CIB800

Overview

The Hoffman CIB800 is a compact industrial enclosure designed for mounting circuit breakers and control components. Constructed from polycarbonate, it provides protection against dust and water ingress while offering electrical insulation. The unit features a hinged door with a latch mechanism for secure access to internal wiring and devices. It supports DIN rail mounting for organized component installation. The design facilitates easy integration into control panels where space efficiency and component visibility are required.

Feature Summary

• Polycarbonate construction for durability and electrical insulation
• Hinged door with secure latching mechanism
• DIN rail compatible interior layout
• Compact form factor for space-constrained installations

Applications

• Mounting miniature circuit breakers in control panels
• Enclosing small relay or timer modules
• Protecting low-voltage control wiring connections
• Industrial machine tool control stations

Procurement Notes

Verify the specific ordering suffix to confirm terminal block inclusion and color options. Confirm that the selected variant matches the required voltage rating and current capacity for the intended circuit breakers. Check compatibility with existing DIN rail standards before procurement. Ensure the enclosure material meets the environmental requirements of the installation site.

Selection Notes

Select this model when a non-metallic enclosure is required for non-conductive applications. Consider the internal width and height dimensions to ensure adequate space for the target number of circuit breakers. Evaluate the need for additional accessories such as terminal blocks or cable glands which may be sold separately. Verify that the polycarbonate material is suitable for the ambient temperature range of the operating environment.

Part Context

This component belongs to the Hoffman series of compact enclosures designed for modular control components. It is part of a broader family of polycarbonate boxes intended for protecting electrical devices from environmental hazards. These units are commonly used in automation and machinery control systems where compactness and safety are prioritized over high-current distribution capabilities.