Acrel ASL100-TD2/5 KNX Smart Lighting Silicon Controlled Dimming Driver

Name: ASL100-TD2/5 KNX Smart Lighting Silicon Controlled Dimming Driver
Brand: Jiangsu Acrel Micro-grid Research & Development Institute

ASL100-TD2/5 KNX smart lighting silicon controlled dimming driver is a dimming module based on the Acrel-bus intelligent control system. It adopts the European KNX communication bus to realize intelligent lighting control of large buildings and public buildings. It adopts advanced single-chip microcomputer technology and is an intelligent control module with high stability and reliability. It cooperates with other control modules such as intelligent panels and dry contacts to realize intelligent lighting control. And it realizes the dimming function of the LED by directly controlling the high-voltage part, and uses 30V DC voltage at the communication end for module power supply, and also for system communication.

Specification of ASL100-TD2/5 KNX Smart Lighting Silicon Controlled Dimming Driver

Parameters

Power supply feature	KNX bus feeder	DC21～30V
	Power supply current	<12mA
	Power consumption	<360mW
	Load current	Max 5A
External connection	KNX-TP1	Use twisted-pair cable conforming to KNX standard
	Wiring terminal at the load end	Terminating with 0.5nm～0.6nm torque

Operation and display interface	Programming key and relevant indicator	LED indicator is in red when waiting for programming and is in green during and after
Temperature range	Operating temperature	-5℃～+45℃
	Storage temperature	-25℃～+55℃
	Transport temperature	-30℃～+70℃
Environmental requirements	Maximum air humidity	95%

Dimension (mm)	72x90x62
Installation	Standard 35mm track installation

Features of ASL100-TD2/5 KNX Smart Lighting Silicon Controlled Dimming Driver

It is suitable for converting the external access signal into the control trigger signal of the system, and the corresponding function is set according to the function of the module in the system.

It can communicate with any module that conforms to the KNX standard. The sensor sends a control message,while the driver receives and analyzes the message, and then executes the corresponding action;

It has a variety of functions to choose from, and the specific use needs to be set through the ETS software;