Buildings & Grounds Committee
,
Committee Meeting
http://www.cortland-co.org
~ Agenda ~
Tuesday, November 4, 2014
9:00 AM
Room 304
CALL TO ORDER
Attendee Name
Legislative District 3 Thomas P. Hartnett
Legislative District 4 Richard Bushnell
Chair Gordon Wheelock
Legislative District 8 Donnell Boyden
Legislative District 17 Charles Sudbrink
Present
Absent
Late















Arrived
MINUTES
Buildings & Grounds Committee - Committee Meeting - Aug 12, 2014 9:00 AM
RESOLUTIONS
Building & Grounds
Information Technology
Safety Office
DISCUSSION/REPORTS
1. Parking Lots
2. SmartWatt - Energy Performance Contract
3. Departmental Activity Report
4. Auditorium Lighting
1
CORTLAND COUNTY HIGHWAY DEPARTMENT
COUNTY PARKING LOTS - COST ESTIMATE - PRELIMINARY
RJB
10/22/14
NOTES:
- LABOR & EQUIP COSTS ESTIMATED USING COUNTY HIGHWAY FORCES --- MATERIALS AND CONTRACTORS USING EXISTING COUNTY CONTRACTS
- EST DOES NOT INCLUDE COSTS FOR ANY RECOMMENDED MAINTENANCE ITEMS
- EST. DOES NOT INCLUDE COST OF PAVMENT STRIPING FOR PARKING SPACES
PROPOSED WORK - ALL LOTS
Initial Work:
1) Selected Pavement Repairs - milling selected areas @ 2-inch depth & paving with Type 3 Binder
2) Tunnel "Courtyard" area will be milled and paved @ 3-inch depth with Type 3 Binder
3) Sally Port Pavement area will be reconstructed for improved drainage
4) Single-course Oil & Stone Surface Treatment
Reccommended Maintenance:
1) Crack Sealing - Annual basis
2) Oil & Stone Surface Treatment - Reccommended on 5 year cycle - Based on inspection
PROJECTED PROJECT SERVICE LIFE W/ RECCOMMENDED MAINTENANCE = 15 YEARS
LOCATION
MATERIAL OR WORK ITEM
UNIT
QUANTITY
C.O.B. LOTS
MEASURED AREA
HOT MIX ASPH TYPE 3 BINDER
MILLING EXIST PAVT. UP TO 3 IN. DEPTH
HFRS-2 - SURF TR.
1A STONE - SURF TR.
ENGINEERING
20% CONTINGENCIES
S.F.
TON
S.Y.
GAL
TON
L.S.
L.S.
97,000
242
2,156
4,149
119
1
1
LOCATION
MATERIAL OR WORK ITEM
UNIT
QUANTITY
COURT HOUSE / PSB LOT
MEASURED AREA
HOT MIX ASPH TYPE 3 BINDER
MILLING EXIST PAVT. UP TO 3 IN. DEPTH
EXCAV & REGRADE SUBBASE NEAR SALLY PORT
HFRS-2 - SURF TR.
1A STONE - SURF TR.
ENGINEERING
20% CONTINGENCIES
S.F.
TON
S.Y.
S.Y.
GAL
TON
L.S.
L.S.
67,000
335
2,978
250
2,606
74
1
1
LABOR
$
$
$
$
$
$
$
----11,232.00
8,424.00
2,808.00
3,120.00
4,492.80
30,076.80
EQUIPMENT
$
$
$
$
$
$
$
LABOR
$
$
$
$
$
$
$
$
----15,516.37
11,637.28
14,040.00
2,808.00
4,680.00
6,633.06
55,314.71
----15,680.00
11,640.00
4,480.00
2,000.00
6,360.00
40,160.00
MATERIALS
$
$
$
$
$
$
$
EQUIPMENT
$
$
$
$
$
$
$
$
----21,661.03
16,080.00
19,400.00
4,480.00
3,000.00
8,592.00
73,213.03
----18,180.23
1,541.22
3,944.29
23,665.74
CONTRACTOR
$
$
$
$
$
$
$
MATERIALS
$
----25,114.95
$
$
$
$
$
$
3,026.67
967.78
798.89
29,908.28
----2,600.00
4,268.00
9,336.25
3,240.85
19,445.10
TOTAL COST
$
$
$
$
$
$
$
----47,692.23
24,332.00
16,624.25
1,541.22
5,120.00
18,037.94
113,347.64
C.O.B. LOTS $
120,000
CONTRACTOR
----67,492.35
33,613.28
36,466.67
13,150.50
967.78
7,680.00
18,375.64
177,746.22
COURT HOUSE / PSB LOT $
180,000
1.a
Packet Pg. 2
$
$
$
$
$
$
$
$
$
$
$
$
$
$
$
$
----5,200.00
5,896.00
5,862.50
2,351.70
19,310.20
TOTAL COST
Attachment: COUNTY PARKING LOT PAVEMENT PROJECT - HWY DEPT COST ESTIMATE 102114 (2260 : Parking Lots)
LOCATION
MATERIAL OR WORK ITEM
UNIT
QUANTITY
37 CHURCH ST. LOT
MEASURED AREA
HOT MIX ASPH TYPE 3 BINDER
MILLING EXIST PAVT. UP TO 3 IN. DEPTH
HFRS-2 - SURF TR.
1A STONE - SURF TR.
ENGINEERING
20% CONTINGENCIES
S.F.
TON
S.Y.
GAL
TON
L.S.
L.S.
12,000
30
267
467
13
1
1
LOCATION
MATERIAL OR WORK ITEM
UNIT
QUANTITY
DSS LOT
MEASURED AREA
HOT MIX ASPH TYPE 3 BINDER
MILLING EXIST PAVT. UP TO 3 IN. DEPTH
HFRS-2 - SURF TR.
1A STONE - SURF TR.
ENGINEERING
20% CONTINGENCIES
S.F.
TON
S.Y.
GAL
TON
L.S.
L.S.
6,000
15
133
233
7
1
1
LABOR
$
$
$
$
$
$
$
----1,404.00
1,404.00
1,404.00
624.00
967.20
5,803.20
EQUIPMENT
$
$
$
$
$
$
$
LABOR
$
$
$
$
$
$
$
----1,404.00
1,404.00
1,404.00
624.00
967.20
5,803.20
----1,360.00
1,340.00
1,040.00
400.00
828.00
4,968.00
MATERIALS
$
----2,249.10
$
173.33
$
$
484.49
2,906.92
EQUIPMENT
$
$
$
$
$
$
$
----1,360.00
1,340.00
1,040.00
400.00
828.00
4,968.00
CONTRACTOR
----$
$
$
$
$
$
$
----5,013.10
3,272.00
3,494.00
173.33
1,024.00
2,595.29
15,571.72
37 CHURCH ST. LOT $
16,000
$
$
$
$
$
$
$
MATERIALS
$
----1,124.55
$
86.67
$
$
242.24
1,453.46
TOTAL COST
528.00
1,050.00
315.60
1,893.60
CONTRACTOR
TOTAL COST
----$
$
$
$
$
$
$
$
$
$
$
$
$
$
----3,888.55
3,008.00
2,969.00
86.67
1,024.00
2,195.24
13,171.46
DSS LOT SAY $
14,000
264.00
525.00
157.80
946.80
TOTAL ALL LOTS =
$
330,000
1.a
Packet Pg. 3
Attachment: COUNTY PARKING LOT PAVEMENT PROJECT - HWY DEPT COST ESTIMATE 102114 (2260 : Parking Lots)
Attachment: DOC102814-10282014084239 (2262 : SmartWatt - Energy Performance Contract)
2.a
Packet Pg. 4
Attachment: DOC102814-10282014084239 (2262 : SmartWatt - Energy Performance Contract)
2.a
Packet Pg. 5
Attachment: DOC102814-10282014084239 (2262 : SmartWatt - Energy Performance Contract)
2.a
Packet Pg. 6
Attachment: DOC102814-10282014084239 (2262 : SmartWatt - Energy Performance Contract)
2.a
Packet Pg. 7
3.a
October 2014 - BUILDINGS & GROUNDS
September – 0- Days at full staff due to vacations, illness, etc.
