ESH1915

Overview

The Hoffman Enclosures ESH1915 is a medium expandable electronic housing constructed from black acrylonitrile butadiene styrene (ABS). It measures 48.3 mm in length, 37.85 mm in width, and 20.8 mm in height. The enclosure provides internal space suitable for a printed circuit board measuring 1.65 inches by 1.15 inches. This component belongs to the P-191508 series and is designed for general electronic protection applications.

Feature Summary

• Expandable design allows for dimensional adjustment to fit specific assembly requirements
• Constructed from durable ABS material for reliable environmental protection
• Includes dedicated internal volume optimized for standard PCB mounting

Applications

• Housing for small-scale electronic assemblies
• Protection of printed circuit boards in compact devices
• General-purpose industrial electronics enclosures

Procurement Notes

Verify the manufacturer designation carefully, as similar part numbers may exist under different branding or subsidiary lines such as New Age Enclosures. Confirm that the specific model suffix matches the required physical dimensions and material specifications for your integration needs before finalizing procurement orders.

Selection Notes

Select this unit when a compact, adjustable housing is required for small PCBs. Ensure the application does not demand high ingress protection ratings beyond basic dust resistance, as ABS materials typically offer limited sealing compared to metal or gasketed alternatives without additional modifications.

Part Context

This component is part of the P-191508 series of expandable housings. These units are characterized by their ability to be cut to size, providing flexibility for various form factors. The series is commonly utilized in scenarios where standard fixed sizes do not perfectly match the internal component layout.

Replacement Considerations

Cross-reference with other expandable ABS housings from the same manufacturer family. Verify that substitute models maintain identical external footprint constraints and internal clearance volumes to ensure compatibility with existing mounting hardware.