About Energy Codes Occupancy and Vacancy Sensors Energy costs and consumption continue to rise. Today, many energy codes and energy policies either require or incentivize the use of energy efficient lighting controls on commercial projects. Greengate sensors are the best performing, broadest featured, most aesthetically pleasing sensors available. ASHRAE 90.1-1999, 2001, 2004, 2007, 2010 In buildings over 5,000 sq. ft., all general lighting must be able to be automatically turned off. • Occupancy sensors can be used throughout the building, in lieu of programmable timing, to meet the Automatic-Off requirement outlined in the ASHRAE standard. • In every building, regardless of size, ASHRAE requires that occupancy sensors be placed in classrooms, conference/meeting rooms, employee cafeterias and break rooms. Ceiling Mount Using this paper versus standard paper produced the following environmental benefits. Based on Environmental Defense Fund Paper Calculator As of December 30, 2010, The Department of Energy (DOE) recognizes the ASHRAE 2004 standard as the new national minimum. Number of Trees Saved 12 Total Energy Saved—Million BTU’s 7.9 Wall/Corner Mount • Industry’s best initial activation and overall motion sensing. • Occupancy, vacancy and daylight sensor in one device. • Broadest number of features available makes application and specification easier. • Industry exclusive Bi-Level Auto/Manual-On feature. • Ideal for rooms with pendant fixtures or open/slanted ceilings. • Full line of low and line voltage sensors. Wall Switches • Replace any switch or dimmer with the most comprehensive line of neutral and non-neutral models. LEED Green Building Rating System • Automatically adjust light levels based on occupancy or natural light. Both of the above ASHRAE requirements must be met by any project hoping to earn LEED certification. Lighting controls can contribute toward meeting a prerequisite and earning up to 24 percent or 24 of the 100 points available in LEED 2009. • Use occupancy sensors to earn LEED points by significantly improving the energy performance of the building. California Title 24 Greenhouse Gas Reduction—lbs of CO2 4391 Automatic shut-off occupancy sensors must be installed in the following areas to turn off the lighting when a space is unoccupied: • Offices 250 sq. ft. or smaller. Gallons of Water Saved 4129 Solid Waste Reduction— lbs of Waste 683 Kilo-watt (kwh) Hours Saved 1702 • Occupancy and vacancy models allow for Manual-On functionality, meeting code standards and energy efficient control strategies. Proven Energy Savings • Multipurpose rooms of less than 1000 sq. ft. • Classrooms of any size. • Conference rooms of any size. Space Control - Requires individual control devices in spaces enclosed with floor to ceiling height partitions and include individual rooms for partitioned open offices. Light Level Reduction Control - Requires simple switching strategies to reduce light levels by up to 50%. Bi-level occupancy sensors can also meet the requirements by offering 2 levels of control. IECC • ASHRAE and Title 24 requirements must be met. • IECC 2003 & 2006, occupants must be able to reduce lighting load in the space in a reasonably uniform pattern by at least 50%. Bi-Level occupancy sensors offering personal control can be used to comply with this mandatory requirement. Sensor Layout Services North America Headquarters 203 Cooper Circle Peachtree City, GA 30269 P: 800-553-3879 F: 800-954-7016 International Headquarters Usk House, Lakeside, Llantarnam Park, Cwmbran, NP44 3HD. UK P: +44 (0)1923 495495 F: +44 (0)1923 867880 www.coopercontrol.com ControlsSales@cooperindustries.com www.coopercontrol.com enquiries@coopercontrols.co.uk Save 60% Canada 5925 McLaughlin Road Mississauga, Ontario L5R 1B8 Save 45% Save 35% Save 75% Save 40% Sensor Technologies P: 905-507-4000 F: 905-568-7049 Passive Infrared (PIR) Technology • 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 