Optimizing Mining Applications with Reed Relay Technology

Mining environments place unique demands on switching technology. Higher voltages, harsh operating conditions, and the need for accurate monitoring all require relays that combine high isolation, low leakage, fast switching, and long-term reliability.

This application guide explains why reed relays are such a strong fit for mining equipment — from power distribution units, load centers and switchgear through to sensor-based monitoring, condition monitoring, and underground safety systems.

As mining operations become more electrified, switching and monitoring circuits are being asked to do more than ever before. Equipment is moving to higher voltages to reduce power losses, while safety systems and predictive maintenance platforms rely on precise, repeatable signal switching.

That creates a challenge: the relay must handle demanding power environments without compromising measurement accuracy or system reliability.

Reed relays offer a compelling solution because they are:

Hermetically sealed, keeping dust and moisture away from the contacts
Capable of high switching and stand-off voltages
Extremely low leakage, supporting accurate sensing and monitoring
Galvanically isolated, helping protect control electronics
Fast, compact, and able to deliver millions or even billions of operations

Ready to find out more?

Download the full guide now to learn more about utilizing reed relays in mining applications.

Example applications covered in the guide:

Power distribution units (PDUs)
Underground load centers and switchgear
Electric drills and rock-cutting equipment
Conveyor, pumping and ventilation systems
Battery charging stations for mining vehicles
Ore sorting and condition monitoring systems
Gas, smoke, strain, roof bolt, and geotechnical monitoring

Recommended Reed Relays for use in Mining Applications

Mining applications where reed relays are required vary widely, from switching high voltages to incredibly low EMF in sensing and measurement equipment. Please browse the below relay types to find the ideal relay for your application, or reach out to our expert team today to help choose a relay, or even create a custom design.

Miniature High-Voltage Reed Relays

These relays have switching voltages up to 1.5kV and standoff voltages up to 5kV. The maximum switch current is 1A (up to 25W) and the maximum carry current is 1.5A. High coil resistance options (up to 6.8kΩ). Thermal EMF devices are between 3 and 10μV. Relays can endure temperatures as high as 150°C if requested. Body dimensions from (W x H x D): 12.5 x 6.6 x 3.7mm. Available forms: 1 Form A, 2 Form A, and 1 Form B contact configurations.