Shanghai Huabang Industrial Business Network - current sensor

[current sensor]CS20000HC-AC series Hall current sensor

2026-6-15 19:40:00

CS20000HC-AC series Hall current sensor

[current sensor]CS600EKG open-loop Hall current sensor

2026-6-15 19:39:51

CS600EKG open-loop Hall current sensor

[current sensor]CS80000EKH Hall current sensor

2026-6-15 19:39:43

CS80000EKH Hall current sensor

[current sensor]CS1000BF series Hall open-loop current sensor

2026-6-15 19:39:34

CS1000BF series Hall open-loop current sensor

[current sensor]CS1000ED series open-loop Hall current sensor

2026-6-15 19:39:25

CS1000ED series open-loop Hall current sensor

[current sensor]CS2000EB series open-loop Hall current sensor

2026-6-15 19:39:17

CS2000EB series open-loop Hall current sensor

[current sensor]CS5000KAA series open-loop Hall current sensor

2026-6-15 19:39:08

CS5000KAA series open-loop Hall current sensor

[current sensor]CS6000EKF series open-loop Hall current sensor

2026-6-15 19:39:00

CS6000EKF series open-loop Hall current sensor

[current sensor]CS10000KC series open-loop Hall current sensor

2026-6-15 19:38:51

CS10000KC series open-loop Hall current sensor

[current sensor]CS20000HC series open-loop Hall current sensor

2026-6-15 19:38:42

CS20000HC series open-loop Hall current sensor

[current sensor]CS80000EKL series open-loop Hall current sensor

2026-6-15 19:38:34

CS80000EKL series open-loop Hall current sensor

[current sensor]CS1500CFA series open-loop Hall current sensor

2026-6-15 19:38:25

CS1500CFA series open-loop Hall current sensor

[current sensor]CS4000HAX series open-loop Hall current sensor

2026-6-15 19:38:16

CS4000HAX series open-loop Hall current sensor

[current sensor]CS600BT24-L series Hall current sensor

2026-6-15 19:38:08

CS600BT24-L series Hall current sensor

[current sensor]GLD200 Mining current sensor

2026-6-15 19:37:59

The GLD200 mining current sensor is a specialized instrument developed to monitor changes in the working current of underground equipment. This sensor can automatically convert the current of mine equipment into standard electrical signals and transmit them to related equipment, with the function of displaying the current value on site.

Main parameters of GLD200 mining current sensor:
Basic measurement error: ± 0.2% FS
Display mode: Four digit red digital display
Signal output frequency: 200 Hz~1000Hz
This output corresponds linearly to 0~200A or 0~800A
Signal carrying capacity: �� 500 �� Sampling method: Inductive
Component detection response speed: �� 30s Component lifespan: �� 2 years
Working voltage: 9 V~24V DC Working current: �� 70mA (18V DC)
Explosion proof type: Exib I

The usage method of GLD200 mining current sensor
1. Wiring: The output wiring should be strictly wired according to the colors marked below.
a. Sensor wiring instructions
Red wire - positive pole of power supply (aviation plug pin 1)
Black wire - negative pole of power supply (2nd pin of aviation plug)
Yellow line - frequency signal (current type) output (aviation plug pin 3)
Green wire - power-off signal (current type) output (aviation plug pin 4)
b. Connection method of sensing head
a) In the wiring compartment of the switchgear, pass the wire to be tested through the current transformer;
b) The transformer outputs a current signal of 0-5A based on the detected current flowing through the detection wire, and connects the current signal to the current transmitter;
c) The current transmitter converts the 0-5A current signal into a 4-20mA intrinsic safety signal output, which is connected to the input aviation socket of the sensor.
2. Remote control: The button functions are as follows:
Select key ": Select the debugging function.
"Confirm key": confirm the selection of parameters, press this key after selecting parameters, which means that the parameters of the current calibration function will be stored in memory and the commissioning work will be completed.
�� ": Up key - Press the up key once to increase the debugging data by 1;
�� ": Down key - Press the down key once to subtract 1 from the debugging data;
Attention: Once the parameters of the instrument have been adjusted, the selection button on the remote control must be pressed before power off to make the function prompt disappear. Otherwise, the adjusted parameters will not be stored in the memory, resulting in the invalidity of this adjustment!!!

