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The Cabinet Type Induction Heater is a process that efficiently converts electrical energy into thermal energy through the principle of electromagnetic induction. Specifically, when alternating current passes through the coils inside the electromagnetic heating control cabinet, a rapidly changing magnetic field is generated. This magnetic field will penetrate heated metal objects such as pipes, containers, etc., and induce eddy currents inside them. When eddy currents flow in metal, they generate heat due to resistance, converting electrical energy into thermal energy to heat metal objects and their internal media.
The protection methods for 40KW-100KW Cabinet Type Induction Heater can include the following:
1.Overload protection: By monitoring the current or power level, when the current or power of the electromagnetic induction heater exceeds the set value, the system will trigger overload protection, automatically cut off the power supply or take other measures to prevent equipment overload damage.
2. Overheating protection: Monitor the temperature of the electromagnetic induction heater through devices such as temperature sensors or thermistors. When the temperature exceeds the safe range, the system will trigger an overheat protection mechanism, such as automatically reducing power or turning off the heater, to prevent overheating and damage to the equipment.
3. Phase loss protection: Electromagnetic induction heaters usually require three-phase power supply. If one phase power supply is missing or the phase sequence is incorrect, the phase loss protection function can be used to prevent abnormal operation and damage of the equipment. Phase loss protection will automatically cut off the power supply to protect the equipment from the impact of power supply issues.
4. Overcurrent protection: Overcurrent protection devices (such as fuses or electronic protectors) are usually used in the circuit of electromagnetic induction heaters to limit the current within a safe range. When the current exceeds the preset value, the overcurrent protection device will cut off the power supply to prevent equipment damage or malfunction.
5. Touch protection: For some electromagnetic induction heaters used for heating liquids or with contact operations, touch protection functions may be used to prevent electric shock injuries to personnel. Touch protection can be achieved by applying insulation material to the heater housing or contact surface, or by using touch detection devices.
Product Details
The Cabinet Type Induction Heater is a process that efficiently converts electrical energy into thermal energy through the principle of electromagnetic induction. Specifically, when alternating current passes through the coils inside the electromagnetic heating control cabinet, a rapidly changing magnetic field is generated. This magnetic field will penetrate heated metal objects such as pipes, containers, etc., and induce eddy currents inside them. When eddy currents flow in metal, they generate heat due to resistance, converting electrical energy into thermal energy to heat metal objects and their internal media.
The protection methods for 40KW-100KW Cabinet Type Induction Heater can include the following:
1.Overload protection: By monitoring the current or power level, when the current or power of the electromagnetic induction heater exceeds the set value, the system will trigger overload protection, automatically cut off the power supply or take other measures to prevent equipment overload damage.
2. Overheating protection: Monitor the temperature of the electromagnetic induction heater through devices such as temperature sensors or thermistors. When the temperature exceeds the safe range, the system will trigger an overheat protection mechanism, such as automatically reducing power or turning off the heater, to prevent overheating and damage to the equipment.
3. Phase loss protection: Electromagnetic induction heaters usually require three-phase power supply. If one phase power supply is missing or the phase sequence is incorrect, the phase loss protection function can be used to prevent abnormal operation and damage of the equipment. Phase loss protection will automatically cut off the power supply to protect the equipment from the impact of power supply issues.
4. Overcurrent protection: Overcurrent protection devices (such as fuses or electronic protectors) are usually used in the circuit of electromagnetic induction heaters to limit the current within a safe range. When the current exceeds the preset value, the overcurrent protection device will cut off the power supply to prevent equipment damage or malfunction.
5. Touch protection: For some electromagnetic induction heaters used for heating liquids or with contact operations, touch protection functions may be used to prevent electric shock injuries to personnel. Touch protection can be achieved by applying insulation material to the heater housing or contact surface, or by using touch detection devices.
Product Details
