7006 University of Massachusetts, Integrated Design Building, Amherst, MA
Schematic Design - Lighting Design Narrative
Overview
The lighting for the Integrated Design Building will provide an appealing visual experience
using energy-efficient and cost-effective luminaires and controls. The lighting system will use
high efficacy, long life, high color rendering linear fluorescent, compact fluorescent and LEDs.
The design will endeavor to minimize the variety of lamp types to simplify long-term
maintainability.
All luminaires will be high-quality, specification-grade equipment by reputable manufacturers
and CE/UL/IP-listed for the application. Luminaires will be specified and located for ease of
maintainability.
LONDON
GLASGOW
NEW YORK
NEW HAVEN
SAN FRANCISCO
BANGKOK
SYDNEY
195 Church Street, 10th Floor
New Haven CT 06510
T +1 (203) 777 1400
F +1 (203) 773 1902
newhaven@atelierten.com
atelierten.com
Typical fluorescent ballasts will be high-efficiency, electronic program-start with normal ballast
factor. High and reduced light output ballasts will be used as necessary to provide appropriate
lighting with minimal energy load. Dimming ballasts will be specified in spaces with daylightresponsive controls and in rooms with programmable multiscene control systems. Dimming
ballasts will be specified to dim to 10% light output or less and will be fully compatible with
the dimming control equipment.
Daylighted spaces will have daylight-responsive dimming controls to tune the lighting to save
energy by reducing electric lighting output in proportion to the available daylight illuminance.
In accordance with energy code requirements, all spaces will have some type of occupancy or
vacancy sensing controls to automatically turn off lighting in unoccupied areas. Common
Review, Conference and Multi-purpose rooms will also have programmable lighting controls to
enable the lighting to be operated in pre-set “scenes” to meet requirements for various
situations such as video presentations as well as normal conditions.
The the following sections describe the lighting design approaches for each of the major
space types.
Common/Review
 The lighting for the Commons/Review will be integrated with the architecture layout
to provide satisfactory illuminance levels with an emphasis on visual comfort and
glare control.
 General lighting provided by LED downlights coupled with LED wall washers
integrated with skylights to illuminate architectural vertical features, operated with
daylight-responsive dimming controls.
 Additional ceiling mounted adjustable LED accents on corridor side to provide
satisfactory illuminance levels.
 The lighting within this area have dimming ballasts and capabilities for further
adjustability and control.
Library
 General lighting provided by ceiling-recessed LED or linear fluorescent luminaires
coupled with LED wall washers to highlight the focal wall.
 Local wall switch with occupancy sensor control system will enable the electric
lighting to be automatically turned off when the space is vacant.
 Study tables lighted with table mounted/integrated task lighting with individual
personal control and occupancy sensors.
Exhibit
 General lighting provided by ceiling-recessed LED or linear fluorescent luminaires
coupled with accent lighting provided by LED luminaires to enhance architectural
features.
 Luminaires controlled automatically by timeclock.
Cafe


General lighting provided by suspended decorative luminaire coupled with accent
lighting provided by LED luminaires to enhance architectural features.
Luminaires controlled automatically by timeclock.
Procopio
 General lighting provided by ceiling-recessed LED or linear fluorescent luminaires
with adjustable LED accentlights
 The lighting within this area have dimming ballasts and capabilities for further
adjustability and control.
 Localized wall mounted lighting controls should be provided at room entries as well
as at the teaching wall.
 The control system will enable the electric lighting to respond to occupancy patterns.
Classroom
 General lighting provided by suspended LED or linear fluorescent luminaires with LED
wall washers
 The lighting within this area have dimming ballasts and capabilities for further
adjustability and control.
 Localized wall mounted lighting controls should be provided at room entries as well
as at the teaching wall.
 The control system will enable the electric lighting to respond to occupancy patterns.
Green Lab
 General lighting provided by suspended LED or linear fluorescent luminaires with LED
wall washers
 The lighting within this area have dimming ballasts and capabilities for further
adjustability and control.
 Localized wall mounted lighting controls should be provided at room entries as well
as at the teaching wall.
 The control system will enable the electric lighting to respond to occupancy patterns.
25 April 2014
2/5
Schematic Design Lighting Design Guide Criteria Matrix
195 Church Street, Suite 10C
Project: University of Massachusetts, Integrated Design Building, Amherst, MA
Architect: Leers Weinzapfel | Boston, MA
New Haven, CT 06510
(203) 777 - 1400
General Notes and Instructions:
1. This document reflects Atelier Ten's current understanding of the spaces lighting design guidance.
2. Programmatic, task, or architectural changes will affect the validity of this document and so it is accurate only insofar as the current space programming and design.
3. Illuminating Engineering Society of North America (IESNA) recommended illuminances, in units of footcandles [fc], are used where applicable.
4. Illuminance targets are used as a reference in design. These values may represent an average, minimum, or values for specific critical points.
5. Lighting control strategies shall be optimized for individual spaces, allowing appropriate hierarchy to control mechanisms.
Daylight
(e.g. Photosensors)
Schedule
(e.g. Astronomical time-clock)
Linear Fluorescent
Compact Fluorescent
Ceramic Metal Halide
Light Emitting Diodes
Notes
V - Vacancy [Manual ON / Auto OFF]
O - Occupancy [Auto ON / Auto OFF]
Technologies
Switching - (blank)
Multi-Level / Dimming - D
Mass. Stretch Code
Control Strategies
Levels Automatic Interface
Allowable Lighting Power Density [W/ft2]
(ASHRAE/IESNA Std 90.1-2004/2007)
Allowable Lighting Power Density [W/ft2]
(Project Design Goal)
Target Lighting Power Density [W/ft2]
Design Criteria
Target Illuminance at Task [fc]
(Design Goal)
Space
D
V
☼