[current sensor]CSM050GB series Hall current sensor

2026-6-15 19:37:51

parameter
	model	CSM010GB	CSM020GB	CSM025GB	CSM050GB
IPN	Primary rated input current	ten	twenty	twenty-five	fifty	A
IP	Measurement range of primary current	0��±20	0��±40	0��±50	0��±80	A
VOUT	Rated output voltage on the secondary side	4±1%				V
VC	power supply voltage	±12��±15(±5%)				V
IC	Current consumption	16-35 at rated current				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2				%FS
V0	Zero offset voltage	TA=25�� <±30				mV
VOM	Magnetic misalignment voltage	IPN��0 <±20				mV
VOT	Unbalanced voltage temperature drift	IP=0 TA=-25��+85�� <±1				mV/��
Tr	response time	��1				��s
f	Band width (-3dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RL	Load resistance	��10K				��
	standard	Q/320115QHKJ01-2010

CSM050GB series Hall current sensor

[current sensor]CSM080EET5 series Hall current sensor

2026-6-15 19:37:42

CSM080EET5 series Hall current sensor parameters
	model	CSM025EET5	CSM040EET5	CSM080EET5
IPN	Primary rated input current	twenty-five	forty	eighty	A
IP	Measurement range of primary current	0��±25	0��±40	0��±80	A
VOUT	Rated output voltage on the secondary side	two			V
KN	turns ratio	1:2000
VC	power supply voltage	+5(±5%)			V
IC	Current consumption (at rated current)	twenty-two point five	thirty	fifty	mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2			%FS
X	precision	TA=25�� VC=+5V ±1			%
V0	Zero offset voltage	TA=25�� 2.5±0.02			V
VOM	Magnetic misalignment voltage	IP��0 <±0.02			V
VOT	Unbalanced voltage temperature drift	IP=0 TA=-40��+125�� <±0.5			mV/��
VST	Gain voltage temperature drift	IP=0 TA=-40��+125�� <±0.5			mV/��
Tr	response time	<1			��s
f	Band width (-1dB)	DC��100			kHz
TA	Working environment temperature	-40��+125			��
TS	Storage environment temperature	-40��+125			��
RS	Internal resistance of secondary coil (TA=25 ��)	forty			��
	standard	Q/320115QHKJ01-2010

CSM080EET5 series Hall current sensor

[current sensor]CSM100EE series Hall current sensor

2026-6-15 19:37:33

CSM100EE series Hall current sensor parameters
	model	CSM025EE	CSM050EE	CSM075EE	CSM100EE
IPN	Primary rated input current	twenty-five	fifty	seventy-five	one hundred	A
IP	Measurement range of primary current	0��±37.5	0��±75	0��±112.5	0��±150	A
ISN	Rated output current on the secondary side	twenty-five	twenty-five	thirty-seven point five	fifty	mA
KN	turns ratio	1:1000	1:2000	1:2000	1:2000
RM	Measure resistance (at rated input current)	0~495	0~470	0~290	0~205	��
VC	power supply voltage	±15(±5%)				V
IC	current consumption	10+IS				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	TA=25�� ±0.8				%
V0	Zero offset current	TA=25�� ±0.02				mA
VOM	Magnetic misalignment current	IP��0 <±0.02				mA
VOT	Imbalance current temperature drift	IP=0 TA=-25��+85�� <±0.005				mA/��
Tr	response time	<1				��s
f	Band width (-1dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-five	sixty	sixty	sixty	��
	standard	Q/320115QHKJ01-2010

CSM100EE series Hall current sensor

[current sensor]CSM300E series Hall current sensor

2026-6-15 19:37:25

CSM300E series Hall current sensor electrical parameters
	model	CSM050E	CSM100E	CSM200E	CSM300E
IPN	Primary rated input current	fifty	one hundred	two hundred	three hundred	A
IP	Measurement range of primary current	0��±75	0��±150	0��±300	0��±350	A
ISN	Rated output current on the secondary side	fifty	one hundred	one hundred	one hundred and fifty	mA
KN	turns ratio	1:1000	1:1000	1:2000	1:2000
RM	Measure resistance (at rated input current)	0~200	0~200	0~80	0~50	��
VC	power supply voltage	±15(±5%)				V
IC	Current consumption	VC=±15V 10+Is				mA
Vd	insulation voltage	3KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	TA =25�� ±0.7				%
I0	Zero offset current	TA =25�� <±0.20				mA
IOM	Magnetic misalignment current	IP��0 <±0.30				mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5				mA
Tr	response time	<1				��s
f	Band width (-3dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Internal resistance of secondary coil (TA=25 ��)	twelve point five	twelve point five	twenty-seven point five	twenty-seven point five	��
	standard	Q/320115QHKJ01-2010

