Toroidal current transformer CTE-160 004671613
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Toroidal current transformer CTE-160 004671613
Toroidal current transformer for current measurement
The CTE-160 current transformer is an element used for safe and precise current measurement in electrical circuits. It is particularly useful in energy consumption monitoring systems, overload protection, and applications requiring galvanic isolation. Its toroidal design ensures high measurement accuracy and minimizes the influence of the magnetic field on the surroundings.
Construction and application
This transformer, with a passage diameter of 160 mm, is designed to work with wires of various thicknesses. The summing construction allows for measuring the current flowing through multiple wires simultaneously, which is convenient in installations with multiple circuits. It finds application both in industrial installations and in commercial and residential buildings – wherever accurate current measurement is required without the need to interfere with the circuit.
Key features and benefits
- Large passage diameter (160 mm): allows use with wires of larger diameter, increasing installation flexibility.
- Summing construction: allows simultaneous measurement of current from multiple wires, simplifying the measurement system.
- Product weight (0.78 kg): facilitates the installation and operation of the transformer.
- Transport packaging dimensions (220 x 236 x 64 mm): allow for efficient transport and storage.
- ETIM classification (EC002048): facilitates product identification in catalog and ordering systems.
- Customs tariff (85043121): important information when importing/exporting the device.
The CTE-160 transformer is a solid solution for professionals and end-users looking for a reliable tool for current measurement. Its versatility and precision make it an ideal choice for various applications in electrical systems.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
CE Declaration of Conformity
Attachments

