NGW-L112-71 planetary reducer base reinforcement and load-bearing enhancement measures 2026-09-15
In order to improve the load-bearing performance of the NGW-L112-71 planetary reducer base, optimization can be carried out around the four core directions of structural deformation resistance, material failure prevention, connection loosening prevention, and working condition load reduction. Combined with the actual stress conditions of the base, including rated torque, impact vibration and installation form, a landing improvement plan is formulated. The specific implementation steps are as follows: 1. Preliminary investigation: identify the root cause of the base's insufficient load-bearing capacity. Before optimizing the transformation, the root cause of the fault must be located first to avoid ineffective changes. This mainly relies on two methods: load accounting and structural inspection. Confirm the on-site load parameters, refer to the equipment manual and on-site working conditions, and sort out the various load data of the NGW-L112-71 reducer: Static load: The dead weight of the reducer is about 35~50kg, plus the weight of the motor, driven equipment and other ancillary components, and the static pressure borne by the base itself; Dynamic load: The output rated torque range is about 800~1800N·m (based on product samples)
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