CSM300E series Hall current sensor

[current sensor]CSM1000SH Hall current sensor

2026-6-15 19:37:16

Electrical parameters of CSM1000SH Hall current sensor
	model	CSM1000SH
IPN	Primary rated input current (rms)	one thousand	A
IP	Primary current measurement range (DC)	0��±2000	A
ISN	Rated output current on the secondary side	200±0.25%	mA
KN	turns ratio	1:5000
RM	Measure resistance (TA=25 ��)	VC=±15V IP=±1000 0~30	��
		VC=±15V IP=±1200 0~20	��
		VC=±24V IP=±1000 0~75	��
		VC=±24V IP=±2000 0~15	��
VC	power supply voltage	±15��±24(±5%)	V
IC	Current consumption	VC=±24V 18+Is	mA
Vd	insulation voltage	6kV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<0.1	%FS
I0	Zero offset current	TA =25�� <±0.25	mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.005	mA/��
Tr	response time	90%IPN <1	��s
di/dt	Follow accuracy	>100	A/us
f	Band width (-1dB)	DC��100	kHz
TA	Working environment temperature	-25��+85	��
TS	Storage environment temperature	-40��+100	��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-seven	��
	standard	Q/320115QHKJ01-2010

CSM1000SH Hall Current Sensor

[current sensor]CSM2000LTE Hall current sensor

2026-6-15 19:37:08

Electrical parameters of CSM2000LTE Hall current sensor
	model	CSM2000LTE
IPN	Primary rated input current (rms)	two thousand	A
IP	Primary current measurement range (DC)	0��±3000	A
ISN	Rated output current on the secondary side	400±0.25%	mA
KN	turns ratio	1:5000
RM	Measure resistance (TA=25 ��)	VC=±15V IP=±2000 0~8	��
		VC=±15V IP=±2200 0~5	��
		VC=±24V IP=±2000 5~29	��
		VC=±24V IP=±3000 5~11	��
VC	power supply voltage	±15��±24(±5%)	V
IC	Current consumption	VC=±24V 28+Is	mA
Vd	insulation voltage	6kV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<0.1	%FS
I0	Zero offset current	TA =25�� <±0.25	mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.01	mA/��
Tr	response time	90%IPN <1	��s
di/dt	Follow accuracy	>100	A/us
f	Band width (-1dB)	DC��100	kHz
TA	Working environment temperature	-25��+85	��
TS	Storage environment temperature	-40��+100	��
RS	Internal resistance of secondary coil (TA=25 ��)	twenty-five	��
	standard	Q/320115QHKJ01-2010

CSM2000LTE Hall Current Sensor

[current sensor]CSM1000LTC Hall current sensor

2026-6-15 19:36:59

Electrical parameters of CSM1000LTC Hall current sensor
	model	CSM1000LTC
IPN	Primary rated input current (rms)	one thousand	A
IP	Primary current measurement range (DC)	0��±2000	A
ISN	Rated output current on the secondary side	200±0.25%	mA
KN	turns ratio	1:5000
RM	Measure resistance (TA=25 ��)	VC=±15V IP=±1000 0~30	��
		VC=±15V IP=±1200 0~20	��
		VC=±24V IP=±1000 0~75	��
		VC=±24V IP=±2000 0~15	��
VC	power supply voltage	±15��±24(±5%)	V
IC	Current consumption	VC=±24V 18+Is	mA
Vd	insulation voltage	6kV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<0.1	%FS
I0	Zero offset current	TA =25�� <±0.25	mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.005	mA/��
Tr	response time	90%IPN <1	��s
di/dt	Follow accuracy	>100	A/us
f	Band width (-1dB)	DC��100	kHz
TA	Working environment temperature	-25��+85	��
TS	Storage environment temperature	-40��+100	��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-seven	��
	standard	Q/320115QHKJ01-2010

CSM1000LTC Hall Current Sensor

[current sensor]A-CT2500LTB series two-wire AC current transmitter

2026-6-15 19:36:50

Product Description: How to Translate
The A-CT2500LTB series two-wire AC current transmitter is a current sensor that applies the principle of electromagnetic induction. It can measure AC signal current under electrical isolation conditions and output a 4-20mA DC current output proportional to the effective value of the measured current. They only require a two-wire connection and do not require a separate circuit power supply.