and OFF. Cooper Controls offers complete occupancy sensor layout services. • 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. To streamline your building design process, occupancy sensor layout services are available, allowing you to focus your valuable time elsewhere. Simply email us your reflected ceiling plan and within 3-5 business days, we will return a completed layout and a guaranteed bill of material. Ultrasonic (US) Technology • Occupancy sensor layouts on CAD drawings along with a complete bill of materials. • 3 to 5 business days turnaround time. • Email notification(s) of receipt of layout request. • Ultrasonic sensors use the Doppler principle. These sensors produce low intensity, inaudible sound and detect changes in sound waves caused by motion. • Guaranteed sensor layout coverage performance. • They are volumetric in nature and therefore not line-of-sight dependant. • They are much more sensitive to smaller motions. Send an email including the DWG file (AutoCAD preferred), PDF or TIF file (10MB maximum file size) to: sensorlayouts@cooperindustries.com to take advantage of this service today. Version 4.0 Greengate Occupancy Sensor Guide Dual Technology • Dual Technology is the combination of PIR and Ultrasonic into one sensor and is the ultimate sensing solution available today. • This pairing helps to eliminate false activations (both ON and OFF) thus saving additional energy use. • Dual Technology sensors ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. MicroSet Self-Adjusting Technology Cooper US, Inc. 600 Travis, Suite 5600 Houston, TX 77002 P: 713-209-8400 F: 713-209-8995 www.cooperindustries.com ACC130087 Cooper Controls, Greengate, Novitas, PCI Lighting Control Systems, VisionTouch, VisionSwitch, MicroSet, Digita, ControlKeeper, LiteKeeper, IntelliRelay, NeoSwitch, TracKeeper, Revio, and Ineo are valuable trademarks of Cooper Industries in the U.S. and other countries. You are not permitted to use Cooper Trademarks without the prior written consent of Cooper Industries. Printed in USA • Continuously adjusts to conditions by adjusting sensitivity and Time Delay in real-time. • By adjusting sensitivity and Time Delay automatically, the sensor is maximizing the potential energy savings that are available. About Energy Codes Occupancy and Vacancy Sensors Energy costs and consumption continue to rise. Today, many energy codes and energy policies either require or incentivize the use of energy efficient lighting controls on commercial projects. Greengate sensors are the best performing, broadest featured, most aesthetically pleasing sensors available. ASHRAE 90.1-1999, 2001, 2004, 2007, 2010 In buildings over 5,000 sq. ft., all general lighting must be able to be automatically turned off. • Occupancy sensors can be used throughout the building, in lieu of programmable timing, to meet the Automatic-Off requirement outlined in the ASHRAE standard. • In every building, regardless of size, ASHRAE requires that occupancy sensors be placed in classrooms, conference/meeting rooms, employee cafeterias and break rooms. Ceiling Mount Using this paper versus standard paper produced the following environmental benefits. Based on Environmental Defense Fund Paper Calculator As of December 30, 2010, The Department of Energy (DOE) recognizes the ASHRAE 2004 standard as the new national minimum. Number of Trees Saved 12 Total Energy Saved—Million BTU’s 7.9 Wall/Corner Mount • Industry’s best initial activation and overall motion sensing. • Occupancy, vacancy and daylight sensor in one device. • Broadest number of features available makes application and specification easier. • Industry exclusive Bi-Level Auto/Manual-On feature. • Ideal for rooms with pendant fixtures or open/slanted ceilings. • Full line of low and line voltage sensors. Wall Switches • Replace any switch or dimmer with the most comprehensive line of neutral and