TIH 220M/LV induction heater

SKF TIH 220M/LV Induction Heater

The SKF TIH 220M/LV is an advanced induction heater designed for precise, fast, and non-contact heating of metal components. Based on electromagnetic induction technology, it generates uniform and controlled heat, allowing for safe mounting and dismounting of bearings, bushings, and gears without the risk of damage. The TIH 220M/LV model combines high efficiency, robust construction, and ease of use, making it the perfect tool for low-voltage (LV) industrial environments.

Application

• Heating rolling bearings weighing up to 300 kg prior to mounting on shafts.
• Preparing large metal components for interference fits in service operations.
• Maintenance, Repair, and Operations (MRO) in heavy industrial facilities.
• Technical workshops requiring precise temperature-controlled heating.
• Safe heating in environments where oil baths or open flames are prohibited.

Technical Specification

• Model: TIH 220M/LV
• Manufacturer: SKF
• Power Supply: 200–230 V / 50–60 Hz (Low Voltage version)
• Maximum Workpiece Weight: Up to 300 kg
• m20 Performance: Heats a 220 kg bearing in 20 minutes
• Temperature Control: Up to 250°C (with overheat protection)
• Demagnetization: Automatic (below 2 A/cm) at the end of the cycle

Note: Exact power requirements and maximum component dimensions should be verified in the SKF technical data sheet.

Features and Benefits

• Efficient Induction Heating – provides uniform heat distribution without physical contact.
• Automatic Demagnetization – prevents metallic debris from contaminating the bearing after installation.
• Operator Safety – the remote control panel allows operation from a safe distance.
• Precision Control – temperature probe prevents overheating and maintains steel integrity.
• Robust Industrial Design – built for intensive use in demanding workshop conditions.

Why Choose This Product

The SKF TIH 220M/LV induction heater streamlines the assembly process of metal components while reducing the risk of damage caused by traditional heating methods. It increases work efficiency and safety for maintenance technicians and service engineers. This is a durable, precise, and professional choice for any facility prioritizing high-quality machinery maintenance.