Electrical parameters

	model	A-CT 2100LTB	A-CT 2200LTB	A-CT 2300LTB	A-CT 2400LTB	A-CT 2500LTB
IPN	Range of primary input current	0��100(AC)	0��200(AC)	0��300(AC)	0��400(AC)	0��500(AC)	A(rms)
IS	Secondary output current	4-20(DC)					mA
RL	load resistor	0~250					��
IP	overload	IPN X120%					A(rms)
VC	power supply voltage	+12~+35 when the load is 250 ��					V
��L	linearity	<0.2					%FS
XG	precision	TA =25�� ±0.5					%FS
IOT	Output current temperature drift	TA =-25��+85�� <0.005					mA/��
Tr	response time	��300					ms
f	response frequency	20Hz��5kHz
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
	Internal protection	Overvoltage protection, overcurrent protection, polarity protection

A-CT2500LTB series two-wire AC current transmitter external dimensions (mm)

Terminal description:+, power supply positive -, power supply negative OFS, zero adjustment GIN, amplitude adjustment

[current sensor]CS600BT3 Hall current sensor

2026-6-15 19:36:42

The CS600BT3 Hall current sensor, which applies the open-loop principle of Hall effect, can measure currents of DC, AC, pulse, and various irregular waveforms under electrical isolation conditions.

Electrical parameters of CS600BT3 Hall current sensor

	model	CS0100BT3	CS200BT3	CS300BT3	CS400BT3	CS500BT3	CS600BT3
I_PN	Primary rated input current	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
I_P	Measurement range of primary current	0��±100	0��±200	0��±300	0��±400	0��±500	0��±600	A
V_SN	Rated output voltage on the secondary side	2±1%						V
V_ref	reference voltage	3±2%						V
V_C	power supply voltage	+12(±5%)						V
I_C	current consumption	twenty						mA
V_d	insulation voltage	3KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	±1						%FS
V₀	Zero point electrical offset voltage	T_A=25�� <±10						mV
V_OM	Zero point magnetic offset voltage	I_PN��0 <±10						mV
V_OT	Unbalanced voltage temperature drift	I_PN=0 T_A=25��85�� <±1.5			I_PN=0 T_A=-25��25�� <±1			mV/��
V_ST	Gain voltage temperature drift	I_PNT_A=25��85�� <±1.5			I_PNT_A=-25��25�� <±1			mV/��
T_r	response time	��3						��s
f	Band width (-3dB)	DC��50						kHz
di/dt	Follow accuracy	>50						A/us
T_A	Working environment temperature	-25��+85						��
T_S	Storage environment temperature	-40��+100						��
R_L	load resistor	��10K						��
m	weight	About 75						g

Dimensions (mm)

Pin Description:
1. Red line VCC+12V 2, black line 0V power ground 3, brown line Vout output 4, orange line Vref 3V reference voltage OFS, zero point adjustment GIN gain adjustment

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase voltage value can be measured at the output terminal.
2. The output amplitude of the sensor can be adjusted appropriately according to user needs.
3. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]CS1000F series Hall current sensor

2026-6-15 19:36:33

The CS1000F series Hall current sensor applies the open-loop principle of Hall effect to measure DC, AC, pulse, and various other currents under electrically isolated conditions
Irregular waveform current.

CS1000F series Hall current sensor electrical parameters

	model	CS100F	CS200F	CS400F	CS600F	CS800F	CS1000F
IPN	Primary rated input current	one hundred	two hundred	four hundred	six hundred	eight hundred	one thousand	A
IP	Measurement range of primary current	0��±200	0��±400	0��±800	0��±1200	0��±1600	0��±2000	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±12��±15(±5%)						V
IC	current consumption	VC=±15V <25						mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0 <±25						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1						mV/��
Tr	response time	��7						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��

Dimensions (mm)

screen.width-500)this.width=screen.width-500" style="HEIGHT: 324px; WIDTH: 461px; FILTER: none" border=0 hspace=0 alt="Installation dimensions of CS1000F series Hall current sensor" src="/upload2010/201008/20100801232616438.jpg" width=461 height=324>

Pin output: 1,+15V 2, -15V 3, Vout 4, 0V (power ground) OFS, zero adjustment GIN, amplitude adjustment
Lead output: red,+15V blue, -15V yellow, Vout black, 0V (power ground)

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase voltage value can be measured at the output terminal.
2. The output amplitude of the sensor can be adjusted appropriately according to user needs.
3. Sensors with different rated input currents and output voltages can be customized according to user needs

[current sensor]CS200Y series Hall current sensor

2026-6-15 19:36:24

Product Description: How to Translate
A current sensor based on the open-loop principle of Hall effect can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