non-neutral models. LEED Green Building Rating System • Automatically adjust light levels based on occupancy or natural light. Both of the above ASHRAE requirements must be met by any project hoping to earn LEED certification. Lighting controls can contribute toward meeting a prerequisite and earning up to 24 percent or 24 of the 100 points available in LEED 2009. • Use occupancy sensors to earn LEED points by significantly improving the energy performance of the building. California Title 24 Greenhouse Gas Reduction—lbs of CO2 4391 Automatic shut-off occupancy sensors must be installed in the following areas to turn off the lighting when a space is unoccupied: • Offices 250 sq. ft. or smaller. Gallons of Water Saved 4129 Solid Waste Reduction— lbs of Waste 683 Kilo-watt (kwh) Hours Saved 1702 • Occupancy and vacancy models allow for Manual-On functionality, meeting code standards and energy efficient control strategies. Proven Energy Savings • Multipurpose rooms of less than 1000 sq. ft. • Classrooms of any size. • Conference rooms of any size. Space Control - Requires individual control devices in spaces enclosed with floor to ceiling height partitions and include individual rooms for partitioned open offices. Light Level Reduction Control - Requires simple switching strategies to reduce light levels by up to 50%. Bi-level occupancy sensors can also meet the requirements by offering 2 levels of control. IECC • ASHRAE and Title 24 requirements must be met. • IECC 2003 & 2006, occupants must be able to reduce lighting load in the space in a reasonably uniform pattern by at least 50%. Bi-Level occupancy sensors offering personal control can be used to comply with this mandatory requirement. Sensor Layout Services North America Headquarters 203 Cooper Circle Peachtree City, GA 30269 P: 800-553-3879 F: 800-954-7016 International Headquarters Usk House, Lakeside, Llantarnam Park, Cwmbran, NP44 3HD. UK P: +44 (0)1923 495495 F: +44 (0)1923 867880 www.coopercontrol.com ControlsSales@cooperindustries.com www.coopercontrol.com enquiries@coopercontrols.co.uk Save 60% Canada 5925 McLaughlin Road Mississauga, Ontario L5R 1B8 Save 45% Save 35% Save 75% Save 40% Sensor Technologies P: 905-507-4000 F: 905-568-7049 Passive Infrared (PIR) Technology • 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 and OFF. Cooper Controls offers complete occupancy sensor layout services. • 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. To streamline your building design process, occupancy sensor layout services are available, allowing you to focus your valuable time elsewhere. Simply email us your reflected ceiling plan and within 3-5 business days, we will return a completed layout and a guaranteed bill of material. Ultrasonic (US) Technology • Occupancy sensor layouts on CAD drawings along with a complete bill of materials. • 3 to 5 business days turnaround time. • Email notification(s) of receipt of layout request. • Ultrasonic sensors use the Doppler principle. These sensors produce low intensity, inaudible sound and detect changes in sound waves caused by motion. • Guaranteed sensor layout coverage performance. • They are volumetric in nature and therefore not line-of-sight dependant. • They are much more sensitive to smaller motions. Send an email including the DWG file (AutoCAD preferred), PDF or TIF file (10MB maximum file size) to: sensorlayouts@cooperindustries.com to take advantage of this service today. Version 4.0 Greengate Occupancy Sensor Guide Dual Technology • Dual Technology is the combination of PIR and Ultrasonic into one sensor and is the ultimate sensing solution available today. • This pairing helps to eliminate false activations (both ON and OFF) thus saving additional energy use. • Dual Technology sensors ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. MicroSet Self-Adjusting Technology Cooper US, Inc. 600 Travis, Suite 5600 Houston, TX 77002 P: 713-209-8400 