TM Induction EasyTherm 3.5 HQ Induction Bearing Heater

TM Induction EasyTerm 3.5 HQ Bearing Heater

• Electronic Thyristor now has double capacity and will be cooled continuously via the large integral heat sink allowing for continuous operation.
• Circuit Board print-tracks and wire sizes greatly increased for greater reliability
• Temperature of the heat sink, power coil, and housing are constantly monitored by the microprocessor. If any limit is exceeded, the heater will signal an alarm and shutoff. No damage to the heater or the part!

Features

• The pivoting yoke has the great advantage that only the work piece is handled,
  because the arm does not have to be lifted manually. This avoids unnecessary
  handling and reduces the risk of dirt intruding
  into the bearing or work piece.
• Fast controllable heating process.
• Safe heating process; only the work piece is heated.
• Elimination of hot oil bath, no risk of localized overheating.
• Suitable for sealed and shielded bearings.
• Suitable for pre-greased bearings.
• Suitable for bearings with polyamide cages.

Technical advantages of TM Easy therm induction heaters:

• Manufactured according to the CE Regulations.
• Fast heating process through high output; Cos phi > 0,8.
• "TURBO-BOOST”: In the horizontal position the parts will heat up twice as fast.
• The heating coil is placed horizontal under the part;

               - By this it is impossible to damage the coil

               - This ensures an equal temperature all over the part (inner- and outer ring).

                -This makes it able to heat up parts with smaller bores.

• All heaters are continuously useable without any optional cooling system.
• Constantly monitoring heating process by probe and microprocessor.
• Temperature control accuracy +/- 2°C.
• Timer accuracy 0,01 sec.
• Maintenance free.
• Three years warranty.
• Easy to use; user friendly design.
• Ergonomic design (pivoting yoke principle).
• Automatic power regulation, no manual pre-setting necessary.
• Less than 2A/cm residual magnetism.