CS200Y series Hall current sensor electrical parameters

	model	CS050Y	CS100Y	CS150Y	CS200Y
IPN	Primary rated input current	fifty	one hundred	one hundred and fifty	two hundred	A
IP	Measurement range of primary current	0��±100	0��±200	0��±300	0��±400	A
VOUT	Rated output voltage on the secondary side	4±1%				V
VC	power supply voltage	±12��±15(±5%)				V
IC	Current consumption	VC =±15V <20				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1				%FS
V0	Zero offset voltage	TA =25��; <±30				mV
VOM	Magnetic misalignment voltage	IPN��0<±30				mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85��<±1				mV/��
Tr	response time	��3				��s
f	Band width (-3dB)	DC��20				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RL	load resistor	��10K				��
	standard	Q/3201CHGL02-2007

CS200Y series Hall current sensor external dimensions (mm)

Pin description: 1.+15V 2. -15V 3. Vout 4. 0V (power ground) OFS, zero adjustment GIN, amplitude adjustment

CS200Y series Hall current sensor

[current sensor]CSM040GT series Hall current sensor

2026-6-15 19:36:15

Product Description: How to Translate
A current sensor utilizing the Hall effect closed-loop principle can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

Electrical parameters

	model	CSM010GT	CSM020GT	CSM025GT	CSM040GT
IPN	Primary rated input current	ten	twenty	twenty-five	forty	A
IP	Measurement range of primary current	0��±20	0��±40	0��±50	0��±80	A
RM	Sampling resistor	100±0.5%	50±0.5%	50±0.5%	50±0.5%	��
VSN	Rated output voltage on the secondary side	0.625±0.5%	0.625±0.5%	0.625±0.5%	0.625±0.5%	V
KN	turns ratio	1:1000	1:1000	1:1000	1:1600
VC	power supply voltage	+5(±5%)				V
IC	current consumption	IP=0 20				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	TA =25�� ±0.7				%
V0	Zero offset voltage	IP=0 TA =25�� 2.5±1%				V
VOT	Unbalanced voltage temperature drift	IP=0 TA=-25��+85�� <±0.5				mV/��
TR	response time	<500				ns
di/dt	Follow accuracy	>50				A/us
f	Band width (-1dB)	DC��200				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

CSM040GT series Hall current sensor

[current sensor]CSM050NPT series Hall current sensor

2026-6-15 19:36:07

	model	CSM006NPT	CSM015NPT	CSM025NPT	CSM050NPT
IPN	Primary rated input current	six	fifteen	twenty-five	fifty	A
IP	Measurement range of primary current	0��±19.2	0��±48	0��±80	0��±150	A
RM	Sampling resistor	100±0.5%	50±0.5%	50±0.5%	25±0.5%	��
VSN	Rated output voltage on the secondary side	0.625±0.5%	0.625±0.5%	0.625±0.5%	0.625±0.5%	V
KN	turns ratio	1:960	1:1200	1:2000	1:2000
VC	power supply voltage	+5��±5%��				V
IC	current consumption	IP=0 <20				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	TA =25�� ±0.7				%
V0	Zero offset voltage	IP=0 TA =25�� 2.5±1%				V
VOT	Unbalanced voltage temperature drift	IP=0 TA=-25��+85�� <±0.5				mV/��
TR	response time	<500				ns
di/dt	Follow accuracy	>50				A/us
f	Band width (-1dB)	DC��200				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Original wiring diagram

CSM050NPT series Hall current sensor

[current sensor]CSM025PT5 series Hall current sensor

2026-6-15 19:35:58

	model		CSM005PT5	CSM010PT5	CSM015PT5	CSM025PT5
IPN	Primary rated input current		five	ten	fifteen	twenty-five	A
IP	0��±16	0��±32	0��±48	0��±80	A
	Input pin size		��0.8	��1.0	��1.0	��1.4	mm
KN	turns ratio		2��1600	1��1600	1��1200	1��1500
RM	Internal measurement resistance		one hundred	one hundred	fifty	thirty-seven point five	��
VSN	Rated output voltage on the secondary side		0.625±0.5%				V
VC	power supply voltage		+5(±5%)				V
IC	current consumption		<25				mA
Vd	insulation voltage		2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity		<0.1				%FS
X	precision		TA =25�� ±0.7				%
V0	Zero point electrical offset voltage		±25				mV
VOT	Unbalanced voltage temperature drift		IPN=0 TA =-25��+85�� <±0. five				mV/��
di/dt	Follow accuracy		>50				A/uS
Tr	response time		<500				ns
f	Band width (-3dB)		DC��200				kHz
TA		Working environment temperature	-25��+85				��
TS		Storage environment temperature	-40��+100				��

