COM2/FHX-S

COM2/FHX-S Application Field and Working Principle

COM2/FHX-S is a product from Asian manufacturers that is used in the detection and control of loop problems. Its primary purpose is to identify and measure the presence of inter-loop faults in electrical networks.

The COM2/FHX-S can be used in a wide range of industrial, commercial and residential applications, from linear motor control and variable frequency drive (VFD) applications, to more complex protection systems for specific power grids. It can also be used for monitoring and control of multiple loads on three-phase power supplies and for temporary or permanent isolation of electrical networks.

The main advantage of this product is its high frequency capabilities and accuracy. It’s also capable of detecting very subtle changes in the electrical system, allowing it to detect faults and determine the nature of the fault before it causes any damage to equipment or systems.

The device has two separate components, the transmitter and the receiver. The transmitter needs to be connected to the load or source of the electrical power and must be powered by a 24V DC source. The transmitter will then send a signal to the receiver, which will detect the presence of a fault. The receiver can then indicate the fault and allow the user to take appropriate action.

The transmitter has two inputs, one for the voltage, and one for the current. As the current and voltage is increased or decreased, the transmitter will send out a signal with a frequency that corresponds to the measurements. The signal then passes through a transceiver, which amplifies the signal before it is sent to the receiver.

The receiver then demodulates the signal and interprets it. It will then indicate the presence of an inter-loop fault, and also provide information about the nature of the fault such as the magnitude, direction and voltage, current and frequency of the fault. The receiver will also send the fault information back to the transmitter.

The COM2/FHX-S is a very useful tool for detecting and controlling loop problems. It can be used for a wide range of applications, from linear motor control and variable frequency drive applications, to more complex protection systems. It is also capable of detecting very subtle changes in the electrical system, allowing it to detect faults and determine the nature of the fault before it causes any damage to equipment or systems. This makes it a great tool for troubleshooting, repairing and protecting electrical systems.