Relpol RM84-2012-35-5230 Miniature Relay 10A 250V

The Relpol RM84-2012-35-5230 is a high-performance miniature electromagnetic relay engineered for dependable switching in demanding industrial and electronic control environments. Designed for efficiency and precision, this component facilitates reliable electrical circuit management with a robust 10A current rating and a 250V voltage capacity. Its compact form factor is specifically optimized for integration into printed circuit boards, providing a stable and durable solution for modern automation systems.

Advantages

This relay offers exceptional reliability due to its high-quality construction and precise electromagnetic mechanism. The compact design allows for space-saving installation on dense circuit boards without compromising performance. With a 10A switching capacity, it handles standard electrical loads effectively, ensuring long-term operational stability in various control applications. Its design minimizes power consumption while maintaining consistent contact performance under diverse conditions.

Suitable for

• Industrial automation control systems
• Electronic equipment and control panels
• Printed circuit board (PCB) mounting
• General electrical switching applications
• HVAC and lighting control circuits

When it may not be suitable

This relay is not intended for high-power industrial motor starting or applications requiring switching currents significantly exceeding 10A. It is also not suitable for environments with extreme moisture or corrosive gases unless housed in a protective enclosure.

Key specifications

• Contact rating: 10A at 250V AC
• Mounting type: PCB mount
• Relay type: Miniature electromagnetic
• Compact design for space-constrained applications

How to use

The relay is designed for direct soldering onto a printed circuit board. Ensure that the PCB layout matches the pin configuration of the relay to prevent short circuits or improper connections. When soldering, use appropriate heat levels to avoid damaging the internal components. Once installed, connect the control circuit to the coil terminals and the load circuit to the contact terminals according to the wiring diagram of your specific application.

What to consider before purchase

• Verify the coil voltage requirements for your specific control circuit
• Ensure the PCB footprint matches the relay pin layout
• Check that the load current does not exceed the 10A limit
• Confirm the environmental conditions are within the operating temperature range

Usage recommendations

For optimal longevity and performance, ensure the relay is protected from excessive vibration and extreme temperature fluctuations. Regularly inspect the solder joints on the PCB to maintain a secure electrical connection over time.