4 Channel Fast Charger Front Panel Precision Sheet Metal Enclosure Panel

4-Channel Fast Charger Front Panel — Precision Sheet Metal Enclosure Panel for MR-2716 Battery Packs

This precision-engineered sheet metal front panel is manufactured by Syris for a 4-channel fast charger designed to service MR-2716 battery packs. Fabricated from precision-cut and formed metal with a durable matte black finish, the panel features four clearly delineated charging bays (CH-1 through CH-4), each with a large circular connector cutout, dual LED indicator holes, and a surrounding bolt-hole pattern for secure module mounting. The right-hand section houses printed operating instructions, charge-status LED legends, a DC input connector cutout, an AC input opening, and a rocker power switch cutout, all with permanent white silk-screened text and graphics for clear user guidance.

Key Features

• Precision-cut and formed sheet metal construction with durable matte black finish
• Four dedicated charging bay cutouts with precise connector and LED-hole alignment
• Permanent silk-screened text and graphics for operating instructions and labeling
• Integrated cutouts for DC input connector, AC input module, and power rocker switch
• Rounded-corner panel profile with perimeter mounting holes for enclosure assembly
• Tight-tolerance hole patterns ensuring accurate fit with internal charging modules

Specifications

• Material: Precision sheet metal (steel/aluminum)
• Process: Precision cutting, punching, forming, and surface coating
• Surface Finish: Matte black coating with white silk-screen printing
• Feature Design: Four-bay charger cutout layout, LED and switch cutouts, connector openings
• Application: Front panel for 4-channel fast charger (MR-2716 battery pack system)
• Manufacturer: Syris
• Quality Control: Dimensional inspection to OEM tolerance requirements

Applications
Designed as the user-facing front panel for a multi-channel battery charging system, this component integrates connector interfaces, status indicators, and control elements into a single precision-fabricated assembly, supporting reliable operation and clear usability for battery charging equipment.