CUSTODIAL STAFF
Attachment: Departmental activities reportI (2263 : Departmental Activity Report)
**** Note – 1 - Custodian Application received 10/16, Review and interview process
commenced
Daily cleaning of Court House, County Office Building, 37 Church St., PSB
Mental Health 3 times per week
Horizon House has been scaled back to “as needed “
Highway 2 times per week, Cortlandville Training Center – once per week
Contingency plan as most days needed to back up for absenteeism
Performed custodial duties at the Landfill one time per week
Prepared Grand Jury for court
Continued Health Dept. renovations – painting & carpet
Hard floor maintenance in the COB
HVAC STAFF
Daily HVAC maintenance
Addressed complaints regarding heat and cooling– mechanical, pneumatic & electronic
Perform annual maintenance on roof top units @ COB
Commenced roof top A/C installation for Telephone room
Assisted with dryer repair, motor replacement – Jail
MAINTENANCE STAFF
Completed work orders –
Outdoor Maintenance – trash, ash containers,
Recycling including cardboard
Set up & Tear down for Senior Bazaar
Completed trimming of trees
Installing sound deadening wall extensions – Health Dept.
Completed Jail dryer repair – replaced motor
Continued Health Dept. renovations on an expedited schedule
Assisted with Pumpkin Fest activities
Completed Veteran’s Memorial Park upgrade
Set up and tear down for Bloodmobile & Employee Wellness Expo
Foreperson- Returned 9/2/14
Assisted with contract vendors to facilitate their tasks as written in their agreements.
Supervise the daily activities of the maintenance and cleaning staff. Continued putting in
place monthly meetings dealing with safety measures that we deal with on a daily basis,
such as heights, confined space, lifting, fall protection, safety equipment, and many more
issues important to keeping our accident record clean, Attended B&G Committee
meeting, attended B&G Budget review, assisted with Health Department renovations,
Packet Pg. 8
3.a
Completed masonry repairs to Veteran’s Memorial Park, Attended Enterprise lease
review
SUPERINTENDENT
Attachment: Departmental activities reportI (2263 : Departmental Activity Report)
Daily tasks related to the operations of the Department to include: mail, phone calls,
processing bills, personnel scheduling, personnel record keeping, etc.
Meetings with Annette Barber, Building Maintenance Mechanics, Senior Cleaner,
Gordon Wheelock, Keith Dayton, Kristen Monroe Catherine Feuerherm, Smart Watt –
Energy conservation measures, Hummel Office Supply reps – Space design, Garland reps
– Building envelope repair, Highway Dept.- Parking Lots
Attended B&G Committee meeting
Recorded Regular Legislative session, Special Budget meeting, Budget Public Hearing
Continued bi-weekly accrual maintenance
Coordinated next phase of Health Dept. renovation
Completed 2015 Budget Review
Conducted space review tour for Legislators
PENDING PROJECTS in no particular order
Legislative Chambers Renovations – Completed
Carpet installation (585 sq. yds.), renovations, and employee relocation – Health Dept. –
Completed painting in (4) offices, Conference Room, Cathy Feuerherm’s suite
Wall enclosures – DSS – Completed
Drainage inlet repair – CH parking lot
Drainage problem Veteran’s Memorial park
Installation of circulating pump – COB Boilers completed
Assist IT with PSB security – Completed
Fire Alarm replacement – HB4 – Completed
Exterior lighting project Highway – Completed
Replace 6” sprinkler valve Recycling - Completed
Packet Pg. 9
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
4.a
DesignOverview
CortlandCountyOfficeBuilding
AuditoriumLighting
ProjectContacts:
BrianDonald,PE,GeneralManager,RochesterOffice
585.598.3900
bdonald@smartwattinc.com
TomCariola,LCProjectEngineer
585.598.3900
tcariola@smartwattinc.com
A. OverallDesignandProjectSummary
SmartWattEnergy,Inc.hasworkedwithCortlandCountytodesignthisprojecttoaccomplish
thefollowingobjectivesintheAuditorium:
1. Achievesignificantenergysavings.
2. Regaintheabilitytouseanddimthelightingintheauditorium.
3. Reducelong‐termmaintenancecosts.
B. KeyAssumptions:
1. Thecostforelectricityis$.0735/KWhand$17/KW
2. Auditoriumhoursofoperationare20hours/week.
SmartWatt Energy, Inc. • 888-348-0080
www.smartwattinc.com
Prepared by: SmartWatt Energy, Inc
Packet Pg. 10
1 of 19
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
CONFIDENTIAL
10/13/14
4.a
C. DescriptionofScopeofWork
ExistingConditions:
 Thereare(12)1500wattincandescentfixturessuspendedfromtheceilingof
theAuditorium
 Thefixturesarecontrolledbyanantiquateddimmingsystemthatdoesnot
functionproperly.Thispanelisoutdatedandpartsrequiredtorestoreitsfull
functionalityarenolongermanufactured.
 Thereare(3)existingdimmerwallcontrolstationswithintheAuditoriumthat
weredesignedtoturnthelightsonat10%‐40%‐70%and100%,noneofwhich
arecurrentlyworking.Therearemultiplecircuitsinthedimmingpanelthatdo
notfunction.Lessthanhalfthelightswilleventurnon.
 Thereare(18)95WPar38HalogenTrack‐MountedLights
ScopeofWork:
 Weareproposingtoreplacetheexistingfixtureswithnew82wattCooper
LightingLEDcylinderfixtures.Thenewfixtureswillbehungatthesameheight
astheexistingfixturestomaintainthecurrentlookandfeel.
 Thetracklightswillbereplacedwith17WPar38LEDLamps
 Thenewfixtureswillbe3000Kcolortemperature.
 Theexistingdimmingpanelwillberemoved.AnewLutronGrafix‐eyedimmer
controllerwillbeinstalled.Existingwiringtoswitchlocationswillberemoved,
andnewLutroncontrolwirewillberuntoexistingswitchlocations.
 New0‐10vdimmingwirewillberunthroughtheatticspaceabovethe
Auditoriumtoeachfixturelocation.
 Existingswitchlocationswillremain,andnewdimmingcontrollerswillbe
installed.
 Thenewdimmingcontrolswillbeprogrammedtocontrolthelightswitha10%‐
40%‐70%‐100%dimmingscheme.
