Have you noticed the 6 details of medium frequency induction heating equipment in use? Knowing these 6 points will extend the life of your equipment by at least 3 years.
1. When the medium and high frequency induction heating equipment has an overheating protection alarm during use, the possible reasons are: too little cooling water, insufficient water flow, poor water quality, blockage of the waterway, etc.
2. The medium and high frequency induction heating equipment is easy to jump and suddenly stops working. The possible reasons are: the speed of the workpiece entering and leaving the induction coil is too fast, there is a short-circuit ignition phenomenon between the workpiece and the induction coil or the induction coil itself, and the gap between the workpiece and the induction coil The gap is too small, and the shape and size of the self-made induction coil are not correct.
3. When the medium and high frequency induction heating equipment has a water shortage protection alarm during use, the reasons are: the water pipe is reversed, the pump power or pressure flow is insufficient, the water quality is poor, and the waterway is blocked.
4. When the medium and high frequency induction heating equipment has an overvoltage protection and an alarm occurs during use, the cause is: the grid voltage is too high and exceeds 10% of the rated voltage, and it is used when the power consumption is low.
5. When the medium and high frequency induction heating equipment has an overcurrent protection alarm during use, the reasons are: the shape and size of the self-made induction coil are incorrect, the distance between the workpiece and the induction coil is too small, the distance between the workpiece and the induction coil or the induction coil itself There is a short-circuit sparking phenomenon, and the prepared induction coil is affected by the customer's metal fixture or nearby metal objects during use.
6. When the phase loss protection alarm occurs, the reasons may be: the three-phase power is seriously unbalanced, one phase is missing in the three-phase power, and there is an open circuit in the air switch or power supply line.