sf
310C
OFF
CLASS
310B
112sf
520sf
311
OFF
CLASS
131sf
CORR
PLANT
300C3
310
315
OLB SV
CLASS
115sf
OP LAB
CLASS
536sf
313
OFF
CLASS
311A
308B
OFF
CLASS
FD
VD
CL LAB
CLASS
VD
302
74sf
163sf
230sf
113sf
214sf
320
322
324
326
OFF
MGMT
OFF
MGMT
OF SV
MGMT
OFF
MGMT
CS
PLANT
318
OFF
MGMT
304
ELEV
PLANT
OF SV
CCE
OF SV
CCE
31sf
CORR
PLANT
305B
303
UP
305B
CONF
SOB ORG
DN
307
305G
342sf
305
14sf
U/M
PLANT
15sf
307A
48sf
307A
305C
CL SV
MGMT
CF SV
SOB ORG
44sf
49sf
309B
309A
CF SV
MGMT
309A
U/M
PLANT
OFF
CCE
301
253sf
OF SV
CCE
56sf
301A
OF SV
CCE
303B
40sf
305
305E
682sf
309
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
CONF
MGMT
SHEET TITLE
303A
OFF
CCE
301D
127sf
OFF
CCE
301C
96sf
OFF
CCE
127sf
301B
CONF
CCE
303C
218sf
OFF
CCE
303D
305F
307
313
96sf
CLASS
REG
CLASS
REG
OFF
CCE
CF SV
SOB ORG
305D
OFF
SOB ORG
305H
120sf
878sf
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
311
301
CLASS
REG
33sf
870.20sf
OFF
CCE
309
1096sf
CLASS
REG
303
303
OFF
SOB ORG
1323.01sf
1186sf
463sf
1797sf
8
7
6
5
4
3
2
1
MARK
30.93sf
301E
326
300C4
CORR
PLANT
300C2
324
439sf
JC
PLANT
33sf
322
320
300C4
300C3
CORR
PLANT
DN
318
300C3
308B
OF SV
CCE
300C2
STAIR
PLANT
316
314
349sf
308
170sf
312
289sf
211.26sf
303A
301
DN
300S1
300C1
310
308
UP
223sf
OF SV
DN MGMT
301F
CORR
PLANT
OF SV
CCE
303S
62sf
OF SV
CCE
66sf
166sf
316
223.64sf
303R
OFF
MGMT
314
300E1
300
300C1
303E
VD
VD
CCE
CCE
83sf
83sf
VD
720sf
302
CORR
PLANT
576sf
300C1
OFF
CCE
303P
84sf
OFF
CCE
VD
VD
UP
304
206sf
OF SV
CCE
OFF
CCE
304B
80sf
OFF
CCE
80sf
304A
OFF
CCE
303N
68sf
OFF
CCE
68sf
330O
84sf
303Q
FSD
FSD
VD
VD
DN
VD
154sf
310
STAIR
PLANT
399sf
300S1
LOBBY
PLANT
300L1
309sf
CL LAB
CLASS
309
799sf
OFF
CCE
OFF
CCE
OFF
CCE
303M
303L
303K
OFF
CCE
303J
152sf
OFF
MGMT
312
869.60sf
151sf
OFF
MGMT
309
152sf
310
OFF
MGMT
809.73sf
308
306
CORR
PLANT
WOMEN
PLANT
OFF
MGMT
OFF
MGMT
244sf
306
304
302
300C3
OFF
CCE
141sf
225sf
215sf
451.19sf
300
CLASS
REG
180sf
308A
303I
155.56sf
OFF
MGMT
305G
VD
VD
MEN
PLANT
OFF
CCE
119.03sf
OFF
MGMT
285.25sf
300S1
STAIR
PLANT
E
FD
CORR
PLANT
303H
115.13sf
305F
OFF
MMIS
305E
VD
37sf
OFF
CCE
139.84sf
OFF
MGMT
D
300C4
303G
152.42sf
305D
OF SV
MGMT
305H
270.30sf
OFF
MGMT
305
418.41sf
OFF
MGMT
FD
306
C.5
VD
323sf
OFF
CCE
301D
148.35sf
OFF
MGMT
CORR
PLANT
357.35sf
300C2
302B
131.75sf
C
OFF
ECON
VD
141.95sf
141.78sf
305A
OFF
MGMT
305B
302A
122.92sf
136.16sf
B
OFF
ECON
CORR.
OFF
ECON
130.24sf
302C
VD
VD
303F
145.04sf
OFF
ENGLISH
301C
OFF
ENGLISH
74.89sf
305C
OF SV
MGMT
STAMP
A.5
OFF
ECON
90sf
151.19sf
301B
OFF
ENGLISH
OFF
CLASS
257.71sf
301A
OFF
ENGLISH
89.67sf
100% CONSTRUCTION
DOCUMENT SET
302
OFF
ECON
A
301E
5
OF SV
ENGLISH
4
244.07sf
301
OF SV
ENGLISH
CORR
PLANT
1312.12sf
3
302D
96sf
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
300C1
2
302Q
1.5
OFF
ECON
93sf
C'
886.85sf
1
266.00sf
0.5
302E
93sf
B'
702.64sf
300
CONF
DN ENGR
315A
FSD
132.71sf
M-704
OFF
ECON
OFF
ECON
96sf
404.45sf
WOMEN
PLANT
302N
128.92sf
OFF
ECON
302M
308.75sf
OFF
ECON
127.02sf
1
302F
93sf
CONSULTANT
VD
VD
FD
OFF
ECON
158sf
OFF
DN ENGR
U/M
PLANT
OFF
ECON
93sf
VD
198sf
313A
OF SV
DN ENGR
316A
302G
OFF
CLASS
201sf
313
OFF
ECON
93sf
VD
316
137sf
OFF
247sf
A'
VD
151sf
OFF
ECE
FSD
306
VD
OF SV
CAREER
326D
CLASS
REG
1021sf
771sf
304
OFF
PROV
320B
OFF
GSA
511sf
3'
VD
OF SV
CAREER
92sf
326D
63sf
779sf
2'
JC
PLANT
STAIR
PLANT
302
1'
CORR
PLANT
314
OFF
PROV
98sf
37sf
226sf
300S2
300
OFF
DN ENGR
942sf
300C6
300A
320
311
JC
PLANT
CONF
ECON
STAIR
PLANT
892sf
314A
47.83sf
525sf
24sf
CORR
PLANT
CORR
PLANT
130.89sf
300S2
300C5
300C4
128.25sf
399sf
CORR
PLANT
129.83sf
31sf
300C3
CORR
PLANT
128.78sf
320C
300C2
283sf
OFF
CAREER
326C
74sf
324
CORR
PLANT
335sf
513sf
506sf
VD
136sf
328K
CORR
PLANT
300C5
258sf
OFF
CAREER
326
300C1
OF SV
CAREER
326B
125sf
74sf
OFF
CAREER
72sf
326A
CORR
PLANT
366sf
300C4
269sf
302H
74sf
M-711
6" FLUE UP & DN
204sf
OFF
ECON
321sf
1
302I
300L2
STAIR
PLANT
VD
CONF
CAREER
328L
