Connection Method Of Ac Reactor

The wiring method of AC Reactors mainly includes the connection of the power input end, the connection of the power output end, the grounding treatment, and ensuring that the wiring is firm and reliable. ‌

Connection of the power input end‌:

Connect the power input end of the reactor to the system phase line (such as phase A, phase B, phase C). In the low-voltage system, the A, B, and C terminals of the coil can be directly connected to the corresponding system phase line; in the high-voltage system, the coil of the reactor must be correctly connected according to the three-phase wiring method of the system (such as star or triangle). ‌

Connection of the power output end‌:

Connect the power output end of the reactor to the load device. Normally, the input end of the reactor is connected to the power supply, and the output end is connected to the load to ensure that the current can flow smoothly from the power supply through the reactor to the load. ‌

Grounding treatment‌:

The grounding of the reactor is very important to ensure the safety and stability of the system. Generally speaking, the neutral point of the reactor needs to be grounded to prevent the occurrence of leakage accidents. At the same time, in order to monitor the changes in the grounding current in real time and take corresponding measures in time, a grounding current monitoring device can be installed at the grounding point. ‌

Other considerations:

Wiring reliability: During the wiring process, you must ensure that the wiring is firm and reliable to avoid looseness or poor contact, which may cause problems such as increased resistance, overheating of the device, or signal attenuation.
Polarity correctness: When connecting the power supply and the reactor, you must ensure that the positive pole is connected to the input end of the reactor and the negative pole is connected to the output end of the reactor. If the polarity is reversed, it may cause the circuit to work abnormally or even damage the equipment.

Through the above steps, the wiring work of the AC reactor can be effectively completed to ensure its normal and stable operation.