D. Rebate
This project is eligible for a Custom Rebate from National Grid at $.0131/ KWH saved which totals $2,685. A preapproval is required. E. Warranty
Allproductsandworkmanshipwillbeunderwarrantyasfollows:
1. Workmanship–1year
2. Fixtures–5years
3. DimmingSystem–1year
SmartWatt Energy, Inc. • 888-348-0080
www.smartwattinc.com
Prepared by: SmartWatt Energy, Inc
Packet Pg. 11
2 of 19
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Cortland County Office Building
Auditorium Lighting Proposal
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
4.a
10/13/2014
Executive Summary‐Auditorium Lighting and Control System
Overall System Investment:
$15,974.33
$11,012.27
$0.00
$26,986.59
‐$2,864.63
$24,121.97
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Lighting Investment:
Installation, Disposal and Labor Costs:
*Sales Tax:
Total Investment:
Utility Incentives:
**Total Out of Pocket Investment:
Value Analysis:
Annual Energy Savings:
Monthly Energy Savings:
Simple Payback Period (months):
$5,171.03
$430.92
55.98
Maintenance Summary
Annual Maintenance Savings (recurring):
Payback After Maintenance Savings (Months):
$93.86
54.98
* If project is filed as a capital improvement, sales tax will not be charged.
**Incentive and pricing is guaranteed within 90 days of proposal date.
Prepared by: SmartWatt Energy, Inc
Packet Pg. 12
3 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Savings Projections
Existing Conditions
Number of Baseline
Fixtures
Baseline
KW
Baseline Demand Charge
Baseline Annual kWh
Baseline Annual
kWh Cost
Total Annual Baseline Cost
30
19.71
$4,023.21
20,555
$1,509.96
$5,533.17
Number of Proposed
Fixtures
Proposed
KW
Proposed Demand Charge
Proposed Annual kWh
Proposed kWh Cost
Total Annual
Proposed Cost
30
1.29
$263.31
1,345
$98.83
$362.14
Proposed Lighting Energy Savings Summary
KW Demand
Savings
18.42
Annual kWh
Savings
19,209
Cost Savings
Monthly
Cost Savings
Annual
Cost Savings
$430.92
$5,171.03
93.46% Reduction in total lighting cost
4.a
Packet Pg. 13
Attachment: Cortland Auditorium
Lighting 10132014 (2261 : Auditorium Lighting)
Prepared by: SmartWatt Energy, Inc
4 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
4.a
Lighting Systems Comparison
The bar chart below shows the annual electrical cost comparison between the two lighting systems.
Lighting Cost Comparison
$6,000.00
$5,000.00
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
$4,000.00
$3,000.00
$2,000.00
$1,000.00
$0.00
Baseline Annual Lighting Cost
Proposed Annual Lighting Cost
The bar chart below shows the annual energy consumption comparison between the two lighting systems.
Energy (Kwh) Comparison
25,000
20,000
15,000
10,000
5,000
0
Baseline Kwh
Proposed Kwh
The bar chart below shows the Peak KW Demand comparison between the two lighting systems.
Peak Demand (KW) Comparison
25.00
20.00
15.00
10.00
5.00
0.00
Baseline KW
Proposed KW
Prepared by: SmartWatt Energy, Inc
Packet Pg. 14
5 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Pre‐Install (Baseline)
Action Map Location
#
#
Location
Description
# of Baseline
Fixtures
Pre‐Install Fixture
Code
Pre Watts
Pre
Per Fixture KW Demand
Post‐Install (Proposed)
Pre Hours of Annual Operation
Pre Kwh
Proposed
# of Fixtures
Proposed Fixture
Code
Proposed Sensor
System
Energy Savings
Proposed Proposed
Watts
KW per Demand
Fixture
Proposed
Annual Hours of Proposed
Annual Kwh
Operation
KW Demand
Saved
Kwh
Saved
1
1
Auditorium 12
I/1500
1,500
18.00
1,043
18,771
12
New Cooper 82 watt Portfolio LED pendant mount cylinder fixture
Low Voltage Dimming Panel
82
0.98
1,043
1,026
17.02
17,745
2
1
Auditorium‐Track Lighting
18
I/95
95
1.71
1,043
1,783
18
Re‐lamp with 17W LED Par38 Lamp
‐
17
0.31
1,043
319
1.40
1,464
20,555
30
1,345
18
19,209
30
19.71
1.29
4.a
Packet Pg. 15
Attachment: Cortland Auditorium
Lighting 10132014 (2261 : Auditorium Lighting)
Prepared by: SmartWatt Energy, Inc
6 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
4.a
How can lighting damage the environment?
Although it appears innocuous, lighting causes air pollution. Each day, your local power plant will commonly burn coal, oil, and gas to generate electricity for your lighting system as well as for your other electrical needs. While burning these fossil fuels produces a readily available and instantaneous supply of electricity, it also generates air pollutants: carbon dioxide ( CO2), sulfur dioxide (SO2), and nitrogen oxides (NOx).
Air pollution causes global warming, acid rain, and smog.
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Each of these pollutants causes environmental damage. Carbon dioxide (CO2) causes global warming, sulfur dioxide (SO2) causes acid rain, and nitrogen oxides (NOx) cause both acid rain and smog.
Your lighting project will help to decrease air pollution and environmental damage by the following amounts each year:
28,814
pounds of Carbon Dioxide
48,024
grams of Sulfur Dioxide 111,415
grams of Nitrogen Oxides
By removing these quantities of pollutants from the air, your lighting project will have the same affect on the environment as:
Planting
4
acres of trees
Removing
3
cars from the road each year or
Saving
1,746
gallons of gasoline each year
Source: U.S. Environmental Protection Agency
Prepared by: SmartWatt Energy, Inc
Packet Pg. 16
7 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
4.a
PORTFOLIO TM
DES C R IPTION
Round cylinder fixture in choice of white, matte black, bronze or silver
finish can be used to blend with or accent varying architectural styles.
Two-stage reflector system produces smooth distribution with excellent
light control and low aperture brightness. Available in 80 or 90 CRI. 4000,
5000, 6000 or 6500 lumens with color temperatures of 2700K, 3000K,
3500K, 4000K. Suitable for commercial construction and exceeds high
efficacy requirements (with designated trims) for IECC-2009. Pendant kits
allow unit to be stem hung on ceilings with up to 45° slope. Suitable for
commercial construction and exceeds high efficacy requirements (with
designated trims) for T24. Energy Star qualified.
Type
Catalog #
Project
Date
Comments
Prepared by
SPE C IFIC A TION FEA T U R E S
Lo w e r S h i e l d i n g Re fl e c tor
Mounti ng
Self-flanged, spun 0.062" thick
aluminum lower reflector in
combination with a lensed upper
optical chamber provides superior
lumen output with minimal source
brightness. Available in all Portfolio
Alzak® finishes.
Mounting canopy installs to ceiling
mounted junction box.
Lower reflector is retained with two
torsion springs holding the flange
tightly to the cylinder.
H ou s i n g
Round seamless .060 spun
aluminum housing available in
white, bronze, silver or matte black.
L ED
LED system contains a plurality
of high brightness white LED’s
combined with a high reflectance
upper reflector and transitional lens
producing even distribution with
no pixilation. Designed for 50,000
hours at 70% lumen maintenance.
Auto resetting, thermally protected.