Dimensions (mm) and external wiring diagram

[current sensor]CSM600FA series Hall current sensor

2026-6-15 19:35:50

Electrical parameters

	model	CSM200FA		CSM300FA		CSM400FA		CSM500FA		CSM600FA
IPN	Primary rated input current	two hundred		three hundred		four hundred		five hundred		six hundred	A
IP	Measurement range of primary current	0��±300		0��±450		0��±600		0��±750		0��±800	A
ISN	Rated output effective current of secondary side	100±0.5%									mA
KN	turns ratio	1��2000		1��3000		1��4000		1��5000		1��6000
RM	Measure resistance (VC=± 15V/IPN)	0~88		0~76		0~63		0~46		0~32	��
	(VC=±15V/ IP)	0~50		0~38		0~25		0~8		0~4	��
	(VC=±18V/ IPN)	0~117		0~105		0~92		0~75		0~61	��
	(VC=±18V/ IP)	0~69		0~57		0~44		0~27		0~24	��
VC	power supply voltage	±15��18(±5%)									V
IC	current consumption	VC=±15V 20+Is									mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1									%FS
X	precision	TA =25�� VC=±15V ±0.7									%
I0	Zero offset current	TA =25�� <±0.30									mA
IOM	Magnetic misalignment current	IP��0 <±0.20									mA
IOT	Imbalance current temperature drift	IP=0 TA = -25��+85�� <±0.5									mA
Tr	response time	< 1									��s
f	Band width (-3dB)	DC��100									kHz
TA	Working environment temperature	-25��+85									��
TS	Storage environment temperature	-40��+100									��
RS	Internal resistance of secondary coil (TA=25 ��)	nineteen	thirty-one		forty-four		sixty-one		seventy-five		��
	standard	Q/3201CHGL02-2007

Dimensions (mm) and external wiring diagram

CSM600FA series Hall current sensor

[current sensor]CSM500LTB series Hall current sensor

2026-6-15 19:35:41

CSM500LTB series Hall current sensor:

A current sensor utilizing the Hall effect closed-loop principle can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

CSM500LTB series Hall current sensor electrical parameters

	model	CSM300LTB	CSM500LTB
IPN	Primary rated input current	three hundred	five hundred	A
IP	Measurement range of primary current	0��±500	0��±800	A
ISN	Rated output current on the secondary side	100±0.5%	100±0.5%	mA
KN	turns ratio	1��3000	1��5000
RM	Measure resistance (VC=± 15V)	IP=±300 0~95	IP=±500 0~62	��
	(VC=±15V)	IP=±500 0~40	IP=±800 0~11	��
	(VC=±18V)	IP=±300 0~122	IP=±500 0~88	��
	(VC=±18V)	IP=±500 0~58	IP=±800 0~30	��
VC	power supply voltage	±15��±18(±5%)		V
IC	current consumption	VC=±15V 28+Is		mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1		%FS
I0	Zero offset current	TA =25�� <±0.25		mA
IOM	Magnetic misalignment current	IP��0 <±0.20		mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5		mA
Tr	response time	<1		��s
f	Band width (-3dB)	DC��100		kHz
TA	Working environment temperature	-25��+85		��
TS	Storage environment temperature	-40��+100		��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-one	sixty	��

Dimensions (mm) and external wiring diagram

CSM500LTB series Hall current sensor

[current sensor]CSM300LT series Hall current sensor

2026-6-15 19:35:32

CSM300LT series Hall current sensor electrical parameters

	model	CSM050LT	CSM100LT	CSM200LT	CSM300LT
IPN	Primary rated input current	fifty	one hundred	two hundred	three hundred	A
IP	Measurement range of primary current	0��±75	0��±150	0��±300	0��±500	A
ISN	Rated output current on the secondary side	fifty	fifty	one hundred	one hundred and fifty	mA
KN	turns ratio	1:1000	1:2000	1:2000	1:2000
RM	Measure resistance (VC=± 15V/IPN)	186(max)	175(max)	100(max)	56(max)	��
	(VC=±15V/ IP)	117(max)	106(max)	56(max)	21(max)	��
	(VC=±18V/ IPN)	304(max)	293(max)	130(max)	75 (max)	��
	(VC=±18V/ IP)	159(max)	148(max)	75(max)	31(max)	��
VC	power supply voltage	±12��±18(±5%)				V
IC	current consumption	VC=±15V 20+Is				mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	TA =25�� VC=±15V ±0.7				%
I0	Zero offset current	TA =25�� <±0.25				mA
IOM	Magnetic misalignment current	IP��0 <±0.20				mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5				mA
Tr	response time	<1				��s
f	Band width (-3dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Secondary coil internal resistance TA=25 ��	fourteen	twenty-five	twenty-five	twenty-five	��
	standard	Q/3201CHGL02-2007

