CR4110-5

Current transducers are used to measure current in electrical systems and are specifically designed to provide an output proportional to the measured current. In electrical systems, current needs to be sensed or measured for many purposes in order to achieve reliable operation. In particular, precise current measurements are required to level out the current within an electrical system, taking appropriate steps in case of deviation of the current from the nominal value. For these and other purposes, the use of current transducers is necessary. One of the most important and popular current transducers are the CR4110-5 current transducers.

The CR4110-5 current transducer is a high-speed, high-accuracy current transducer that can sense both AC and DC current and convert it to a proportionate electrical signal. This device is specifically designed to provide a linear output that is proportional to the measured current, making it suitable for measuring current in various electrical systems. It is also designed with a low temperature coefficient, which ensures that its output remains stable with variation in temperature.

The CR4110-5 current transducer has a wide range of applications in various electrical systems. One of the most common applications is in the protection system of two-wire and multi-wire power systems. Here, it is used to measure the current in each wire of an electrical system, in order to detect and prevent any undesired overloading conditions. In addition, the CR4110-5 is widely used in industrial power networks, such as industrial substations, in order to detect ground faults and trip the circuit. It can also be used in manufacturing control systems and in digital control systems, in order to detect overload and short-circuiting of motors.

In addition to its widespread applications, the CR4110-5 current transducer also works on a reliable and trustworthy principle. This device uses the Hall effect to measure current in an electrical system. The Hall effect states that, when a current carrying conductor is placed in a magnetic field, a voltage will be induced. The CR4110-5 takes advantage of this effect by placing an electrical conductor in a strong magnetic field. The voltage induced is then used to measure the current present in the conductor, providing an output signal that is linear and proportionate to the measured current.

In summary, the CR4110-5 current transducer is a high-accuracy device that is designed to sense both AC and DC current and convert it to a proportionate output. It has a number of applications in various electrical systems, including in the protection systems of two-wire and multi-wire power systems, in industrial power networks, in manufacturing control systems and in digital control systems. The device works on the principle of the Hall effect, whereby a voltage is induced when a current-carrying conductor is placed in a magnetic field.