Introduction to installation requirements for high-voltage isolated differential probes

　　The high-voltage isolated differential probe is a power measuring instrument mainly used to measure parameters such as voltage, current and power in high-voltage circuits. It protects personnel and equipment and improves the accuracy of power measurements by isolating high-voltage circuits from low-voltage circuits. Its application fields are very wide. First of all, in power systems, it is widely used to measure parameters such as voltage, current, and power in equipment such as substations, transmission lines, generators, and transformers. Secondly, in industrial production, it is also used to measure various parameters in various high-voltage equipment and their circuits, such as high-voltage generators, light source drivers, etc.

　　High voltage isolated differential probes have the following features:

　　1. High-precision measurement: It can provide measurement of tiny voltage signals and has high-precision characteristics.

　　2. Safety isolation: The probe uses high-voltage insulation material inside to achieve safe isolation from the outside world to ensure the safety of personnel and equipment.

　　3. Strong anti-interference: The differential output method is used to offset external interference signals and ensure the accuracy and stability of the measurement results.

　　4. Wide range of adaptability: It can be applied to the measurement of DC or AC circuits, and is suitable for measurements of different voltage levels, including high-voltage and ultra-high-voltage systems.

　　High voltage isolated differential probe installation requirements:

　　1. The installation location should be away from high-voltage equipment to avoid electromagnetic interference.

　　2. When installing, avoid contact between the probe and metal to reduce interference.

　　3. The wiring should be reliable and the interface should be reinforced firmly to prevent loosening or falling off.

　　Maintenance notes:

　　1. Regularly check the appearance, wiring and interface of the probe to ensure there are no abnormalities.

　　2. Calibrate the probe regularly to ensure measurement accuracy.

　　3. If any abnormality is found, the probe should be processed or replaced in time.