Cut Sheet

®
SPECIFICATION SUBMITTAL Page
Job Name:
Job Number:
Model Numbers:
Dual Technology Occupancy Sensor Switch
369773c 12 04.09.14
Maestro® Sensor
m30
15
5
1
Occ
LRN
Fixd
Vac
Mode
Hi
Med
Low
Off
Hi
Med
Low
Min
PIR
m30
15
5
1
Occ
Lrn
Fixd
Vac
Mode
Hi
Med
Low
Off
Hi
Med
Low
Min
PIR
m30
15
5
1
Occ
LRN
Fixd
Vac
Mode
Hi
Med
Low
Off
Hi
Med
Low
Min
PIR
m30
15
5
1
Occ
Lrn
Fixd
Vac
Mode
Hi
Med
Low
Off
Hi
Med
Low
Min
PIR
Black
Blue
Ground
MS-B202
1
Green
Ground
120–277 V~
50 / 60 Hz
Line/Hot
Load 2
Standard
Mechanical Switch
2,3
Black
Different
color
screw
Neutral
Black-Orange
Load 1
Black-Orange
White
Wiring Diagram 5
3-Way Installation, Single Breaker Feed Wiring: Dual-Circuit (MS-B202)
NOTE: Do not use MaestroR accessory switches with MS-B202.
Wiring must comply with NECR code for wiring multiple branch circuits. Where two or more branch circuits
supply devices or equipment on the same yoke, a means to simultaneously disconnect the ungrounded
conductors supplying those devices shall be provided at the point at which the branch circuits originate.
Black
Blue
Ground
MS-B202
1
Green
Ground
120–277 V~
50 / 60 Hz
Line/Hot
Load 2
Standard
Mechanical Switch
2,3
Black
Yellow Jumper
wire (included)
Yellow Jumper
wire (included)
Different
color
screw
Neutral
Black-Orange
Load 1
Black-Orange
White
Line/Hot
Wiring Diagrams - Dual-Circuit (continued)
1
Dual Tech Sensor Switch can be installed in any location.
2
Mechanical switch may be wired to either circuit, and will control both. Do NOT wire mechanical switch to both circuits.
3
You may use no more than one mechanical switch with a dual-circuit Dual Tech Sensor Switch.
Wiring Diagram 6
3-Way Installation, Two Breaker Feed Wiring: Dual-Circuit (MS-B202)
Note: Do not use MaestroR accessory
switches with MS-B202.
Note: Optimum performance of sensor
may depend upon installation
location, see sensor switch
placement guidelines on page 4.
Note: Optimum performance of sensor
may depend upon installation
location, see sensor switch
placement guidelines on page 4.
12