210sf
OFF
CAREER
743sf
328
OFF
CLASS
91sf
321A
300S1
302L
OP LAB
CLASS
20sf
OF SV
DN ENGR
OFF
ECON
311B
OFF
DN ENGR
311C
OF SV
ECON
319
CLASS
REG
166.25sf
549sf
309
CLASS
REG
311A
CONF
DN ENGR
302J
317
303
CLASS
REG
300sf
311B
ELEV
PLANT
MEN
PLANT
1280sf
305
OFF
ECON
831sf
301
CLASS
REG
309C
1353sf
1065sf
302K
CL LAB
CLASS
1100sf
ARCHITECT
220sf
300E1
235sf
OFF
CAREER
120sf
328A
OFF
CAREER
103sf
OP LAB
CLASS
799sf
321
OP LAB
CLASS
321B
92sf
328B
OFF
CAREER
167sf
328C
120sf
328J
445sf
FD
189sf
328I
114sf
OFF
CAREER
328H
OFF
CAREER
162sf
328G
OFF
CAREER
118sf
328F
OFF
CAREER
148sf
328E
OFF
CAREER
198sf
328D
University of Massachusetts Building Authority
University of Massachusetts Lowell
115sf
309A
DN
160sf
303A
OFF
SOB ORG
205sf
305H
305F
216sf
340sf
OFF
SOB ORG
OFF
SOB ORG
OFF
SOB ORG
305E
1
MECHANICAL - KEY PLAN - LEVEL 3
1/16" = 1'-0"
M-405
7/20/2015 3:01:58 PM
MECHANICAL LEVEL 3
- KEY PLAN
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
ROOF
6" GENERATOR FLUE
TERMINATE MIN. 10'-0"
ABOVE ROOF LEVEL
1'
2'
1
M-712
3'
A'
CONSULTANT
VD
VD
FSD
FSD
C'
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
642sf
402
405
CLASS
REG
804sf
CLASS
REG
395sf
STAIR
PLANT
CL SV
REG
402B
JC
PLANT
14sf
6sf
402C
407
CLASS
REG
1094sf
400S2
DN
FSD
B'
100% CONSTRUCTION
DOCUMENT SET
CLASS
REG
651sf
404
CORR
PLANT
643sf
403
CLASS
REG
816sf
400C1
1
M-705
0.5
1
1.5
2
3
4
5
A
STAMP
VD
FSD
FSD
FSD
VD
C
C.5
FD
VD
VD
VD
VD
CORR.
B
VD
VD
VD
DN
STAIR
PLANT
400S1
393sf
JC
PLANT
408
17sf
CLASS
REG
401
1012sf
A.5
FD
D
E
FD
DN
769sf
531sf
406
37sf
404
400E1
CLASS
REG
CLASS
REG
ROOF
ELEV
PLANT
758sf
408
CLASS
REG
181sf
660sf
499sf
OFF
MGMT
CLASS
REG
CLASS
REG
410
417
412
DN
233sf
DN
400S1
STAIR
PLANT
154sf
JC
PLANT
278sf
400C2
400C3
CORR
PLANT
CORR
PLANT
CORR
PLANT
CORR
PLANT
414
OFF
ENGLISH
439sf
411
CLASS
MGMT
454sf
520sf
CLASS
REG
401
278sf
973sf
1100sf
OFF
MGMT
CLASS
REG
CLASS
REG
403
405
407
415sf
413
CLASS
REG
OFF
MGMT
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
102sf
415
OFF
ENGLISH
SHEET TITLE
225sf
409
DESCRIPTION
400C4
110sf
400
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
619sf
649sf
400C1
CLASS
REG
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
14sf
406A
UP
8
7
6
5
4
3
2
1
135sf
416
OFF
ENGLISH
1
MECHANICAL - KEY PLAN - LEVEL 4
1/16" = 1'-0"
M-406
7/20/2015 3:02:04 PM
MECHANICAL LEVEL 4
- KEY PLAN
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
107.41sf
100E1
ELEV LOBBY
TG-1
1L1
EF
2-1
FD
UC
ELEV
PLANT
Lowell, MA
AC
2-1
ELEC
10"x10" EA W/WMS
(150)
IDF/IT
173
FD
T
ARCHITECT
RL UP
(TYP 2)
RHG UP
(TYP 2)
12"x8" SA UP
12"x8" EA UP
174
10"x10" EA
W/WMS
University of Massachusetts Building Authority
University of Massachusetts Lowell
T
CORR.
CD-2
(200)
FSD
12"x8" EA
8"ø SA
VAV
6
FSD
UC
100C6
8"x6" SA
CONSULTANT
T
12"x8" SA
822.08sf
STD MWC
8"x4" SA
8"x6" SA
100C6
CORR
PLANT
STD WWC
8x4 SA
171
EG-1
(150)
170
EG-1
(150)
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
CD-1
(100)
CD-1
(100)
8"ø EA
8"x6" EA
6" FLUE UP
100% CONSTRUCTION
DOCUMENT SET
6" FLUE FROM
GENERATOR
10"x10" EA W/WMS
(150)
NEW EMER. ELEC.
2" CD
172A
EF
2-2
2" CD DN
FD
W/WMS
TG-1
FD
CD-2
(200)
STAMP
A'
10"x10" EA
(150)
ACCESS TO
KITSON MEZZ 2
3/4" CD
1 1/4" CD
100S3
NEW PRIM. ELEC.
172
T
AC
3-1
AC
3-2
CUH
2
8
7
6
5
4
3
2
1
T
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
B'
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
MECHANICAL - LEVEL 1 ENLARGED PLAN (POD 2)
1/4" = 1'-0"
SHEET TITLE
MECHANICAL POD 2
ENLARGED FLOOR
PLANS - LEVEL 1
M-708
7/20/2015 3:02:34 PM
1
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
RL DN
(TYP 2)
RHG DN
(TYP 2)
ARCHITECT
12"x8" SA DN
12"x8" EA DN
12"x8" EA
12"x8" SA
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
6"ø FL UP&DN
1'
2'
3'
100% CONSTRUCTION
DOCUMENT SET
A'
6"x6" EA
STF WWC
STAMP
273
T
274
8"ø EA
6"ø SA
6"ø SA
CD-2
(150)
EG-2
(200)
CD-2
(150)
8"x6" SA
10"x8" SA
EG-1
(50)
ELEC.
