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A Single Speed Reducer is a single-stage worm gear transmission device widely applied in industrial drive equipment. This Single Speed Reducer adopts one set of worm and worm wheel meshing structure, which can convert high-speed motor input into low-speed, high-torque output steadily. Every standard Single Speed Reducer supports multiple reduction ratios, various power ranges and diversified mounting ways. Compact structure, stable self-locking performance and low operation noise make this Single Speed Reducer the core transmission matching unit for conveyors, agricultural machinery, packaging equipment and small processing machines. Our full series Single Speed Reducer covers aluminium alloy lightweight shell and cast iron heavy-duty shell versions to meet light, medium and heavy load working demands.

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Hardened Worm Shaft

The active drive part of Single Speed Reducer, made of quenched alloy steel. Its spiral tooth meshes with worm wheel to complete primary speed reduction transmission.

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Input & Output Shaft

Input shaft connects driving motor; solid/hollow output shaft of Single Speed Reducer links external working machinery.

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Oil Lubrication Assembly

Equipped with oil filling and drain ports on Single Speed Reducer housing, convenient for regular oil replacement and maintenance.

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Alloy / Cast Iron Housing

Shell of a single-speed reducer, two mainstream materials: light aluminium for light load, thick cast iron for heavy shock load environments.

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Core Components of Single Speed Reducer

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Bronze Worm Wheel

Matching driven gear of Single Speed Reducer, bronze material reduces friction, improves wear resistance and extends service life under continuous operation.

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Bearings & Oil Seals

Support rotating shafts of Single Speed Reducer, double-layer oil seal prevents lubricant leakage and dust intrusion inside gear chamber.

How to Select the Right Single Speed Reducer

  • 1. Confirm matching motor input power
    Match the power parameter of Single Speed Reducer strictly with your driving motor. Exceeding rated power will accelerate gear wear and lead to early failure of Single Speed Reducer.
  • 2. Calculate required reduction ratio & output speed
    Divide motor input RPM by target working RPM to get the accurate ratio, select matched Single Speed Reducer with standard speed ratio options (5~100).
  • 3. Verify rated output torque demand
    Calculate peak torque of your equipment during startup and operation, choose Single Speed Reducer with nominal torque higher than maximum load torque.
  • 4. Select proper mounting structure
    Confirm installation space of your machine: foot mount, flange mount or hollow output shaft Single Speed Reducer for different assembly layouts.
  • 5. Choose housing material by working environment
    Indoor light equipment picks aluminium Single Speed Reducer; dusty, humid, heavy impact farm/construction machines select cast iron shell Single Speed Reducer.
  • 6. Check continuous duty cycle requirement
    Intermittent short work can adopt light series Single Speed Reducer; round-the-clock production lines must use heavy-duty reinforced model.