Peterson Scharck & Associates
Template Details
Greengate Ceiling Sensors and Vancancy Sensors
HOUSTON TX
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High Bay Dimming Fixture Mount Sensor
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OEF-P-010V-MV High Bay Fixture Mount Dimmer/Photocell |
The OEF-P PIR Fixture Mount High Bay/Low Bay Dimming Occupancy Sensor with Integrated Photocell and Two Interchangeable Lenses provides 1-10V control. The OEF-P is easy to program and set for desired 1-100% continuous dimming levels during daylighting. It is also engineered to meet and exceed all standards requirements of ASHRAE Standard 90.1 2010. Provides robust mechanical latching relay. Relay always returns to close after power loss event. UL listed for electronic ballast loads 120/277V. | Greengate | 1 | Control Components | OEF-P-010V-xxx | -- |
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OEF-P-010V-MV High Bay Fixture Mount Dimmer/Photocell |
The OEF-P PIR Fixture Mount High Bay/Low Bay Dimming Occupancy Sensor with Integrated Photocell and Two Interchangeable Lenses provides 1-10V control. The OEF-P is easy to program and set for desired 1-100% continuous dimming levels during daylighting. It is also engineered to meet and exceed all standards requirements of ASHRAE Standard 90.1 2010. Provides robust mechanical latching relay. Relay always returns to close after power loss event. UL listed for electronic ballast loads 120/277V. | Greengate | 0 | Control Components | -- | -- |
Integrated Sensor- Stand Alone
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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ISHH-01 / ISHH-02 - Stand Alone Integrated Sensor Remotes |
The Integrated Sensor programming remotes (ISHH-01 and ISHH-01) are handheld tools to adjust the light level of fixtures controlled by Cooper Lighting’s SVPD-series integrated sensors. The SVPD integrated sensors are standalone integrated sensors, i.e. each luminaire operates independently. The ISHH-01 allows users to turn adjust the light level of a fixture (on/off, raise and dim and preset light levels). It also allows the programmability of occupied and un-occupied scenes as well as the Energy Saver scene. The ISHH-02 only allows the user to control the luminaire light level only, i.e. turning the lights on/off, dim or raise the light level or set the light to one of the preset light levels. | Greengate | 1 | Control Components | ISHH-02 | -- |
Switchpack - Dual Relay
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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Switchpack - Dual Relay |
Dual Relay Switchpacks provide 24 VDC operating voltage to all low voltage, 24 VDC, Greengate occupancy sensors and day lighting controllers. These powerpacks can be used where two circuits need to be controlled at the same point. A single switchpack can provide power for up to five sensors. Up to ten switchpacks can be connected to one sensor for control of multiple circuits. Isolated contacts may also be used to control HVAC, contactors, motors, etc. | Greengate | 1 | Control Components | SPD20-MV-NO | -- |
Wall/Corner PIR Sensor
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAWC-P - PIR Wall/Corner Sensor Low Voltage |
The Passive Infrared Low Voltage Occupancy Sensing Wall/Corner sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC-P-120W-R | -- |
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OAWC-P - PIR Wall/Corner Sensor Low Voltage |
The Passive Infrared Low Voltage Occupancy Sensing Wall/Corner sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC-P-120W | -- |
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OAWC-P - PIR Wall/Corner Sensor Low Voltage |
The Passive Infrared Low Voltage Occupancy Sensing Wall/Corner sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC-P-009L-H-R | -- |
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OAWC-P - PIR Wall/Corner Sensor Low Voltage |
The Passive Infrared Low Voltage Occupancy Sensing Wall/Corner sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and time delay in real-time, maximizing the potential energy savings that are available in the particular application. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC-P-009L | -- |
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OXC-P Extreme Temperature Sensor |
The passive infrared Extreme Temperature Sensor provides consistent, stable coverage where extreme heat, cold or humidity must be accommodated, and where there are wide fluctuations in temperature. Temperature compensating circuitry stabilizes sensitivity at temperatures –40°F to 125°F (-40°C to 52°C). Ambient light control circuit to avoid False ON/OFF from brief changes in background light. Lighting sweep function with selectable DIP Switch prevents unnecessary “lights ON” following power sweeps in facilities with computer control systems | Greengate | 1 | Control Components | OXC-P-2MH0-R | -- |
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OXC-P Extreme Temperature Sensor |
The passive infrared Extreme Temperature Sensor provides consistent, stable coverage where extreme heat, cold or humidity must be accommodated, and where there are wide fluctuations in temperature. Temperature compensating circuitry stabilizes sensitivity at temperatures –40°F to 125°F (-40°C to 52°C). Ambient light control circuit to avoid False ON/OFF from brief changes in background light. Lighting sweep function with selectable DIP Switch prevents unnecessary “lights ON” following power sweeps in facilities with computer control systems | Greengate | 1 | Control Components | OXC-P-1500-R | -- |
MicroSet Dual Tech Line Voltage Ceiling Sensor
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAC-DT-2000-MV Dual Tech Ceiling Sensor 120-347V |
The MicroSet Dual Technology Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. The sensor is available in both single and dual load control. | Greengate | 1 | Control Components | OAC-DT-2000-MV | -- |
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OAC-DT-2000-MV Dual Tech Ceiling Sensor 120-347V |
The MicroSet Dual Technology Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. The sensor is available in both single and dual load control. | Greengate | 1 | Control Components | OAC-DT-2000-DMV | -- |
MicroSet Dual Tech Low Voltage