271
EE
EF
2-3
IDF/IT
271A
6"ø SA
10"x8" SA
VAV
7
STD WWC
UC
6"ø EA
T
UC
14"x12" EA UP
12"x12" SA UP
CD-2
(150)
FD
3/4" CD
8"ø EA
275
270
T
8
7
6
5
4
3
2
1
CD-2
(150)
8"x6" SA
FD
272
14"x8" SA
TG-1
AC
2-2
8"x8"
JC
3/4" CD
DISCHARGE OVER JANITORS
SINK
EG-2
(200)
B'
431sf
201
OF SV
200C4
EG-1
(150)
12"x8" SA
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
FSD
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
FSD
SHEET TITLE
12"x8" EA
CORR.
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
STF MWC
276
EG-1
(50)
1 1/2" CD UP
2" LPS UP
RHG UP
(TYP 2)
RL UP
(TYP 2)
C'
36sf
200E1
MECHANICAL POD 2
ENLARGED FLOOR
PLANS - LEVEL 2
1
MECHANICAL - KITSON MEZZ
1/4" = 1'-0"
M-710
7/20/2015 3:02:37 PM
CD-1
(100)
14"x8" EA
4"ø EA
EG-2
(150)
STD MWC
T
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
107sf
220sf
300E1
300sf
311B
ELEV
PLANT
Lowell, MA
311A
CONF
DN ENGR
University of Massachusetts Building Authority
University of Massachusetts Lowell
OFF
DN ENGR
ARCHITECT
20sf
311C
OF SV
DN ENGR
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
892sf
311
OFF
DN ENGR
942sf
300C6
6" FLUE UP & DN
CORR
PLANT
1'
2'
3'
100% CONSTRUCTION
DOCUMENT SET
A'
T
STF MWC
6"x6" EA
373
EG-2
(150)
VD
4ø EA
EG-1 CD-2
(50) (150)
VD
JC
372
FD
ELEC.
EE
371
371A
EF
2-4
IDF/IT
VD
CD-2
(150)
12"x8" SA
TG-1
AC
2-3
0' - 7"
6ø SA
UC
VD
3/4" CD
FD
300A
WOMEN
PLANT
404.45sf
T
T
UC
RG-1
(150)
6"ø EA
CD-2
(150)
370
CORR.
300C4
8
7
6
5
4
3
2
1
EG-2
(200)
VD
VD
OFF
DN ENGR
8ø EA
STD WWC
375
EG-1
(50)
14"x8" SA
8ø EA
B'
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
FSD
OF SV
DN ENGR
2" LPS UP
1 1/2" CD UP
8"x8" EA
313A
VD
CD-2
(100)
6"ø SA
8"x6" SA
313
6"ø SA
VD
EG-2
(200)
CD-2
(150)
14"x8" EA
198sf
STAMP
6x6 EA
374
T
201sf
STD MWC
VD
VD
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
16"x16" EA UP
14"x12" EA DN
STF WWC
8"ø SA
376
FSD
16"x16" SA UP
12"x12" SA DN
1 1/2" CD DN
2" LPS DN
SHEET TITLE
C'
1/4" = 1'-0"
702.64sf
MECHANICAL - LEVEL 3 ENLARGED PLAN (POD 2)
300
CONF
DN ENGR
1
M-711
7/20/2015 3:02:41 PM
VAV
8
MECHANICAL POD 2
ENLARGED FLOOR
PLANS - LEVEL 3
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
CONSULTANT
1'
2'
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
3'
A'
100% CONSTRUCTION
DOCUMENT SET
2" LPS DN
1 1/2" CD DN
STAMP
ACCU
3
RTU
2
ACCU
2
B'
8
7
6
5
4
3
2
1
SA-4
16"x16" EA
16"x16" SA
SA-3
RHG UP
(TYP 2)
RL UP
(TYP 2)
C'
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SHEET TITLE
MECHANICAL - ROOF ENLARGED PLAN (POD 2)
1/4" = 1'-0"
M-712
7/20/2015 3:02:43 PM
1
MECHANICAL POD 2
ENLARGED FLOOR
PLANS - ROOF
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
"MINI" BELLMOUTH FITTING
STANDING SEAM
VOLUME DAMPER WITH
LOCKING QUADRANT
University of Massachusetts Building Authority
University of Massachusetts Lowell
MASTIC SEALANT
MIN.10'-0" ABOVE
ROOF
9"
DRAWBAND CONNECTION
(TYP)
DISCHARGE FROM
GENERATOR W/RAINCAP
3" MINIMUM
W
ARCHITECT
1
5'-8" MIN.
MIN. L
FULL HEIGHT
ACOUSTIC PARTITION
OPPOSED BLADE DAMPER
150mm MIN.
GUY WIRE
SEAL, ALL SIDES
PLENUM TRANS. FROM
ROUND TO SQUARE
CONNECTION.
R
AIR DUCT FOR SIZES
SEE FLOOR PLAN
UNVANED ELBOW (TYP. 2)
DUCT WITH 1" ACOUSTICAL
LINING, SIZE AS NOTED ON
CHART UNLESS OTHERWISE
NOTED ON PLAN
DUCT
D
20 GAGE SHEET
METAL FLASHING SHEET
BY MECHANICAL CONTR.
3" MIN.
LAG SCREWS
CURBED ROOF OPENING
BY GENERAL CONTR.
SEE PLANS FOR SIZES
ROOF
ROOF
CEILING
CONSULTANT
TYPICAL CEILING
DIFFUSER
SIZING CHART
ADJUSTMENT HANDLE
KEY NOTES:
1. INSULATED FLEXIBLE DUCT - SHALL BE PRE-STRETCHED BEFORE INSTALLATION LENGTH NOT
TO EXCEED 5 FEET. DIAMETER TO BE EQUAL TO DIFFUSER INLET SIZE.
