GIS Released New Brake Testing System
The device enables independent testing of dual-brake electric chain hoists during maintenance.
Updated on Oct. 13, 2026 in Car Maintenance
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GIS has launched the Brake Testing Box, a portable system designed to perform independent function checks on two spring-loaded brakes. This tool simplifies mandatory safety inspections by eliminating the need for mechanical intervention during the testing process.
Why it matters
The system significantly reduces the time required for mandated individual brake checks during routine servicing and maintenance. By ensuring precise, independent testing, operators can verify safety standards more efficiently than through manual methods.
The system is designed to service two spring-loaded brakes found on dual-brake electric chain hoists. It is available in two distinct versions, including the BTB-1CH model which features an integrated single-channel controller.
The players
GIS
GIS is an industrial equipment manufacturer that produces electric chain hoists and related maintenance solutions.
The details
The operator connects the Brake Testing Box to the hoist using an internal electrical interface and a cable, then swaps the plug connection to alternate between brakes. The device is housed in a sturdy plastic case and prevents accidental continuous energizing of the brakes during testing.
Timeline
October 13, 2026: The brake testing system was officially announced.
Roadmap
This development reflects an industry-wide trend toward modular, electronic diagnostic tools that replace labor-intensive manual inspections. By integrating directly with existing hoist hardware, the system positions the manufacturer to improve long-term maintenance efficiency for its core equipment fleet.
Maintenance technicians can now complete required individual brake function checks without complex mechanical disassembly. This streamlines service schedules and reduces equipment downtime during routine inspections.
The takeaway
Adopting electrical interfaces for brake verification can significantly lower the risk of human error in safety-critical testing. Maintenance teams should evaluate these integrated tools to minimize manual labor and ensure compliance with inspection protocols.
Further reading
Learn more about the latest innovations in equipment upkeep in the World Car Maintenance section.
Source note: This article includes information reported by Etnow.
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Do you believe standardized testing tools are necessary to ensure the reliability of industrial safety equipment?
