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General| Brand | nLight |
|---|---|
| Model | nCM 9 |
| Category | Security System |
| Language | English |
Introduction to nLight Standard Range 360° occupancy sensors for various applications.
Explains how the sensor detects occupancy using infrared energy and its time delay.
Details how sensors connect and communicate within an nLight network via CAT-5 cabling.
Describes optional features like dimming control, photocell, and low temp/high humidity.
Lists Low Voltage and Line Voltage sensor models for ceiling mounting.
Lists Low Voltage and Line Voltage sensor models for recessed mounting.
Lists Low Voltage and Line Voltage sensor models for fixture mounting.
Guidance on mounting and programming the sensor for ceiling box installations.
Instructions for mounting and programming the sensor directly to ceiling tiles or grids.
Instructions for mounting and programming the sensor through a fixture or junction box.
Details the coverage pattern and radial coverage for the standard 360° lens.
Explains the coverage pattern when microphonics are enabled for enhanced detection.
Details the coverage pattern for the 9 ft ceiling mount 360° lens.
Illustrates general wiring for Automatic Dimming Photocell and Dimming Control using CAT-5.
Shows wiring connections when using a power pack (nPP16) or a Bridge.
Specifies the recommended T568B pin-pair assignment for CAT-5 cables.
Details sensor power connection via CAT-5, not from the line voltage.
Illustrates wiring with nPP16 for dual load control via CAT-5.
Wiring using CAT-5 for relays as switching or auxiliary, with T568B assignment.
Explains sensor power provision via CAT-5 connection, not from line voltage.
Step-by-step guide for programming standard and optional sensor functions.
Tables detailing Time Delay, Idle Time, Burn-In, and Set-Point configurations.
Details for Photocell Mode, Dimming Range, Transition Times, and Brightness Levels.
Alternative step-by-step guide for programming sensor functions.
A faster method for programming, skipping initial steps for most functions.
Lists standard functions like Pole Selection, Time Delay, and Photocell functions.
Provides specific settings for Set-Point, Sunlight Discount, and Dual Technology.
Explains how Pole Selection allows individual programming for each pole.
Defines the Time Delay function, determining how long lights stay on after no occupancy.
Explains 100 Hour Burn-In, Auto Set-Point, and Set-Point adjustment functions.
Describes the Dual Technology (Microphonics™) function for enhanced occupancy detection.
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