Common/Review
20
0.90
1.30
1.10
D
☼


Cafeteria/Café
30
0.90
1.40
1.10
S
☼


Library
40
0.90
1.20
1.20
S
☼


Exhibit
30
0.90
1.00
1.00
S
Procopio
40
0.90
1.30
1.30
D
O


Classroom/Training
40
0.90
1.40
1.30
D
O


Green Lab
50
1.0
1.40
1.10
D
O

Digital Fabrication Lab
50
1.0
1.40
1.10
D
O

WoodShop
50
1.0
1.90
1.20
S
O

Proj Assembly Workarea
50
1.0
1.40
1.10
S
O

BCT Lab
50
1.0
1.40
1.40
D
O

Computer Lab
40
0.9
1.40
1.30
D
O


Project Rooms-Conf
40
1.0
1.30
1.30
D
O


Studio Learning Environments
40
0.9
1.40
1.30
D
O
☼


Pin-up Lounge
30
0.9
1.40
1.30
D
V
☼
Lounge
20
0.9
1.20
1.40
S
Seminar Room
40
1.0
1.30
1.30
D
O


Office-Private
Office/Admin-Open
30
30
0.9
0.9
1.10
1.10
1.00
1.00
D
D
V
O



LARP Research
40
0.9
1.40
1.30
D
V



☼
7006 UMASS IDB
Schematic Design




Daylight Responsive with preset
scene controller and Time clock
override - Lighting for possible
plant growth and maintenance
Daylight Responsive control with
timeclock override.
Daylight Responsive control with
timeclock override.




