Schneider ZBE101 Harmony | Single contact block, silver alloy, screw clamp terminal, 1 NO

Schneider ZBE101 | Harmony Single Contact Block

1. Overview

The Schneider ZBE101 Harmony is a single contact block designed for industrial control applications. It features a 1 Normally Open (1 NO) contact, silver alloy contacts, and screw clamp terminals for secure and reliable electrical connections. It is compatible with Harmony XB4 and XB5 control and signaling units, ensuring easy integration into industrial control panels.

2. Key Features

• 1 NO Contact Configuration: Ensures a simple and effective switching mechanism.
• Silver Alloy Contacts: Provides excellent conductivity and durability.
• Screw Clamp Terminals: Secure and easy wiring connection.
• Snap-On Mounting: Quick and tool-free installation on compatible devices.
• Industrial-Grade Durability: Designed for high-performance environments.

3. Technical Specifications

• Product Series: Harmony XB4/XB5
• Contact Type: 1 Normally Open (1 NO)
• Material: Silver Alloy Contacts
• Terminal Type: Screw Clamp
• Mounting Compatibility: Fits on Schneider Harmony XB4 & XB5 devices
• Operating Voltage: Suitable for industrial control circuits
• Compliance: Meets IEC and UL standards

4. Benefits

• Reliable and Durable: High-quality silver alloy ensures long-lasting performance.
• Easy Installation: Snap-on mounting reduces downtime during setup.
• Secure Connection: Screw clamp terminals provide firm and stable wiring.
• Versatile Application: Works with a wide range of Schneider Harmony control devices.
• Cost-Effective: Replaceable component for extending the lifespan of control systems.

5. Applications

• Industrial control panels
• Push-button stations
• Machine automation systems
• Electrical signaling devices

6. Conclusion

The Schneider ZBE101 Harmony Single Contact Block is a reliable and easy-to-install solution for industrial control applications. Its 1 NO configuration, silver alloy contacts, and secure screw clamp terminals ensure efficient and long-lasting performance in automation and signaling systems.