SuperSwitch 2 PIR Wall Switch Model#OSW-P …

1 Installation Instructions Model # OSW-P-0451-MV-A. SuperSwitch 2 PIR Wall Switch Model # OSW-P-0451-MV-V. 120/277 VAC Model # OSW-P-0451-MV-W. GENERAL INFORMATION. Read all instructions on both sides of this sheet first. CAUTION: Before installing or performing any service on a Greengate system, the power MUST be turned off at the branch circuit breaker. According to NEC. Plan all component locations carefully. 240-83(d), if the branch circuit breaker is used as the main Switch for a fluorescent Install in accordance with all local codes. lighting circuit, the circuit breaker should be marked SWD.. For use with 120/277 VAC only. NOTE REGARDING COMPACT FLUORESCENT LAMPS: The life of some compact Not for use where temperatures fall below 60o F or exceed 90o F. fluorescent lamps (CFLs) is shortened by frequent automatic or manual switching. For indoor use only. Check with CFL and ballast manufacturer to determine the effects of cycling. DESCRIPTION OF OPERATION. The OSW-P-0451-MV is a self-contained motion-sensing lighting control which seconds follows the lights turning off automatically.

2 During that grace period, replaces a conventional wall Switch for energy savings and convenience. Lights lights can be turned on again by motion. In the Automatic On mode, lights will turn off automatically after a room is vacated. be turned on by motion at any time. The OSW-P-0451-MV is designed to detect motion from a heat-emitting source At any time, lights may be turned off while the room is occupied by pressing the (such as a person entering a room) within its field-of-view and automatically touchplate. The OSW-P-0451-MV is fully self-resetting; lights turned off manu- Switch lights on and off. Lights will remain on until no motion is detected and a ally in Automatic On mode will stay off while the room remains occupied. After preset time delay has expired. the room is vacated and the pre-set time delay and grace period have elapsed, The OSW-P-0451-MV includes a self-adjusting feature that will maintain opti- the lights will remain off until turned on automatically the next time someone mum performance by automatically self-adjusting sensitivity and time delay in enters the room.

3 Real time based on occupant activity. The OSW-P-0451-MV can be used with a standard toggle Switch to split the Model OSW-P-0451-MV offers a choice of Automatic On or Manual On modes. lighting load for rooms that are wired for two switches as shown in the Wiring In the Automatic On mode, the lights turn on automatically when a person enters the room. In the Manual On mode, lights are turned on by pressing the Diagram. Control of a second circuit with a single Switch is possible with use of touchplate on the Switch . Modes can be changed by flipping the concealed Greengate Model OSW-P-0451-DMV Dual Level Automatic Self-Adjusting Wall Switch under the touchplate. (see Checkout and Adjustment) Switch . In either mode, lights will remain on as long as motion is detected in the room. When no motion is detected, the lights will turn off automatically after the The Lighting Sweep feature forces an initial delay on Power Up to prevent pre-set time delay. In Manual On mode, a grace period of approximately ten false activation in buildings with computer controls systems.

4 COVERAGE. TYPICAL OFFICE LAYOUT COVERAGE DIAGRAM. The OSW-P-0451-MV is designed for offices up to 300 square feet. Although total coverage of minor motion is 450 square feet, wall switches are normally mounted 22'. 3'. off-center in a room which reduces 16'. the coverage attainable. 20'. SIDE VIEW 26'. LOCATION. 32'. When installing OSW-P-0451-MV in a new junction box, choose mind that there must be a clear line of sight between the sensor the Switch location carefully to provide optimum coverage of the and the area to be covered. Avoid pointing the OSW-P-0451-MV. occupied area. When replacing an existing wall Switch , bear in directly into the hallway where it may detect passers-by. INSTALLATION. The OSW-P-0451-MV can replace one Switch in any standard single or double gang box. It may be installed in the same manner as an ordinary wall Switch . Wire the OSW-P-0451-MV as described in the wiring section. Mount OSW-P-0451-MV in the junction box. RATINGS. 120 VAC Incandescent or Fluorescent 277 VAC Fluorescent Only Maximum Load: 800 Watts, amps Maximum Load: 1200 Watts, amps Note: No minimum load requirement.

5 WIRING. CAUTION: For use with 120/277 VAC only. Do not use with any other voltage. For other voltages, refer to the Greengate Tech Sheets. Do not wire to control receptacle circuits. VERIFY that the connected load does not exceed the OSW-P-0451-MV ratings. Use twist-on wire connectors for all connections. All installations should be in compliance with the National Electric Code and all state and local codes. Model OSW-P-0451-MV can be wired to control both an exhaust fan and lighting provided the total load does not exceed the maximum load rating (in Amps) for the automatic wall Switch . Connect the blue wire to the Switch leg for the load. Connect the ground wire. (Device must be grounded for proper operation). Connect the black wire to the hot lead. Connections are polarity sensitive. ONE CIRCUIT - ONE LIGHTING LOAD (FIGURE 1). ONE CIRCUIT - TWO LIGHTING LOADS (FIGURE 2). 3-WAY WIRING - SEE FIGURE 3. CAUTION: If a room is wired for two circuits using two separate hot leads, it is very important to connect only one circuit to the sensor.