Preset scene controllers with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Localized Wall Control with OCC
Sensor override
Daylight responsive control with
local wall control. Task Lighting
integrated with benchwork.
Daylight Responsive control with
local wall control with vac/occ
sensor override.
Occ Sensor
Preset scene controllers with OCC
Sensor override
Bi-Level Lighting with Task Lighting
Task Lighting
Localized Wall Control with OCC
Sensor override
04/25/2014
Page 1 of 2
7006 UMASS Integrated Design Building, April, 27th - Schematic Design
PLAN - NOT TO SCALE
Commons Concept
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
7006 UMASS Integrated Design Building, April, 27th - Schematic Design
Interior/Exterior Green Wall Wall-Wash
Wall-Wash
Commons Concept: Isometric and Perspective Facing Entry
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
ATELIER TEN
A
A.5
B
B.4
C
C.5
D
D.5
E
E.5
F
F.5
G
G.6
195 Church Street
Suite 10C
New Haven, CT 06510
t. 203.777.1400
f. 203.773.1902
www.atelierten.com
H
H.2
1
AP01
AP01
AP01
AP01
AD10
AP01
AS04
AP01
AF01
LOWER CEILING
AF01
AF01
AF01
AF01
UPPER SLOPING CEILING
AF01
AS04
AP01
AT03
(4)AT02
AP01
AF01
(2)AW10
AF01
AF01
AF01
MATERIAL LEGEND
(3)AW10
AP01
AP01
AP01
AP01
AP01
AP01
1. SEE ELECTRICAL PLANS FOR LIGHT FIXTURE
INFORMATION AND QUANTITIES.
AP01
SKYLIGHT
AS04
2
NOTES:
AF01
AF02
AF02
AF02
AF02
GWB SOUND BARRIER CEILING WITH
CEMENTITIOUS WOOD FIBER CEILING,
SEE A6.01
+9'-0"
+7'-0"
AP01
AS04
AP01
AG01
CEMENTITIOUS WOOD FIBER CEILING, SEE A6.01
AP01
AS04
2.6
ACT-1: 2'x4' ACOUSTICAL CEILING TILE WITH 6"
LINEAR SCORING
AS04
AW02
AW02
AP01
AP11
+7'-0"
AP01
AD04
AD04
AD04
AD04
AD04
AW02
+9'-0"
AP11
ACT-2: 4'x4' ACOUSTICAL CEILING TILE
AP11
+9'-0"
(6)AW11
AS04
AG01
3
AS04
AD04
+9'-0"
+9'-0"
AS04
AP01
AT03
(8)AT02
+9'-0"
+9'-0"
UPPER SLOPING CEILING
AD04
AP02
EXTERIOR WOOD SOFFIT
AS04
SEE LEVEL 4 FOR LIGHTING
+9'-0"
LOWER CEILING
UPPER SLOPING CEILING
AS04
AP02
AS04
3.5
+9'-0"
WOOD GRILLE WITH K-13
SPRAY - INSULATION
(ABOVE)
LOWER CEILING
AS04
AD04
AP01
AD04
+9'-0"
AD04
AS04
AS04
AS04
AW02
+9'-0"
AS04
SUSPENDED GWB CEILING
AS04
AP02
AD04
NO CEILING
(OPEN TO STRUCTURE)
AP01
AP01
AS04
AP02
AS04
AD04
AP02
+9'-0"
4
Boston, Massachusetts
AP01
AP01
UMass Integrated Design Building
AP01
AS04
AP01
AP02
AD04
AP01
+9'-0"
ARCHITECT
AS04
Leers Weinzapfel Associates Architects
75 Kneeland Street
Suite 301
Boston, MA 02111
t. 617.423.5711
www.lwa-architects.com
AP02
SEE EL 2.06 FOR COURTYARD LIGHTING
+9'-0"
AD04 AT03
(6)AT02
AS04
AG01
AP02
AP01
AD10
AS04
AP01
NO.
DATE
REVISION
AD10
5
AS04
AP02
AP02
AS04
AP11
AP02
AG01
AS04
AD10
AP02
AD10
AP02
AS04
AD04
AP02
A.5'
AD04
AD04
AS04
AS04
AP02
AS04
AD04
AP02
6
AS04
AS04
AS04
AP02
AP02
AS04
AT03
(3)AT02
AP02
+8'-6"
+8'-6"
AD04
AP02
AP02
AS04
AD04
AP03
AP03
AS04
AD04
AP02
AD10
AP02
AD04
+8'-6"
5.8
AS04
AS04
AP02
AS04
AS04
AS04
AP02
AP02
+8'-6"
AP11
AP02
+11'-7 1/4"
H'
AP02
AS04
PROJECT NAME
UMass IDB
95% CD - Bid Set
AP02
AP02
G.5'
AP02
7
AP02
AP02
BUILDING NAME AND ADDRESS
BUILDING NAME
G'
F.5'
F'
Street Address
Suite 000
City, ST 00000
t. 123.456.7890
f. 123.456.7890
www.website.com
ATELIER TEN PROJECT NUMBER
7006
AT03
(3)AT02
E.5'
E'
DRAWING TITLE
LEVEL 3
Lighting Layout
D.5'
8
D'
SCALE
DRAWN BY
NTS
C.5'
CRL
DATE
C'
04.24.2015
DRAWING NUMBER
B'
LSK-03
7006 UMASS Integrated Design Building, August 1st - Design Development
PERSPECTIVE FACING EAST
PLAN - NOT TO SCALE
Custom Decorative LED Pendant
LED Suspended Track Lighting
Common: Example Layout and Luminaire Types
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
7006 UMASS Integrated Design Building, August 1st - Design Development
Linear Fluorescent Pendant
OPTION 1 PLAN - NOT TO SCALE
Compact Fluorescent or LED
Decorative Pendant
SECTION - NOT TO SCALE
OPTION 2 PLAN - NOT TO SCALE
Cafe: Example Layout and Luminaire Types
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
7006 UMASS Integrated Design Building, August 5th - Design Development
Step Lighting
Lighted Architectural Niche
Lighted Bench Seating
Courtyard and Workspaces: Precedents
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
7006 UMASS Integrated Design Building, August 5th - Design Development
Pedestrian Pole UMASS Standard
