TMHP 50/320 SKF heavy-duty hydraulic puller

SKF TMHP 50/320 Hydraulic Puller

The SKF TMHP 50/320 is a high-end hydraulic service tool designed for the precise and safe dismounting of shaft-mounted components such as bearings, bushings, rings, pulleys, and hubs. Featuring a powerful hydraulic mechanism and robust construction, the TMHP 50/320 ensures high pulling force with full motion control and minimal operator effort. This tool streamlines maintenance and technical operations even in the most demanding industrial applications.

Application

• Dismounting of large bearings, bushings, hubs, and pulleys from shafts.
• Maintenance operations and technical services in production plants.
• Overhaul of heavy industrial machinery and technological equipment.
• Applications requiring massive hydraulic force combined with operational precision.

Technical Specification

• Model: TMHP 50/320
• Manufacturer: SKF
• Tool Type: High-capacity hydraulic puller
• Operating Mechanism: Hydraulic (powered by a hydraulic pump)
• Pulling Force: Nominally up to 500 kN (50 tons)
• Reach: approx. 320 mm
• Material: High-tensile steel resistant to overload and deformation
• Compatibility: Compatible with SKF high-pressure hydraulic pumps and power packs

Note: Exact technical parameters, such as gripping diameter range and operating pressure, should be verified in the manufacturer's technical documentation.

Features and Benefits

• Hydraulic Power Drive – delivers massive pulling force without the need for manual strength.
• Precise Motion Control – enables smooth, stable, and controlled movement of components.
• Heavy-Duty Construction – top-quality materials and craftsmanship guarantee tool longevity even under intensive use.
• Secure Grip – uniform force distribution minimizes the risk of damaging the dismounted parts or shafts.
• Versatility – ideal for workshop and industrial applications requiring high operational efficiency.

Why Choose This Product

The SKF TMHP 50/320 hydraulic puller is a tool that accelerates the dismounting process while reducing operator effort and labor time. It significantly increases workplace safety and minimizes the risk of damaging expensive machinery components. It is a practical and durable choice for maintenance engineers and technical departments requiring a high-performance hydraulic solution.