Справочник Пользователя для GE Lighting WIT100
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Description
Article No.
TBD
Wireless Integrated Thread Sensor
WIT100
E486320
Key functions
FCC ID: PUU-WIT100
IC ID: 10798A-PUUWIT100
Dimensions
58,5 x D35mm (2,303xD1,378 inch) + connected cable
Weight
15g
Current consumption
Max 8mA (without digital communication) @ Max. 20V DC
Sensor type
Passsive infrared (PIR) sensor (for motion), light sensor
Operating Environment
0°C to 45°C / IP 20 – Indoor, dry location.
Status indicator
Network LED (amber): Network joined; Installation test
Connections
Cable connection to the Driver or Interface module.
Mounting
Easy screwless installation to a D22mm (0,866 inch) cut hole.
Recomented mounting height
3m
Warranty
5 years
Product overview
The Wireless Integrated Therad sensor (WIT100) is a small-size,
luminaire-integrated sensor with wireless communication, using
the cutting-edge Thread protocol. This is based on the 802.15.4
standard and guarantees a secure and reliable communication
between the luminaires in the room. Using the WIT100 sensor in
each luminaire provides a state-of-the-art distributed lighting
control based on the built-in motion sensing and daylight
harvesting functionalities. This sensed information is then shared
between all luminaires. The control of the luminaire is carried out
through the DALI 2.0 digital bus between the output of the sensor
and the control input of the luminaire’s LED driver. The DALI bus
also provides the necessary supply power for the sensor, no any
luminaire-integrated sensor with wireless communication, using
the cutting-edge Thread protocol. This is based on the 802.15.4
standard and guarantees a secure and reliable communication
between the luminaires in the room. Using the WIT100 sensor in
each luminaire provides a state-of-the-art distributed lighting
control based on the built-in motion sensing and daylight
harvesting functionalities. This sensed information is then shared
between all luminaires. The control of the luminaire is carried out
through the DALI 2.0 digital bus between the output of the sensor
and the control input of the luminaire’s LED driver. The DALI bus
also provides the necessary supply power for the sensor, no any
additional wiring and auxiliary power supply is required. This
and the wireless communication help minimizing the installation
costs. Besides the automatic operation of the system it is also
possible to adjust preferred dimming levels manually through
Current’s energy-harvesting wireless switches. These switches
do not require wires for communication, but they even use
the mechanical energy of pushing the button to generate the
necessary power for the electronics. The configuration of the
system is done in a very easy way using through Current’s
Bluetooth-based iOS application.
and the wireless communication help minimizing the installation
costs. Besides the automatic operation of the system it is also
possible to adjust preferred dimming levels manually through
Current’s energy-harvesting wireless switches. These switches
do not require wires for communication, but they even use
the mechanical energy of pushing the button to generate the
necessary power for the electronics. The configuration of the
system is done in a very easy way using through Current’s
Bluetooth-based iOS application.
Techical data
Notes
Purpose of the Control
Operating Control
Method of Mounting Control
Independently Mounted Control for panel mounting
Type of action and additional features
Type 1
Control Pollution Degree
2
Software Class and Structure
Class A
Maximum Interconnection cables length
3 m