2. SUPPORT FLEX DUCT SUCH THAT R=D/2 MIN.
MARK
CFM
* SIZE (IN)
TD-1
UP TO 400
14" OR 12x12
TD-2
401 TO 600
16" OR 18x12
TD-3
601 TO 800
18" OR 24x12
TD-4
801 TO 1000
20" OR 30x12
TD-5
1001 TO 1500
24" OR 30x16
TD-6
1501 TO 2000
28" OR 34x20
OVER 2000
1/2" MIN. CLEAR ALL AROUND
DUCT LINING WHERE INDICATED
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
USE MULT TRD'S
* UNLESS OTHERWISE NOTED
1
TYPICAL DIFFUSER TAKE-OFF DETAIL
2
TRANSFER DUCT DETAIL
3
GENERATOR FLUE ROOF INSTALLATION DETAIL
4
DUCT THROUGH ROOF DETAIL
100% CONSTRUCTION
DOCUMENT SET
VB
SPRING VIBRATION
ISOLATOR- REFER TO
SPECIFICATIONS FOR
STATIC DEFLECTION
REQUIREMENTS (TYP 4)
H
INTERMEDIATE
UNISTRUT IF FAN IS
BELOW FINISHED
CEILING
THREADED ROD
45°
THREADED HANGER ROD UP
TO STRUCTURE
NUTS W/LOCKWASHERS
TYP. OF BOTH SIDES
FAN SUSPENSION
BRACKET
1/8" ANNEALED CLEAR GLASS
15° MAX
(TYP)
HEATING COIL
AIR
6" MIN
FLOW
C
SCREENED
INLET
PROVIDE WEATHER/STORM
COLLAR
10" MIN
6" MIN
VB
F
STAMP
FLASHING. SEE ARCHITECTURAL
DRAWINGS FOR DETAILS.
EXHAUST FAN
(INLINE TYPE)
DI-ELECTRIC CONNECTION
IF REQUIRED
CONDENSATE RETURN MAIN
D
1/2 D
DUCT TRANSITION
FT
T
R = 1/2 D
FLEXIBLE
CONNECTION
BELT-DRIVE
MOTOR
1" THK INSULATION
ROOF CURB
SMOKE DAMPER
CLASS 1 LEAKAGE
ALTERNATE HANGING
LOCATION WITH 2"x 3 4" CHANNEL
OR UNISTRUT SUPPORT
EXHAUST DUCT
2"x2"x1/4" ANGLE WELDED
TO SUPPORT BEAM
4" MOUNTING
FLANGE
NOTES:
1. PROVIDE ACCESS PANEL IN HARD CEILING LOCATIONS FOR FAN, MOTOR AND BACKDRAFT DAMPER ACCESS.
OCI UNIT
DAMPER ACTUATOR
2. PROVIDE ADEQUATE SERVICE SPACE AROUND FAN FOR FAN REMOVAL MOTOR, BELT & DRIVE ACCESS.
3. PROVIDE MINIMUM 3 DUCT DIAMETERS OF STRAIGHT DUCT ON INLET AND OUTLET OF FAN.
5
SINGLE STEAM COIL CONNECTION DETAIL
6
INLINE EXHAUST FAN
DETAIL
DAMPER TRAY
7
ELEVATOR VENT PENTHOUSE
BACK DRAFT DAMPER
(WHERE SCHEDULED)
KEY NOTES:
1. FABRICATE IN ACCORDANCE WITH SMACNA LOW PRESSURE DUCT CONSTRUCTION STANDARDS
OF MINIMUM 18 GAGE GALVANIZED STEEL.
2. MOUNT ON MINIMUM 12 INCH HIGH CURB BASE WHERE SIZE EXCEEDS 9" X 9".
3. ANGLE OF OPENING SHALL BE NO GREATER THAN 45° FROM THE HORIZONTAL.
8
DUCT PENETRATION GOOSENECK
TERMINATION DETAIL
ATTACH ANGLE TO PLENUM WITH
SHEET METAL SCREWS AT 10" O.C.
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SHEET TITLE
MECHANICAL DETAILS
SHEET 3
M-803
7/20/2015 3:02:47 PM
PI
PROVIDE ANGLE SUPPORT BETWEEN
STRUCTURAL MEMBERS. SAME AS PER
DUCTWORK DETAIL (OVER 60" SIZE)
MIN. 24"
LPS MAIN
UMass Lowell North
Quad Infrastructure
Renewal
(UMBA 13-L2)
Lowell, MA
SEE M8.03 DETAIL #4 FOR
FLUE PIPE ROOF SUPPORT
University of Massachusetts Building Authority
University of Massachusetts Lowell
ARCHITECT
GENERATOR FLUE
ROOF
WALL SUPPORT
CONSULTANT
Arup USA Inc
955 Massachusetts Avenue
4th Floor
Cambridge, MA 02139
T 617 864 2987 F 617 864 6178
www.arup.com
EXPANSION BELLOWS
WALL GUIDE
100% CONSTRUCTION
DOCUMENT SET
GENERATOR FLUE
WALL SUPPORT
FLUE EXHAUST
STAMP
GENERATOR EXHAUST SILENCER
FLEXIBLE
CONNECTION
GENERATOR STEEL HOUSING
D
DAIN
8
7
6
5
4
3
2
1
07/17/15
06/30/15
05/07/15
04/06/15
01/15/15
12/18/14
08/29/14
06/10/14
MARK
DATE
100% CONSTRUCT. DOC. SET
TIER 1 PHASE 1 PERMIT SET
90% CONSTRUCT. DOC. SET
60% CONSTRUCTION PERMIT SET
100% DESIGN DEVELOPMENT SET
50% DESIGN DEVELOPMENT SET
SCHEMATIC DESIGN SET
FEASIBILITY STUDY SET
DESCRIPTION
PROJECT NUMBER: 21332
DRAWN BY: CHECKED BY: -
SUPPORT
CONCRETE PAD
FALMOUTH HALL
GENERATOR FLUE ELEVATION
NTS
MECHANNICAL
DETAILS SHEET 4
M-804
7/20/2015 3:15:20 PM
1
SHEET TITLE
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
(Part of Work of Section 260002 – ELECTRICAL, Trade Bid Required)
SECTION 263214 – INSTALLATION OF ENGINE GENERATORS
PART 1 - GENERAL
1.1
RELATED DOCUMENTS
A.
Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 01 Specification Sections, apply to this Section.
B.
UMass Lowell Campus Electrical Standards; request most up to date standards at time of bid.
1.2
SUMMARY
A.
This Section includes installation of packaged engine-generator sets for [emergency] power
supply with the following features:
1.
2.
3.
4.
5.
B.
1.3
[Diesel] engine.
[Unit-mounted] cooling system.
[Unit-mounted] control and monitoring.
Load banks.
Outdoor enclosure.
Related Sections include the following:
1.
Section 263213 “Engine Generators” for owner furnished contractor installed generator
equipment requirements.
2.
Section 263600 "Transfer Switches" for transfer switches including sensors and relays to
initiate automatic-starting and -stopping signals for engine-generator sets.
DEFINITIONS
A.
Operational Bandwidth: The total variation from the lowest to highest value of a parameter
over the range of conditions indicated, expressed as a percentage of the nominal value of the
parameter.
B.
LP: Liquid petroleum.
