TIH 220M/MV SKF induction heater

SKF TIH 220M/MV Induction Heater

The SKF TIH 220M/MV is a high-performance, professional induction heater designed for the non-contact heating of metal components such as bearings, bushings, rings, and pulleys. Using advanced electromagnetic induction technology, it ensures fast and uniform heating without the risk of thermal or mechanical damage. The TIH 220M/MV is ideal for industrial maintenance and large-scale service operations where precise heating accelerates mounting processes and extends equipment life.

Application

• Heating rolling bearings weighing up to 300 kg prior to mounting on shafts.
• Preparing large metal components (bushings, gears, couplings) for interference fits.
• Maintenance operations in heavy industries such as mining, steel, and energy.
• Applications requiring strict temperature control (Temperature and Time modes).
• Safe heating in environments where open flames or oil baths are prohibited.

Technical Specification

• Model: TIH 220M/MV
• Manufacturer: SKF
• Maximum Workpiece Weight: 300 kg
• m20 Performance: Heats a 220 kg bearing in just 20 minutes
• Temperature Range: Up to 250°C (with overheat protection)
• Demagnetization: Automatic (below 2 A/cm)
• Voltage: MV (Multi-voltage) version compatible with various power supplies

Note: Detailed technical dimensions and electrical ratings should be verified according to the SKF technical data sheet.

Features and Benefits

• High Heating Efficiency – significantly reduces preparation time for heavy components.
• Automatic Demagnetization – prevents metal debris from contaminating the bearing after mounting.
• Remote Control Panel – enhances operator safety by allowing operation from a distance.
• Precision Control – temperature probe prevents overheating and maintains the integrity of the bearing steel.
• Robust Design – built for intensive use in harsh industrial and workshop environments.

Why Choose This Product

The SKF TIH 220M/MV induction heater is a premium solution that ensures superior mounting quality. By minimizing the risk of mechanical damage and reducing labor intensity, it improves the overall efficiency of maintenance departments. It is a reliable, long-term investment for technicians and engineers who prioritize safety and professional machinery maintenance standards.