Contact us: +44 (0) 1942 671122
Contact us: +44 (0) 1942 671122
Contact us: +44 (0) 1942 671122
Contact us: +44 (0) 1942 671122
Our range of mains dimmable triac LED drivers with constant voltage output feature high efficiency and 0-100% flicker free dimming. Compatible with most leading/trailing triac dimmer modules the drivers are easily integrated into LED lighting schemes. Drivers feature short circuit, overload and over temperature protection with auto-recovery.
The SP series constant Voltage mains dimmable LED drivers can be controlled via most leading edge/trailing edge triac dimmer modules. Available in 12V or 24V output in power ratings from 10W to 300W. Drivers feature protection from short circuit, over-heat, over load, over voltage.
The Lifud LF-GAT series constant voltage triac dimmable LED drivers can be controlled via most leading edge/trailing edge triac dimmer modules. Drivers feature high efficiency and low THD with protection from short circuit, over-heat, over load, over voltage with auto recovery.
The LM-150-12-G1T2 and LM-150-24-G1T2 75W CV mains dimmable drivers can be controlled via most leading edge/trailing edge triac dimmer modules. Drivers feature soft on and fade off dimming with protection from short circuit, over-heat, over load, over voltage with auto recovery.
The LM-75-12-G1T2 and LM-75-24-G1T2 75W CV mains dimmable drivers can be controlled via most leading edge/trailing edge triac dimmer modules. Drivers feature protection from short circuit, over-heat, over load, over voltage with auto recovery.
The LM-36-12-G1T2 and LM-36-24G1T2 36W CV AC mains dimmable drivers can be controlled via most leading edge/trailing edge triac dimmer modules. Drivers feature protection from short circuit, over-heat, over load, over voltage with auto recovery.
The LM-75-12-G2T2 and LM-75-24-G2T2 75W CV mains dimmable drivers can be controlled via most leading edge/trailing edge triac dimmer modules. The 2 independent output channels facilitates LED CCT tuning and features protection from short circuit, over-heat, over load, over voltage with auto recovery.