FLD61 Eltako Wireless PWM-LED dimmer Dimmer Surface-mount
PWM dimmer switch for LED 12 - 36VDC, up to 4A. Stand-by loss only 0.2-0.4 watts. Adjustable minimum brightness and dimming speed. With kid's room and snooze circuit. Additionally with light scene control via PC or with radio buttons. Encrypted radio, bi-directional radio and repeater function can be connected. For panel mounting. 45 mm long, 45 mm wide, 33 mm deep. Supply voltage 12 to 36V DC, depending on the LED lighting connected. Output voltage PWM (pulse-width modulation) Output current maximum 4A. A pulse-proof DC power supply is required to provide the required voltage and current for the LED lamp(s). Universal control voltage 8..230V UC, galvanically separated from the supply and switching voltage. The adjusted brightness level is saved when turning it off (MEMORY) In the event of a power failure, the switch position and the brightness level are saved and, if necessary, switched on when the supply voltage is restored. Automatic electronic overload protection and overheating shut-off. Encrypted sensors can be taught in from manufacturing week 11/14. Bidirectional radio and/or a repeater function can be switched on. With the upper %lamp rotary switch you can set the minimum brightness (fully dimmed). Up to 35 radio buttons are assigned in the LRN position, one or more central control buttons. The dimming speed can be set using the lower dimm speed rotary switch. In addition to the radio control input via an internal antenna, this dimmer switch can also be controlled locally as a universal button with a conventional universal voltage control button that may be installed before it. This changes the dimming direction by interrupting the control. Short control commands switch on/off. The wireless switches can be taught in either as direction switches or as universal buttons. The LED accompanies the programming process according to the operating instructions and indicates radio control commands during operation by a short flash.This text is machine translated.