LED Step Light
Site Plan: not to scale
Architectural Accent LED Strip
Site Lighting: Example Layout and Luminaire Type
Environmental Design Consultants + Lighting Designers
195 Church Street, Suite 10C New Haven CT 06510 T +1 (203) 777 1400 atelierten.com
100% CD Bid Set - Luminaire Schedule
Project: UMASS Design Building, Morrissey Boulevard, Boston, MA
Architect: Leers Weinzapfel Associates Architects, Boston, MA
General Notes and Instructions:
1. Voltage for all luminaire types to be confirmed by Electrical Engineer and Contractor.
2. Contractor to confirm compatibility of ballasts, drivers, and transformers with lighting controls.
3. Lamps to be low-mercury products by Osram Sylvania, Philips, or GE, unless otherwise noted.
4. All stem lengths, special mounting details, etc. to be confirmed by Contractor with Architect.
5. Provide specified luminaires or equal in all respects by alternate approved manufacturer as listed only.
6. Shop drawings submittals, including unit pricing, must be received within 21 days following award of bid for review and approval by Lighting Designer and Electrical Engineers.
7. All luminaire finishes to be confirmed by Architect.
8. Luminaire output stated in Delivered Lumens.
9. Luminaire designated with sub-letter "E" at the end of luminiare designation shall be connected onto emergency inverter power lighting circuit unless otherwise indicated in luminaire schedule.
Refer to Electrical plans for more information.
10. Luminaire designated with sub-letter "D" at the end of luminiare designation shall be controlled by day lighting responsive sensor for dimming control unless otherwise indicated in luminaire schedule.
Refer to Electrical plans for more information.
11. Luminaire designated with sub-letter "DE" at the end of luminiare designation shall be controlled by day lighting responsive sensor for dimming control and shall be connected onto emergency inverter power lighting circuit
unless otherwise indicated in luminaire schedule. Refer to Electrical plans for more information.
Type
Luminaire
AA01
Recessed
Ceiling
Adjustable LED Recessed
Multihead
AA02
Atelier Ten
Mounting
Recessed
Ceiling,
Adjustable LED Recessed
Downlight
Description
Lamps
(in cross sect.)
Luminaire
Power
Nominal Aperture: 6" W x 12" L
Nominal Size: 15"W x 22"L x 7.45"H
Optics: 40° Wide Beam Angle, Open
Trim: Trimless
Reflector:
Housing: Steel
Driver: Integral Electronic, Dimming 0-10V
Qty: 2
34W
Type: 903lm White
LED
Color Temp: 3000K
Min CRI: 80
Nominal Aperture: 6" Round
Nominal Size: 20"W x 22"L x 11"H
Optics: Open, 25° Beam Angle
Trim: Flanged
Reflector: Matte Diffuse, Clear
Housing: 16-Gauge Steel
Driver: Integral Electronic, Non-Dimming
Qty: 1
65.5W
Type: 3003lm White
LED
Color Temp: 3500K
Min CRI: 80
DLC or Equal
Y/N
N
Manufacturer &
Model
Remarks
Location
Mfr: Cooper
Series: RSA Combolight
Model: C2-N-W-30-MED-E-U-Truly TrimlessG-Interior Finish-No Trim
Finish to be determined by Architect.
Luminaire to be provided Truly Trimless
for installation in metal panel ceiling.
Dual-axis locking adjustable luminaire.
Lecture
Emergency as Required.
Full horizontal rotation and 40° vertical
tilt.
Stair, Level 4
Alt Mfr: Intense, Dasal Industries
N
Mfr: Gotham
Series: Incito 6" Adjustable
Model: ICO ADJ-35/40-6AC-T00-LD-25DVolts
Alt Mfr: Intense, Dasal Industries
NOT FOR CONSTRUCTION - page 1 of 14
7006 UMass DB
05.27.2015
Type
Luminaire
Mounting
Description
Lamps
(in cross sect.)
Luminaire
Power
AD10
6" Round LED
Cylinder
Ceiling,
Suspended
Nominal Aperture: 6" Round
Nominal Size: 6"Dia x 10"H x Mounting Height
Optics: 80° Beam Angle, Solite Frosted Lens
Trim:
Reflector:
Housing: Extruded Aluminum
Driver: Integral Electronic, Dimming 0-10V
Qty: 1
33W
Type: 2175lm White
LED
Color Temp: 3500K
Min CRI: 80
DLC or Equal
Y/N
N
Manufacturer &
Model
Remarks
Location
Mfr: USAI
Series: BevLED 2.0 Cylinder
Model: LBRP6-9033-C2-Finish TBD-Finish
TBD
Housing: 10-35K-80-SOF-P2-Volts TBDDimming
Accessories: PMB-P2-XX-Finish
Finish to be determined by Architect.
Architect to specify luminaire mounting
height and stem length. Stems are not
field cuttable.
Finish to be determined by Architect.
Low-end dimming ≤10%.
Lecture, Green
Lab,
Restrooms
