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  • Bonfiglioli VF62/P Worm Gearbox 38:1
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  • Bonfiglioli VF62/P Worm Gearbox 38:1

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    Mr.FSN
    chnfcsXM@163.com
    +86-153-9626-8993
    Selection, installation, operation, maintenance, troubleshooting, safety
    Petrochemical/Chemical,Power industry,Metallurgical industry,Municipal/Environmental Protection,Oil and gas industry,Robot system accessories,automobile manufacturing,3C Electronics,Machining
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      ¥14427.00
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    Weight:1.756KG
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Description
<span style="font-size: 18px; font-family: arial;">Bonfiglioli VF62/P Worm Gearbox 38:1</span>

Bonfiglioli VF 62/P Worm Gear i=38 Gearbox Gear Motor

The Bonfiglioli VF 62/P worm gearbox with a 38:1 ratio is a compact right angle reducer configured as a gear motor assembly. The VF 62/P designation identifies the gearbox size and configuration, while the 38:1 ratio defines the relationship between input and output speed. This unit is suitable for conveyors, packaging machines, and general industrial equipment that require smooth reduction and reliable torque transmission in a compact package.

Product Overview

The VF series uses a worm and wheel design to achieve high reduction ratios in a single stage. A hardened and ground worm shaft drives a bronze worm wheel, producing smooth motion and low noise. The VF 62/P size offers a practical balance between torque capacity and compact dimensions. The gear motor configuration combines the reducer with a matching motor to form an integrated drive unit.

The 38:1 ratio provides a moderate to high reduction, making the gearbox suitable for applications that require controlled output speed and increased torque. The right angle layout allows the motor to be positioned at 90 degrees to the driven shaft, which can save space in machine frames. The gearbox housing supports the worm shaft and wheel with sufficient rigidity for stable gear mesh.

Construction and Design

The worm shaft is hardened and ground for smooth contact and reduced wear. The bronze worm wheel provides favorable friction characteristics and contributes to quiet operation. Bearings support the radial and axial forces generated by the worm gear action. Seals protect the lubricant and bearings from dust and moisture. Lubrication is contained within the housing and distributed to the gear mesh and bearings during operation.

The gear motor assembly includes a motor matched to the gearbox input. The motor and gearbox should be aligned correctly to ensure efficient power transmission. The output shaft is machined to accept couplings, pulleys, sprockets, or other driven components. The housing design supports heat dissipation, which is important in worm gearboxes because sliding contact generates heat.

Performance Characteristics

The 38:1 ratio determines the output speed by dividing the motor speed by thirty eight. The output torque depends on the motor power, gearbox efficiency, and service factor. Worm gearboxes provide gradual torque transfer, which helps reduce shock in driven equipment. The smooth engagement of the worm and wheel also contributes to quiet operation.

Worm gearboxes have a self locking tendency under many load conditions. This can be useful when the load must remain in position after the motor stops. However, self locking is not guaranteed in all conditions and should be verified for the specific application. Efficiency depends on the ratio, load, speed, and lubrication. Thermal capacity should be checked for continuous duty or high ambient temperatures.

Applications

The Bonfiglioli VF 62/P 38:1 gear motor is suitable for belt conveyors, roller conveyors, packaging machines, labeling equipment, small mixers, and general industrial drives. The 38:1 ratio is useful in applications that require moderate speed reduction and increased torque. The right angle layout allows the motor to be positioned at 90 degrees to the driven shaft, which can save space in compact equipment.

The integrated gear motor design simplifies installation and reduces the number of separate transmission components. The unit can be used in applications that require frequent starting and stopping, provided that the duty cycle and thermal capacity are considered. Correct selection helps ensure reliable operation and long service life.


Installation Guidelines

Installation should begin with a check of the nameplate data and a visual inspection of the gear motor. The unit should be mounted on a rigid base that can withstand the torque reaction. The output shaft should be aligned with the driven equipment to avoid excessive radial and axial loads. Couplings should be fitted according to the manufacturer recommendations and checked for alignment. Mounting bolts should be tightened to the recommended torque.

Electrical connections should be made by qualified personnel following local regulations. The supply voltage and frequency must match the motor rating. The direction of rotation should be verified before connecting the load. Proper grounding is essential for safe operation. After installation, a short run without load helps confirm that the assembly operates smoothly and without abnormal noise or vibration.

Maintenance Recommendations

Regular maintenance supports reliable performance and long service life. Oil level and oil condition should be checked at recommended intervals. The first oil change should be performed after the initial running in period, and later changes should follow the schedule for the operating conditions. Seals and bearings should be inspected periodically. Leakage, abnormal noise, or vibration should be addressed promptly.

The exterior of the gearbox should be kept clean to support heat dissipation. Adequate airflow around the housing helps maintain stable temperatures. In dusty or humid environments, additional protection may be needed. Maintenance records help identify trends and support planned servicing. Following a consistent maintenance schedule reduces the risk of unexpected downtime.

Selection Considerations

When selecting the VF 62/P 38:1 gear motor, engineers should confirm the required output torque, output speed, duty cycle, and environmental conditions. The 38:1 ratio and motor speed determine the output speed. The available torque depends on motor power and gearbox efficiency. A service factor should be applied for starting loads, shock loads, and continuous operation.

The gearbox mounting position should provide adequate support and allow correct lubrication. The output shaft and mounting features should match the driven equipment. For applications that rely on holding or self locking, the load conditions should be evaluated carefully. Correct selection helps ensure smooth operation, stable thermal behavior, and long service life.

Conclusion

The Bonfiglioli VF 62/P worm gearbox with a 38:1 ratio offers a compact gear motor solution with smooth worm gear operation and reliable torque transmission. Its construction supports quiet performance in conveyors, packaging machines, and industrial equipment. With correct installation and maintenance, the gear motor provides dependable operation and long service life.

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