Relpol RM50-3011-85-1012 Miniature Relay

The Relpol RM50-3011-85-1012 is a high-performance miniature electromagnetic relay engineered for precise switching operations within electronic control systems and industrial automation setups. This compact component is designed to facilitate reliable signal transmission and effective circuit isolation, making it an essential element for maintaining the integrity of complex electrical architectures. Built to withstand demanding operational conditions, it provides consistent performance and long-term durability in various professional applications.

Advantages

This miniature relay stands out due to its space-saving design, which allows for high-density component placement on printed circuit boards without compromising electrical efficiency. Its robust construction ensures stable contact operation, minimizing the risk of signal interference or failure. Furthermore, the device is optimized for seamless integration into automated systems, offering a dependable solution for low-power switching tasks where precision and reliability are paramount.

Suitable for

• Electronic control systems
• Industrial automation equipment
• PCB-based signal switching
• Circuit isolation tasks
• General purpose automation projects

When it may not be suitable

This relay is not intended for high-power switching applications that exceed its rated electrical capacity. It is also not suitable for environments exposed to extreme moisture, corrosive gases, or excessive mechanical vibrations that fall outside the specified operational parameters for miniature electromagnetic components.

Key specifications

• Type: Miniature electromagnetic relay
• Mounting style: PCB mount
• Reliable signal transmission
• Compact form factor
• Designed for industrial automation

How to use

To use the Relpol RM50-3011-85-1012, solder the relay pins directly onto the designated pads of your printed circuit board. Ensure that the coil voltage matches your control circuit requirements to prevent damage to the relay or the driving electronics. Once installed, the relay acts as an electromechanical switch, allowing a low-power signal to control a separate circuit path. Always verify the orientation of the pins according to the technical layout of your PCB design before finalizing the soldering process.

What to consider before purchase

• Verify the coil voltage compatibility with your control system
• Check the physical dimensions to ensure fitment on your PCB
• Confirm the contact rating meets your specific load requirements
• Ensure the operating environment is within the specified temperature range

Usage recommendations: Always handle the relay with care to avoid bending the connection pins. It is recommended to use a flux-compatible soldering process and to perform a continuity test after installation to ensure all connections are secure and functioning correctly.