Alt Mfr: Gotham, Kurt Versen
AF01
Suspended
Linear
Fluorescent
Troffer
Ceiling,
Suspended
Nominal Aperture: 1'x4'
Nominal Size: 13.25"W x 48"L x 4.25"H
Optics: Diffuse Lens
Trim:
Reflector:
Housing: 22-Gauge Steel
Ballast: Integral Electronic Program Rapid Start
1.00 BF, Dimming 0-10V
Qty: 2
60W
Type: 2900lm
Fluorescent T5
Color Temp: 3500K
Min CRI: 85
Y
Emergency as Required.
Mfr: Axis
Finish to be determined by Architect.
Series: Dia
Model: Dia-14-VL-T5-2-Finish TBD-Volts-D-1- Mounting details to be coordinated by
Custom AC Cable Suspension
Architect.
Luminaire to be provided with field
Alt Mfr: ≥70% Efficient Only, Mark Lighting, adjustable suspension hardware.
Peerless
Manufacturer to provide all components
LED Alt: DLC Equivalents Only, Axis DiaLED, and accessories required.
Lithonia ALLS LED, Finelite HPR LED
Low-end dimming ≤10%.
74% Efficient Luminaire
AF02
Linear
Fluorescent
Troffer - ACT
Ceiling,
Recessed
Nominal Aperture: 1'x4'
Nominal Size: 12"W x 48"L x 4"H
Optics: Diffuse Lens
Trim:
Reflector:
Housing: 22-Gauge Steel
Ballast: Integral Electronic Program Rapid Start
1.00 BF, Dimming 0-10V
Qty: 2
60W
Type: 2900lm
Fluorescent T5
Color Temp: 3500K
Min CRI: 85
Y
Emergency as Required.
Classrooms
Mfr: Axis
Finish to be determined by Architect.
Series: Dia
Model: Dia-14-VL-T5-2-Finish TBD-Volts-D-1- Mounting to be determined by Architect.
TBXX
Low-end dimming ≤10%.
74% Efficient Luminaire
Alt Mfr: Mark Lighting, Peerless
LED Alt: DLC Equivalents Only, Axis
DiaLED, Lithonia ALLS LED, Finelite HPR
LED
Atelier Ten
NOT FOR CONSTRUCTION - page 3 of 14
Green Lab,
Class Lab
Service, OIT
Lab
7006 UMass DB
05.27.2015
Local programmable wall control with preset scenes.
Local wall control multi-scene with occupancy sensor.
A
B
A.5
12'-0"
C
12'-0"
C.5
24'-0"
D
12'-0"
E
24'-0"
F
24'-0"
G
24'-0"
H
24'-0"
28'-0"
Luminaires controlled by occupancy sensor.
1
BCT STORAGE
110 SF
298 SF
SHAFT
24'-0"
PROCOPIO ENTRY
EXHIBIT STORAGE
CATERING PANTRY
PROCOPIO
60 SF
85 SF
1833 SF
GREEN LAB
EXHIBIT
1054 SF
80 SEAT CLASSROOM
1078 SF
1712 SF
2
Luminaires controlled by occupancy sensor with
timeclock override. Luminaires along window wall
will be operated with daylight responsive control.
SHAFT
ELECTRICAL
46 SF
24'-0"
EXHIBIT WALL
WOMEN
291 SF
STAIR 1
CAFE
SHAFT
200 SF
MEN
STORAGE BELOW
DN
ELEV.
PROCOPIO ENTRY
UP
292 SF
JANITOR CLOSET
107 SF
27 SF
3
12'-0"
LIBRARY
UNISEX TOILET
UP
STAIR 4
STAIR 3
STORAGE BELOW
Independently controlled rooms with occupancy/vacancy
sensor (manual on to 50% automatic off).
12'-0"
3.5
CAFE SEATING
1969 SF
VESTIBULE
4
LOBBY
1372 SF
259'-6"
COMMONS
24'-0"
4309 SF
DN
UP
PAINT ROOM
5
SHAFT
OVEN
CLIMATE
CONTROL
CHAMBER
STAIR 5
OVEN
253'-6"
SHOP MANAGER
FRO
NT
H20
LER
COO
VAC
R
LASE ER
CUTT
H
BENC
WORK
APS
SH
TRA
BIN
E
LARG E SAW
TABL
WOODSHOP
TER
ROU FEED
OUT
ER/
PLAN ER
JOINT
LC
TER
ER CUT
LAS PUTER
COM
DRILL
SS
PRE
K
BAC
/
BITS S
TOOL
ER
ROUT
CNC
CNC
CNTR
LS
APS
G'
5/8"
24'-11
F'
AL
GENR GE
RA
STO
5/8"
24'-11
WOOD
PLY
RAGE
STO
E'
TER
COUN
WORK
CNC
UM
VACU
24'-0"
LL TOO
SMA
SCR
H'
5/8"
24'-11
STORAGE
STORAGE
W
L SA
PANE
SH
TRA
BIN
465 SF
SH
TRA
BIN
WOO
BA
ND D
CNC ROUTER
APS
WOO
BA
ND D
SCR
/DISC
BELT ER
/DISC SAND
BELT ERDRILL
S
SAND PRES
7
CLIMATE
CONTROL
ROOM
EYE
WASH
ER
ROUT E
TABL
52 SF
592 SF
2015 SF
UTIL.
SINK
CNC ER
PUT
COM
LE SAW
TAB FEED
OUT
1739 SF
STORAGE
SHELF
SAW
MITER
TER
ER CUT
LAS MPUTER
CO
SF
1930
R.
STO
GEN.
SHOWER
BCT LAB
T
R
OP UNI
CHT COUNTE
D
BEN
FIXE
ON
K
BAC
SCR
COMP
COMP
PROJECT ASSEMBLY
OL
R TO
POWEBBIES
CU
LAB ER
PUT
COM
LAB ER
PUT
COM
STORAGE
STORAGE
GEN.
R.
STO
80 SF
TER
COUN
WORK
NT
R
LASE ER
CUTT
150 SF
160 SF
VESTIBULE
N
HNICIA
TEC
H
BENC
WORK
20'-0"
P
COM
3D R
PRINTE
T
POR
SUP OVAL
REM TION
STA
LAB TECH
R
NTE
ER
3D PRI
PUT
COM
OUND
COMP
WORKE
TABL
YC.
425 SF
LL
TER
COUN
WORK
LAB ER
PUT
COM
640 SF
VAC
REC
LS WA
YC.
R
PRINTE
DIGITAL FABRICATION LAB
FRO
SH
TRA
STORAGE ABOVE
SH
TRA
6
/
UP
LOADING
LL TOO
SMA
IES
CUBB
AGE DELS
STOR AY MO
DISPL
REC
UP
PIN E
SPAC
159 SF
UM
VACU ER
FORM
SHAFT
SINK
E
ORAG
RE ST
SECU
VESTIBULE
Luminaires controlled by occupancy sensor and local
wall slider dimmer. Perimeter luminaires controlled
by daylight responsive sensor with manual override.
91 SF
5/8"
24'-11
D'
WALL
5/8"
24'-11
