TAK006 Series Split Core AC Current Transformer

• Application: Electronic, Instrument
• Type: Current Transformer
• Phase: Single
• Model NO.: TAK006
• Operation Condition: Indoor
• Usage: Measurement
• Winding Form: Small Fixed Type
• Insulating Medium: Epoxy Resin
• Installation: PCB Mounting
• Magnetic Circuit Structure: Combined Type
• Voltage Transformation Principle: Electromagnetic Type
• Transport Package: Carton
• Specification: 38.5*22*22cm
• Trademark: Bingzi
• Origin: China
• HS Code: 8504311000
• Production Capacity: 10000000per Year

Product Description

1. Features:
Compact in size with high load capacity; open-close design, easy to install and use, widely applied in power operation, maintenance and reconstruction projects. 

2. Ambient Conditions:
 Operating temperature: -20ºC ~ +50ºC;
 Relative humidity: ≤90% at 40°C;
 Atmospheric pressure: 860 ~ 1060 mbar (about 650 ~ 800 mmHg).

3. Operating Frequency Range: 50Hz~1kHz

4. Insulation Thermal Class: Class B (130ºC)
 

5. Safety Features:

 Insulation resistance: >100MΩ in normal condition;
 Insulation withstand voltages: 1KV 50Hz/1 min;
 Fire retardancy: In conformity with UL94-V0 ;
 Mechanical strength: opening and closing times ≥ 1000 times.
 

6. Outline Drawing, Installation Dimension and Coil Diagram: (Tolerance ± 0.5mm)  

                                                                                                        
7. Typical Applications and Performance Parameters:

See the table below for performance parameters when applied as shown in Figure 3.
 

Model	Rated Input Current	Rated Output Current	Rated Sampling Resistance (RL )	Rated Sampling Voltage	Non-linearity	Linear Range
TAK006-01	1A	1 mA	10Ω	10mV	2%	≥1.2 times of the rated value
TAK006-02	2A	2.5mA	8Ω	20mV	2%	≥1.2 times of the rated value
TAK006-03	5A	5mA	10Ω	50mV	2%	≥1.2 times of the rated value
TAK006-04	10A	10mA	5Ω	50mV	2%	≥1.2 times of the rated value
TAK006-05	20A	25mA	5Ω	125mV	2%	≥1.2 times of the rated value

 

8.Attention:

 Connect the primary winding of the current transformer in series with the loop of the measured current. Operate the secondary winding in a near short-circuit mode.
 Do not allow the secondary circuit of the current transformer to be open-circuited. Do not connect any fuse in the secondary loop.