Mobile lifting platform quality appraisal

mobile lifting platform is a kind of equipment commonly used in logistics, warehousing, manufacturing and other industries. It can transport goods, equipment and other items between different heights quickly, stably and safely.
mobile lifting platform has the advantages of flexible movement, smooth lifting, easy operation, safety and reliability, etc., and is widely used in various fields. During use, the mobile lifting platform can maintain a smooth lifting process without shaking or bumping, ensuring the stability and safety of transported items.
In the case of mobile lifting platform quality appraisal, Zhongke Testing can provide mobile lifting platform quality appraisal services.

mobile aluminum alloy lifting platform, telescopic tabletop aluminum alloy lifting platform, folding lifting platform, fixed aluminum alloy lifting platform, wall-mounted lift, scissor lift, chain lift, articulating arm lift, orbital mobile lifting platform, etc.

GB/T 30032-2015 Mobile elevating work platforms Design, calculation, safety requirements and test methods with special components
GB/T 27549-2011 Mobile elevating work platforms Operator training
GB/T 27548-2011 Mobile elevating work platforms Safety rules, inspection, maintenance and operation
GB/T 33081-2016 Mobile elevating work platforms Operator control symbols and other markings
GB/T 25849-2010 Mobile elevating work platforms Design calculations, safety requirements and test methods

quality product dispute situation:
According to the situation reported by the client and the information provided, during the installation of the fire sprinkler head, the mobile lifting platform ("Special Equipment") operated by the operator overturned, and the two operators on the lifting platform fell to the ground together. In order to further identify the cause of the accident, the client hopes to conduct a quality analysis on whether there are quality problems with the lift.
quality analysis results: The
quality analysis expert team conducted an on-site investigation of the "mobile lifting platform" involved. Through observation and analysis, they conducted corresponding mechanical analysis and made the following suggestions and conclusions:
1, the driving safety protection device of the "mobile lifting platform" involved failed. The "mobile lifting platform" can operate and walk in the lifted position, which is the main reason for the "mobile lifting platform" to tip over;
2, the "lift truck" involved was walking and braking under the load condition of the maximum lifting height, and its overturning moment was greater than its stable moment, which was the direct cause of the "lift truck" to tip over.