What to do if my SKF TIH 100m shows a temperature probe error?
If you encounter a temperature probe issue with your SKF Electric Heater, the first step is to check the temperature probe itself. Ensure it is properly connected and not defective.
What to do if my SKF TIH 100m has communication issues?
If your SKF Electric Heater is experiencing an electronics communication problem, try switching it off and then back on. If the problem persists, the TIH should be returned to SKF for repair.
What to do if the temperature of my SKF Electric Heater increases slowly?
If the temperature increase of your SKF Electric Heater is less than 1 °C (1.8 °F) every 15 seconds (or 1 °C (1.8 °F) every 30 seconds), check the temperature probe connection. If the connection is OK, select the 30 second interval as described in section 6 or operate the heater in TIME MODE.
General| Brand | SKF |
|---|---|
| Model | TIH 100m |
| Category | Electric Heater |
| Language | English |
Specifies the intended applications for heating rolling bearings and other metal workpieces.
Explains how the induction heater works by inducing current in the workpiece for heating.
Details the U-shaped iron core, inductive coil, remote control, and yokes of the induction heater.
Highlights features like remote control, inductive coil design, folding bearing supports, swivel yoke, and yoke storage.
Lists key specifications including voltage, power consumption, temperature control, and dimensions.
Explains the meaning of the remote control display for time and temperature readings.
Describes the purpose of each button on the remote control unit for operating the heater.
Details how to set and use the temperature-controlled heating mode.
Details how to set and use the time-controlled heating mode.
Explains how to measure workpiece temperature when the heater is not operating.
Describes how to switch between Celsius and Fahrenheit temperature units.
Explains the automatic demagnetisation process upon heating completion and manual use.
Provides guidelines for selecting the appropriate power level for different bearing types and sizes.
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