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High-Efficiency F Series Hard-Toothed Surface Gearbox Speed Reducer from China Suppliers and Factory
Product Overview
The F series reducer is made of high-quality forged steel material, with a steel cast iron box body. The gear surface is subjected to high-frequency heat treatment and precision machining to ensure the parallelism and positioning accuracy of the shaft. All of these components make up the gear transmission assembly. The reducer is equipped with various types of electrodes, forming an electrode integration, fully ensuring the quality characteristics of the product.
Product Features
- 1 Highly Modular Design: Easily equipped with various types of electric motors or other power inputs. The same model supports multiple power motors and easy combination connections between models.
- 2 Wide Transmission Ratio Range: Finely divided ratios with a wide range. Combination models can form large transmission ratios and output extremely low speeds.
- 3 Flexible Installation: The installation position is not limited, providing maximum flexibility for diverse applications.
- 4 High Strength, Compact Volume: High-strength cast iron box body. Gears and gear shafts use gas carburizing, quenching, and precision grinding — high load-bearing capacity per unit volume.
- 5 Long Service Life: Under correct selection and normal maintenance, main components (excluding vulnerable parts) last generally no less than 20,000 hours. Vulnerable parts include lubricating oil, oil seals, and bearings.
- 6 Low Noise: Main components are precision machined, assembled, and tested, resulting in low noise levels during operation.
- 7 High Efficiency: The efficiency of the single machine type is not less than 95%.
- 8 Large Radial Load Capacity: Designed to withstand large radial loads for demanding industrial environments.
- 9 Axial Load Tolerance: Can withstand axial loads not exceeding 15% of radial force.
Technical Specifications
Power Range
0.12 KW ~ 200 KW
Output Torque
3 N·m ~ 22,500 N·m
Output Speed
0.06 ~ 370 r/min
F-Series Reducer Model Types
- F type — Ordinary shaft extension parallel shaft helical gear reducer
- FA type — Shaft mounted parallel shaft helical gear reducer
- FF type — Flange type parallel axis helical gear reducer
- FAF type — Shaft mounted flange parallel shaft helical gear reducer
Gearbox Models
F Series:
F37F47F57F67F77F87F97F107F127F157
FF Series:
FF37FF47FF57FF67FF77FF87FF97FF107FF127FF157
FA Series:
FA37FA47FA57FA67FA77FA87FA97FA107FA127FA157
FAF Series:
FAF37FAF47FAF57FAF67FAF77FAF87FAF97FAF107FAF127FAF157
FAZ Series:
FAZ37FAZ47FAZ57FAZ67FAZ77FAZ87FAZ97FAZ107FAZ127FAZ157
Detail Pictures
Frequently Asked Questions
Q
What is the power range of the F series reducer?
The F series reducer supports a power range from 0.12 KW to 200 KW, making it suitable for a wide variety of industrial applications from light-duty to heavy-duty operations.
Q
What types of F series reducer models are available?
There are four main model types: F type (ordinary shaft extension), FA type (shaft mounted), FF type (flange type), and FAF type (shaft mounted flange). Each type is available in sizes from 37 to 157, and FAZ variants are also offered.
Q
How long is the service life of the F series reducer?
Under correct selection and normal use and maintenance conditions, the service life of the main components (excluding vulnerable parts such as lubricating oil, oil seals, and bearings) is generally not less than 20,000 hours.
Q
What is the efficiency rating of the F series reducer?
The F series reducer delivers high efficiency — the single machine type achieves an efficiency of no less than 95%, reducing energy loss and improving overall system performance.
Q
Are there any restrictions on the installation position of the F series reducer?
No. The F series reducer features a flexible installation design — the installation position is not limited, allowing it to be mounted in virtually any orientation to suit your application requirements.
Q
What materials and processes are used to manufacture the F series reducer?
The F series reducer is made of high-quality forged steel with a steel cast iron box body. The gear surface undergoes high-frequency heat treatment and precision machining. Gears and gear shafts use gas carburizing, quenching, and precision grinding processes to ensure high load-bearing capacity and durability.