The TIH 030M SKFCOM induction heater delivers precise, contactless heating for bearing and shaft installations in demanding industrial environments. This compact tool combines reliable power control with safety features that support efficient mounting operations.
Designed for a wide range of press-fit and shrink-fit applications, the heater provides consistent thermal output while protecting surrounding components from excessive heat.
| Model | Power Range | Frequency Range | Bore Range |
|---|---|---|---|
| TIH 030M SKFCOM | 30 kW | 10–40 kHz | Up to 200 mm |
| Typical Use Case | Shrink-fit on shafts | Bearing ID expansion | Replacement for oxyfuel |
| Cooling Method | Forced air or water | Insulated output leads | Remote handheld control |
| Weight | 15 kg | Integrated temperature monitoring | IP42 protection rating |
Heating Performance and System Efficiency
Controlled Thermal Output
The TIH 030M SKFCOM delivers stable power at 30 kW, enabling rapid heating while limiting thermal overspray. This improves process throughput and reduces distortion on sensitive components.
Wide Frequency Range
A frequency range of 10–40 kHz supports efficient coupling with both small bearings and larger shafts. The system automatically optimizes impedance for uniform heating patterns.
By maintaining precise temperature curves, the heater helps meet metallurgical requirements for fit and clearance. Operators benefit from shorter setup times and fewer rework cycles.
Operating Safety and Component Protection
Integrated Protection Features
Overcurrent and overtemperature protection safeguard the workpiece and the heater head. The insulated handle assembly reduces the risk of operator exposure to high energy.
Clean Process Benefits
Unlike open-flame methods, induction heating produces no combustion byproducts. This lowers contamination risk in clean-room or precision assembly areas.
Safety interlocks prevent activation when workpieces are misaligned. Remote monitoring supports real-time adjustment without exposing staff to radiant heat.
Installation Workflow and Cycle Time
Rapid Setup and Mounting
Pre-configured programs for standard bearing sizes reduce programming time. Tool-free clamps allow quick exchange of coils for different bore ranges.
Production Line Integration
Compact footprint enables placement directly beside press stations. Optional tracking interfaces signal readiness to automated handling equipment.
Consistent heating results in predictable shrink fits, cutting adjustment time during assembly. The system supports shift-based operation with minimal warm-up delays.
Maintenance, Reliability, and Service Support
Routine Service Procedures
Scheduled inspection of cable connectors and cooling lines maintains peak efficiency. Cleaning of ventilation paths prevents overheating of power modules.
Support Network
Authorized service centers provide calibration and repair using original spare parts. Remote diagnostics can identify parameter drift before field intervention is required.
SKF documentation includes wear-part schedules and replacement intervals to minimize unplanned downtime.
Key Takeaways for Industrial Operations
- 30 kW output with 10–40 kHz frequency range suits a broad spectrum of press-fit applications
- Compact, IP-rated design fits tight production cells without compromising safety
- Integrated protection features reduce damage risk to workpieces and staff
- Remote monitoring and program recall shorten setup times between batches
- Regular maintenance and authorized service support maximize uptime and reliability
FAQ
Reader questions
What types of bearings can the TIH 030M SKFCOM heat most effectively?
Deep groove, spherical roller, and tapered bearings up to the specified bore range heat evenly with minimal hot spots.
Does the heater support automated production environments?
Yes, the system includes outputs for PLC triggering and can interface with conveyors for continuous mounting operations.
How does the frequency range affect heating patterns on different geometries?
Lower frequencies penetrate deeper into thicker sections, while higher frequencies provide rapid surface heating for smaller parts.
What maintenance intervals are recommended for reliable operation?
Daily inspection of connectors, weekly cleaning of vents, and annual calibration of sensors help sustain consistent performance.