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-2000-R | -- |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-2000 | -- |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-1000-R | -- |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-1000 | -- |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-0501-R | -- |
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OAC/VAC-DT - Dual Tech Ceiling Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. MicroSet self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. | Greengate | 1 | Control Components | OAC-DT-0501 | -- |
MicroSet PIR Line Voltage Ceiling Sensor
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAC-P - PIR Ceiling Sensor 120-347V |
The MicroSet Passive Infrared Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is available in both single and dual load control. | Greengate | 1 | Control Components | OAC-P-1500-MV | -- |
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OAC-P - PIR Ceiling Sensor 120-347V |
The MicroSet Passive Infrared Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is available in both single and dual load control. | Greengate | 1 | Control Components | OAC-P-0500-MV | -- |
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OAC-P - PIR Ceiling Sensor 120-347V |
The MicroSet Passive Infrared Line Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is available in both single and dual load control. | Greengate | 1 | Control Components | OAC-P-1500-DMV | -- |
MicroSet PIR Low Voltage
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAC/VAC-P - PIR Ceiling Sensor Low Voltage |
The MicroSet Passive Infrared Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. For units to sense motion, the person must cross between two segments. PIR sensors are considered line-of sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-P-1500 | -- |
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OAC/VAC-P - PIR Ceiling Sensor Low Voltage |
The MicroSet Passive Infrared Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. For units to sense motion, the person must cross between two segments. PIR sensors are considered line-of sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-P-1500-R | -- |
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OAC/VAC-P - PIR Ceiling Sensor Low Voltage |
The MicroSet Passive Infrared Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. For units to sense motion, the person must cross between two segments. PIR sensors are considered line-of sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-P-0500 | -- |
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OAC/VAC-P - PIR Ceiling Sensor Low Voltage |
The MicroSet Passive Infrared Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The sensor is designed to detect motion from a heat-emitting source (such as a person entering a room) within its field-of-view and automatically switch lights ON. These sensors have multi-segmented lenses. For units to sense motion, the person must cross between two segments. PIR sensors are considered line-of sight sensors, meaning that the sensor must be able to have a direct line-of-sight to the person making the motion. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-P-0500-R | -- |
MicroSet Ultrasonic Low Voltage
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-2000-R | -- |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-2000 | -- |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-1000-R | -- |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-1000 | -- |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-0501-R | -- |
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OAC-U - Ultrasonic Ceiling Sensor Low Voltage |
The MicroSet Ultrasonic Low Voltage Occupancy Sensing Ceiling Sensor is a motion sensing lighting control that is used for energy savings and convenience. The ultrasonic sensor uses the Doppler principle. It produces a low intensity, inaudible sound and detects changes in sound waves caused by motion, such as walking into the room, reaching for the telephone, or turning in a chair. They are volumetric in nature and therefore not line-of-sight dependent. Since they fill the space with these sound waves, they are excellent in bathrooms with stalls, enclosed hallways, or other oddly shaped rooms. In addition, they are much more sensitive to smaller motions. The sensor includes self-adaptive technology that continuously self-adjusts sensitivity and Time Delay in real-time, maximizing the potential energy savings that are available in the particular application. | Greengate | 1 | Control Components | OAC-U-0501 | -- |
Switchpack
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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SP20-RD4 - Heavy Duty Switchpack |
The SP20-RD4 is the latest addition to the Greengate Switchpacks family, delivering a wide array of switching solutions in a single unit. This robust powerpack is designed to deliver unmatched performance. The SP20-RD4 features robust and reliable mechanical latching relays, exclusive fail-safe circuitry, daylight harvesting, bi-level switching and is configurable for energy code requirements. The switchpack is specifically designed to handle high inrush electronic ballast loads and offer unmatched durability and service. | Greengate | 1 | Control Components | SP20-RD4 | -- |
Wall/Corner Dual Tech Sensor
Pending
| Image | Name | Description | Manufacturer | Qty | Product Type | Part Number | Notes |
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OAWC-DT - Dual Tech Wall/Corner Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAWC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. Self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC -DT-120W-R | -- |
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OAWC-DT - Dual Tech Wall/Corner Sensor Low Voltage |
The Dual Technology sensor’s combination of Ultrasonic and Passive Infrared technologies offers the most complete sensing equipment available today. This pairing helps eliminate false activations or deactivations for additional energy savings. The OAWC-DT sensors are also equipped with MicroSet self-adjusting technology which provides an adaptive and airflow tolerant technology, making them ideal for spaces which have increased airflow due to higher occupant levels. Self-adjusting Dual Technology sensors drastically simplify and reduce a contractor’s installation and adjustment time period. Manual On feature for use with 1 or 2 momentary switches controlling 1 or more Switchpacks. | Greengate | 1 | Control Components | OAWC -DT-120W | -- |