© 2016 EnOcean | www.enocean.com
F-710-017, V1.2 TCM 330 / TCM 330U User Manual | v1.1 | August 2016 | Page 23/62
USER MANUAL V1.1
TCM 330 / TCM 330U
Wireless LED Controller Module
4
FUNCTIONAL INFORMATION
4.1
General description
TCM 330 allows implementation of LED zone controller using wireless technology to com-
municate with other self-powered EnOcean based products.
LED zone controllers based on TCM 330 provide simple solutions for dimming control of LED
lighting. They can be wirelessly linked to EnOcean-based motion sensors, rocker switches
and a light level sensor.
Central control is possible by linking the LED zone controller to a central controller or via a
gateway to building automation systems like BACnet.
LED zone controller based on TCM 330 can be wirelessly configured over the air using the
EnOcean Remote Commissioning standard. Configurable parameters are marked in Italics
in the following chapters.
4.2
System components
Wireless lighting control systems based on LED zone controllers contain one or several of
the following components:
n
LED zone controllers
LED zone controllers receive input from linked devices and controls the LED light level
using its 0-10V and relay outputs. The LDE zone controller is connected to an LED driver
which in turn supplies the LED string of the light source.
n
Wireless switches
Wireless switches can be used to send switch on / off and dim up / down commands to
the LEDR
n
Wireless occupancy sensors
Wireless occupancy sensors can be used to signal presence or absence of persons in
their vicinity to the LEDR
n
Wireless light level sensors
Wireless light level sensors can be used to report the amount of external light (typically
daylight) being present in their vicinity
n
Central controller
Central controller can be used to provide a centralized control and user interface to the
lighting control system. It can also act as a gateway to a building automation system like
BACnet.
n
Demand response controller
Demand response controller can instruct LED zone controller based on TCM 330 to tem-
porarily reduce output setting to conserve energy during periods of energy shortage