CR4160-150

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Current transducers are devices used to turn electrical current into a signal or voltage that can be measured and monitored. The CR4160-150 current transducer is a device used to convert a current in an electrical circuit into a voltage output proportional to the current. This transducer is suitable for AC circuits and has a frequency range of 50 - 400 Hz.

This transducer is a Class 0.5 current transducer, meaning it can accurately measure currents from 0.5% to 150% of its rated current with a maximum allowable power of 1,000 VA. It is a low cost and reliable device that is well suited for applications such as power monitoring, motor control and overcurrent protection. This product has insulation ratings of UL94V-0, IEC60950 and EN60947-2.

The output characteristics of the CR4160-150 current transducer are linear with the input current, meaning that the output is directly proportional to the input current. The device has a maximum output of 250mV rms with a minimum load resistance of 5KΩ. When used in combination with an amplifier, the transducer can produce an output signal that is linear and proportional to the input current.

The CR4160-150 current transducer can be used in a wide range of applications, from low-power devices such as motor control and protection to medium-power systems for power monitoring and control. This versatile device can be used in applications ranging from industrial, residential, and commercial to automotive and defense systems. In addition to measuring current, it can also be used for measuring voltage, signal conditioning, and for controlling actuators.

The working principle of the CR4160-150 current transducer is based on the current transformer concept. The device uses the Faraday’s Law of electromagnetic induction, which states that a change in magnetic field will induce a measurable voltage in a coil. The primary coil is placed around the current-carrying conductor and the secondary coil is connected to an amplifier. The atenna current flows through the primary coil, inducing a voltage in the secondary coil that is proportional to the current through the conductor.

The CR4160-150 current transducer is ideal for applications requiring high accuracy and linearity with minimal power consumption. It is also cost-effective and highly reliable, making it an important component for many applications such as motor control, protection, power monitoring, and signal conditioning.

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