Description
| Technical data |
| Power (P) | 44 kW |
| MF Frequency Range | 10 – 25 kHz |
| Voltage (U) | 500 V |
| Current Type | Three-phase AC |
| Amperage (I) | 55 A |
| Power Frequency (f) | 50 – 60 Hz |
| Dimensions Display | 7 inch |
| Dimensions of Generator [LxWxH] (mm) | 600 x 650 x 580 |
| Weight (≈m) | 78 kg |
| Functions |
| Forced Air Cooling | + |
| Temperature Measurement | for type K thermocouple |
| Accuracy | ± 3.5 °C / ± 6.3 °F |
| Inductor Recognition | + |
| Temperature Sensor | yes, for max 300 °C / 572 °F |
| Extra Thermocouple Input | + |
| Heat Curve in Display | + |
| Setpoint Power | via touchscreen |
| Setpoint Temperature | via touchscreen |
| Setpoint Temperature Curve | + |
| Setpoint Timer | via touchscreen |
| Selection Operating Mode | via touchscreen |
| Digital Readings Temperature | Setpoint and actual value on touchscreen |
| Digital Readings Time | Setpoint and actual value on touchscreen |
| Digital Readings Power | Actual value on touchscreen |
| Digital Readings Frequency | Actual value on touchscreen |
| USB Connection | + |
| Network Connection | + |
| Heating Log | + |
| Additional information |
| Signaling By ... | Installation in operational state: light optional |
| Signaling By ... | Error message: acoustic signal |
| Signaling By ... | End of heating cycle: acoustic signal |
| Trolley | Option |
| Signal Tower | Option |
| Advanced features |
| Modes |
Heating and Cooling according to preset temperature-time curves.
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| Sequence Control |
5 freely adjustable program steps for complex heating specifications.
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| Connectivity |
USB interface for data export and documentation; LAN interface for "Leader-Follower" operation (connecting up to 10 generators).
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| Display | Larger 7-inch touchscreen. |
| Dual Measurement | Delta T control (measurement of 2 points). |
| Applications |
| Target Components |
Suitable for mounting and dismounting bearings, inner rings, housings, labyrinth rings, couplings, and gear wheels.
|
| Heavy Industry |
Capable of heating very large or heavy workpieces, such as main bearings and wind turbine housings.
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| Sector Use |
Ideal for maintenance in industrial environments, specifically for replacing drive components.
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| Versatility |
Can be used with flexible or fixed inductors depending on the geometry of the workpiece.
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| Benefits |
| Efficiency |
Heats faster and is more energy-efficient than conventional methods (furnaces, oil baths, gas burners).
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| Safety |
Temperature-controlled heating prevents overheating damage; automatic reduction of residual magnetism improves operational reliability.
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| Preservation |
Contact-free heating maintains original bearing lubrication and prevents damage, increasing service life.
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| Cooling Control |
Allows for controlled cooling according to a preset temperature-time curve to meet strict material specifications.
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