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LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control in Kuwait

LCLCTC Magnetic Latching DC contactor CZW 24V 100A;Load Voltage≤80V;Also Call :Motor contactor Magnetic Motor Starters,Golf cart; photovoltaic; Solar Battery Charge Control

KWD 16

Brand
LCLCTC
1 +

Special Features

  • Energy Efficiency: Magnetic latching contactors do not require a continuous current flow to maintain their state after the contacts are closed. Their internal permanent magnet keeps the contacts closed without the need for a constant coil current, resulting in energy savings and reduced power consumption compared to standard contactors.
  • Reliability: Due to the fact that magnetic latching contactor contacts do not require a continuous current to maintain their state, they can remain in their current state during power interruptions or circuit faults. This enhances circuit reliability and stability, particularly in applications where maintaining a state for an extended period is necessary.
  • Reduced Heat Generation: Magnetic latching contactors generate less heat compared to standard contactors because they do not require a continuous coil current to hold the contacts closed. This can extend the equipment's lifespan and reduce additional costs associated with cooling facilities.
  • Remote Control: With their state-holding characteristic, magnetic latching contactors can often be switched using a single pulse of current, making remote control easier. This is highly beneficial in applications that require switching circuit states over a distance.
  • Application Flexibility: Magnetic latching contactors find wide application in scenarios where maintaining a switch state is important, such as motor control, lighting systems, heating systems, and more. They offer improved performance and efficiency in these areas.

Description

A magnetic latching contactor is a specialized type of electrical switching device that combines the characteristics of magnetic latching relays and contactors. It is commonly used for controlling high-power circuits such as electric motors, heating elements, lighting systems, etc., offering energy efficiency, reliability, and remote control advantages.

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