Home ChinaSound

CPT110A12-4.0R

CPT110A12-4.0R

Reference Only

CPT110A12-4.0R

Compact and accurate current transformer for AC current measurement up to 100A. Features 1:1000 turns ratio and integrated 4.0 Ohm burden resistor. Ideal for power monitoring.

Manufacturer:
ChinaSound
Sub Category:
OTHER
ChinaSound

Product Description

The ChinaSound CPT110A12-4.0R is a compact current transformer (CT) specifically engineered for precise AC current measurement. This transformer features a 100A primary current rating and a 1:1000 turns ratio, providing accurate current transformation. It incorporates an integrated 4.0 Ohm burden resistor, simplifying circuit design and reducing external component requirements. The 12mm aperture facilitates easy installation around conductors. Ideal for various applications including power monitoring, control systems, and instrumentation. As an authorised distributor of ChinaSound components, Supreme Components International guarantees the authenticity and performance of this product. Benefit from reliable current sensing with this high-quality CT.

Product Tags

Technical Specifications

Attribute Description
Turns Ratio 1 Primary Turn to 1000 Secondary Turns
Product Type Current Transformer
Mounting Type Through Hole
Accuracy Class 0.1
Burden Resistor 4.0 Ohms
Ro Hs Compliant Yes
Aperture Diameter 12 Millimeters
Package Dimensions Length: 24.5 Millimeters, Width: 23.5 Millimeters, Height: 10.5 Millimeters
Dielectric Strength 4000 Volts AC for 1 Minute
Insulation Resistance 100 Mega Ohms at 500 Volts DC
Rated Primary Current 100 Amperes
Ul Flammability Rating UL 94V-0
Rated Secondary Current 100 Milliamperes
Maximum Storage Temperature 100 Degrees Celsius
Minimum Storage Temperature -40 Degrees Celsius
Maximum Operating Temperature 85 Degrees Celsius
Minimum Operating Temperature -40 Degrees Celsius

Ordering Information

Attribute Description
WEIGHT 10g
This is a staging environment

Supreme Components is an authorized distributor of . We do not carry stock of this item but can quote upon request. Submit your request using the form.

×