6 Split one circuit into two Switch legs and cap the unused hot lead inside the box. The combination of Load 1 and Load 2 must not exceed the maximum load rating. Consult with the building manager and occupant to determine which lights should be off (Load 2) when the toggle Switch adjacent to the sensor is open (off). OSW-P-0451-MV must always control Load 1, while its control of Load 2 is selected manually by opening and closing the toggle Switch . Connect the blue wire to the Switch leg for Load 1 and one side of the toggle Switch for Load 2. Connect the other side of the toggle Switch to the Switch leg for Load 2. Connect ground lead. Finally, connect the black wire to the hot lead. Connections are polarity sensitive. WIRING DIAGRAMS. FIGURE 1- Single Level Switching 120 VAC OR 277 VAC FIGURE 2 - Dual Level Switching 120 VAC OR 277 VAC. BARE WIRE BARE WIRE BARE WIRE. GROUND GROUND GROUND TOGGLE Switch . BLACK BLACK. BLUE BLUE. GREEN GREEN. GREEN/YELLOW GREEN/YELLOW. LOAD 1 LOAD 1 LOAD 2.

7 277 VAC GROUND. 277 VAC GROUND USE ONE GROUND. USE ONE GROUND LEAD ONLY. LEAD ONLY CAP UNUSED LEAD 120 VAC GROUND. CAP UNUSED LEAD 120 VAC GROUND. NEUTRAL. NEUTRAL. LOAD 1 SWITCHLEG LOAD 2 SWITCHLEG. 120 VAC OR 277 VAC. TRAVELLERS. BARE WIRE BARE WIRE. GROUND GROUND. BLACK BLACK. BLUE BLUE. GREEN GREEN. GREEN/YELLOW GREEN/YELLOW. LOAD 1. 277 VAC GROUND 277 VAC GROUND. USE ONE GROUND USE ONE GROUND. LEAD ONLY LEAD ONLY. CAP UNUSED LEAD 120 VAC GROUND 120 VAC GROUND CAP UNUSED LEAD. NEUTRAL NEUTRAL. FIGURE 3 -Three - Way Wiring Diagram CHECKOUT AND ADJUSTMENT. Once installation is complete, restore power to the lighting circuit. Proper operation must be verified. Each unit is shipped with all DIP switches in the default OFF position. For most applications, this is the ideal configuration and no further adjustments will be necessary. Simply complete the installer test described below to confirm. If adjustments are necessary, DIP switches are under the touchplate. Adjustments should be made with the HVAC.

8 System on so that the installer will be able to detect the effect of airflow on the operation of the OSW-P-0451-MV. Use only insulated tools to make adjustments. 1. Immediately after applying power to the lighting circuit, wait approximately one to two minutes for the Switch to power up and stabilize. 2. The Self Adjust feature is set to on. The Switch will continually adjust time delay and sensitivity to ensure maximum performance. No adjustments are neces- sary at installation. Coverage and sensitivity can be confirmed by watching the LED indicator on the front of the Sensor while moving around the room. The LED lights only when the Sensor is detecting motion. 3. In preparation for the Installer Test, the time delay has been set to 15 seconds (refer to the chart DIP Switch CONTROL LEGEND: 1 - TIME DELAY. below to see Time Delay settings) and the Auto/Manual Switch is in the OFF position to allow for 2 - TIME DELAY. Auto Operation (lights will turn on automatically when the Switch detects movement).

9 Leave the 3 - TIME DELAY. 4 - TIME DELAY. room. The lights should go out in approximately 15 seconds. Wait at least 12 seconds after the 5 - AUTO/MANUAL ON. 6 - SELF ADJUST DISABLE. lights go out. Walk normally back into the room and verify that the lights turn on automatically. 7 - ENERGY SAVER (DUAL LEVEL ONLY). 8 - OVERRIDE. There is no immediate need to make further adjustments to the Time Delay. When the Time Delay is set at the installer setting, it will reset itself to the 10-minute delay one hour after the lights are shut off automatically or manually. A 10-minute Time Delay is ideal in most applications. To disable this self-resetting feature, move the Self-Adjust DIP Switch (6) to ON. TIME DELAY LEGEND. TIME DELAY Switch NUMBER. 4. People who remain very still for long periods may need a longer Time Delay than the default setting (MINUTES). 1 2 3 4. of 10 minutes. As long as the Self-Adjust feature is enabled, the Switch will respond to each pair of false offs with no normal off in between, by alternately making slight adjustments to either time delay 2.

10 Or sensitivity so there should be no need for manual adjustment. If manual adjustment is desired, 4. 6. refer to the chart at right and use the dip switches to increase the time delay slightly, repeating if 8. necessary, until an optimum interval is obtained. NOTE: To reset the wall Switch to the factory set- 10. tings for sensitivity and time delay, move the Override DIP Switch (8) to the ON and then the OFF. 12. settings. 14. 16. 5. If the LED blinks when there is no movement in the room, it is possible that the sensor is being acti- 18. 20. vated by air flow from the HVAC system or other climate control device. If possible, relocate the sen- 22. sor at least six feet away from any climate control device. 24. 26. 6. If the sensor is activated by passers-by in the hallway, decrease the sensor's field-of-view using the 28. tape strips provided. There are two strips that are long and two strips that are long. 30. Each strip is wide, allowing the strip to completely cover the sensor window from top to bottom.