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How to debug the BK Mikro tool breakage detection device?
2023-09-21 09:36:10
The BK Mikro knife breakage detection device is a device used to monitor the interrupter of high-voltage circuit breakers, which can issue an alarm in a timely manner when the circuit breaker malfunctions. The process of debugging transformers is very important, as improper debugging can lead to misjudgment or incorrect alarms of the equipment, affecting its normal use. The following will introduce the debugging method of the BK Mikro tool breakage detection device.
1. Check the system interface
Before debugging, it is first necessary to check whether the system interface is properly connected. Check if each connector is secure and ensure that all devices are properly connected to the system. You can ensure that the device interface is correctly connected by checking that the LED lights in the device room light up.
2. Set the power supply
After confirming the correct connection of the interface, proceed with the power setting. Press the Settings key on Electrical Power to enter the settings mode and check if the input power frequency is correct. Then, through the system settings menu, set the power supply voltage range for the power input.
3. Inspection and testing time
After checking the interface and power settings of the device, the inspection time can be set. It is necessary to ensure that the time of the high-voltage circuit breaker interrupt measured by the BK Mikro breakage detection device matches the actual time. In the Inspection Time menu, select the correct inspection time to ensure it matches the actual time.
4. Check signal input and output levels
After confirming the correct power settings and inspection time settings of the device, it is necessary to check the level of signal input and output. During the process of checking the signal input and output levels, it is necessary to confirm the appropriate setting values based on the type and usage range of the equipment. The level displayed on the electronic circuit board must be consistent with the actual input and output signal levels.
5. Testing mechanical properties
After completing the inspection of signal input and output levels, mechanical performance testing is required. During this process, it is necessary to test whether the mechanical part of the BK Mikro tool breakage detection device is working properly. By installing the device on the high-voltage circuit breaker and synchronously starting the activity process of the device and high-voltage circuit breaker, it is possible to confirm whether the system is working properly.
6. Check alarm prompts
When testing mechanical performance, it is also necessary to check whether the alarm prompts are working properly. To ensure correct testing results, the device can be triggered through short circuit and overvoltage testing circuits to check if an alarm prompt is generated. During the process of checking the alarm prompt, it is possible to manually release the alarm by pressing the button on the device and confirming the effectiveness of the alarm function.
In summary, the debugging of the BK Mikro tool breakage detection device is a very important step, and poor debugging can affect the normal use of the device. Correct debugging can thoroughly ensure the functionality of the device and provide reliable guarantees for the high-voltage circuit breakers that need to be tested.
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