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LS GMD-16M Miniature Contactor, 16A, 3-Pole, 1NO, 24V DC
LS GMD-16M Miniature Contactor, 16A, 3-Pole, 1NO, 24V DC
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LS GMD-16M Miniature Contactor, 16A, 3-Pole, 1NO, 24V DC
Leave your address - as soon as the price of the product goes down, you'll know about it right away
LS GMD-16M Miniature Contactor, 16A, 3-Pole, 1NO, 24V DC
LS GMD-16M Miniature Contactor, 16A, 3-Pole, 1NO, 24V DC
The LS GMD-16M is a high-performance 3-pole miniature contactor engineered for precise electrical switching within industrial control environments. With a rated current of 16A and a 24V DC control coil, this device provides a robust solution for managing power in compact electrical panels. Its design focuses on operational reliability and space efficiency, making it a dependable component for modern automation systems.
This miniature contactor offers significant benefits due to its compact footprint, which allows for high-density installation in limited cabinet spaces. The inclusion of a 24V DC coil ensures compatibility with standard low-voltage control circuits, while the 1NO auxiliary contact provides essential feedback for monitoring and interlocking functions. Its durable construction supports high switching frequencies, ensuring long-term performance and reduced maintenance requirements in demanding industrial applications.
This contactor is not designed for high-power applications exceeding its 16A rated current capacity. It is also not suitable for environments requiring AC control voltages, as it is specifically engineered for 24V DC operation.
The LS GMD-16M should be mounted on a standard DIN rail or panel within an electrical enclosure. Ensure that the power supply cables are securely connected to the main terminals and that the control circuit is wired to the 24V DC coil terminals. Verify that the auxiliary contact is correctly integrated into your control logic before applying power to the system.
Always ensure that the electrical circuit is de-energized before performing installation or maintenance. Periodically inspect terminal connections to ensure they remain tight and free from oxidation to maintain optimal electrical conductivity.
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