About LCFF Series
LC1-F series AC contactor is applicable to the circuit up to the rated voltage 1000V AC 50Hz or 60Hz, Rated current up to 780A, for long distance breaking circuit and frequently starting or control the motor. It also can be used for the control of distribution circuits of rated current form 200A to 1600A.
Poles: 3P, 4P
LC1-F115 Rated current: 115A Coil: LC1-FF
LC1-F150 Rated current: 150A Coil: LC1-FF
LC1-F185 Rated current: 185A Coil: LC1-FG
LC1-F225 Rated current: 225A Coil: LC1-FG
LC1-F265 Rated current: 265A Coil: LC1-FH
LC1-F330 Rated current: 330A Coil: LC1-FH
LC1-F400 Rated current: 400A Coil: LC1-FJ
LC1-F500 Rated current: 500A Coil: LC1-FK
LC1-F630 Rated current: 630A Coil: LC1-FL
LC1-F780 Rated current: 780A Coil: LC1-FX
LC1-F800 Rated current: 8000A Coil: LC1-FX
Coil voltage: 24V 36V 48V 110V 220V 240V 380V 415V
50Hz 60Hz 50/60Hz
Interlock type:
LC2-F115, 150, 185, 225, 265, 330, 400, 500, 630, 780, 800
Reliable Power Distribution for Versatile EnvironmentsThe LCFF Series delivers secure and efficient power distribution, suitable for both industrial and residential usage. Its dual pole configuration and adaptable single or three-phase compatibility make it ideal for various installations. With insulation and flame retardant features, safety is prioritized. The compact build allows seamless integration, while low power loss and high efficiency support cost-effective operations over time.
Durable Construction and Enhanced Safety MeasuresBuilt with a sturdy ABS body and double insulation, the LCFF Series protects against electrical shocks and overheating. The devices flame-retardant properties and IP20 rating offer additional peace of mind by minimizing the risk of fire and facilitating safe handling in humid conditions. Its advanced design ensures prolonged reliability, delivering stable AC output for different applications.
Effortless Installation and MaintenanceInstallation is streamlined with the convenient DIN rail mounting and screw-type connectors, allowing for straightforward setup in standard panel enclosures. The LCFF Series supports both single and three-phase systems, accommodating diverse wiring requirements. Maintenance is minimal due to its robust construction and efficient energy loss management, resulting in smooth performance with reduced downtime.
FAQs of LCFF Series:
Q: How is the LCFF Series installed in power distribution panels?
A: The LCFF Series is easily installed through its DIN rail mounting system, fitting standard panel dimensions of 115 x 75 x 66 mm. For secure wiring, screw-type connectors are provided, making setup quick and reliable for both industrial and residential distribution boards.
Q: What benefits does the LCFF Series offer for industrial and residential use?
A: Benefiting both environments, the LCFF Series provides flame retardant and shock-proof protection, high energy efficiency, low power loss, and double insulation, ensuring safe and cost-effective electrical distribution.
Q: When should I choose between 1 or 2 pole options?
A: Select the 1 pole option for single-phase systems or simple residential installations, while the 2 pole version is ideal for three-phase setups or more complex industrial applications requiring enhanced isolation and safety.
Q: Where can the LCFF Series be used to maximize its efficiency?
A: This series is optimized for use in power distribution panels within factories, offices, apartments, and homes. Its versatile design allows effective deployment wherever secure AC output and high efficiency are required.
Q: What process ensures overheating protection in the LCFF Series?
A: Integrated overheating protection continuously monitors internal temperatures, automatically activating safeguards to prevent failures, making it suitable for environments with high power demands or elevated ambient temperatures.
Q: How does the LCFF Series maintain high efficiency and low power loss?
A: Its design incorporates a superior power factor above 0.95 and uses high-quality components to minimize energy dissipation, ensuring consistent AC output with reduced operational costs.