We’ve upgraded Alisouq for a faster, smoother experience
We’ve upgraded Alisouq for a faster, smoother experience
SKU: HDM3630OF21K1BL
133.11
(incl. VAT)
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The Aux Cont L w/ terminal HDM3-630 1NO 1NC is a reliable and efficient auxiliary contact module designed for use with the HDM3-630 circuit breaker. It features one normally open (NO) and one normally closed (NC) contact, allowing for precise circuit control and monitoring. The module is equipped with terminals that facilitate easy and secure wiring connections, ensuring convenient installation. With its robust construction and compatibility with the HDM3-630 circuit breaker, this auxiliary contact module offers enhanced safety and improved operational efficiency. It is a versatile solution suitable for various applications where accurate circuit control is required.
Auxiliary contact composition:1 NO + 1 NC
[Ie] rated operational current:0.3 A at 400 V AC AC-15 , 0.27 A at 220 V DC DC-13
Frame size:400/630 HDM3 , 400/630/800 HDM3E , 400 HDM3L
Flexible Circuit Control: Provides one normally open (NO) and one normally closed (NC) contact for versatile circuit control and monitoring.
Convenient Terminal Design: Features terminals that enable easy and secure wiring connections, simplifying the installation process.
Improved Safety: Enables accurate monitoring of electrical circuits, contributing to enhanced safety and protection against faults.
The Aux Cont L w/ terminal HDM3-630 1NO 1NC is a reliable and efficient auxiliary contact module designed for use with the HDM3-630 circuit breaker. It features one normally open (NO) and one normally closed (NC) contact, allowing for precise circuit control and monitoring. The module is equipped with terminals that facilitate easy and secure wiring connections, ensuring convenient installation. With its robust construction and compatibility with the HDM3-630 circuit breaker, this auxiliary contact module offers enhanced safety and improved operational efficiency. It is a versatile solution suitable for various applications where accurate circuit control is required.