Color variation within 3-step
MacAdam ellipses. Available in 80
or 90 CRI.
Co d e Co mplian ce
Thermally protected and cULus
listed for protected wet locations.
EMI/RFI emissions per FCC 47CFR
Part 18 Class B consumer limits.
RoHS Compliant. Photometric
testing completed in accordance
with IES LM 79 standards. LED life
testing completed in accordance
with LM 80 standards.
LCR8A
ER8
8L
Warran ty
5 year warranty.
D ri v e r
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Trim Retention
120V trailing edge phase cut driver
provides flicker free dimming from
100% to 10%. Optional 1% 0-10V,
Fifth Light or Lutron® Ecosystem.
Combination 120-277V 0-10V or
4000 Lumen LED
5000 Lumen LED
6000 Lumen LED
6500 Lumen LED
STEPREPEAT>
8-Inch Ceiling Mount
Cylinder Downlight
15-7/8"
[403mm]
Qualified and Compliant. Refer to the
ENERGY STAR® Qualified Product List
and CEC (T24) Appliance Database
for listings.
ENERGY DATA
Sound Rating: Class A standards
(Values at non-dimming line voltage)
Minimum Starting Temperature: -20°C (-4°F)
EMI/RFI: FCC Title 47 CFR, Part 15, Class B (Consumer)
Power Factor: >0.90
4000 Lumen D010TE
Input Power: 56W
THD: <17%
120V Input Current: .46A
277V Input Current: .20A
Maximum Non-IC Ambient Continuous
Input Frequency: 50-60Hz
5000 Lumen D010TE
Input Power: 60W
THD: <17%
120V Input Current: .50A
277V Input Current: .22A
Maximum Non-IC Ambient Continuous
Input Frequency: 50-60Hz
6000 Lumen D010TE
8-3/8"
[213mm]
9-1/2"
[235mm]
Input Power: 70W
THD: <17%
120V Input Current: .58A
277V Input Current: .25A
Maximum Non-IC Ambient Continuous
Input Frequency: 50-60Hz
6500 Lumen D010
Input Power: 82W
THD: <17%
120V Input Current: .70A
277V Input Current: .30A
Maximum Non-IC Ambient Continuous
Input Frequency: 50-60Hz
Specifications and dimensions subject to change without notice.
Consult your representative for additional options and finishes.
Prepared by: SmartWatt Energy, Inc
ADP130415
2014-04-04 09:21:21
Packet
Pg. 17
8 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
LCR8A ER8 8L
4.a
OR D ER ING INFOR M A TION
EXAMPLE: LC R 8 A 40 D E 010 P ER8A40835 8LW 0LI=8” LED Wide Beam Reflector Lens, 40 0 0 Lu m en , 3,50 0 K Co lo r w it h Un i ver sal 120 - 277V, 0 - 10 D r i ver
Lumens
LCR8A=8" Aperture,
Cylinder
D ri ve r
Finish
Pow e r M o d u l e
4000, 5000, 6000 Lumen
P=White
D010TE=120-277V 0-10V 10%
MB=Matte Black
Dimming or trailing edge 120V
SL=Painted Silver
DE010=120-277V 0-10V 1%
BZ=Bronze
Dimming1
D5LT=120-277 Fifth light (DALI)
Dimming1
D010TR=0-10V 120-277V Dimming or
120V Leading Edge
DL3=120-277V, 1 to 100%
Lutron® Dimming
6500 Lumen
D010=10 to 100% dimming,
120-277V, 50/60Hz, 0-10V
DE010=0-10V 120-277V 1% Dimming
40=4000
Lumens
50=5000
Lumens
60=6000
Lumens
65=6500
Lumens
R e fl e c to r
ER8A=8" Module
Lumens
40=4000 Lumens
50=5000 Lumens
60=6000 Lumens
65=6500 Lumens
Finish
8LN0=8" Narrow Reflector, White Polymer Trim Ring
8LM0=8" Medium Reflector, White Polymer Trim
Ring
8LW0=8" Wide Reflector, White Polymer Trim Ring
LI=Specular Clear
H=Semi-Specular Clear
WMH= Warm Haze
G=Specular Gold
WH=Wheat
WHH=Wheat Haze
GP=Graphite
GPH=Graphite Haze
B=Specular Black
W=Gloss White
CRI
Color
8=80 CRI
9=90 CRI
27=2700° K
30=3000° K
35=3500° K
40=4000° K
A c c e s s o ri e s
8LM0 Only
BB=Black Baffle
WB=White
Baffle
1. 30ºC maximum ambient temperature
Pendant Kit
L836P=Pendant Kit, White, 36"
L836BZ=Pendant Kit, Bronze, 36"
L836MB=Pendant Kit, Matte Black, 36"
L836SL=Pendant Kit, Painted Silver,
36"
Pendant Kit Aircraft Cable
LAC120P=120" Aircraft Cable- White
LAC48P=48" Aircraft Cable- White
LAC120MB=120" Aircraft Cable- Black
LAC48MB=48" Aircraft Cable- Black
Type
120 = 3 conductor for use with 120V
or 277V 2-wire Dimming
Blank = 5 conductor for use with 0-10V
Dimming drivers
DL3 = 6 conductor for use with DL3
3-wire Dimming drivers
D5LT = 5 conductor for use with D5LT
drivers
Example: LAC 48P 48"cable with white cord for use with 0-10V driver
PHOTOM ETR IC S
CANDLEPOWER DISTRIBUTION
CANDELA TABLE
Downlight
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P112279
LCR8A50D010TE ER8A50835 8LM0LI
4806 Lm
85.8 Lm/W
3500K
0.8
2500
60º
5000
45º
7500
15º
30º
CONE OF LIGHT
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
Initial
Footcandles
at Nadir
40
28
16
11
8
Beam
Diameter
10
12
16
19
22
CANDLEPOWER DISTRIBUTION
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P112407
LCR8A50D010TE ER8A50835 8LN0LI
4457 Lm
79.5 Lm/W
3500K
0.6
1600
60º
3200
45º
15º
Candela
6241
6365
5155
3378
1532
306
26
65
0
75
1
85
0
90
0
CANDELA TABLE
Downlight
4800
Degrees
Vertical
0
5
15
25
35
45
55
30º
CONE OF LIGHT
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
Initial
Footcandles
at Nadir
62
43
24
17
12
Beam
Diameter
6
8
11
13
15
Degrees
Vertical
0
5
15
25
35
45
55
Candela
9752
9431
5465
2847
1012
115
9
65
11
75
0
85
12
90
0
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
3485
4495
4796
4806
0
4806
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
13339
1376
0
161
0
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
3666
4301
4423
4457
0
4457
%Fixture
82
96
99
100
0
100
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
4995
507
787
0
4291
Specifications and dimensions subject to change without notice.
