Schneider RXZ400 | Maintaining clamp, metal, for all miniature relay socket

Schneider RXZ400 | Maintaining clamp, metal, for all miniature relay socket

Technical Specifications

• Model: RXZ400
• Type: Maintaining Clamp
• Material: Metal
• Compatibility: Designed for all miniature relay sockets
• Function: Provides secure and stable relay mounting
• Application: Suitable for industrial control systems, electrical panels, automation systems
• Installation: Easy to install and adjust, ensuring secure relay retention

Key Features

1. Enhanced Relay Stability

• Metal construction ensures a durable and strong clamp that holds the relay firmly in place.
• Provides stable relay retention, preventing accidental movement or disconnections in high-vibration environments.

2. Versatile Compatibility

• Compatible with all miniature relay sockets, making it a universal solution for various relay installations.
• Flexible use in diverse control and automation applications.

3. Easy Installation and Adjustment

• Simple to install and adjust, making it suitable for quick integration into existing systems.
• Tool-free installation in most applications, enhancing convenience during setup.

4. Reliable Performance

• Designed to withstand the rigors of industrial environments, ensuring long-term reliability and minimal maintenance.
• Improves the overall safety and longevity of relay-based systems by ensuring proper relay positioning.

Applications

The Schneider RXZ400 maintaining clamp is suitable for use in a wide range of applications, including:

Industrial Control Systems – Ensures secure relay placement in control panels, automation, and manufacturing systems.
Automation and Process Control – Provides stable relay mounting in automated machinery and process equipment.
Electrical Distribution – Used in electrical panels to keep relays securely installed, preventing operational issues.
HVAC Systems – Ideal for maintaining relay stability in HVAC control circuits.
Building Management Systems – Helps to maintain reliable relay retention in BMS control units.