C'
8
B'
7006 UMass IDB
DD - Lighting Control Diagram
First Floor
Local wall control multi-scene with occupancy sensor.
Luminaires controlled by occupancy sensor.
A
B
A.5
12'-0"
C
12'-0"
D
C.5
24'-0"
12'-0"
E
24'-0"
G
F
24'-0"
24'-0"
H
24'-0"
28'-0"
Luminaires controlled by occupancy sensor with
timeclock override. Luminaires along window wall
will be operated with daylight responsive control.
1
24'-0"
SHAFT
SHAFT
CLASS LAB SERVICE
COMPUTER LAB
182 SF
1033 SF
PIN-UP LOUNGE
362 SF
2
Luminaires controlled by occupancy sensor with
timeclock override.
SHAFT
GRAD WORKSPACE
24'-0"
265 SF
STUDIO
STAIR 1
DN
UP
MEN
223 SF
213 SF
ELEC.
OIT
ELEV.
SHAFT
WOMEN
3198 SF
147 SF
GRAD T.A.
56 SF
42 SF
3
180 SF
BENCH
OFFICE 11
12'-0"
STUDIO
166 SF
4446 SF
273'-6"
3.5
STAIR 3
STAIR 6
Independently controlled rooms with occupancy/vacancy
sensor (manual on to 50% automatic off).
OFFICE 10
MAILBOXES
12'-0"
166 SF
BCT LOUNGE
145 SF
OFFICE 9
4
166 SF
145 SF
MAILBOXES
ENV. DESIGN LOUNGE
OFFICE8
24'-0"
166 SF
STAIR 2
TOILET
ELEC.
33 SF
5
UP
LAPTOP LAB
PIN-UP LOUNGE
Luminaires controlled by occupancy sensor and local
wall slider dimmer. Perimeter luminaires controlled
by daylight responsive sensor with manual override.
DN
SHAFT
801 SF
BREAK ROOM
SEMINAR
367 SF
601 SF
E
ORAG
H / ST
BENC
OFFICE 7
E
ORAG
H / ST
BENC
COPY/FILES/MAIL
82 SF
SEMINAR
OFFICE 6
601 SF
6
6.3
OFFICE 3
E
ORAG
H / ST
BENC
ADMIN
OFFICE 2 / BLDG MANAGER
20'-0"
832 SF
ADMIN 3
152 SF
152 SF
152 SF
152 SF
ADMIN 2
G'
197 SF
5/8"
24'-11
152 SF
CHAIR
F'
194 SF
ADMIN 1
OFFICE 1 / CHAIR
H'
5/8"
24'-11
152 SF
CHAIR
7
149 SF
152 SF
OFFICE 5
OFFICE 4
5/8"
24'-11
150 SF
E'
197 SF
24'-0"
5/8"
24'-11
D'
5/8"
24'-11
C'
8
B'
7006 UMass IDB
DD - Lighting Control Diagram
Second Floor
Local programmable wall control with preset scenes.
Luminaires controlled by occupancy sensor.
A
A.5
B
12'-0"
C
12'-0"
C.5
24'-0"
D
12'-0"
E
24'-0"
G
F
24'-0"
24'-0"
H
24'-0"
28'-0"
Luminaires controlled by occupancy sensor with
timeclock override. Luminaires along window wall
will be operated with daylight responsive control.
1
24'-0"
LARP RESEARCH
LARP TELECONFERENCE
796 SF
409 SF
PIN-UP LOUNGE
367 SF
STUDIO
3197 SF
2
SHAFT
PROJECT ROOMS
57 SF
706 SF
Luminaires controlled by occupancy sensor with
timeclock override.
223 SF
147 SF
UP
DN
24'-0"
JANITOR CLOSET
WOMEN
STAIR 1
MEN
213 SF
ELEV.
SHAFT
ELECTRICAL
OIT
56 SF
42 SF
3
BENCH
12'-0"
287'-6"
OFFICE 12
166 SF
STUDIO
4462 SF
OFFICE 44
STAIR 7
3.5
Independently controlled rooms with occupancy/vacancy
sensor (manual on to 50% automatic off).
144 SF
OFFICE 13
12'-0"
166 SF
OFFICE 43
144 SF
4
OFFICE 14
166 SF
OFFICE 15
144 SF
166 SF
24'-0"
OFFICE 42
OFFICE 41
STAIR 2
144 SF
DN
LACT
73 SF
Luminaires controlled by occupancy sensor and local
wall slider dimmer. Perimeter luminaires controlled
by daylight responsive sensor with manual override.
5
OFFICE 40
145 SF
OFFICE 39
OFFICE 38
OFFICE 37
201 SF
152 SF
OFFICE 33
OFFICE 16
OFFICE 17
152 SF
OFFICE 18
OFFICE 31
OFFICE 19
152 SF
152 SF
OFFICE 30
6
BREAK
153 SF
152 SF
OFFICE 34
152 SF
OFFICE 20
165 SF
OFFICES 21
6.3
OFFICE 22
20'-0"
OFFICE 23
CONFERENCE ROOM
389 SF
H'
5/8"
24'-11
G'
5/8"
24'-11
153 SF
152 SF
F'
OFFICE 27
OFFICE 28
152 SF
153 SF
153 SF
OFFICE 25
OFFICE 26
148 SF
150 SF
152 SF
152 SF
152 SF
OFFICE 24
7
SHAFT
OIT
69 SF
152 SF
OFFICE 36
OFFICE 35
OFFICE 32
145 SF
152 SF
5/8"
24'-11
152 SF
154 SF
OFFICE 29
E'
151 SF
24'-0"
CONFERENCE ROOM
5/8"
24'-11
248 SF
D'
5/8"
24'-11
C'
8
B'
7006 UMass IDB
DD - Lighting Control Diagram
Third Floor
Luminaires controlled by occupancy sensor.
Luminaires controlled by occupancy sensor and local
wall slider dimmer. Perimeter luminaires controlled
by daylight responsive sensor with manual override.
A.5
A
C
B
12'-0"
12'-0"
D
C.5
24'-0"
12'-0"
24'-0"
F
E
24'-0"
24'-0"
G
24'-0"
H
28'-0"
1
24'-0"
OPEN TO STUDIO
BELOW
PIN-UP LOUNGE
306 SF
PHD STUDIO
697 SF
2
SHAFT
24'-0"
ROOFTOP
MECHANICAL
STAIR 1
ELECTRICAL
DN
ELEV.
65 SF
3
12'-0"
OPEN TO BELOW
301'-6"
STUDIO
4308 SF
STAIR 7
12'-0"
3.5
24'-0"
4
DN
5
OPEN TO STUDIO
BELOW
6
6.3
6.3
H'
20'-0"
5/8"
24'-11
G'
5/8"
24'-11
F'
7
5/8"
24'-11
E'
24'-0"
5/8"
24'-11
D'
5/8"
24'-11
C'
8
B'
7006 UMass IDB
DD - Lighting Control Diagram
Mezzanine
Controls Strategy Sequence of Operations
