BF652EL PHOTOCONTROL is designed and manufactured in compliance with ANSI C136.10 and UL773 standards, utilizing multi-voltage technology to reduce inventory costs. Certified with UL and CE certifications, it enables automated control for high-pressure sodium lamps, high-pressure mercury lamps, fluorescent lamps, and LED lights. Widely used in road lighting, docks, parks, and outdoor parking lot illumination systems, this controller ensures efficient energy management and safety compliance.

BF2405EL PHOTOCONTROL is designed and manufactured in compliance with ANSI C136.10 and UL773 standards, utilizing multi-voltage technology to reduce inventory costs. Certified with UL and CE certifications, it enables automated control for high-pressure sodium lamps, high-pressure mercury lamps, fluorescent lamps, and LED lights. Widely used in road lighting, docks, parks, and outdoor parking lot illumination systems, this controller ensures efficient energy management and safety compliance.

BF2405EL PHOTOCONTROL is designed and manufactured in compliance with ANSI C136.10 and UL773 standards, utilizing multi-voltage technology to reduce inventory costs. Certified with UL and CE certifications, it enables automated control for high-pressure sodium lamps, high-pressure mercury lamps, fluorescent lamps, and LED lights. Widely used in road lighting, docks, parks, and outdoor parking lot illumination systems, this controller ensures efficient energy management and safety compliance.

SC2405EL PHOTOCONTROL is designed and manufactured in compliance with ANSI C136.10 and UL773 standards, utilizing multi-voltage technology to reduce inventory costs. Certified with UL and CE certifications, it enables automated control for high-pressure sodium lamps, high-pressure mercury lamps, fluorescent lamps, and LED lights. Widely used in road lighting, docks, parks, and outdoor parking lot illumination systems, this controller ensures efficient energy management and safety compliance.

AA2405EL uses industrial-grade low-power operational amplifiers and thyristor output circuits. Despite being powered by an RC voltage drop method, it still demonstrates excellent adaptability in cross-voltage operation. The thyristor connects the load at the zero-crossing point of the power voltage, significantly reducing the surge current when turning on the light, thereby extending the service life of lamps and switches. It is widely used in automatic control of LED lights.

AA2410E uses industrial-grade low-power operational amplifiers and relay output circuits. Despite being powered by an RC voltage drop method, its own power consumption remains very low during cross-voltage operation. The delay-on and delay-off light functions effectively prevent the impact of short-term interference light, extending the service life of lamps and switches. It is widely used in automatic control of LED lights.