CR5210S-150 Sensors, Transducers

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The CR5210S-150 current transducer is generally used in electric power networks for various applications, such as monitoring electric power quality, trend analysis, load balancing, system monitoring, and circuit protection. It is a Type 2 (Class 0.5S) current transformer designed for low-power measurements. It is commonly used to measure both AC and DC currents.

The CR5210S-150 current transducer works on the principle of electromagnetic induction. An AC or DC current being measured passes through a primary winding, which is either a coil of wire or a ferromagnetic core. This produces an electromagnetic field around the primary winding, which induces a secondary current in the secondary winding of the transformer, which is then measured. The measured secondary current is proportional to the primary current (i.e. the current being measured). The CR5210S-150 uses a hall-effect sensor to measure the magnitude of the secondary current.

The CR5210S-150 current transducer has a wide range of applications in the field of electrical power networks. In power monitoring, the CR5210S-150 can measure the current load on a power line and thus help detect overloaded circuits, avoid system faults, and detect power quality problems, like harmonic distortion. It can also be used to monitor current levels in circuits for load balancing purposes. In system monitoring, the CR5210S-150 can detect system faults, measure system parameters, and help detect ground faults. The CR5210S-150 can also be used for circuit protection, as it can detect ground faults and over-current conditions which can lead to system damage.

The CR5210S-150 current transducer is a reliable and versatile component for many electrical power measurement applications. Its accuracy is excellent, and it can be used to measure both AC and DC currents. It is also lightweight and easy to install and can be used in a wide variety of systems. Its high accuracy ensures that it will provide accurate measurements and help protect the system from overloads and faults.

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