F: 713-209-8995 www.cooperindustries.com ACC130087 Cooper Controls, Greengate, Novitas, PCI Lighting Control Systems, VisionTouch, VisionSwitch, MicroSet, Digita, ControlKeeper, LiteKeeper, IntelliRelay, NeoSwitch, TracKeeper, Revio, and Ineo are valuable trademarks of Cooper Industries in the U.S. and other countries. You are not permitted to use Cooper Trademarks without the prior written consent of Cooper Industries. Printed in USA • Continuously adjusts to conditions by adjusting sensitivity and Time Delay in real-time. • By adjusting sensitivity and Time Delay automatically, the sensor is maximizing the potential energy savings that are available. About Energy Codes Occupancy and Vacancy Sensors Energy costs and consumption continue to rise. Today, many energy codes and energy policies either require or incentivize the use of energy efficient lighting controls on commercial projects. Greengate sensors are the best performing, broadest featured, most aesthetically pleasing sensors available. ASHRAE 90.1-1999, 2001, 2004, 2007, 2010 In buildings over 5,000 sq. ft., all general lighting must be able to be automatically turned off. • Occupancy sensors can be used throughout the building, in lieu of programmable timing, to meet the Automatic-Off requirement outlined in the ASHRAE standard. • In every building, regardless of size, ASHRAE requires that occupancy sensors be placed in classrooms, conference/meeting rooms, employee cafeterias and break rooms. Ceiling Mount Using this paper versus standard paper produced the following environmental benefits. Based on Environmental Defense Fund Paper Calculator As of December 30, 2010, The Department of Energy (DOE) recognizes the ASHRAE 2004 standard as the new national minimum. Number of Trees Saved 12 Total Energy Saved—Million BTU’s 7.9 Wall/Corner Mount • Industry’s best initial activation and overall motion sensing. • Occupancy, vacancy and daylight sensor in one device. • Broadest number of features available makes application and specification easier. • Industry exclusive Bi-Level Auto/Manual-On feature. • Ideal for rooms with pendant fixtures or open/slanted ceilings. • Full line of low and line voltage sensors. Wall Switches • Replace any switch or dimmer with the most comprehensive line of neutral and non-neutral models. LEED Green Building Rating System • Automatically adjust light levels based on occupancy or natural light. Both of the above ASHRAE requirements must be met by any project hoping to earn LEED certification. Lighting controls can contribute toward meeting a prerequisite and earning up to 24 percent or 24 of the 100 points available in LEED 2009. • Use occupancy sensors to earn LEED points by significantly improving the energy performance of the building. California Title 24 Greenhouse Gas Reduction—lbs of CO2 4391 Automatic shut-off occupancy sensors must be installed in the following areas to turn off the lighting when a space is unoccupied: • Offices 250 sq. ft. or smaller. Gallons of Water Saved 4129 Solid Waste Reduction— lbs of Waste 683 Kilo-watt (kwh) Hours Saved 1702 • Occupancy and vacancy models allow for Manual-On functionality, meeting code standards and energy efficient control strategies. Proven Energy Savings • Multipurpose rooms of less than 1000 sq. ft. • Classrooms of any size. • Conference rooms of any size. Space Control - Requires individual control devices in spaces enclosed with floor to ceiling height partitions and include individual rooms for partitioned open offices. Light Level Reduction Control - Requires simple switching strategies to reduce light levels by up to 50%. Bi-level occupancy sensors can also meet the requirements by offering 2 levels of control. IECC • ASHRAE and Title 24 requirements must be met. • IECC 2003 & 2006, occupants must be able to reduce lighting load in the space in a reasonably uniform pattern by at least 50%. Bi-Level occupancy sensors