Flexible coil current sensor with integrator, integrator wire length 2m, coil diameter 7.5mm, flexible current sensor measurement range, high accuracy, and high reliability, which can meet various needs.
Flexible and convenient to meet various needs
Flexible current transformers are an indispensable accessory for small, medium, and large electronic companies. The sisco flexible current transformer is suitable for use in power equipment testing, communications and telecommunications, railway and oilfield monitoring, building and construction companies, research and teaching units, industrial and mining records, and other fields.
Model | SISCO-ETCR002F |
Measuring Range | AC 0A~3000A/6000A/10000A (optional) |
Coil Diameter | φ7.5mm |
Coil Inner Diameter | φ40~φ3000mm (optional) |
Power Supply | Zinc-manganese dry cell 6F22 9VDC (external power supply available) |
Resolution | 1A/2A/3A |
Accuracy Level | 1%FS (50Hz/60Hz; 23°C to 2°C, below 70%RH, wire in the center of the coil) |
Phase Error | ≤1°(50Hz/60Hz; 23°C to 2°C) |
Signal Output | Full scale output AC0~ 1V |
Integrator Size | 165mm x 105mm x 40mm |
Integrator Mass | Approx. 230g |
Integrator Output Connector | 3.5mm audio plug/BNC connector/bare wire(optional) |
Integrator Output Cable Length | 2m |
Electric Field Interference | No hysteresis effect, no external electric field interference |
Wire Position | The test wire is in the center of the coil, position error ≤ 0.5% FS |
Current Frequency | 45Hz~70Hz (measured current frequency) |
Response Frequency | 0.1Hz ~ 1MHz |
Line Voltage | AC 600V or less line test |
Random Accessories | Flexible coil x 1, integrator x 1, 6F229V battery x 1 |
Q1:Â What is a flexible current transformer?
A1:Â A flexible current transformer is an AC current sensor consisting of a toroidal coil uniformly wound on a non-ferromagnetic material and an integrator. The output signal is the differentiation of current against time and can be directly applied to the conductor being measured to measure AC current.
Q2:Â What are the advantages of flexible current transformers?
A2:Â Flexible current transformers are essentially just a pair of cables, allowing you to easily reach even the tightest sections. This feature is also particularly handy when you are working in high places. The design of the flexible current transformer eliminates the risk of encountering a secondary open circuit. As a result, the risk of electrocution or transformer overload is mitigated. Of course, this doesn't mean you can be lax about safety procedures, but it does provide a sense of security when working.
Q3:Â What are the wiring methods of current transformers?
A3:Â There are two types of current transformer wiring, the first is the use of two current transformers two-phase V-shaped wiring and two-phase current differential wiring, and the second is the use of three current transformers three-phase Y-shaped wiring, three-phase triangle wiring, and zero sequence wiring.
Tips:Â How to choose a current transformer and a flexible current transformer?
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