Customer First Center 1121 Highway 74 South Peachtree City, GA 30269 770.486.4800 FAX 770 468.4801
Prepared by: SmartWatt Energy, Inc
%Fixture
72
93
100
100
0
100
ADP130415
2014-04-04 09:21:21
Packet Pg. 18
9 of 19
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Housing
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
LCR8A ER8 8L
4.a
PH OTOM ETR IC S
CANDELA TABLE
Downlight
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P110103
LCR8A50D010TE ER8A50835 8LW0LI
4923 Lm
87.9 Lm/W
3500K
1.2
1150
60º
2300
45º
3450
15º
30º
CONE OF LIGHT
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
Initial
Footcandles
at Nadir
21
14
8
5
4
Beam
Diameter
15
18
24
29
34
CANDLEPOWER DISTRIBUTION
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P112535
LCR8A50D010TE ER8A50835 8LM0H
4320 Lm
77.1 Lm/W
3500K
0.93
1550
60º
3100
45º
15º
30º
CONE OF LIGHT
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
Initial
Footcandles
at Nadir
29
20
11
8
6
Beam
Diameter
11
13
18
22
25
CANDLEPOWER DISTRIBUTION
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P113175
LCR8A50D010TE ER8A50835 8LN0H
3982 Lm
71.1 Lm/W
3500K
0.81
1850
60º
3700
45º
15º
30º
CONE OF LIGHT
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
Initial
Footcandles
at Nadir
35
24
13
9
7
Beam
Diameter
9
11
15
18
21
CANDLEPOWER DISTRIBUTION
90º
75º
Test Number
Element
Lumens
Efficacy
CCT
SC
P109975
LCR8A50D010TE ER8A50835 8LW0H
4639 Lm
82.8 Lm/W
3500K
1.2
1050
60º
CONE OF LIGHT
45º
Distance
Fixture to
Lighted Plane
12.5'
15'
20'
24'
28'
2100
15º
65
18
75
1
85
0
90
0
Degrees
Vertical
0
5
15
25
35
45
55
Candela
4522
4439
3687
2977
1641
446
106
65
26
75
4
85
0
90
0
Degrees
Vertical
0
5
15
25
35
45
55
Candela
5461
5374
4196
2823
1203
244
47
65
15
75
4
85
1
90
0
CANDELA TABLE
Downlight
3150
3200
3288
3542
3291
2196
936
197
CANDELA TABLE
Downlight
5550
Candela
CANDELA TABLE
Downlight
4650
Degrees
Vertical
0
5
15
25
35
45
55
30º
Initial
Footcandles
at Nadir
21
14
8
5
4
Beam
Diameter
15
18
24
29
34
Degrees
Vertical
0
5
15
25
35
45
55
Candela
3200
3288
3542
3291
2196
936
197
65
18
75
1
85
0
90
0
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
2654
4016
4893
4923
0
4923
%Fixture
54
81
99
100
0
100
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
40840
10577
1278
161
0
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
CANDLEPOWER DISTRIBUTION
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
2796
3812
4288
4320
0
4320
%Fixture
64
88
99
100
0
100
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
19450
5723
1868
482
0
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
2945
3705
3961
3982
0
3982
%Fixture
74
93
99
100
0
100
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
10636
2535
1082
482
477
ZONAL LUMEN SUMMARY
Zone
0-30
0-40
0-60
0-90
90-180
0-180
Lumens
2654
4016
4893
4923
0
4923
%Fixture
54
81
99
100
0
100
LUMINANCE
Average Candella
Degrees
45
55
65
75
85
Average 0°
Luminance
40840
10577
1278
161
0
Note: Beam diameter is 50% of max foot candles rounded to the nearest half foot.
Specifications and dimensions subject to change without notice.
Customer First Center 1121 Highway 74 South Peachtree City, GA 30269 770.486.4800 FAX 770 468.4801
Prepared by: SmartWatt Energy, Inc
ADP130415
2014-04-04 09:21:21
Packet Pg. 19
10 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Wireless Control Unit
4.a
Preset Dimming Controls
369313d 1 01.15.14
GRAFIK Eye® QS Wireless Control Unit
Open
1
Preset
2
Close
3
4
Off
LUTRON
Mechanical Dimensions
Front View
Side View
411⁄16 in
(119 mm)
93⁄8 in
(239 mm)
2 in
(51 mm)
3/8 in
(10 mm)
Fits into a 4-gang U.S. backbox, 31⁄2 in (90.4 mm) deep (Lutron P/N 245254) or 3 in (76.2 mm) deep (Lutron P/N 241400)
®
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page1
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 20
11 of 19
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
GRAFIK Eye® QS Wireless is the premier energy-saving light
and shade control. The GRAFIK Eye® QS control unit includes
an astronomic timeclock, intuitive lighting presets, and direct
shade control. Now with wireless technology, you can use
the GRAFIK Eye® QS Wireless control unit to seamlessly
integrate with a variety of Lutron® wireless products
and systems, including RadioRA® 2, Radio Powr SavrTM
occupancy, vacancy, and daylight sensors, Sivoia®
QS Wireless shades, Pico® wireless control, and other
GRAFIK Eye® QS Wireless control units. Additionally, the
GRAFIK Eye® QS Wireless is compatible with all Lutron® wired
QS products and systems, including Quantum®.
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Wireless Control Unit
4.a
Preset Dimming Controls
369313d 2 01.15.14
System Topologies
The GRAFIK Eye® QS Wireless control unit can be specified in four different system topologies. Examples of each are shown
below.
LUTRON
Example of Wired System
Wired QS link
GRAFIK Eye® QS
wireless control unit
LUTRON
LUTRON
LUTRON
QSE-CI-NWK-E
seeTouch® QS
wallstation
LUTRON
Quantum®
processor
GRAFIK Eye® QS
wireless control unit
LUTRON
LUTRON
LUTRON
seeTouch® QS
wallstation
Sivoia® QS
shade
QS sensor
module
LUTRON
Wired
occupancy sensor
Energi Savr NodeTM
unit
Example of GRAFIK Eye®-centric
Wireless System
Example of Mixed GRAFIK Eye®-centric
Wired/Wireless System
LUTRON
LUTRON
LUTRON
GRAFIK Eye® QS
wireless control unit
Wireless
Sivoia® QS
shade
Wired QS link
LUTRON
LUTRON
Pico®
wireless
control
30 ft (10 m) wireless range;
60 ft (20 m) in open air
GRAFIK Eye® QS
wireless control unit
GRAFIK Eye® QS
wireless control unit
LUTRON
LUTRON
LUTRON
LUTRON
seeTouch® QS
walstations
LUTRON
Wireless
Sivoia® QS
shade
Wireless
occupancy
sensor
LUTRON
Wireless
daylight
sensor
LUTRON
Pico®
wireless
control
Example of Wireless System
with Main Repeater (RadioRA® 2)
Wired
occupancy
sensor
Wireless
occupancy
sensor
Wireless
daylight
sensor
GRAFIK Eye® QS
wireless control unit
LUTRON
LUTRON
Wireless
occupancy
sensor
Refer to RadioRA® 2 documentation
(www.lutron.com/radiora2)
for specification information.
Note: Wired QS link is disabled when
the GRAFIK Eye® QS control unit is
added to a RadioRA® 2 system.
LUTRON
®
Main
repeater
RadioRA® 2
dimmer
LUTRON
RadioRA® 2
keypad
LUTRON
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
LUTRON
Page2
Model Numbers:
QSGRJ-3P
LUTRON
LUTRON
Job Number:
LUTRON
Prepared by: SmartWatt Energy, Inc
Packet Pg. 21
12 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Wireless Control Unit
4.a
Preset Dimming Controls
369313d 3 01.15.14
Features
Open
1
Preset
2
Close
3
4
Off
LUTRON
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
• Lutron® proprietary Clear Connect® RF technology.