offering personal control can be used to comply with this mandatory requirement. Sensor Layout Services North America Headquarters 203 Cooper Circle Peachtree City, GA 30269 P: 800-553-3879 F: 800-954-7016 International Headquarters Usk House, Lakeside, Llantarnam Park, Cwmbran, NP44 3HD. UK P: +44 (0)1923 495495 F: +44 (0)1923 867880 www.coopercontrol.com ControlsSales@cooperindustries.com www.coopercontrol.com enquiries@coopercontrols.co.uk Save 60% Canada 5925 McLaughlin Road Mississauga, Ontario L5R 1B8 Save 45% Save 35% Save 75% Save 40% Sensor Technologies P: 905-507-4000 F: 905-568-7049 Passive Infrared (PIR) Technology • 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 and OFF. Cooper Controls offers complete occupancy sensor layout services. • 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. To streamline your building design process, occupancy sensor layout services are available, allowing you to focus your valuable time elsewhere. Simply email us your reflected ceiling plan and within 3-5 business days, we will return a completed layout and a guaranteed bill of material. Ultrasonic (US) Technology • Occupancy sensor layouts on CAD drawings along with a complete bill of materials. • 3 to 5 business days turnaround time. • Email notification(s) of receipt of layout request. • Ultrasonic sensors use the Doppler principle. These sensors produce low intensity, inaudible sound and detect changes in sound waves caused by motion. • Guaranteed sensor layout coverage performance. • They are volumetric in nature and therefore not line-of-sight dependant. • They are much more sensitive to smaller motions. Send an email including the DWG file (AutoCAD preferred), PDF or TIF file (10MB maximum file size) to: sensorlayouts@cooperindustries.com to take advantage of this service today. Version 4.0 Greengate Occupancy Sensor Guide Dual Technology • Dual Technology is the combination of PIR and Ultrasonic into one sensor and is the ultimate sensing solution available today. • This pairing helps to eliminate false activations (both ON and OFF) thus saving additional energy use. • Dual Technology sensors ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. MicroSet Self-Adjusting Technology Cooper US, Inc. 600 Travis, Suite 5600 Houston, TX 77002 P: 713-209-8400 F: 713-209-8995 www.cooperindustries.com ACC130087 Cooper Controls, Greengate, Novitas, PCI Lighting Control Systems, VisionTouch, VisionSwitch, MicroSet, Digita, ControlKeeper, LiteKeeper, IntelliRelay, NeoSwitch, TracKeeper, Revio, and Ineo are valuable trademarks of Cooper Industries in the U.S. and other countries. You are not permitted to use Cooper Trademarks without the prior written consent of Cooper Industries. Printed in USA • Continuously adjusts to conditions by adjusting sensitivity and Time Delay in real-time. • By adjusting sensitivity and Time Delay automatically, the sensor is maximizing the potential energy savings that are available. Occupancy Sensor Application Guide OAWC-DT-120W OAWC-P-009L-H Commercial Low Voltage Wall/Corner Mount OAWC-P-120W OAC-DT-2000-MV OAC-DT-2000-DMV OAC-U-2000-MV OAC-U-2000-DMV OAC-P-1500-DMV OAC-P-1500-MV OAC-P-0500-DMV OAC-P-0500-MV OXC-P-2MH0-R OXC-P-1500-R OAC-DT-2000 OEF-P-2MH0-MV-S Commercial Line Voltage Fixture Mount Commercial Line Voltage Ceiling Sensor OAC-DT-1000 OAC-DT-0501 OAC-U-2000 OAC-U-1000 OAC-U-0501 OAC-P-1500 OAC-P-0500 VNLW-P-1001-MV-N-* ONW-P-1001-RR7-* ONW-P-1001-SP-* ONW-P-1001-D347-* ONW-P-1001-347-* ONW-P-1001-DMV-* ONW-P-1001-MV-* ONW-D-1001-RR7-* Commercial Low Voltage Ceiling Sensors ONW-D-1001-SP-* ONW-D-1001-DMV-N* ONW-D-1001-MV-N-* ONW-D-1001-DMV-* ONW-D-1001-347-* ONW-D-1001-MV-* OSW-U-0721-MV-* OSW-P-0451-DMV-* OSW-P-0451-MV-* OSW-P-1001-MV-* OSW-P-0801-120-* Commercial Wall Switch Sensors Specifications Specifications Technology Coverage (sq. ft.) Ultrasonic 800 1000 450 Dual Technology Passive Infrared 720 Ultrasonic 1000 500 