INSTALLATION OF ENGINE GENERATORS
263214 - 1
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
1.4
ICON architecture, inc.
July 17, 2015
CLOSEOUT SUBMITTALS
A.
Operation and Maintenance Data: For packaged engine generators to include in emergency,
operation, and maintenance manuals. In addition to items specified in Section 011000
"Operation and Maintenance Data," include the following:
1.
1.5
List of tools and replacement items recommended to be stored at Project for ready access.
Include part and drawing numbers, current unit prices, and source of supply.
QUALITY ASSURANCE
A.
Installer Qualifications: Manufacturer's authorized representative who is trained and approved
for installation of units required for this Project.
1.
2.
Maintenance Proximity: Not more than [four] hours' normal travel time from Installer's
place of business to Project site.
Engineering Responsibility: Preparation of data for vibration isolators restraints of
engine skid mounts, including Shop Drawings, based on testing and engineering analysis
of manufacturer's standard units in assemblies similar to those indicated for this Project.
B.
Manufacturer Qualifications: A qualified manufacturer. Maintain, within [200 miles (321 km)]
of Project site, a service center capable of providing training, parts, and emergency maintenance
repairs.
C.
Source Limitations: Obtain packaged generator sets and auxiliary components through one
source from a single manufacturer.
D.
Electrical Components, Devices, and Accessories: Listed and labeled as defined in NFPA 70,
Article 100, by a testing agency acceptable to authorities having jurisdiction, and marked for
intended use.
E.
Comply with ASME B15.1.
F.
Comply with NFPA 37.
G.
Comply with NFPA 70.
H.
Comply with NFPA 110 requirements for Level [1] emergency power supply system.
I.
Comply with UL 2200.
1.6
PROJECT CONDITIONS
A.
Interruption of Existing Electrical Service: Do not interrupt electrical service to facilities
occupied by Owner or others unless permitted under the following conditions and then only
after arranging to provide temporary electrical service according to requirements indicated:
INSTALLATION OF ENGINE GENERATORS
263214 - 2
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
1.
2.
B.
1.7
ICON architecture, inc.
July 17, 2015
Notify [Construction Manager] no fewer than [seven] days in advance of proposed
interruption of electrical service.
Do not proceed with interruption of electrical service without [Construction Manager's]
written permission.
Environmental Conditions:
Engine-generator system shall withstand the following
environmental conditions without mechanical or electrical damage or degradation of
performance capability:
1.
Altitude: Sea level to [1000 feet (300 m)]
COORDINATION
A.
1.8
Coordinate size and location of concrete bases for package engine generators. Cast anchor-bolt
inserts into bases. Concrete, reinforcement, and formwork requirements are specified with
concrete.
WARRANTY
A.
1.9
Special Warranty: Generator is pre purchased and comes with a 2 year warranty. All work
carried out under this section shall be warrantied as per the general conditions of the project.
MAINTENANCE SERVICE
A.
Generator unit comes with 24 months maintenance contract. Engage the maintenance contractor
at the end of installation to carry out all required maintenance.
PART 2 - PRODUCTS
2.1
Generator shall be owner furnished, contractor installed. Unit shall be 200kW, diesel fueled
with level II acoustic weatherproof enclosure. Coordinate all information with the construction
manager.
PART 3 - EXECUTION
3.1
EXAMINATION
A.
Formally receive pre purchased generator. Engage the generator manufacturer to perform pre
start up checks on the unit prior to accepting for installation. Once accepted, store and handle
unit as detailed in part 3 of this specification.
B.
Examine areas, equipment bases, and conditions, with Installer present, for compliance with
requirements for installation and other conditions affecting packaged engine-generator
performance.
INSTALLATION OF ENGINE GENERATORS
263214 - 3
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
C.
Examine roughing-in of piping systems and electrical connections. Verify actual locations of
connections before packaged engine-generator installation.
D.
Proceed with installation only after unsatisfactory conditions have been corrected.
3.2
INSTALLATION
A.
Comply with packaged engine-generator manufacturers' written installation and alignment
instructions and with NFPA 110.
B.
Install packaged engine generator to provide access, without removing connections or
accessories, for periodic maintenance.
C.
Install packaged engine generator on cast-in-place concrete equipment bases. Comply with
requirements for equipment bases and foundations specified in [Section 033000 "Cast-in-Place
Concrete."] [Section 033053 "Miscellaneous Cast-in-Place Concrete."]
1.
Comply with requirements for vibration isolation devices specified in this section.
D.
Install Schedule 40, black steel piping with welded joints and connect to engine muffler. Install
thimble at wall. Piping shall be same diameter as muffler outlet. Flexible connectors and steel
piping materials and installation requirements are specified in Section 232116 Hydronic Piping
Specialties."
1.
E.
3.3
Install condensate drain piping to muffler drain outlet full size of drain connection with a
shutoff valve, stainless-steel flexible connector, and Schedule 40, black steel pipe with
welded joints. Flexible connectors and piping materials and installation requirements are
specified in Section 232116 Hydronic Piping Specialties."
Electrical Wiring: Install electrical devices furnished by equipment manufacturers but not
specified to be factory mounted.
CONNECTIONS
A.
Piping installation requirements are specified in other Sections. Drawings indicate general
arrangement of piping and specialties.
B.
Connect fuel, cooling-system, and exhaust-system piping adjacent to packaged engine generator
to allow service and maintenance. Coordinate extended generator flue with flue installer.
Generator flue shall discharge 10’ above roof level.
C.
Connect engine exhaust pipe to engine with flexible connector.
D.
Connect fuel piping to engines with a gate valve and union and flexible connector.
E.
Ground equipment according to Section 260526 "Grounding and Bonding for Electrical
Systems." Generator shall be a separately derived power source.
INSTALLATION OF ENGINE GENERATORS
263214 - 4
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
F.
3.4
ICON architecture, inc.
July 17, 2015
Connect wiring according to Section 260519 "Low-Voltage Electrical Power Conductors and
Cables."
IDENTIFICATION
A.
3.5
Identify system components according to Section 230553 "Identification for HVAC Piping and
Equipment" and Section 260553 "Identification for Electrical Systems."
FIELD QUALITY CONTROL
A.
Manufacturer's Field Service: Engage a factory-authorized service representative to inspect,
test, and adjust components, assemblies, and equipment installations, including connections.
Report results in writing.
B.
Perform tests and inspections and prepare test reports.
1.
C.
Manufacturer's Field Service: Engage a factory-authorized service representative to
inspect components, assemblies, and equipment installations, including connections, and
to assist in testing.
Tests and Inspections:
1.
NFPA 110 Acceptance Tests: Perform tests required by NFPA 110 that are additional to
those specified here including, but not limited to, single-step full-load pickup test.