Operates in the 434 MHz band.
• Pushbutton recall of four preset lighting scenes,
plus Off.
• Sixteen (16) total available scenes, plus Off scene.
• Zones can control many light source types directly
or through power modules.
• Optional integrated shade control buttons, which
can also be added to the unit after installation.
• Master override buttons to raise and lower all
lights.
• Allows setup of lighting scenes and shade presets
using buttons on the control unit.
• Built-in infrared (IR) receiver.
• External IR connection.
• Built-in astronomic timeclock.
• Info screen shows zone light level percentage,
energy savings, zone labeling, and programming.
• Lockout option prevents accidental changes.
• Occupancy sensor input and 24 V- power for
one occupancy sensor.
• QS communication link for seamless integration of
lights, motorized window treatments, occupancy
sensors, wallstations, and integration interfaces.
• Compatible with all Lutron® QS system
components.
• Wireless communication for seamless integration
with a variety of Lutron® wireless products and
systems, including RadioRA® 2, Radio Powr SavrTM
occupancy, vacancy, and daylight sensors, Sivoia®
QS wireless shades, Pico® wireless control, and
other GRAFIK Eye® QS wireless control units.
• Backlit buttons with engraving make unit easy to
locate and operate.
Note: General Engraving (-EGN) shown.
Zone
control
Optional
shade
control
keypad
1
2
3
4
5
Info
screen
6
Infrared
receiver
OK
Open
1
Preset
2
Close
3
Lighting
control
keypad
4
Off
USB receptacle (one only): Micro or Mini B
• Available in a variety of colors and finishes.
®
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page3
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 22
13 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
Wireless Control Unit
10/13/14
4.a
Preset Dimming Controls
369313d 4 01.15.14
Specifications
Listings (120 – 127 V~)
• UL
• CSA
• NOM
• CEC (Title 24)
• FCC Part 15 Class B
• IC RSS-210
• SCT
Environment
• 32 to 104 °F (0 to 40 °C)
• Relative humidity less than 90% non-condensing
Lighting Sources/Load Types
• Zones on Energi Savr NodeTM products wired to the same
QS link
– Zones on Energi Savr NodeTM with Softswitch®
– Zones on Energi Savr NodeTM for 0 – 10 V – Zones on Energi Savr NodeTM with EcoSystem®
Please refer to “Remote Zone Mapping” for important
information.
• DMX channel(s) through DMX output interface
(QSE-CI-DMX). Please refer to “Accessory Controls: DMX
Output Interface”
Zones can also control the following lighting sources with a
smooth, continuous square law dimming curve or on a full
conduction non-dim basis:
• Incandescent
• Halogen
• Magnetic low-voltage transformer
• Lutron® Tu-Wire® electronic fluorescent dimming ballast
• Advance Mark X® electronic dimming ballast
• Neon and cold cathode
• Non-dim (incandescent, magnetic low-voltage, Tu-Wire®, or
neon/cold cathode)
• Cree LR4/6, 120 V~ fixtures (for loading capacities, please
refer to the LED report card located at
www.lutron.com/LEDtool)
Please refer to “Capacities” for more information.
®
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Zones can also control the following lighting sources with a
smooth, continuous square law dimming curve or on a full
conduction non-dim basis through separate Lutron® power
modules:
• Electronic low-voltage transformers (use ELV or
Phase‑Adaptive power module)
• Lutron 3-wire controlled electronic fluorescent dimming
ballasts (use fluorescent 3-wire power module)
• Non-dim (use switching module)
• 0 – 10 V- (use ten-volt interface)
Note: A zone may be programmed to control only one load
type at a time.
Input Power
• 120 – 127 V~ 50/60 Hz
• 220 – 240 V~ 50/60 Hz
Key Design Features
• RF meets FCC Part 15 Class B.
• Lightning strike protection meets ANSI/IEEE standard
62.41-1980. Can withstand voltage surges of up to
6000 V~ and current surges of up to 3000 A.
• Tested to withstand 16 kV electrostatic discharge without
damage or memory loss.
• RTISSTM-equipped: Compensates in real time for incoming
line voltage variations (no visible flicker with +/– 2% change
in RMS voltage per cycle, and +/– 2% Hz change in
frequency per second).
• Power failure memory retains programming and light level
settings for up to 10 years in the event of a power loss.
• The GRAFIK Eye® QS control unit supplies 3 Power Draw
Units (PDUs) on the QS link.
For complete information, see “Power Draw Units on the
QS Link,” Lutron P/N 369405.
• Faceplate is hinged at the top and bottom, and stays open
at 180° for ease of access.
Scene and Shade Buttons
• Large, rounded buttons are easy to use.
• Backlit buttons with optional engraving make it easy to
find and to operate the control unit in low light conditions
(backlight can be disabled).
• Optional button engraving is angled up to the eye for easy
reading.
• Predefined label stickers are included for field labeling.
• 4 preset lighting scenes, plus Off, are accessible from the
front of the control unit.
• 12 additional scenes are stored in the control unit and
are accessible from the integral timeclock, seeTouch® QS
wallstations, and QS interfaces.
• Light levels fade smoothly between scenes. Fade time
can be set differently for each scene: 0 to 59 seconds, or
1 to 60 minutes. Maximum fade time from Scene Off is
3 seconds.
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page4
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 23
14 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
Wireless Control Unit
10/13/14
4.a
Preset Dimming Controls
369313d 5 01.15.14
Shade Control
• The GRAFIK Eye® QS control unit can include up to
3 shade button columns. Each column has backlit open,
preset, close, and raise/lower buttons.
• Each shade button column can be programmed to operate
one shade or a group of shades. (Shades may be assigned
to more than one shade button column).
• Faceplates are available with 1, 2, and 3 shade button
columns.
Wireless shade limitations:
• Access to the Sivoia® QS Wireless electronic drive
unit (EDU) is required to associate shades with the
GRAFIK Eye® QS control unit and set their raise/lower
limits.
Exception: Sivoia® QS Wireless cellular shades allow limit
setting from the GRAFIK Eye® QS wireless control unit.
• Wired and wireless shades may not be programmed into
the same shade button column; however, both may be
used on the same GRAFIK Eye® QS control unit.
• Scene commands that affect wireless shades across
multiple shade button columns will have a 1-second delay
from column to column. This does not occur in RadioRA® 2
systems.
Zone Control
• Each zone has a dedicated raise and lower button to
adjust the zone.
• Each zone has a dedicated 7-LED bar graph for level
status. Percentage of light level and energy saved is
displayed on the info screen.
• All zone information has blue backlit LEDs. Backlight turns
off when idle for 30 seconds.
• High-end and low-end trim settings are adjustable per zone
(high end from 99 to 55%; low end from 45 to 1%).
Note: Trim for remote zones must be adjusted locally on
the Energi Savr NodeTM unit.
• Each zone is programmable to only one load type at a
time.
Info Screen
• OLED (organic LED) screen is viewable from all angles.
• Screen turns off when idle for 30 seconds.
• Programmable zone labels.
• Programmable scene labels.
• Status of real-time zone percentage and energy savings.
• Programmable timeclock schedules.
• Programmable shade labels.
• Selectable display languages:
– English
– Spanish
– French
– Italian
– German
– Portuguese
®
Astronomic Timeclock
• Integral to all units.