1500 500 Dual Technology 1000 2000 500 1000 Passive Infrared 2000 1500 2MHO Mounting 360° Manual Self-Adjust Manual 120V 120 or 277V 347V 120 or 277V Included Included Required Not Included Not Included 24 VAC Feature 120 or 277V 347V RR7 Relay Required Included Not Required 360° 10-30 VDC 24 VAC 120 to 277V 10 to 30 VDC Required RR7 Relay Required Not Required Required Not Included VNW-D1001-DMV VNW-D-1001-MV W, V, LA, G, B W, V, LA, G, B SP, True 3-Way, No Neutral Required SP, True 3-Way, No Neutral Required VNW-P-1001-MV W, V, LA SP, 3-Way*, No Neutral Required Dual Relay, 3-Way*, No Neutral Required Included Not Included SP, 3-Way*, Light Icon No Neutral Required SP, 3-Way*, Light Icon No Neutral Required Dual Relay, 3-Way*, Light Icon, Fan Mode, No Neutral Required SP, 3-Way*, Light Icon, EcoMeter Dual Relay, 3-Way*, Light Icon, Fan Mode, EcoMeter SP, Light Icon, EcoMeter OAC-P-0500-R VNW-P1001-DMV VAC-P-0500-R OAC-P-1500-R OAC-U-0501-R VAC-P-1500-R VAC-U-0501-R BEST GOOD BETTER BEST GOOD BEST GOOD BEST BETTER BEST BEST BEST BEST BEST BEST BEST GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD BETTER BETTER BETTER BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST BEST GOOD GOOD BETTER GOOD BETTER GOOD BETTER GOOD BEST BEST BEST BEST GOOD BEST BEST BEST 3-Way*: Lights will turn OFF automatically when sensor that detected motion last times out. SP: Single Pole Colors: W-White; V-Ivory; LA-Light Almond; G-Gray; B-Black Other specialty sensors available at www.coopercontrol.com BETTER BETTER BEST BEST BEST BEST BEST BEST BEST BEST OAC-U-1000-R OAC-U-2000-R OAC-DT-0501-R OAC-DT-1000-R OAC-DT-2000-R Included Mounting Time Delay 10 to 30 VDC Voltage Required VAC-U-1000-R VAC-U-2000-R VAC-DT-0501-R VAC-DT-1000-R SP, 3-Way*, No Neutral Required, Light Icon, EcoMeter Dual Relay, 3-Way*, No Neutral Required, Light Icon, EcoMeter SP, 3-Way*, No Neutral Required, Light Icon, EcoMeter Dual Relay, 3-Way*, No Neutral Required, Light Icon, EcoMeter SP, Light Icon, EcoMeter BEST BEST BEST BEST BEST BEST BETTER BEST BETTER BEST BETTER BEST BETTER BEST BETTER BEST BETTER BEST GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD SP, 3-Way*, Light Icon, EcoMeter Night Light Switchpack/Power Pack BETTER GOOD BETTER GOOD BEST BEST BEST BEST OAWC-P-009L-H-R OAWC-DT-120W-R GOOD BETTER BETTER BETTER BEST VAC-DT-2000-R Available Colors Up to 5 sensors can be used per Switchpack Commercial Line Voltage Ceiling Sensors BEST GOOD GOOD BEST BETTER GOOD BEST GOOD BEST BETTER GOOD BEST GOOD Fixture Mount BETTER BETTER BEST BEST GOOD BEST GOOD BETTER BETTER BETTER BETTER BEST BEST BEST BEST BEST BEST BEST BETTER BETTER BEST BEST BEST BEST BETTER BETTER BEST BEST BEST BEST BEST BEST Commercial Low Voltage Wall/Corner Mount GOOD BEST BEST BEST BEST Refrigerated Storage BEST BEST GOOD BEST GOOD GOOD BEST BEST BETTER BETTER BEST BETTER BEST BEST BETTER BEST GOOD GOOD BETTER BETTER BETTER BEST BEST BEST GOOD GOOD GOOD GOOD BETTER BETTER BEST BEST GOOD BEST GOOD GOOD BETTER BEST BETTER BEST BETTER BEST BEST BEST BEST BEST BEST BEST GOOD GOOD GOOD GOOD BETTER BEST BETTER BEST BEST BEST BEST BEST GOOD BEST GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD BEST GOOD GOOD BETTER BEST BEST BEST BEST BEST GOOD BEST GOOD BETTER BEST BEST BETTER BEST BEST BEST BEST GOOD BEST Applications BEST BEST BEST Feature Cafeteria Cafeteria High Ceiling Classroom Closet/Utility Computer Room Conference Room Copy/File/Storage Room Hallway Loading Dock Office Executive Office Home Office Private Open Office w/Cubicles Parking Garage BEST BETTER BAS/HVAC Relay Vacancy Sensor Model No Switchpack Required BEST Photocell Environmental Operating Temperature/Humidity 32°F to 104°F (0°C to 40°C)/20% to 90% non-condensing Up to 5 sensors can be used per Switchpack BEST BETTER GOOD BEST GOOD GOOD OAWC-P-120W-R Not Included GOOD BEST GOOD BEST BETTER BETTER All sensors tested and documented using NEMA WD 7 