Finder 095.51 – 95 Series Sockets for 40 Series relays – Accessory

Why Choose the Finder 095.51 Metal Retaining Clip for Relay Sockets?

The Finder 095.51 is a purpose-designed metal retaining clip for Finder Series 95 PCB relay sockets. It provides secure mechanical retention for compatible Finder Series 40 miniature power relays, helping maintain correct relay positioning in printed circuit board assemblies and industrial electronic control equipment.

Designed for compatible Finder 95.13.2 and 95.15.2 socket families, the retaining clip helps prevent accidental relay displacement caused by handling, movement or vibration. Its metal construction provides a durable holding solution while preserving the convenience of removable plug-in relays.

The Finder 095.51 is particularly suitable for PCB-mounted relay assemblies used in industrial automation, electronic control systems, machinery and OEM equipment. It is a passive mechanical accessory that requires no electrical supply and can be used as a replacement retaining clip or as part of a new compatible relay socket installation.

Key Advantages

• Purpose-designed metal retaining clip for Finder Series 95 PCB relay sockets.
• Helps securely retain compatible Finder Series 40 relays.
• Suitable for Finder 95.13.2 and 95.15.2 socket families.
• Metal construction provides dependable mechanical retention.
• Helps reduce unintended relay movement or displacement.
• Supports reliable relay seating in PCB-mounted assemblies.
• Maintains the convenience of replaceable plug-in relays.
• Compact accessory suitable for electronic control equipment.
• Useful for new equipment assembly and replacement maintenance.
• Requires no independent electrical supply or control wiring.

Key Features

• Finder Series 95 relay socket accessory.
• Metal hold-down retaining clip for plug-in relays.
• Designed for compatible 95.13.2 and 95.15.2 PCB sockets.
• Suitable for corresponding black socket variants, subject to socket configuration.
• Associated with Finder Series 40 miniature power relays.
• Compatible relay types include 40.31, 40.51, 40.52, 40.61 and 40.62 when used with the appropriate socket.
• Mechanical retention without modification to the relay's electrical connections.
• Designed for printed circuit board relay installations.
• Can be supplied with selected socket configurations using Finder's metal-clip packaging option.
• Suitable for industrial electronics, automation and control applications.

Secure Mechanical Retention for PCB-Mounted Relays

Printed circuit board relay sockets allow plug-in relays to be installed and replaced without desoldering the relay itself. This arrangement is particularly useful in industrial electronic equipment, where relays may need to be inspected or replaced during scheduled maintenance.

The Finder 095.51 is designed to hold compatible Finder Series 40 relays securely in their Series 95 PCB sockets. By providing mechanical retention, the clip helps maintain correct relay seating and reduces the risk of unintended movement within electronic control assemblies.

Finder's 95.13.2 socket family is associated with selected single-pole Series 40 relays, while the 95.15.2 socket family accommodates selected Series 40 relay types including 40.51, 40.52, 40.61 and 40.62. The appropriate relay and socket combination should always be confirmed before installation.

The Finder 095.51 performs a mechanical function only. It does not provide electrical switching, overcurrent protection or independent electrical insulation. Electrical ratings belong to the associated relay and socket assembly rather than the retaining clip itself.

Typical Applications

• Finder Series 40 PCB relay installations.
• Finder Series 95 printed circuit board sockets.
• Industrial electronic control boards.
• PLC interface and automation equipment.
• Electronic switching and signalling circuits.
• Industrial machinery control electronics.
• Building automation and HVAC controllers.
• OEM printed circuit board assemblies.
• Relay maintenance and replacement applications.
• Electrical and electronic equipment exposed to normal operational movement or vibration.