• 7 daily schedules available.
• One available holiday schedule is programmable by date
up to one year in advance.
• 25 events per day maximum.
• Timeclock events are programmable to control scenes
that affect any Energi Savr NodeTM unit connected on
the QS link without changing the local scene on the
GRAFIK Eye® QS control unit .
• Astronomic times are programmable by integral
city database or by entering latitude and longitude.
Sunrise/Sunset times automatically adjust throughout the
year based on location.
• Automatically adjusts for Daylight Saving Time (DST);
DST is programmable.
• Local timeclock events can activate any of the following
features:
– Scenes 1 to 16 and Off
– Any available shade presets
– Start and End afterhours mode
– Enable and Disable daylighting for all zones/groups
– Enable and Disable occupancy for occupancy/vacancy
sensors
– Enable and Disable occupied events for all occupancy
sensors
System Communications and Capacities
• Low-voltage type IEC PELV/NEC® Class 2 wiring connects
control units, wallstations, motorized shades, and control
interfaces.
• A QS system can have up to 100 devices and 100 zones.
• A QS system can have up to 30 wireless devices.
Infrared
• Infrared (IR) receiver allows infrared transmitters to select
8 scenes, raise/lower lighting zones, or raise/lower shades.
• Transmitter buttons imitate buttons on faceplate.
• 50 ft (15 m) line of sight range.
• Terminal block infrared input for connection to a wired
IR input from third-party equipment.
• IR can be disabled via programming.
• Works with Lutron® GRX-IT and GRX-8IT infrared remote
controls.
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Specifications (continued)
Page5
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 24
15 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
Wireless Control Unit
10/13/14
4.a
Preset Dimming Controls
369313d 6 01.15.14
Specifications (continued)
Wireless RF Compatibility
• Features Lutron® proprietary Clear Connect® RF
Technology
• Operates in the 434 MHz band
• Compatible with other Lutron® wireless products/systems,
such as:
– Pico® wireless control (P/N QSR4P or MRF2)
– Radio Powr SavrTM occupancy/vacancy/daylight sensors
(P/N LRF2-)
– RadioRA® 2 wireless system
– Sivoia® QS wireless products
– Other GRAFIK Eye® QS wireless control units
(P/N QSGRJ-)
Accessory Controls: Pico® Wireless Control
(PJ models)
• The Pico® Wireless Control is battery powered. It can
control GRAFIK Eye® QS wireless control units within a
30 ft (10 m) range (60 ft [20 m] in open air). It provides the
following features:
– Control of one or more zones on the GRAFIK Eye® QS
Wireless control unit: turns zone(s) on or off, raises/lowers
zone(s), allows programmable light levels for each button,
and goes to user-programmable preset level
– Control of one or more scenes on the GRAFIK Eye®
QS Wireless control unit: the Pico® wireless control can
access any three sequential scenes (1 through 16), or
any two sequential scenes and Off; and can raise and
lower lighting levels.
Note: “Unaffected” is not a valid level for Pico® zone
programming.
®
Accessory Controls: QS Sensor Module (QSM2)
• The QS Sensor Module provides a means to link wired
or wireless occupancy sensors or daylight sensors, Pico®
controls, and wired infrared sensors to a GRAFIK Eye® QS
control unit via the wired QS link.
– Occupancy sensors wired (or wirelessly linked) to
a QS Sensor Module can be used by one or more
GRAFIK Eye® QS control units on the wired link.
– Daylight sensors wired (or wirelessly linked) to a
QS Sensor Module can be used by one or more
GRAFIK Eye® QS control units on the wired link.
– Pico® wireless controls can control either one or more
zones or scenes on the GRAFIK Eye® QS control unit.
– Pico® wired controls can be used, when connected to
a QS Sensor Module, to control one or more zones or
scenes on the GRAFIK Eye® QS control unit.
– Infrared sensors can control either one or more zones or
scenes on the GRAFIK Eye® QS control unit. Functionality
varies; refer to the documentation for the QS Sensor
Module for details.
Accessory Controls: Contact Closure Input/Output
Interface (QSE-IO)
• Recalls preset light levels for the following set of scenes on
the GRAFIK Eye® QS control unit:
– Scenes 1– 4 and Off
– Scenes 9 –12 and Off
– Scenes 5 – 8 and Off – Scenes 13 –16 and Off
• Sequence scenes 5 –16, Enable/Disable Zone Lockout,
Enable/Disable Scene Lockout, Enable/Disable Panic
Mode, Enable/Disable Timeclock.
• Occupancy Sensors. An individual input counts as
1 occupancy sensor for the GRAFIK Eye® QS control unit.
Each input can be assigned to either Scene Control or
Zone Control (please refer to the Occupancy Sensor(s)
section of this guide).
• Zone Toggle. Allows an input to toggle one or more zones
between programmable preset level(s) and off.
• Shade Output mode. A Shade Column on the
GRAFIK Eye® QS control unit can be linked to control
outputs 1– 3 and/or outputs 4 – 5 on the QSE-IO.
Accessory Controls:
DMX Output Interface (QSE-CI-DMX)
• Any zone on the GRAFIK Eye® QS control unit can be
mapped to any single DMX512 Channel.
• Any zone on the GRAFIK Eye® QS control unit can be
simultaneously mapped to any three DMX512 channels
(providing RGB/CMY control). • DMX loads cannot be used with daylighting.
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Accessory Controls: seeTouch® QS Wallstations
(QSWS2)
• Wired seeTouch® QS wallstations provide the following
features:
– Access to one or more of the 16 scenes on the
GRAFIK Eye® QS Wireless control unit
– Zone toggle, partitioning, sequencing, fine tune, panic
mode, and timeclock enable/disable
– Contact closure inputs
– Certain functions are only available on specific wallstation
configurations. Refer to the seeTouch® QS specification
submittal.
Page6
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 25
16 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
Wireless Control Unit
10/13/14
4.a
Preset Dimming Controls
369313d 7 01.15.14
Specifications (continued)
Accessory Controls:
QS Keyswitch Wallstations (QSWS2-KS)
• Recalls preset light levels for any two scenes including Off
• Allows fine-tuning (raise/lower level) of a zone or group of
zones
• Starts/Stops scene sequencing (Scenes 1 – 4 or
Scenes 5 – 16)
• Enables/Disables Timeclock
• Enables/Disables occupancy sensors
• Enables/Disabled daylight sensors
• Allows toggle of Zone(s) to a preset level and off
• Enables/Disables panic mode
• Starts/Stops afterhours mode
Other Accessory Controls and Devices
• Energi Savr NodeTM QS (ESN). See the Specification
Submittal for complete details.
Occupancy Sensor(s)
• The GRAFIK Eye® QS control unit works with occupancy
sensors through either:
– Scene Control: Up to four sensors activate
user‑selectable occupancy and vacancy scenes.
– Zone Control: Up to four sensors per zone activate
user‑selected occupancy and vacancy zone levels.
• Occupancy sensors may include:
– Contact closure sensors wired to CCI input on back of
the GRAFIK Eye® QS control unit
– Wireless Radio Powr SavrTM occupancy or vacancy
sensors (model numbers starting with LRF2)
– Wired or wireless sensors connected QS Sensor Module
(QSM)
• If any sensor in a group detects occupancy, then the
GRAFIK Eye® QS control unit will go to the designated
occupancy scene or zone level.