2.
Battery Tests: Equalize charging of battery cells according to manufacturer's written
instructions. Record individual cell voltages.
a.
b.
c.
d.
3.
4.
5.
6.
D.
Measure charging voltage and voltages between available battery terminals for
full-charging and float-charging conditions. Check electrolyte level and specific
gravity under both conditions.
Test for contact integrity of all connectors. Perform an integrity load test and a
capacity load test for the battery.
Verify acceptance of charge for each element of the battery after discharge.
Verify that measurements are within manufacturer's specifications.
Battery-Charger Tests: Verify specified rates of charge for both equalizing and floatcharging conditions.
System Integrity Tests: Methodically verify proper installation, connection, and integrity
of each element of engine-generator system before and during system operation. Check
for air, exhaust, and fluid leaks.
Exhaust-System Back-Pressure Test: Use a manometer with a scale exceeding 40-inch
wg (120 kPa). Connect to exhaust line close to engine exhaust manifold. Verify that
back pressure at full-rated load is within manufacturer's written allowable limits for the
engine.
Exhaust Emissions Test: Comply with applicable government test criteria.
Coordinate tests with tests for transfer switches and run them concurrently.
INSTALLATION OF ENGINE GENERATORS
263214 - 5
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
E.
Test instruments shall have been calibrated within the last 12 months, traceable to standards of
NIST, and adequate for making positive observation of test results. Make calibration records
available for examination on request.
F.
Leak Test: After installation, charge system and test for leaks. Repair leaks and retest until no
leaks exist.
G.
Operational Test: After electrical circuitry has been energized, start units to confirm proper
motor rotation and unit operation.
H.
Test and adjust controls and safeties.
equipment.
I.
Remove and replace malfunctioning units and [retest] as specified above.
J.
Retest: Correct deficiencies identified by tests and observations and retest until specified
requirements are met.
K.
Report results of tests and inspections in writing. Record adjustable relay settings and measured
insulation resistances, time delays, and other values and observations. Attach a label or tag to
each tested component indicating satisfactory completion of tests.
L.
Infrared Scanning: After Substantial Completion, but not more than 60 days after Final
Acceptance, perform an infrared scan of each power wiring termination and each bus
connection. Remove all access panels so terminations and connections are accessible to
portable scanner.
1.
2.
3.
M.
3.6
Replace damaged and malfunctioning controls and
Follow-up Infrared Scanning: Perform an additional follow-up infrared scan 11 months
after date of Substantial Completion.
Instrument: Use an infrared scanning device designed to measure temperature or to
detect significant deviations from normal values. Provide calibration record for device.
Record of Infrared Scanning: Prepare a certified report that identifies terminations and
connections checked and that describes scanning results. Include notation of deficiencies
detected, remedial action taken, and observations after remedial action.
Output circuit breaker settings: Life safety power systems are to selectively coordinate to 0.01s.
Select and set generator main circuit breaker based on outcome from “26057 OVERCURRENT PROTECTIVE DEVICE COORDINATION STUDY”. Engage vendor for
information on circuit breaker to include in overcurrent protective study, and then follow up
with vendor to come to site and reset any circuit breaker settings, or generator controller settings
requiring adjustment prior to completion.
DEMONSTRATION
A.
Engage a factory-authorized service representative to train Owner's maintenance personnel to
adjust, operate, and maintain packaged engine generators.
Refer to Section 017900
"Demonstration and Training."
INSTALLATION OF ENGINE GENERATORS
263214 - 6
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
3.7
ICON architecture, inc.
July 17, 2015
FUEL
A.
Provide all fuel required for testing.
B.
Hand over generator system to owner after all acceptance testing is complete with all generator
fuel tanks fully filled.
END OF SECTION 263213
INSTALLATION OF ENGINE GENERATORS
263214 - 7
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
SECTION 263600 - TRANSFER SWITCHES
(Part of Work of Section 260002 – ELECTRICAL, Trade Bid Required)
PART 1 - GENERAL
1.1
RELATED DOCUMENTS
A.
Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 01 Specification Sections, apply to this Section.
B.
UMass Lowell Campus Electrical Standards; request most up to date standards at time of bid.
1.2
SUMMARY
A.
Section includes transfer switches rated 600 V and less, including the following:
1.
2.
1.3
Automatic transfer switches.
Remote annunciation systems.
ACTION SUBMITTALS
A.
Product Data: For each type of product indicated. Include rated capacities, weights, operating
characteristics, furnished specialties, and accessories.
B.
Shop Drawings: Dimensioned plans, elevations, sections, and details showing minimum
clearances, conductor entry provisions, gutter space, installed features and devices, and material
lists for each switch specified.
1.4
INFORMATIONAL SUBMITTALS
A.
1.5
Qualification Data: For [manufacturer].
CLOSEOUT SUBMITTALS
A.
Operation and Maintenance Data: For each type of product to include in emergency, operation,
and maintenance manuals. In addition to items specified in Section 017823 "Operation and
Maintenance Data," include the following:
1.
2.
Features and operating sequences, both automatic and manual.
List of all factory settings of relays; provide relay-setting and calibration instructions,
including software, where applicable.
TRANSFER SWITCHES
263600 - 1
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
1.6
ICON architecture, inc.
July 17, 2015
QUALITY ASSURANCE
A.
Manufacturer Qualifications: Maintain a service center capable of providing training, parts, and
emergency maintenance repairs within a response period of less than eight hours from time of
notification.
B.
Testing Agency Qualifications: An independent agency, with the experience and capability to
conduct the testing indicated, that is a member company of the InterNational Electrical Testing
Association or is a nationally recognized testing laboratory (NRTL) as defined by OSHA in
29 CFR 1910.7, and that is acceptable to authorities having jurisdiction.
1.
Testing Agency's Field Supervisor: Person currently certified by the InterNational
Electrical Testing Association or the National Institute for Certification in Engineering
Technologies to supervise on-site testing specified in Part 3.
C.
Source Limitations: Obtain [automatic transfer switches] and [remote annunciators]
through one source from a single manufacturer.
D.
Electrical Components, Devices, and Accessories: Listed and labeled as defined in NFPA 70,
by a qualified testing agency, and marked for intended location and application.
E.
Comply with NEMA ICS 1.
F.
Comply with NFPA 70.
G.
Comply with NFPA 110.
H.
Comply with UL 1008 unless requirements of these Specifications are stricter.
1.7
FIELD CONDITIONS
A.
Interruption of Existing Electrical Service: Do not interrupt electrical service to facilities
occupied by Owner or others unless permitted under the following conditions and then only
after arranging to provide temporary electrical service:
1.
2.
