Loading type with DC immunity

6-200A Current Transformer Without DC Immunity

(Through Hole Type)

1. Specifications

CT	Measurement Current	Ratio		Load	Insulation voltage	Phase error	Accuracy Class
Model NO.	Measurement Current	Current	Turns	Load	Insulation voltage	Phase error	Accuracy Class
CT006	6A	6A/3mA	1:2000	10/30Ω	3000V	<15'	0.1
CT010	10A	10A/5mA	1:2000	10/30Ω	3000V	<15'	0.1
CT100	40A	40A/20mA	1:2000	12.5Ω	3000V	<15'	0.1
CT101	60A	60A/30mA	1:2000	12.5Ω	3000V	<15'	0.1
CT102	80A	80A/40mA	1:2000	12.5Ω	3000V	<15'	0.1
CT103	100A	100A/50mA	1:2000	12.5Ω	3000V	<15'	0.1
CT104	120A	120A/60mA	1:2000	12.5Ω	3000V	<15'	0.1
CT200	200A	200A/50mA	1:2000	5Ω	3000V	<30'	0.2

2. Features

High accuracy, AC measurement accuracy up to class 0.5 or class 1.0;
Small phase error, typical phase shift is at 1-10’; Additional compensation not needed;
Good isolation from Primary to Secondary;
Very reliable and stable performance at different temperature conditions;
Frequency: 50Hz/60Hz Ambient Temperature: -40℃ -- 70℃;
To add desirable primary connection bus-bar onto the CT available.

3. Size and Dimensions

　

　

CT	Main Dimension (mm)			Wire (mm)
Model No.	A (Inner Hole)	B (Out Diameter)	C (Thickness)	Length	End Tinned
CT006	10±1	29±1	17	120	5
CT010	10±1	29±1	18	120	5
CT100	10±1	30±1	18	120	5
CT101	10±1	30±1	18	120	5
CT102	10±1	30±1	18	120	5
CT103	10±1	32±1	18	120	5
CT104	12±1	32±1	20	120	5
CT200	16±1	40±1	21	120	5

3. Application

kWh Electric Meter without DC immunity
Replacement of Rogwiski Coil, shunt and hall Sensor

4. Package

Good quality carton. Carton size: 37×26×30cm
CT006 (used in 5A or 6A kWh meter), 480pcs/CTN 16kg/CTN；
CT010 (used in 10A kWh meter), 480pcs/CTN 16kg/CTN；
CT100 (used in 40A or 50A kWh meter), 480pcs/CTN 19kg/CTN；
CT101 (used in 60A kWh meter), 480pcs/CTN 19kg/CTN；
CT102 (used in 80A kWh meter), 300pcs/CTN 19kg/CTN；
CT103 (used in 100A kWh meter), 300pcs/CTN 19kg/CTN；
CT104 (used in 120A kWh meter), 300pcs/CTN 26kg/CTN；
CT200 (used in 200A kWh meter), 300pcs/CTN 28kg/CTN；

(Click here for Character Curve) (Click here for Picture and Dimension)