Summary:A three-phase meter current transformer is a device used in electricity distribution systems to meas...
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three-phase meter current transformer is a device used in electricity distribution systems to measure the current flowing in a three-phase circuit. It is typically used in conjunction with a three-phase meter to accurately measure the amount of electrical energy consumed by a customer.
The current transformer consists of a primary winding, which is connected in series with one of the three phases of the circuit, and a secondary winding, which is connected to the meter. When current flows through the primary winding, it induces a current in the secondary winding, which is proportional to the current in the primary winding. This secondary current is then used to drive the meter, which records the amount of electrical energy consumed.
The accuracy of the current transformer is important in ensuring that the meter accurately records the amount of energy consumed by the customer. To ensure accurate measurement, the transformer must be carefully designed and calibrated to match the specific requirements of the circuit and the meter.
Three-phase meter current transformers are typically designed to handle high levels of current, up to several thousand amperes, and are commonly used in industrial and commercial settings where large amounts of electrical energy are consumed. They are also used in residential settings where three-phase power is available, such as in large homes or multi-unit buildings.
| Product: |
Transformer |
| Material: |
Copper, iron core, heat shrinkable tube |
| Accuracy: |
0.1 level, 0.2 level |
| Process: |
Bare bag, epoxy potting |
| Production: |
Production and processing |
| Voltage Transformation Principle: |
Electromagnetic Type |
| Winding Form: |
Single Layer & Tightly Wound Type |
| Insulating Medium: |
Epoxy Resin |
| Phase: |
Three |
| Application: |
Electronic, Electric Meter |
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