KEMET SPST Through Hole Reed Switch 300 mA 110 V AC/DC OHD1-105B

KEMET OHD1-105B is a SPST through hole reed switch designed for precise switching applications with a maximum switching current of 300 mA and voltage rating of 110 V AC/DC.

This reed switch features a nickel iron alloy contact material, ensuring long operational life and excellent environmental durability. Its compact size of 18 mm length, 5.5 mm width, and 5.6 mm depth makes it suitable for integration in compact circuit designs.

The switch exhibits a low contact resistance of 150 mΩ which improves circuit efficiency and responsiveness. It is equipped with wire terminals and designed for through hole mounting providing secure and reliable connections.

Operating temperature range from -20°C to 150°C allows usage in diverse industrial, commercial, and laboratory environments. The product complies with RoHS directives, reflecting environmentally friendly manufacturing practices.

Typical applications include atmospheric temperature detection, overheating monitoring in power transistors, power modules, room heaters, motors, amplifiers, hard disk drives, and other general appliances.

SPST contact configuration with single pole single throw operation. 300 mA maximum switching current supporting low power control circuits. Low contact resistance of 150 mΩ for optimal electrical performance. Robust nickel iron alloy contacts for durability.

Through hole terminal type for easy assembly and reliability. Wide temperature operating range from -20°C to 150°C. Compact physical dimensions enabling integration into small form factor circuits. RoHS compliant assuring environmental safety and regulation adherence.

Made in Japan ensuring high manufacturing quality and consistency.

This KEMET OHD1-105B reed switch is ideal for use in electrical, automation, industrial, and consumer electronic applications that require precise and reliable switching at low currents and voltages. For more options and technical products, explore the Reed Switch category at EnvMart.