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Conemount Bearing Heater 20mm To 205mm Bore Size BH-02S/UK
SKF Bearing Heater 100mm Bore Size 729659 C
SKF Electric Hot Plate – 729659C
Installing a bearing can sometimes involve a wealth of tools and a lot of physical force. Through the use of our SKF electric hot plate, the sets of tools and force required can be heavily reduced. How is this possible? Through heating the bearing up, the material can be manipulated in a way that enables the component to be installed with ease and efficiency. (Be cautious to not heat the bearing above 125°C (257 °F) because the material may change metallurgically and produce alterations in diameter or hardness)
Features & benefits
• Suitable for components with a bore of up to 100 mm/4 In
• Suitable for components that weigh up to k kg
• Has a maximum temperature of 200°C/390°F
• Equipped with a lid for retaining heat alongside preventing dirt from contaminating the bearing or component being heated
• Thermostatically controlled, enabling the operator to have full control over the heating of the components
• The hot plate is conveniently equipped with overheating protection, automatically switching off the power in case the thermostat ever failed
• The SKF Electric Hot Plate is supplied with a fitted Schuko (CEE 7/4) two-pin plug. If a UK BS 1363 electrical plug – or other mains electrical plug is required to be fitted, the Schuko plug fitted to the Hot Plate must be removed and the alternative plug fitted by a suitably-qualified person prior to use
SKF Bearing Heater 20mm To 400mm Bore Size TIH100M 230V
SKF Bearing Induction Heater
Heating bearings has never been so convenient, our SKF bearing heater is lightweight and portable- enabling the user to take it wherever they need. The SKF induction heater is equipped with temperature and time controls, allowing the user to have complete control over the application. The bearing heater uses a special method of heating that is based on high-frequency induction, which in turn provides optimised efficiency. The heater can also be used in other applications and workpieces such as heating ferrous components, gears, pulleys, shrink rings, couplings, and bushings.The SKF induction heater has been designed to carefully and evenly heat bearings, allowing bearings to be installed without the need for specific hand tools and eliminating the need to use force during installation.
Features and Benefits
• Power setting options and yokes (X3) mean that smaller bearings can be heated safely, and with a lower power consumption
• Equipped with automatic demagnetisation, lowering the risk of ferrous debris contamination after the use of the heater
• Capable of heating a 28kg bearing in 20 min
• Compact, lightweight design which facilitates portability
• The advanced design of the power electronics allows accurate electric current control
• Heating time modes
• Thermal overheating protection, this protection minimises the damage to the induction coil as well as the electronics – thus for, enhancing the safety and reliability of the induction heater
• An integrated carrying handle is built into the bearing heater design
• Foldable bearing support arms allows the heater to heat larger bearings and other suitable components
• The magnetic temperature probe helps prevent overheating.
• The protective, heat resisting gloves provide an extra layer of safety for the person operating the bearing heater
• Created and designed with owners and operators in mind, the innovative design provides a considerable advantage
A little more information…
• Greased and sealed bearings can be heated with the bearing heater without any risk of damage
• There is not a fitted electrical cable plug supplied with the bearing heater
• The heater is supplied with heat resistant gloves
• Ensure that you select the correct supply voltage for your given application
SKF Bearing Heater 20mm To 300mm Bore Size TIH030M 230V
SKF Bearing Induction Heater
Heating bearings has never been so convenient, our SKF bearing heater is lightweight and portable- enabling the user to take it wherever they need. The SKF induction heater is equipped with temperature and time controls, allowing the user to have complete control over the application. The bearing heater uses a special method of heating that is based on high-frequency induction, which in turn provides optimised efficiency. The heater can also be used in other applications and workpieces such as heating ferrous components, gears, pulleys, shrink rings, couplings, and bushings.The SKF induction heater has been designed to carefully and evenly heat bearings, allowing bearings to be installed without the need for specific hand tools and eliminating the need to use force during installation.
Features and Benefits
• Power setting options and yokes (X3) mean that smaller bearings can be heated safely, and with a lower power consumption
• Equipped with automatic demagnetisation, lowering the risk of ferrous debris contamination after the use of the heater
• Capable of heating a 28kg bearing in 20 min
• Compact, lightweight design which facilitates portability
• The advanced design of the power electronics allows accurate electric current control
• Heating time modes
• Thermal overheating protection, this protection minimises the damage to the induction coil as well as the electronics – thus for, enhancing the safety and reliability of the induction heater
• An integrated carrying handle is built into the bearing heater design
• Foldable bearing support arms allows the heater to heat larger bearings and other suitable components
• The magnetic temperature probe helps prevent overheating.
• The protective, heat resisting gloves provide an extra layer of safety for the person operating the bearing heater
• Created and designed with owners and operators in mind, the innovative design provides a considerable advantage
A little more information…
• Greased and sealed bearings can be heated with the bearing heater without any risk of damage
• There is not a fitted electrical cable plug supplied with the bearing heater
• The heater is supplied with heat resistant gloves
• Ensure that you select the correct supply voltage for your given application