Applications © 2013 Sensor Switch. nLight Feature: Varying Time Delay Application: Hallway Morning: Lights automatically turn on for early arriving workers.

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Presentation transcript:

Applications © 2013 Sensor Switch

nLight Feature: Varying Time Delay Application: Hallway Morning: Lights automatically turn on for early arriving workers (Sensors in Automatic On Occupancy Mode) Automatic On Mode Time Delay: 10:00

nLight Feature: Varying Time Delay Application: Hallway Morning: Lights automatically turn on for early arriving workers (Sensors in Automatic On Occupancy Mode) Lights turn-off after 10 min time delay Automatic On Mode Time Delay: 10:00

nLight Feature: Varying Time Delay Application: Hallway Day: Lights overridden on throughout day (Sensors in Override On Mode) Override On Mode

nLight Feature: Varying Time Delay Application: Hallway Evening: Sensors revert to Automatic On Occupancy Mode Time delays again set at 10 min Automatic On Mode Time Delay: 10:00

nLight Feature: Varying Time Delay Application: Hallway Night: Time delays rolled back to 30 sec during security guards shift Automatic On Mode Time Delay: 00:30

nLight Feature: Varying Time Delay Application: Hallway Night: Time delays rolled back to 30 sec during security guards shift Automatic On Mode Time Delay: 00:30

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode Auto-to-Override On Mode

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode 5:00 - 6:37 AM: Lights remain off Auto-to-Override On Mode

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode 5:00 - 6:37 AM: Lights remain off 6:37 AM: First person arrives; the lights turn on automatically Auto-to-Override On Mode

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode 5:00 - 6:37 AM: Lights remain off 6:37 AM: First person arrives; the lights turn on automatically 6:37 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) Override On Mode

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode 5:00 - 6:37 AM: Lights remain off 6:37 AM: First person arrives; the lights turn on automatically 6:37 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) 5:30 PM: Sensors revert to Fully Automatic Occupancy Mode Fully Automatic Mode

nLight Feature: Auto-to-Override On Mode Application: Lobby 5:00 AM: Sensors initiate Auto-to- Override On mode 5:00 - 6:37 AM: Lights remain off 6:37 AM: First person arrives; the lights turn on automatically 6:37 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) 5:30 PM: Sensors revert to Fully Automatic Occupancy Mode Fully Automatic Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode Manual-to-Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off Manual-to-Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod Manual-to-Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod Manual-to-Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod 7:46 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod 7:46 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) Override On Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod 7:46 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) 5:30 PM: Sensors revert to Fully Automatic (Auto-On/Auto-Off) Occupancy Mode Fully Automatic Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod 7:46 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) 5:30 PM: Sensors revert to Fully Automatic (Auto-On/Auto-Off) Occupancy Mode Fully Automatic Mode

nLight Feature: Manual-to-Override On Mode Application: Open Office 5:00 AM: Sensors go Manual-to- Override On mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant switches lights on via WallPod 7:46 AM - 5:30 PM: Lights overridden on during rest of day’s work hours (Sensors in Override On Mode) 5:30 PM: Sensors revert to Fully Automatic (Auto-On/Auto-Off) Occupancy Mode Fully Automatic Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod Manual-to-Fully Auto-On Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod 8:30 AM - 10 PM: Sensor goes into Auto- On/Auto-Off Occupancy Mode for remainder of work hours Auto-On/Auto-Off Occupancy Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod 8:30 AM - 10 PM: Sensor goes into Auto- On/Auto-Off Occupancy Mode for remainder of work hours Auto-On/Auto-Off Occupancy Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod 8:30 AM - 10 PM: Sensor goes into Auto- On/Auto-Off Occupancy Mode for remainder of work hours Auto-On/Auto-Off Occupancy Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod 8:30 AM - 10 PM: Sensor goes into Auto- On/Auto-Off Occupancy Mode for remainder of work hours Auto-On/Auto-Off Occupancy Mode

nLight Feature: Manual-to-Fully Auto Mode Application: Private Office 5:00 AM: Sensors initiate Manual-to- Fully Auto-On Mode 5:00 - 7:46 AM: Lights remain off 7:46 AM: Occupant enters; lights remain off 8:30 AM Occupant enters; switches lights on via WallPod 8:30 AM - 10 PM: Sensor goes into Auto- On/Auto-Off Occupancy Mode for remainder of work hours 10 PM: Sensors revert to Manual On Occupancy Mode Manual On Occupancy Mode

