It explains why reed relays are ideal for high and low voltage switching and sensing applications where reliability, accuracy, and low power consumption are critical.
As mining operations become increasingly electrified, switching, monitoring, and control circuits are being called upon to perform better than ever before. Power must be distributed safely and efficiently to systems such as conveyor belts, pumps, ventilation equipment, and electric drills, while sensing and monitoring systems must continue to provide accurate and repeatable measurements under challenging operating conditions. At the same time, higher voltages are being used more and more frequently to reduce energy losses and improve efficiency.
These changing requirements mean that relays used in mining applications must be able to withstand demanding electrical environments without compromising measurement accuracy or the long-term reliability of the system.
“Mining environments place unique demands on switching technology,” said Robert King, product manager for reed relays at Pickering Electronics. “Higher voltages, harsh operating conditions, and the need for precise monitoring require relays that combine high isolation, low leakage, fast switching, and long-term reliability. This application guide explains why reed relays are so well-suited for mining equipment, from power distribution and underground load centers to condition and safety monitoring systems.”
The guide explores the wide range of mining applications where reed relays can offer performance advantages. These include high-voltage switching in power distribution units, switchgear, load centers, and electrical mining equipment, as well as low-level signal switching in gas and smoke detection, airflow and ventilation monitoring, condition monitoring, and geotechnical and ground stability systems. In these applications, relay performance can directly impact both operational efficiency and safety.
“Mining systems typically require a combination of robust power switching and precise signal handling, and that’s where reed relays can offer a real advantage,” King added. “Whether the goal is to reduce losses in higher-voltage systems or maintain measurement integrity in critical monitoring equipment, choosing the right relay technology can make a significant difference.”.
Reed relays offer an attractive solution because:
• They are hermetically sealed, keeping dust and moisture away from the contacts.
• They can withstand high switching and separation voltages
. • They have extremely low leakage, enabling accurate detection and monitoring.
• They are galvanically isolated, helping to protect the control electronics
. • They are fast, compact, and capable of performing millions or even billions of operations.
Download this free mining applications guide to learn from Pickering's experts on selecting the best relay technologies for your specific monitoring and control needs, and discover why reed relays are the ideal power and signal switching technology for mining applications.
Pickering is recognized as a market leader in high-end reed relays thanks to innovative product design, high-performance components, and exceptional quality control. The company's reputation for innovation is built on decades of manufacturing excellence. All of its relays utilize instrumentation-grade reed switches for stable, long-life operation—up to billions of cycles—along with coreless coil construction and the company's patented SoftCenter™ technology, which enhances mechanical robustness. Mu-metal shielding allows for high packing densities with minimal magnetic interference, and every relay is 100% tested to ensure consistent quality. Discover the 10 key advantages of Pickering reed relays over the competition at pickeringrelay.com/10-key-benefits/ – or to contact Pickering experts, visit www.pickeringrelay.com/contact/
