Industry-news

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  Which Quenching Method Is Optimal for XWD9105-29-2

  26-09-08

  For the cycloidal gear of the XWD9105-29-2.2KW reducer, carburizing and quenching is the most suitable heat treatment method. It delivers the best balance between surface hardness and core toughness, making it particularly well-suited for applications demanding high wear resistance and impact resistance. 1. Core Advantages of Carburizing and Quenching Deep hardened layer with smooth transi

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  What are the solutions for oil leakage at the obse

  26-09-07

  Aging, deformation, and hardening are the most common causes of oil leakage, so replacing the gasket or O-ring with a fresh, oil-resistant rubber component will resolve the majority of issues. Before reassembly, it is crucial to clean the mating surfaces between the window and the gearbox housing, as residual oil, metal shavings, or paint can compromise the seal. Once clean, reassemble the compone

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  How to restore the use of WP series reducers after

  26-09-07

  1. Immediately shut down and conduct a comprehensive inspection After overload occurs, the power should be cut off first and the reducer should be thoroughly inspected. Focus on observing whether there is abnormal noise, severe vibration, oil leakage, and whether there is wear or fatigue damage to the internal components of the gearbox. At the same time, it is necessary to check the load situat

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  Which Details and Common Errors Are Easily Ignored

  26-09-04

  Proper lubrication and sealing are critical to the longevity of the WHS180-50-1 worm gear reducer. However, several subtle operational errors are frequently overlooked during maintenance, often leading to chain failures such as oil leakage, overheating, and accelerated wear. Below are the key details that demand strict attention: 1. Neglecting the First Oil Change After the initial startup or af

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  How Should an R87-Y5.5KW-4P-15-M1 Gear Reducer Be

  26-09-04

  To significantly reduce the failure rate and extend the operation cycle of an R87-Y5.5KW-4P-15-M1 gear reducer in high-temperature environments (typically defined as ambient temperatures ≥ 40°C), systematic protection must be implemented. The core methods revolve around optimizing lubrication, strengthening heat dissipation, upgrading sealing, and conducting regular monitoring across five key aspe

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  FGA Series Planetary Gearboxes: How to Choose the

  26-09-03

  # FGA Series Planetary Gearboxes: How to Choose the Right Output Shaft Form Picking the proper output configuration for FGA series planetary gearboxes hinges on matching your machine’s operating profile and transmission demands. There is no universally superior option. The most suitable choice always depends on how well it fits your real‑world working conditions. FGA planetary gearboxes offe

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  XLD5‑9‑Y11‑ZP Cycloidal Pinwheel Reducer Slipping

  26-09-03

  # XLD5‑9‑Y11‑ZP Cycloidal Pinwheel Reducer Slipping Specific Repair Steps When the XLD5‑9‑Y11‑ZP cycloidal pinwheel reducer develops so‑called slipping symptoms, operators will observe erratic output shaft rotation, speed oscillation, or obvious speed drop once the unit carries working loads. This condition is not genuine slip. Instead, it arises from internal component wear, loosened assembled

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  How is the output shaft of the BL series cycloidal

  26-09-02

  The output shaft is one of the most critical load-bearing components in the BL series cycloidal pinwheel reducer. Its material selection and heat treatment process are carefully designed to ensure sufficient strength, wear resistance, and long service life under continuous heavy-duty operation. I. Commonly Used Materials Standard Small-to-Medium Models (BL12–BL33): 40Cr alloy structural steel i

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  What Problems Affect the Internal Gear Transmissio

  26-09-02

  Fault diagnosis and troubleshooting for the internal gear transmission system of CJY series reducers are implemented in a targeted manner according to specific fault types. Combined with common on-site operating issues, the typical fault causes and standardized solutions are summarized as follows: ## 1. Gear Wear and Fatigue Fracture **Fault Causes**: Fatigue cracks initiate and propagate at

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