A544208LP

Overview

The Hoffman A544208LP is a polycarbonate enclosure designed for industrial applications. It features a transparent lid allowing visual inspection of internal components without opening the unit. The enclosure measures 54 inches in height, 42 inches in width, and 20.8 inches in depth. It is constructed from durable polycarbonate material to provide impact resistance and clarity. The design includes provisions for mounting internal equipment securely.

Feature Summary

• Transparent polycarbonate construction enables direct visual monitoring of internal systems
• High-impact resistant material ensures durability in demanding environments
• Standardized dimensions accommodate common industrial mounting configurations

Applications

• Industrial control panels requiring visual status checks
• Electrical enclosures for sensitive instrumentation
• Automation system housing where component visibility is critical

Procurement Notes

Verify exact dimensional requirements against installation space constraints. Confirm material compatibility with environmental conditions such as UV exposure or chemical contact. Ensure mounting hardware specifications align with the enclosure's pre-drilled holes or available attachment points. Check for any specific regulatory certifications required for your deployment region.

Selection Notes

Consider the transparency requirement versus security needs when selecting this model. Evaluate the structural integrity requirements against potential physical impacts in the installation area. Assess whether the standard depth provides sufficient space for all intended components and wiring. Compare alternative materials if higher thermal resistance or different aesthetic finishes are necessary.

Part Context

This model belongs to Hoffman's line of polycarbonate enclosures, which prioritize visibility and impact resistance. These units are commonly used in settings where operators need to monitor equipment status without interrupting operations. The series offers various sizes to fit different spatial constraints while maintaining consistent material properties across the range.