CR4480-30

Current transducers are components which measure the electrical current in a circuit. They are used to monitor the flow of electricity in any device, and so they are important components in safety systems, and also in industrial automation and process control applications. The CR4480-30 is a current transducer which is designed to be used in fast-switching power applications like welding, medical and industrial applications. It is a compact, high-performance current transducer with a small fixed-range current setting. It can detect a wide range of currents, from 1A up to a maximum of 20 A.

The CR4480-30 has a wide operating frequency range of 50 Hz to 10 kHz. The current range can be adjusted to any value between 1A and the maximum of 20A. The current is picked up by an integrated torque sensing system which measures the rotational speed of a secondary coil, and is used to calculate the average current in the coil. The current transducer converts the current being measured into an electrical signal which is then processed by the digital electronics within the unit.

The CR4480-30 is suitable for use with a variety of digital signal processing algorithms, for example, digital pulse width modulation (PWM) or digital frequency modulation (DFM). The current signal produced by the transducer is very low noise, making it ideal for use in welding as well as other medical and industrial applications.

The CR4480-30 is designed to be highly accurate and reliable. It has a sensing accuracy of +/- 0.1% and a response time of less than 1ms. The unit is protected against overload and short circuit conditions. The internal circuitry has a built-in temperature compensation to ensure that the output signal is not affected by temperature changes.

The CR4480-30 is a highly versatile current transducer which is suitable for a wide range of industrial applications. It is suitable for use with power electronics for motor control, welding and other industrial applications. It is also suitable for use with digital signal processing algorithms, such as digital pulse width modulation and digital frequency modulation, for medical applications. Additionally, its robust design and low noise operation make it suitable for use in applications where reliability and accuracy are essential.