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JK Series Helical Gear-spiral Bevel Gear Reducer Company

Jiangsu Julian Reducer Co., Ltd. Home / Products / Helical Gear Hard Tooth Surface Reducer / JK Series Helical Gear-spiral Bevel Gear Reducer

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Jiangsu Julian Reducer Co., Ltd. View Product Guide PDF

JK Series Helical Gear-spiral Bevel Gear Reducer Manufacturers

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Jiangsu Julian Reducer Co., Ltd.
Jiangsu Julian Reducer Co., Ltd.
Jiangsu Julian Reducer Co., Ltd. was established in December 2014. It is a national high-tech enterprise with independent intellectual property rights that integrates R&D, design, production and processing, and technical services. We are Wholesale JK Series Helical Gear-spiral Bevel Gear Reducer Manufacturers and China Wholesale JK Series Helical Gear-spiral Bevel Gear Reducer Company. The main products are: R series helical gear reducer, F series parallel axis helical gear reducer, K series helical gear spiral bevel gear reducer, S series helical worm gear reducer, mixer, ZY series reducer, PV gearbox ,Cycloid reducer. Widely used in: chemical reactor mixing equipment, papermaking equipment, conveying equipment, building materials equipment, environmental protection equipment, drying equipment, grain machine equipment, metallurgical equipment, textile equipment, rubber and plastic equipment, fluid equipment, etc.
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JK Series Helical Gear-spiral Bevel Gear Reducer Industry knowledge

How to judge whether the JK Series reducer is operating normally?

To judge whether the JK Series reducer is operating normally, you can check the following aspects:

Auditory inspection:

Noise: A normal operating reducer should make a smooth working sound. If you hear abnormal friction, knocking or sharp sounds, it may mean that there is a fault.

Vibration: Using vibration monitoring equipment, you can detect the vibration level of the reducer. Excessive vibration may indicate internal faults such as gear wear or bearing damage.

Temperature monitoring:

Temperature change: During normal operation, the temperature of the reducer should be kept within the range recommended by the manufacturer. Excessive temperature may be caused by insufficient lubrication or overload.

Lubricant inspection:

Oil level and oil quality: Check the oil level and oil quality of the lubricant regularly. Dirty, black or metal particles in the oil may indicate internal wear.

Replacement frequency: Replace the lubricant regularly according to the manufacturer's recommendations to ensure good lubrication.

Bearing and gear clearance inspection:

Clearance measurement: Check the clearance of gears and bearings regularly to ensure that it is within the normal range. Excessive clearance may lead to reduced transmission efficiency and increased wear.

Appearance inspection:

Oil leakage: Check whether there is oil leakage on the outside of the reducer.

Cracks and damage: Check whether there is cracks, deformation or other physical damage on the reducer housing.

Operation parameter monitoring:

Load monitoring: Make sure the reducer operates within the designed load range. Overload may cause overheating and damage.

Speed ​​monitoring: Monitor the input and output speeds to ensure that they are within the normal range.

Performance testing:

Efficiency testing: Evaluate the efficiency of the reducer by measuring the input power and output power. If the efficiency is significantly lower than the standard, it may be necessary to check the internal components.

Regular maintenance:

Regular maintenance and servicing can detect potential problems in advance and ensure the normal operation of the reducer.