195 Church St, Suite 10C
New Haven, CT 06510
1 (203) 777 - 1400
Project: UMASS IDB, Morrissey Boulevard, Boston, MA
Architect: Leers Weinzapfel Associates Architects, Boston, MA
General Notes and Instructions:
1. This document references Luminaire Schedule, Lighting Control and Zoning Diagrams, and Preset Schedules
2. Location of wall controls to be determined by Architect.
3. Locations of Occupancy/ Vacancy and Daylight Sensing equipment to be determined by Electrical Engineer.
Space Type
1
Color Code
Space Type
Equipment
Sequence
Workshop Areas, Storage, Janitorial, Pinup Spaces,
Computer/ Laptop Labs, Seminar, Offices without
Daylighting
Local Wall Control
Occupancy Sensor
ON: Lighting will automatically turn on to 100% when this space is occupied
OFF: Lighting is manually switched off wia wall control
Computer/ Laptop Labs, Seminar, Classrooms and Offices Dimming Wall Control
without Daylighting, Teleconference,
Occupancy Sensor
ON: Lighting automatically turn on to 100% when this space is occupied
ADJUST: Light levels adjusted through slider dimmer wall control
OFF: Lighting is manually switched off wia wall control
Corridors, Restrooms, Interior Vestibules,
Occupancy/Vacancy Sensor
ON: Lighting will automatically turn on to 100% when space is occupied
OFF: Lighting will automatically turn off after 10 minutes of vacancy
Egress Stairs
Occupancy/Vacancy Sensor
ON: Lighting will remain at 50% output at all times
ADJUST: Lighting will automatically adjust to 100% output when occupied, and will adjust
back to 50% after 5 minutes of vacancy
OFF: Building management system override
Café/Lounge
Photocell
Timeclock
ON: Lighting will automatically switch on in response to daylight levels
ADJUST: Lighting will automatically brighten and dim in response to available daylight
levels
OFF: Lighting will automatically dim when available daylight levels exceed 15fc with
timeclock override during predetermined nighttime hours
2
Notes
3
4
5
Atelier Ten
NOT FOR CONSTRUCTION - page 1 of 2
Daylight threshold = 15fc
7006 UMASS IDB
11.18.2014
Space Type
Color Code
Space Type
Equipment
Sequence
Notes
Exhibit, Procopio
Photocell
Multi-Scene Preset Wall Control
Occupancy Sensor
ON: Lighting will automatically turn on to designated preset when space is occupied
ADJUST: Lighting will be manually adjusted via multi-scene preset wall control, and
automatically dimmed in response to available daylight levels
OFF: Manual off with timeclock override during predetermined nighttime hours
Refer to Lighting Control Preset
Schedules for designated occupancy
presets and daylight dimming
thresholds.
Classrooms and Offices with Daylight Access
Photocell
Dimming Wall Control
Vacancy Sensor
ON: Lighting is manually switched on via wall control
ADJUST: Light levels are manually adjusted through slider dimmer wall control and
automatically brighten and dim in response to available daylight levels
OFF: Lighting will automatically switch off after 10 minutes of vacancy
Daylight threshold = 25fc
Commons
Photocell
Wall Control
Timeclock
ON: Lighting will automatically switch on in response to daylight levels
ADJUST: Ambient and accent lighting will automatically brighten and dim in response to
available daylight levels, presentation lighting is manually controlled via slider dimmer
wall control
OFF: Ambient lighting will automatically switch off in response to daylight levels with
timeclock override during predetermined nighttime hours
Daylight threshold = 10fc
Daylight sensor to be placed between 7'10' AFF in circulation zone with no direct
daylight.
Dimming wall control to be located in
restricted area per Architect.
Loading Dock, Paint Room
Wall Control
ON: Lighting is manually switched on via wall control
OFF: Lighting is manually switched off via wall control
Exterior Vestibules, Overhangs
Timeclock
ON: Lighting will be manually switched on via timeclock during predetermined hours
OFF: Lighting will be manually switched off via timeclock during predetermined hours
Occupancy sensor to be aimed toward
work area with viewing angle trimmed to
avoid occupancy sensing from outside
space.
Site
Photocell
Timeclock
ON: Lighting will automatically switch on in response to daylight levels
