CDAU-01/03 Dimming Actuator LED

This device takes its signals via the wireless network usually from a dimmer switch although analogue units can also be used, it will dim most household lamps however it has been specifically designed to control lower voltage lamps such as LED style lamps and energy saving lamps (as long as they are dimmable).

The dimming actuator receives wireless signals and switches/dims incandescent lamps and electronic transformers for low-voltage halogen lamps (DO NOT USE inductive loads!). This dimming actuator has been designed especially for controlling small loads (e.g. an electronic radiator valve, dimmable LEDs with LED transformers or energy saving lamps). If you use dimmable LEDs with LED transformers or dimmable energy saving lamps, they must be suitable for reversed phase control. Depending on the type you use, the dimming limits need to be adjusted via the MRF software in order to prevent any flickering. The device is mains-supplied and can be mounted in boxes for switches, branch-off boxes or standard installation boxes. With last value memory you do not need to worry about resetting the light levels everytime you switch the lights on.

125W/230VAC

CDAU-01/03

Technical Specifications

• Power supply 230VAC, 50Hz
• Connections Single-wired 1.5mm² connections
• Load CDAU-01/03 230VAC, 50Hz, 125W incandescent lamps, electronic transformers or thermical motor drive, trailingedge, NO inductive LOAD!!!
• Pre-protection Power circuit breaker 16A, characteristic C
• Internal overload and short-circuit protection
• Frequency 868,300 MHz
• Type of transmission Bi-directional, via coded telegrams
• Indoor range Typically 30 - 50m, 2 walls + 1 ceiling (depending on wall thickness and material !!)
• Degree of protection IP20
• Degree of soiling 2
• Operating temperature -5 to +45°C
• Storage/transportation temp. -25 to +70°C
• Colour of the frame Grey, RAL7035
• Dimensions of the frame HxWxD - 48.6 x 45.3 x 26.2mm
• Length of the connection wires 150mm
• Approval Printed onto the device
• Reduction of power see next page.