DCA5-20PC-7-DC4-BS-C Industrial Controls

Panel meters, also known as ammeters, are electrical devices that measure the current, voltage, power, and other parameters of a circuit. It is used to measure and display the effects of electrical components such as resistors, inductors, and capacitors. The panel meter used in this application case is the DCA5-20PC-7-DC4-BS-C.

The DCA5-20PC-7-DC4-BS-C is a digital LCD panel meter that can measure current, voltage, power, and other parameters. The unit features an LED indicator that shows whether the measurement is valid or not, as well as a built-in overrange and underrange display. The unit is protected by a tough plastic housing and is suitable for use in harsh environments.

The DCA5-20PC-7-DC4-BS-C is designed for applications such as current loops, control loops, automation applications, and power monitoring. It can be used for self-monitoring of AC or DC power or current, and can be used as a control tool in automation systems. It can be used to measure a variety of different parameters such as voltage, current, power, resistance, frequency, torque, and rotational speed.

The working principle of the DCA5-20PC-7-DC4-BS-C panel meter is based on a moving coil mechanism. The meter consists of a coil that is connected to an electrical source and a permanent magnet fixed to its case. When the voltage or current from the source passes through the coil, a magnetic field is created which causes the needle of the meter to deflect in one direction or the other, depending on whether the voltage or current is positive or negative. The voltage or current is then displayed on the meter’s LCD display.

The DCA5-20PC-7-DC4-BS-C panel meter is an accurate and reliable device that can provide accurate readings of current, voltage, power, and other parameters. It is designed for applications such as current loops, control loops, automation applications, and power monitoring. It is easy to use and can be used in harsh environments. This unit can also be used as a control tool in automation systems.