Standards http://www.nema.org 120 to 277V Not Required BEST BETTER GOOD Pattern Mounting Height (ft.) W BETTER BEST 120° Adjustment 120 to 347V Commercial Low Voltage Ceiling Sensors BEST Coverage (sq. ft.) 5 min to 30 min 120 to 347V W, V, LA GOOD BEST BETTER up to 40’ 180° 8 to 12’ Technology 1200 Self-Adjust or Manual -40°F to 125°F (-40°C to 52°C)/ less than 95% non-condensing W, V, LA, G, B SP 3-Way*, No Neutral Required 8 to 12’ 90 Linear Wall/Corner Mount 15 sec to 30 min 32°F to 104°F (0°C to 40°C)/20% to 90% non-condensing VSW-P0801-120* 1200 120° up to 25’ Refrigerated Storage Residential Room Restroom Non-Partitioned Restroom Partitioned Restroom Residential Stairwell Vending Room Warehouse Aisles Warehouse Open 2MHO Fixture 180° 0 sec to 30 min Applications Cafeteria Cafeteria High Ceiling Classroom Closet/Utility Computer Room Conference Room Copy/File/Storage Room Hallway Loading Dock Office Executive Office Home Office Private Open Office w/Cubicles Parking Garage 2000 Passive Infrared Included Included Environmental Operating Temperature/Humidity Available Colors 1500 Self-Adjust 15 sec to 2 hr 10-30 VDC Not Required BAS/HVAC Relay Vacancy Sensor Model 360° Self-Adjust or Manual 15 sec to 30 min Switchpack/Power Pack Photocell 180° 8 to 12’ Manual Time Delay Voltage 500 Dual Technology Ceiling Pattern Mounting Height (ft.) Adjustment Ultrasonic Dual Technology GOOD BEST GOOD BEST BEST BETTER BETTER GOOD BEST GOOD Residential Room Restroom Non-Partitioned Restroom Partitioned Restroom Residential Stairwell Vending Room Warehouse Aisle Warehouse Open About Energy Codes Occupancy and Vacancy Sensors Energy costs and consumption continue to rise. Today, many energy codes and energy policies either require or incentivize the use of energy efficient lighting controls on commercial projects. Greengate sensors are the best performing, broadest featured, most aesthetically pleasing sensors available. ASHRAE 90.1-1999, 2001, 2004, 2007, 2010 In buildings over 5,000 sq. ft., all general lighting must be able to be automatically turned off. • Occupancy sensors can be used throughout the building, in lieu of programmable timing, to meet the Automatic-Off requirement outlined in the ASHRAE standard. • In every building, regardless of size, ASHRAE requires that occupancy sensors be placed in classrooms, conference/meeting rooms, employee cafeterias and break rooms. Ceiling Mount Using this paper versus standard paper produced the following environmental benefits. Based on Environmental Defense Fund Paper Calculator As of December 30, 2010, The Department of Energy (DOE) recognizes the ASHRAE 2004 standard as the new national minimum. Number of Trees Saved 12 Total Energy Saved—Million BTU’s 7.9 Wall/Corner Mount • Industry’s best initial activation and overall motion sensing. • Occupancy, vacancy and daylight sensor in one device. • Broadest number of features available makes application and specification easier. • Industry exclusive Bi-Level Auto/Manual-On feature. • Ideal for rooms with pendant fixtures or open/slanted ceilings. • Full line of low and line voltage sensors. Wall Switches • Replace any switch or dimmer with the most comprehensive line of neutral and non-neutral models. LEED Green Building Rating System • Automatically adjust light levels based on occupancy or natural light. Both of the above ASHRAE requirements must be met by any project hoping to earn LEED certification. Lighting controls can contribute toward meeting a prerequisite and earning up to 24 percent or 24 of the 100 points available in LEED 2009. • Use occupancy sensors to earn LEED points by significantly improving the energy performance of the building. California Title 24 Greenhouse Gas Reduction—lbs of CO2 4391 Automatic shut-off occupancy sensors must be installed in the following areas to turn off the lighting when a space is unoccupied: • Offices 250 sq. ft. or smaller. Gallons of