About Bearing Heater
Bearing Induction Heater is an excellent method for heating and installing rolling bearings and ringshaped metal parts such as gearwheels, couplings, sprockets, sleeves, etc with both speed and care.
Features:
Automatic Demagnetisation
Compact & Light Weight
Thermal Overheating Protection
Can Be Operated in Time Mode or Temperature Mode
Intelligent MicroController Based Electronics
Four Step Power Setting
Efficient Bearing InstallationThis bearing heater rapidly heats metal components in just 220 minutes, depending on size. Its horizontal induction system allows even heat distribution, ensuring safe and distortion-free mounting. Designed for use in workshops, factories, and maintenance facilities, it greatly reduces downtime and enhances installation precision for various bearing sizes.
Advanced Controls and SafetyChoose between digital or manual operation modes, with easy-to-read digital or analog displays for constant temperature monitoring. The built-in magnetic sensor provides real-time, accurate readings, while the systems overheat protection and auto cut-off mechanisms enhance safety for users during prolonged operations.
Versatile Applications and AccessoriesSupplied with standard yokes and adaptors, the heater is versatile enough for a range of open or custom-sealed bearings. Its robust industrial grey/blue mild steel body ensures durability, while the adjustable temperature range and automatic/manual controls make it adaptable for different lubrication typesgrease, oil, or dryacross various industrial scenarios.
FAQs of Bearing Heater:
Q: How does the bearing heater work for mounting bearings?
A: The bearing heater uses induction heating to rapidly and evenly raise the temperature of bearings or ring-shaped metal parts. This expansion allows for easy and precise mounting onto shafts, preventing damage or misalignment during installation.
Q: What types of bearings and dimensions can this heater accommodate?
A: This heater is suitable for open or custom-sealed bearings with inside diameters ranging from 15 mm to 200 mm and outside diameters up to 340 mm, functioning well with various thicknesses and metal parts within these size parameters.
Q: When should I choose automatic vs. manual operation mode?
A: Use the automatic mode for consistent, repeatable heating cycles, ideal for high-volume processes. The manual mode provides greater control for special applications or non-standard parts requiring specific temperature settings and heating times.
Q: Where is the best place to install this bearing heater?
A: Designed for tabletop or desktop installation, the heater is best used in well-ventilated workshops, maintenance stations, or production lines where electrical outlets and safety protocols are easily managed.
Q: What safety features protect users during operation?
A: The heater is equipped with overheat protection and an auto cut-off system to prevent overheating. Additionally, a magnetic temperature sensor ensures accurate monitoring, minimizing the risk of component or user harm.
Q: How do I use the magnetic temperature sensor and included adaptors?
A: Attach the magnetic temperature sensor directly to the bearing during heating to monitor temperature precisely. The included standard yokes and adaptors allow you to accommodate various bearing sizes and shapes, improving operational flexibility.
Q: What are the main benefits of using this bearing heater in industrial settings?
A: The main advantages are faster, safer bearing installations with reduced mechanical stress, consistent temperature control for accurate fitting, and enhanced operational efficiency for dealers, suppliers, and manufacturers across different industries.