Dimensions (mm) and external wiring diagram

CSM300LT series Hall current sensor

[current sensor]CSM300B series Hall current sensor

2026-6-15 19:35:24

CSM300B series Hall current sensor electrical parameters

	model	CSM025B		CSM050B		CSM100B		CSM200B	CSM300B
I_PN	Primary rated input current	twenty-five		fifty		one hundred		two hundred	three hundred		A
I_P	Measurement range of primary current	0��±50		0��±75		0��±150		0��±300	0��±400		A
I_SN	Rated output current on the secondary side	twenty-five		fifty		fifty		one hundred	one hundred		mA
K_N	turns ratio	1:1000		1:1000		1:2000		1:2000	1:3000
R_M	Measure resistance (V)_C=±15V/ I_PN)	0~500		0~245		0~203		0~75	0~52		��
	( V_C=±15V/ I_P)	0~245		0~118		0~75		0~33	0~20		��
V_C	power supply voltage	±15��±18(±5%)									V
I_C	current consumption	V_C=±15V 10+Is									mA
V_d	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	<0.2									%FS
X	precision	T_A=25�� ±0.7									%
I₀	Zero offset current	T_A=25�� <±0.30									mA
I_OM	Magnetic misalignment current	I_P��0 <±0.30									mA
I_OT	Imbalance current temperature drift	I_P=0 T_A=-25��+85�� <±0.5									mA
Tr	response time	<1									��s
f	Band width (-3dB)	DC��100									KHz
T_A	Working environment temperature	-25��+85									��
T_S	Storage environment temperature	-40��+100									��
R_S	Internal resistance of secondary coil (T)_A=25��)	ten	ten		forty-two		forty-two			seventy-five	��
	standard	Q/3201CHGL02-2007

Dimensions (mm) and external wiring diagram

CSM300B series Hall current sensor

[current sensor]CSM200AP series Hall current sensor

2026-6-15 19:35:15

CSM200AP series Hall current sensor electrical parameters

	model	CSM050AP	CSM100AP	CSM125AP	CSM200AP
IPN	Primary rated input current	fifty	one hundred	one hundred and twenty-five	two hundred	A
IP	Measurement range of primary current	0��±150	0��±300	0��±375	0��±600	A
ISN	Rated output current on the secondary side	50±0.5%	50±0.5%	125±0.5%	100±0.5%	mA
KN	turns ratio	1:1000	1:2000	1:1000	1:2000
RM	Measure resistance (VC=± 18V/IP)	0~100	0~68	0~15	0~12	��
VC	power supply voltage	±12��±18��±5%��				V
IC	Current consumption	VC=±18V 10+Is				mA
Vd	insulation voltage	3KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1				%FS
X	precision	±0.7				%
I0	Zero offset current	TA =25�� <±0.20				mA
IOT	Imbalance current temperature drift	IP=0 TA = -25��+85�� ±0.005				mA/��
Tr	response time	<1				��s
f	Band width (-3dB)	DC��200				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty	forty-five	thirty	forty-five	��
	standard	Q/3201CHGL02-2007

CSM200AP series Hall current sensor external dimensions (mm)

External wiring diagram

CSM200AP series Hall current sensor

[current sensor]CSM100LA series Hall current sensor

2026-6-15 19:35:06

CSM100LA series Hall current sensor electrical parameters

	model	CSM050LA		CSM100LA
IPN	Primary rated input current	fifty		one hundred	A
IP	Measurement range of primary current	0��±75		0��±150	A
ISN	Rated output current on the secondary side	fifty		fifty	mA
KN	turns ratio	1:1000		1:2000
RM	Measure resistance (VC=± 15V)	When IP=± 50A: 50-160		When IP=± 100A: 0-110	��
	��VC=±15V��	When IP=± 75A: 50-90		When IP=± 150A: 0-33	��
VC	power supply voltage	±12��±15(±5%)			V
IC	Current consumption	VC=±15V 10+Is			mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2			%FS
X	precision	TA =25�� VC=±15V ±0.7			%
I0	Zero offset current	TA =25�� <±0.20			mA
IOM	Residual current	IP��0 <±0.15			mA
IOT	Imbalance current temperature drift	IP=0 TA = -25��+85�� <±0.5			mA
Tr	response time	<1			��s
f	Band width (-1dB)	DC��100			kHz
TA	Working environment temperature	-25��+85			��
TS	Storage environment temperature	-40��+100			��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-five	one hundred and twenty		��
	standard	Q/3201CHGL02-2007