OFF: Lighting will be automatically switched off via timeclock during predetermined
hours
Daylight threshold = 5fc
6
7
8
9
10
11
Atelier Ten
NOT FOR CONSTRUCTION - page 2 of 2
7006 UMASS IDB
11.18.2014
Lighting Control Preset Schedule
Project: Umass IDB
Architect: LWA, Boston
195 Church St, Suite 10C
New Haven, CT 06510
Zones
Room #
178
Room Name
Exhibit
178
Procopio
Zone #
a
b
c
d
e
a
b
c
d
e
f
g
h
Fixtures
AS02 LED Slot w/ Daylight Dimming
AS02 LED Slot AT01 Perimeter Track Lighting
AT01 Center Track Lighting
AS20 LED Slot (Front)
AD10 LED Downlights
AD10 LED Downlights w/ Daylight Dimming
AS10 LED Slot AS10 LED Slot w/ Daylight Dimming
AS20 LED Slot (Front)
AA01 Adjustable LED Multi‐head (Speaker)
AA01 Adjustable LED Multi‐head
AC02 Perimeter Cove Wall Wash
Dim / Non‐ Wall Switch Dim
Presets
Button Text*
Working
D
1
Gallery 1
D
2
Gallery 2
D
3
Off
D
4
D
D
D
D
D
D
D
D
ND
1
2
3
4
5
Active
Banquet
Speaker+AV
Classroom
Off
a
100%
0%
0%
0%
b
100%
0%
0%
0%
c
d
70%
100%
100%
0%
70%
20%
100%
0%
e
100%
0%
0%
0%
a
100%
70%
30%
0%
0%
b
100%
70%
30%
0%
0%
c
100%
0%
0%
100%
0%
d
100%
0%
0%
100%
0%
e
100%
0%
0%
100%
0%
Notes
Daylight threshold = 40fc
Shades Down, Daylight threshold 50fc Shades Down, Daylight threshold 50fc f
100%
50%
100%
0%
0%
g
100%
50%
0%
0%
0%
h
0%
100%
0%
0%
0%
Daylight threshold = 40fc
Shades Down Shades Down Occupancy Preset, Daylight threshold = 35fc
General Note: Daylight responsive dimming as required by code in daylighting zones
*Button Text to be Vetted by Client
Atelier Ten
Page 1 of 1
7006 UMass IDB
CD Progress
11‐20‐14
Type
AP01D
Action
R&R
Comments
Alternate luminaire aesthetic and distribution is acceptable.
Lighting manufacturer to clarify if lumen package is delivered or initial lumens. This
will ensure luminaire meets acceptable lumen package design.
Lighting manufacturer to clarify which section of luminaire is circuited for emergency.
Luminaire to be provided with two circuits. Normal (switch), and Daylight Responsive
Dimming
Luminaire does not indicated to be DLC certified label. This luminaire type may effect
rebate/ incentive aspirations. Manufacturer to provide documentation of DLC
Certification.
Contractor to coordinate suspension mounting per architectural drawings.
AP01E
R&R
Alternate luminaire aesthetic and distribution is acceptable.
Lighting manufacturer to clarify if lumen package is delivered or initial lumens. This
will ensure luminaire meets acceptable lumen package design.
Lighting manufacturer to clarify which section of luminaire is circuited for emergency.
Luminaire to be provided with two circuits. Normal (Switch) and Emergency
Luminaire does not indicated to be DLC certified label. This luminaire type may effect
rebate/ incentive aspirations. Manufacturer to provide documentation of DLC
Certification.
Contractor to coordinate suspension mounting per architectural drawings.
Electrical Engineer to verify emergency lighting requirements.
AP01DE
R&R
AP02
R&R
Alternate luminaire aesthetic and distribution is acceptable.
Lighting manufacturer to clarify if lumen package is delivered or initial lumens. This
will ensure luminaire meets acceptable lumen package design.
Lighting manufacturer to clarify which section of luminaire is circuited for emergency.
Luminaire to be provided with three circuits. Normal (switch), Daylight Responsive
Dimming and Emergency
Luminaire does not indicated to be DLC certified label. This luminaire type may effect
rebate/ incentive aspirations. Manufacturer to provide documentation of DLC
Certification.
Contractor to coordinate suspension mounting per architectural drawings.
Electrical Engineer to verify emergency lighting requirements.
Alternate luminaire aesthetic and distribution is acceptable.
Lighting manufacturer to clarify if lumen package is delivered or initial lumens. This
will ensure luminaire meets acceptable lumen package design.
Luminaire does not indicated to be DLC certified label. This luminaire type may effect
rebate/ incentive aspirations. Manufacturer to provide documentation of DLC
Certification.
Contractor to coordinate suspension mounting per architectural drawings.
11/19/2015
Lighting Submittal Review Comments
Page 4 of 8