This increases the type of components that can be heated on the plate
and also reduces the number of required accessories.
the heater is lightweight. Also, the built-in handle makes it convenient
to transport, and it can be stored easily.
creates a low temperature difference between the inner and outer
ring of the bearing. This reduces the internal tensions generated
due to excessive thermal expansion of the inner ring compared
to the outer ring
components at a slower pace. Also, a non-bearing power
configuration is possible where most of the power is focused on
the bore of the component.
not generate noise. A LED indicates when the TWIM 15 is heating,
even if you cannot hear it. In parallel, a cooling fan might be
heard to help the heater's electronics to stay cool.
SKF INDUCTION HEATER UPTO 20KG - Portable Unit
1) SKF does not recommend heating bearings capped with seals or shields above 80 °C . However, if higher temperatures are necessary, please contact SKF. 2) Depending on the geometry of the bearing, maximum heating temperature and power availability.
Designation TWIM 15 Application 1) Bearing weight range 2) 0,5 kg (1.1 lb) - 20 kg (44 lb) Min. bearing bore diameter 30 mm (1.18 in.) Max. bearing outer diameter 320 mm (12.6 in.) Max. bearing width 85 mm (3.35 in.) Performance examples
(bearing, weight, temperature, time)
6320: 7,1 kg, 110 °C , 5 min 20 s 22320 CC/W33: 12,8 kg, 110 °C , 12 min 35 s Maximum power TWIM 15/230 V: 2,3 kVA TWIM 15/110 V: 1,8 kVA Voltage and frequency TWIM 15/230 V: 230 V, 50/60 Hz TWIM 15/110 V: 110 V, 50/60 Hz Max. current consumption TWIM 15/230 V: 10 A TWIM 15/110 V: 16 A Temperature control 20-200 °C (68-392 °F) Demagnetization the heater does not magnetize Dimensions (w x d x h) 450 x 500 x 100 mm (17.7 x 19.7 x 3.9 in.) Total weight 6,6 kg (14.6 lb)
1) SKF does not recommend heating bearings capped with seals or shields above 80 °C .
However, if higher temperatures are necessary, please contact SKF.
2) Depending on the geometry of the bearing, maximum heating temperature
and power availability.