1.8
Notify [Construction Manager] no fewer than [seven] days in advance of proposed
interruption of electrical service.
Do not proceed with interruption of electrical service without [Construction Manager's]
written permission.
COORDINATION
A.
Coordinate size and location of concrete bases. Cast anchor-bolt inserts into bases. Concrete,
reinforcement, and formwork requirements are specified in Section 033000 "Cast-in-Place
Concrete."
TRANSFER SWITCHES
263600 - 2
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
PART 2 - PRODUCTS
2.1
MANUFACTURED UNITS
A.
Contactor Transfer Switches:
1.
Manufacturers: Subject to compliance with requirements, [provide products by the
following]
a.
b.
c.
d.
e.
f.
g.
h.
i.
2.2
AC Data Systems, Inc.
Caterpillar; Engine Div.
Emerson; ASCO Power Technologies, LP.
Generac Power Systems, Inc.
GE Zenith Controls.
Kohler Power Systems; Generator Division.
Onan/Cummins Power Generation; Industrial Business Group.
Russelectric, Inc.
Spectrum Detroit Diesel.
GENERAL TRANSFER-SWITCH PRODUCT REQUIREMENTS
A.
Indicated Current Ratings: Apply as defined in UL 1008 for continuous loading and total
system transfer, including tungsten filament lamp loads not exceeding 30 percent of switch
ampere rating, unless otherwise indicated.
B.
Tested Fault-Current Closing and Withstand Ratings: Adequate for duty imposed by protective
devices at installation locations in Project under the fault conditions indicated, based on testing
according to UL 1008.
C.
Solid-State Controls: Repetitive accuracy of all settings shall be plus or minus 2 percent or
better over an operating temperature range of minus 20 to plus 70 deg C.
D.
Resistance to Damage by Voltage Transients: Components shall meet or exceed voltage-surge
withstand capability requirements when tested according to IEEE C62.41. Components shall
meet or exceed voltage-impulse withstand test of NEMA ICS 1.
E.
Electrical Operation: Accomplish by a nonfused, momentarily energized solenoid or electricmotor-operated mechanism, mechanically and electrically interlocked in both directions.
F.
Switch Characteristics: Designed for continuous-duty repetitive transfer of full-rated current
between active power sources.
1.
Switch Action: Double throw; mechanically held in both directions.
2.
Contacts: Silver composition or silver alloy for load-current switching. Conventional
automatic transfer-switch units, rated 225 A and higher, shall have separate arcing
contacts.
G.
Neutral Switching. Where four-pole switches are indicated, provide [neutral pole switched
simultaneously with phase poles].
TRANSFER SWITCHES
263600 - 3
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
ICON architecture, inc.
July 17, 2015
H.
Annunciation, Control, and Programming Interface Components: Devices at transfer switches
for communicating with remote programming devices, annunciators, or annunciator and control
panels shall have communication capability matched with remote device.
I.
Factory Wiring: Train and bundle factory wiring and label, consistent with Shop Drawings,
either by color-code or by numbered or lettered wire and cable tape markers at terminations.
Color-coding and wire and cable tape markers are specified in Section 260553 "Identification
for Electrical Systems."
1.
2.
3.
J.
2.3
Designated Terminals: Pressure type, suitable for types and sizes of field wiring
indicated.
Power-Terminal Arrangement and Field-Wiring Space: Suitable for top, side, or bottom
entrance of feeder conductors as indicated.
Control Wiring: Equipped with lugs suitable for connection to terminal strips.
Enclosures: General-purpose NEMA 250, Type [1] complying with NEMA ICS 6 and UL 508,
unless otherwise indicated.
AUTOMATIC TRANSFER SWITCHES
A.
Comply with Level 1 equipment according to NFPA 110.
B.
Switching Arrangement: Double-throw type, incapable of pauses or intermediate position stops
during normal functioning, unless otherwise indicated.
C.
Manual Switch Operation: Under load, with door closed and with either or both sources
energized. Transfer time is same as for electrical operation. Control circuit automatically
disconnects from electrical operator during manual operation.
D.
Manual Switch Operation: Unloaded. Control circuit automatically disconnects from electrical
operator during manual operation.
E.
Signal-Before-Transfer Contacts: A set of normally open/normally closed dry contacts operates
in advance of retransfer to normal source. Interval is adjustable from 1 to 30 seconds.
F.
Digital Communication Interface: Matched to capability of remote annunciator or annunciator
and control panel.
G.
Automatic Transfer-Switch Features:
1.
2.
Undervoltage Sensing for Each Phase of Normal Source: Sense low phase-to-ground
voltage on each phase. Pickup voltage shall be adjustable from 85 to 100 percent of
nominal, and dropout voltage is adjustable from 75 to 98 percent of pickup value.
Factory set for pickup at 90 percent and dropout at 85 percent.
Adjustable Time Delay: For override of normal-source voltage sensing to delay transfer
and engine start signals. Adjustable from zero to six seconds, and factory set for one
second.
TRANSFER SWITCHES
263600 - 4
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
3.
4.
5.
6.
7.
Voltage/Frequency Lockout Relay: Prevent premature transfer to generator. Pickup
voltage shall be adjustable from 85 to 100 percent of nominal. Factory set for pickup at
90 percent. Pickup frequency shall be adjustable from 90 to 100 percent of nominal.
Factory set for pickup at 95 percent.
Time Delay for Retransfer to Normal Source: Adjustable from 0 to 30 minutes, and
factory set for 10 minutes to automatically defeat delay on loss of voltage or sustained
undervoltage of emergency source, provided normal supply has been restored.
Test Switch: Simulate normal-source failure.
Switch-Position Pilot Lights: Indicate source to which load is connected.
Source-Available Indicating Lights: Supervise sources via transfer-switch normal- and
emergency-source sensing circuits.
a.
b.
8.
9.
10.
11.
12.
Normal Power Supervision: Green light with nameplate engraved "Normal Source
Available."
Emergency Power Supervision: Red light with nameplate engraved "Emergency
Source Available."
Unassigned Auxiliary Contacts: Two normally open, single-pole, double-throw contacts
for each switch position, rated 10 A at 240-V ac.
Transfer Override Switch: Overrides automatic retransfer control so automatic transfer
switch will remain connected to emergency power source regardless of condition of
normal source. Pilot light indicates override status.
Engine Starting Contacts: One isolated and normally closed, and one isolated and
normally open; rated 10 A at 32-V dc minimum.
Engine Shutdown Contacts: Time delay adjustable from zero to five minutes, and factory
set for five minutes. Contacts shall initiate shutdown at remote engine-generator controls
after retransfer of load to normal source.