nLight Feature: Independent Control of 2-Poles Application: Bathroom w/ Light & Exhaust Fan 1 st Pole: Lights: Always in Occupancy Sensor Mode 2 nd Pole: Fan: Overridden On Mode only during work hours

nLight Feature: Independent Control of 2-Poles Application: Bathroom w/ Light & Exhaust Fan 1 st Pole: Lights: Always in Occupancy Sensor Mode 2 nd Pole: Fan: Overridden On Mode only during work hours Occupancy Sensor Mode during all non-work hours

nLight Feature: Alternating Dual & Single Tech Application: Classroom School Hours: Sensors use Dual Technology (PIR / Microphonics) to detect occupants Provides maximum small motion detection

nLight Feature: Alternating Dual & Single Tech Application: Classroom School Hours: Sensors use Dual Technology (PIR / Microphonics) to detect occupants Provides maximum small motion detection

nLight Feature: Alternating Dual & Single Tech Application: Classroom School Hours: Sensors use Dual Technology (PIR / Microphonics) to detect occupants Provides maximum small motion detection

nLight Feature: Alternating Dual & Single Tech Application: Classroom School Hours: Sensors use Dual Technology (PIR / Microphonics) to detect occupants Provides maximum small motion detection Evening: Sensors automatically disable Microphonics and only use PIR Time Delay: 5:00

nLight Feature: Alternating Dual & Single Tech Application: Classroom School Hours: Sensors use Dual Technology (PIR / Microphonics) to detect occupants Provides maximum small motion detection Evening: Sensors automatically disable Microphonics and only use PIR Time Delay: 5:00

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On Summer: Inner Light Auto On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On Summer: Inner Light Auto On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On Summer: Inner Light Auto On Outer Lights Manual On

nLight Feature: A/B Switching w/ Seasonal Changes Application: Private Office Lights wired for A/B Switching 2 WallPods (one controls outer lights, other controls inner lights) Winter: Outer Lights Auto On Inner Light Manual On Summer: Inner Light Auto On Outer Lights Manual On

nLight Feature: Selective Overriding On of Lights Application: Retail Morning Stocking Hours: All store lights controlled by occupancy sensor

nLight Feature: Selective Overriding On of Lights Application: Retail Morning Stocking Hours: All store lights controlled by occupancy sensor Open Hours: Retail floor lights overridden on Back of house and dressing room lights remain controlled by sensors

nLight Feature: Selective Overriding On of Lights Application: Retail Morning Stocking Hours: All store lights controlled by occupancy sensor Open Hours: Retail floor lights overridden on Back of house and dressing room lights remain controlled by sensors Evening Stocking Hours: All lights revert to control via sensors Future nLight Feature: Traffic Flow Analysis

nLight Feature: Profile Scheduling w/ Sunrise & Sunset Application: Outside Lighting User chooses closest city from supplied list Automatically computes sunrise & sunset times from latitude of selected city Astronomical Clock

nLight Feature: Photocell Set-Points w/ Time & Year Application: SkyLights Provides ability to change set- point throughout the day and year so as to optimize available daylight. Minimizes the importance of photocell location Enables scheduling of auto- set point calibrations and 100 hr burn-in

nLight Feature: Photocell Set-Points w/ Time & Year Application: SkyLights Provides ability to change set- point throughout the day and year so as to optimize available daylight. Minimizes the importance of photocell location Enables scheduling of auto- set point calibrations and 100 hr burn-in

nLight Feature: Photocell Set-Points w/ Time & Year Application: SkyLights Provides ability to change set- point throughout the day and year so as to optimize available daylight. Minimizes the importance of photocell location Enables scheduling of auto- set point calibrations and 100 hr burn-in

nLight Feature: Photocell Set-Points w/ Time & Year Application: SkyLights Provides ability to change set- point throughout the day and year so as to optimize available daylight. Minimizes the importance of photocell location Enables scheduling of auto- set point calibrations and 100 hr burn-in © 2013 Sensor Switch