Water Saved 4129 Solid Waste Reduction— lbs of Waste 683 Kilo-watt (kwh) Hours Saved 1702 • Occupancy and vacancy models allow for Manual-On functionality, meeting code standards and energy efficient control strategies. Proven Energy Savings • Multipurpose rooms of less than 1000 sq. ft. • Classrooms of any size. • Conference rooms of any size. Space Control - Requires individual control devices in spaces enclosed with floor to ceiling height partitions and include individual rooms for partitioned open offices. Light Level Reduction Control - Requires simple switching strategies to reduce light levels by up to 50%. Bi-level occupancy sensors can also meet the requirements by offering 2 levels of control. IECC • ASHRAE and Title 24 requirements must be met. • IECC 2003 & 2006, occupants must be able to reduce lighting load in the space in a reasonably uniform pattern by at least 50%. Bi-Level occupancy sensors offering personal control can be used to comply with this mandatory requirement. Sensor Layout Services North America Headquarters 203 Cooper Circle Peachtree City, GA 30269 P: 800-553-3879 F: 800-954-7016 International Headquarters Usk House, Lakeside, Llantarnam Park, Cwmbran, NP44 3HD. UK P: +44 (0)1923 495495 F: +44 (0)1923 867880 www.coopercontrol.com ControlsSales@cooperindustries.com www.coopercontrol.com enquiries@coopercontrols.co.uk Save 60% Canada 5925 McLaughlin Road Mississauga, Ontario L5R 1B8 Save 45% Save 35% Save 75% Save 40% Sensor Technologies P: 905-507-4000 F: 905-568-7049 Passive Infrared (PIR) Technology • 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 and OFF. Cooper Controls offers complete occupancy sensor layout services. • 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. To streamline your building design process, occupancy sensor layout services are available, allowing you to focus your valuable time elsewhere. Simply email us your reflected ceiling plan and within 3-5 business days, we will return a completed layout and a guaranteed bill of material. Ultrasonic (US) Technology • Occupancy sensor layouts on CAD drawings along with a complete bill of materials. • 3 to 5 business days turnaround time. • Email notification(s) of receipt of layout request. • Ultrasonic sensors use the Doppler principle. These sensors produce low intensity, inaudible sound and detect changes in sound waves caused by motion. • Guaranteed sensor layout coverage performance. • They are volumetric in nature and therefore not line-of-sight dependant. • They are much more sensitive to smaller motions. Send an email including the DWG file (AutoCAD preferred), PDF or TIF file (10MB maximum file size) to: sensorlayouts@cooperindustries.com to take advantage of this service today. Version 4.0 Greengate Occupancy Sensor Guide Dual Technology • Dual Technology is the combination of PIR and Ultrasonic into one sensor and is the ultimate sensing solution available today. • This pairing helps to eliminate false activations (both ON and OFF) thus saving additional energy use. • Dual Technology sensors ensure the greatest sensitivity and coverage for tough applications without the threat of false triggers. MicroSet Self-Adjusting Technology Cooper US, Inc. 600 Travis, Suite 5600 Houston, TX 77002 P: 713-209-8400 F: 713-209-8995 www.cooperindustries.com ACC130087 Cooper Controls, Greengate, Novitas, PCI Lighting Control Systems, VisionTouch, VisionSwitch, MicroSet, Digita, ControlKeeper, LiteKeeper, IntelliRelay, NeoSwitch, TracKeeper, Revio, and Ineo are valuable trademarks of Cooper Industries in the U.S. and other countries. You are not permitted to use Cooper Trademarks without the prior written consent of Cooper Industries. Printed in USA • Continuously adjusts to conditions by adjusting sensitivity and Time Delay in real-time. • By adjusting sensitivity and Time Delay automatically, the sensor is maximizing the potential energy savings that are available.