Engine-Generator Exerciser: Solid-state, programmable-time switch starts engine
generator and transfers load to it from normal source for a preset time, then retransfers
and shuts down engine after a preset cool-down period. Initiates exercise cycle at preset
intervals adjustable from 7 to 30 days. Running periods are adjustable from 10 to 30
minutes. Factory settings are for 7-day exercise cycle, 20-minute running period, and 5minute cool-down period. Exerciser features include the following:
a.
b.
c.
2.4
ICON architecture, inc.
July 17, 2015
Exerciser Transfer Selector Switch: Permits selection of exercise with and without
load transfer.
Push-button programming control with digital display of settings.
Integral battery operation of time switch when normal control power is not
available.
REMOTE ANNUNCIATOR SYSTEM
A.
Functional Description: Remote annunciator panel shall annunciate conditions for indicated
transfer switches. Annunciation shall include the following:
1.
2.
3.
Sources available, as defined by actual pickup and dropout settings of transfer-switch
controls.
Switch position.
Switch in test mode.
TRANSFER SWITCHES
263600 - 5
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
4.
B.
Failure of communication link.
Annunciator Panel: LED-lamp type with audible signal and silencing switch.
1.
2.
3.
4.
2.5
ICON architecture, inc.
July 17, 2015
Indicating Lights: Grouped for each transfer switch monitored.
Label each group, indicating transfer switch it monitors, location of switch, and identity
of load it serves.
Mounting: Flush, modular, steel cabinet, unless otherwise indicated.
Lamp Test: Push-to-test or lamp-test switch on front panel.
REMOTE ANNUNCIATOR AND CONTROL SYSTEM
A.
Functional Description: Include the following functions for indicated transfer switches:
1.
2.
3.
4.
5.
6.
7.
B.
2.6
Indication of sources available, as defined by actual pickup and dropout settings of
transfer-switch controls.
Indication of switch position.
Indication of switch in test mode.
Indication of failure of digital communication link.
Key-switch or user-code access to control functions of panel.
Control of switch-test initiation.
Control of time-delay bypass for transfer to normal source.
Malfunction of annunciator, annunciation and control panel, or communication link shall not
affect functions of automatic transfer switch. In the event of failure of communication link,
automatic transfer switch automatically reverts to stand-alone, self-contained operation.
Automatic transfer-switch sensing, controlling, or operating function shall not depend on
remote panel for proper operation.
SOURCE QUALITY CONTROL
A.
Factory test and inspect components, assembled switches, and associated equipment. Ensure
proper operation. Check transfer time and voltage, frequency, and time-delay settings for
compliance with specified requirements. Perform dielectric strength test complying with
NEMA ICS 1.
PART 3 - EXECUTION
3.1
INSTALLATION
A.
Annunciator and Control Panel Mounting: Flush in wall, unless otherwise indicated.
B.
Identify components according to Section 260553 "Identification for Electrical Systems."
C.
Set field-adjustable intervals and delays, relays, and engine exerciser clock.
TRANSFER SWITCHES
263600 - 6
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
3.2
ICON architecture, inc.
July 17, 2015
CONNECTIONS
A.
Wiring to Remote Components: Match type and number of cables and conductors to control
and communication requirements of transfer switches as recommended by manufacturer.
Increase raceway sizes at no additional cost to Owner if necessary to accommodate required
wiring.
B.
Ground equipment according to Section 260526 "Grounding and Bonding for Electrical
Systems."
C.
Connect wiring according to Section 260519 "Low-Voltage Electrical Power Conductors and
Cables."
3.3
FIELD QUALITY CONTROL
A.
Perform the following tests and inspections[ with the assistance of a factory-authorized
service representative]:
1.
2.
3.
After installing equipment and after electrical circuitry has been energized, test for
compliance with requirements.
Perform each visual and mechanical inspection and electrical test stated in NETA
Acceptance Testing Specification. Certify compliance with test parameters.
Measure insulation resistance phase-to-phase and phase-to-ground with insulationresistance tester. Include external annunciation and control circuits. Use test voltages
and procedure recommended by manufacturer. Comply with manufacturer's specified
minimum resistance.
a.
b.
c.
d.
4.
Check for electrical continuity of circuits and for short circuits.
Inspect for physical damage, proper installation and connection, and integrity of
barriers, covers, and safety features.
Verify that manual transfer warnings are properly placed.
Perform manual transfer operation.
After energizing circuits, demonstrate interlocking sequence and operational function for
each switch at least three times.
a.
b.
c.
d.
e.
f.
Simulate power failures of normal source to automatic transfer switches and of
emergency source with normal source available.
Simulate loss of phase-to-ground voltage for each phase of normal source.
Verify time-delay settings.
Verify pickup and dropout voltages by data readout or inspection of control
settings.
Perform contact-resistance test across main contacts and correct values exceeding
500 microhms and values for 1 pole deviating by more than 50 percent from other
poles.
Verify proper sequence and correct timing of automatic engine starting, transfer
time delay, retransfer time delay on restoration of normal power, and engine cooldown and shutdown.
TRANSFER SWITCHES
263600 - 7
North Quad Infrastructure Renewal
UMass Lowell, Lowell, MA
UMBA Project No. UMBA 13-L2
5.
ICON architecture, inc.
July 17, 2015
Ground-Fault Tests: Coordinate with testing of ground-fault protective devices for power
delivery from both sources.
a.
Verify grounding connections and locations and ratings of sensors.
B.
Coordinate tests with tests of generator and run them concurrently.
C.
Report results of tests and inspections in writing. Record adjustable relay settings and measured
insulation and contact resistances and time delays. Attach a label or tag to each tested
component indicating satisfactory completion of tests.
D.
Remove and replace malfunctioning units and retest as specified above.
E.
Prepare test and inspection reports.
F.
Infrared Scanning: After Substantial Completion, but not more than 60 days after Final
Acceptance, perform an infrared scan of each switch. Remove all access panels so joints and
connections are accessible to portable scanner.
1.
2.
3.
3.4
Follow-up Infrared Scanning: Perform an additional follow-up infrared scan of each
switch 11 months after date of Substantial Completion.
Instrument: Use an infrared scanning device designed to measure temperature or to
detect significant deviations from normal values. Provide calibration record for device.
Record of Infrared Scanning: Prepare a certified report that identifies switches checked
and that describes scanning results. Include notation of deficiencies detected, remedial
action taken, and observations after remedial action.
DEMONSTRATION
A.
[Engage a factory-authorized service representative to train] Owner's maintenance
personnel to adjust, operate, and maintain transfer switches and related equipment as specified
below. Refer to Section 017900 "Demonstration and Training."
B.
Coordinate this training with that for generator equipment.
END OF SECTION 263600
TRANSFER SWITCHES
263600 - 8