• If all sensors in a group detect vacancy, then the
GRAFIK Eye® QS control unit will go to the designated
vacancy scene or zone level.
• Low battery: the Diagnostics screen will display a low
battery symbol when applicable.
• If the GRAFIK Eye® QS control unit does not receive a
signal from an occupancy sensor on the link (usually due to
a dead battery), the lights associated with that sensor will
go to the occupied level.
®
Daylight Sensor(s)
• The GRAFIK Eye® QS control unit allows daylight sensors
to control one or more lighting zones to adjust electric light
levels based on measured daylight levels.
• Daylight sensors may include:
– Wireless Radio Powr SavrTM (model numbers starting with
LRF2)
– Wired or wireless sensors connected to a QS sensor
module (QSM)
• A daylight sensor can control one or more GRAFIK Eye®
QS zones:
– Each zone can be calibrated to target light levels
– A zone can be controlled by no more than one daylight
sensor
• Daylight control can be enabled or disabled on a
scene‑by-scene basis
– By default, daylight control is enabled in all scenes
Note: Daylight control through the GRAFIK Eye® QS control
unit only affects select lighting loads. Shade groups cannot
be controlled by daylight sensors. Daylighting does not
affect DMX or RGB/CMY DMX loads.
Daylighting of Remote Zones linked to Energi Savr NodeTM
zones must be configured at the Energi Savr NodeTM unit or
through the iPod.
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Accessory Controls:
Ethernet and RS232 Interface (QSE-CI-NWK-E)
• Allows for monitoring and control of the outputs and local
scenes of the GRAFIK Eye® QS control unit.
iPod is a trademark of Apple Inc. registered in the U.S. and other
countries.
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page7
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 26
17 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
Wireless Control Unit
10/13/14
4.a
Preset Dimming Controls
369313d 8 01.15.14
Specifications (continued)
Remote Zone Mapping
• Map a GRAFIK Eye® QS zone directly to an Energi
Savr NodeTM output so that programmed scenes in the
GRAFIK Eye® QS control unit will directly control the output
levels of the Energi Savr NodeTM.
• Adjust high-end and low-end trim for remote zones through
the Energi Savr NodeTM or Energi Savr app software.
• Change load types of remote zones through the
Energi Savr NodeTM or Energi Savr app software.
• Configure daylighting for remote zones through the
Energi Savr NodeTM or Energi Savr app software.
• Required:
– GRAFIK Eye® QS control unit with firmware version
7.000 or higher
– Energi Savr NodeTM unit with firmware version 6.000 or
higher
– Energi Savr app version 6.0.0 or higher (required only if
the Energi Savr NodeTM unit has been configured using
the app)
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Contact Closure Input (CCI) with Power Supply Output
• Each GRAFIK Eye® QS control unit has one contact closure
input (Terminal A).
– The attached device must provide a dry contact closure
or solid-state output.
– Input is miswire-protected up to 36 V-.
• The contact closure is capable of accepting the following
types of inputs:
– Maintained (default): The GRAFIK Eye® QS control unit will
act on both a contact closure and a contact open/release
event.
– Momentary: The GRAFIK Eye® QS control unit will act on
only contact closure events.
• Each GRAFIK Eye® QS control unit can supply 50 mA
maximum at 24 V-.
– Useful for powering occupancy sensors.
– An auxiliary power supply must be used if the device
requires more than 50 mA.
• The CCI is capable of operating in the following modes
– Occupancy: If an occupancy sensor is wired directly to
the GRAFIK Eye® QS control unit, choose this setting so
that the occupancy sensor will work correctly.
– Emergency: This setting allows the GRAFIK Eye® QS to
work with a LUT-ELI. When an emergency situation is
detected, all lights will go to full on, and no operations
will be allowed until the emergency signal is cleared.
– Afterhours: Allows the CCI to start and end the
afterhours mode.
– Timeclock: Allows the CCI to enable and disable the
timeclock.
– Scene Lockout: Prevents the user from making any
changes to the control unit. The current scene will stay
on until the CCI enables normal operation.
– Never Save: Prevents any changes from being saved
while the CCI is being used.
– Disable CCI: The CCI will have no effect on the system
and will not appear on the list of available sensors.
Partitioning
• When partition is open, creating one large space,
automatically combines lighting preset functions for multiple
GRAFIK Eye® QS control units.
• When partition is closed, creating two or more smaller
spaces, lighting preset functions become independent.
• Requires one QSWS2-2B wallstation, a GRX-IRPS infrared
transmitter/receiver pair, and a GRX-12VDC power supply
for operation.
• If occupancy sensors are required in a partitioned space,
note that each room’s occupancy sensor(s) will operate
independent of the partition status.
Security Lockout Password
• A 4-digit password (using characters A to Z and 0 to 9)
can be enabled/disabled to lock out access to the
Programming Menu.
• By default there is no password enabled on the
GRAFIK Eye® QS control unit.
• If case the 4-digit password is forgotten, contact Lutron®
Technical Support to regain access.
®
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page8
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 27
18 of 19
Cortland County Office Building
Auditorium Lighting Proposal
CONFIDENTIAL
10/13/14
Wireless Control Unit
4.a
Preset Dimming Controls
369313d 9 01.15.14
Capacities
Unit Capacity (watts)
MLV
Zone Capacity (watts)
MLV
220 – 240 V~ 50 / 60 Hz
3000
3000 VA / 2400 W
40 – 1200
40 – 1200 VA / 40 – 960 W
120 V~ 50 / 60 Hz
2000
2000 VA / 1600 W
25 – 800
25 – 800 VA / 25 – 600 W
X
J
O
Attachment: Cortland Auditorium Lighting 10132014 (2261 : Auditorium Lighting)
Load Type Notes
• All electronic low-voltage (ELV) lighting used with an interface must be rated for reverse phase control dimming. Before
installing an ELV light source, verify with the manufacturer that their transformer can be dimmed. When dimming, an ELV
interface (such as the PHPM-PA-DV-WH) must be used with the control unit.
• Not all zones must be connected; however, connected zones must have a minimum load as specified above.
• Maximum total lighting load for a magnetic low-voltage (MLV) varies by input voltage:
– 120 – 127 V~: 800 VA / 600 W
– 220 – 240 V~: 1200 VA / 960 W
• Maximum total lighting load for Lutron® Tu-Wire® and Advance Mark X® electronic dimming ballasts (120 to 127 V~ only)
must not exceed 6 A per zone or 16 A per unit.
• No zone may be loaded with more than the capacity specified above. For higher wattage applications, or for 277 V~
applications, use Lutron power module PHPM-PA, PHPM-WBX, PHPM-PA-DV, PHPM-SW, or PHPM-WBX-DV.
• For controlling low-wattage loads (CFL, LED) in a non-dim application, contact Lutron® Technical Support for the appropriate
solution.
System Limits
• The QS wired communication link is limited to 100 devices or 100 zones.
®
SPECIFICATION SUB MIT T AL
Job Name:
CORTLAND COUNTY AUDITORIUM
Page9
Model Numbers:
QSGRJ-3P
Job Number:
Prepared by: SmartWatt Energy, Inc
Packet Pg. 28
19 of 19