ACREL 60 x 50II Current Transformer for Electrical Monitoring
ACREL 60 x 50II Current Transformer for Electrical Monitoring is a closed-type AC current transformer for measuring current in low-voltage electrical systems. It features a horizontal square through-hole design with a 62 � 51.5 mm aperture and is available with primary current ratios from 200 A to 2500 A and a 5 A secondary output. It is designed for use with electrical measuring instruments and can accommodate busbar or cable installations.
The ACREL 60 x 50II Current Transformer for Electrical Monitoring is designed to convert the current flowing through a primary conductor into a proportional secondary current for measurement. The 60 � 50II configuration uses a horizontal square opening that allows the primary busbar or cables to pass through the CT without requiring the conductor to be disconnected from the measurement circuit.
For the 60 � 50II size, Acrel specifies a 62 � 51.5 mm through opening, with an overall width of 102 mm, height of 142 mm and depth of 45 mm. The available 5 A secondary configurations cover a range of primary current ratios from 200-250 A through to 2500 A.
How it works
- The primary busbar or cable passes through the CT's central aperture.
- Current flowing through the primary conductor produces a corresponding secondary current.
- The secondary output can be connected to compatible electrical measuring instruments.
- The selected current ratio determines the relationship between the primary current and the 5 A secondary output.
Why choose this product
- Designed for AC current measurement: Suitable for use as an AC current signal acquisition component with measuring instruments.
- Practical 60 � 50II aperture: The 62 � 51.5 mm through opening provides space for compatible busbar or cable arrangements.
- Multiple current ratios: The 60 � 50II configuration is available across several primary current ranges, supporting different measurement requirements.
- Solid-core construction: The closed design is intended for installations where the primary conductor can be routed through the CT during installation.
Benefits
- Provides a proportional current signal for electrical measurement.
- Allows current measurement without directly connecting the measuring instrument to the primary circuit.
- Offers a choice of current ratios for different primary current levels.
- Suitable for integration into low-voltage electrical measurement systems.