Dimensions and External Wiring Diagram

CSM100LA series Hall current sensor

[current sensor]CSM050SY series Hall current sensor

2026-6-15 19:34:58

CSM050SY series Hall current sensor description:
A current sensor utilizing the Hall effect closed-loop principle can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

CSM050SY series Hall current sensor electrical parameters

	model		CSM005SY	CSM010SY	CSM015SY	CSM020SY	CSM025SY	CSM030SY	CSM050SY
I_PN	Primary rated input current		five	ten	fifteen	twenty	twenty-five	thirty	fifty	A
I_P	Measurement range of primary current		0��±10	0��±20	0��±30	0��±40	0��±50	0��±60	0��±100	A
	Input pin size		��0.8	��1.0	��1.0	��1.4	��1.4	��1.6	2X1.6X1.5	mm
K_N	turns ratio		3��1500	2��2000	1��1500	1��2000	1��2500	1��3000	1��3125
R_M	Internal measurement resistance		four hundred	four hundred	four hundred	four hundred	four hundred	four hundred	two hundred and fifty	��
V_SN	Rated output voltage on the secondary side		4±0.5%							V
V_C	power supply voltage		±15(±5%)							V
I_C	Current consumption		<25							mA
V_d	insulation voltage		2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��_L	linearity		<0.1							%FS
X	precision		T_A=25�� ±0.7							%
V₀	Zero point electrical offset voltage		±25							mV
V_OT	Unbalanced voltage temperature drift		I_PN=0 T_A= -25��+85�� <±0.5							mV/��
Tr	response time		<1							us
f	Band width (-3dB)		DC��200							kHz
T_A		Working environment temperature	-25��+85							��
T_S		Storage environment temperature	-40��+100							��
		standard	Q/3201CHGL02-2007

Dimensions and Pin Description

[current sensor]CSM050P series Hall current sensor

2026-6-15 19:34:49

Description
CSM050P series Hall current sensor is a current sensor that applies the Hall effect closed-loop principle. It can measure DC, AC, pulse, and various irregular waveform currents under electrical isolation conditions.

Electrical parameters

	model	CSM005P	CSM010P	CSM015P	CSM020P	CSM025P	CSM030P	CSM050P
IPN	Primary rated input current	five	ten	fifteen	twenty	twenty-five	thirty	fifty	A
IP	Measurement range of primary current	0��±10	0��±20	0��±30	0��±40	0��±50	0��±60	0��±100	A
	Input pin size	��0.8	��1.0	��1.0	��1.4	��1.4	��1.6	��1.6	mm
KN	turns ratio	3��1500	2��2000	1��1500	1��2000	1��2500	1��3000	1��3125
RM	Internal measurement resistance	four hundred	four hundred	four hundred	four hundred	four hundred	four hundred	two hundred and fifty	��
VSN	Rated output voltage on the secondary side	4±0.5%							V
VC	power supply voltage	±15(±5%)							V
IC	Current consumption	<25							mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<0.1							%FS
X	precision	TA =25�� ±0.7							%
V0	Zero point electrical offset voltage	±25							mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA = -25��+70�� <±0.5							mV/��
Tr	response time	<1							us
f	Band width (-3dB)	DC��200							kHz
TA	Working environment temperature	-25��+85							��
TS	Storage environment temperature	-40��+100							��
	standard	Q/3201CHGL02-2007

CSM050P series Hall current sensor external dimensions (mm)

CSM050P series Hall current sensor

[current sensor]CSM050CG series Hall current sensor

2026-6-15 19:34:40

CSM050CG series Hall current sensor:
A current sensor utilizing the Hall effect closed-loop principle can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

Electrical parameters

	model	CSM010CG	CSM020CG	CSM030CG	CSM050CG
IPN	Primary rated input current	ten	twenty	thirty	fifty	A
IP	Measurement range of primary current	0��±20	0��±30	0��±45	0��±75	A
ISN	Rated output current on the secondary side	ten	twenty	thirty	fifty	mA
KN	turns ratio	1��1000	1��1000	1��1000	1��1000
RM	Measure resistance (VC=± 15V/IPN)	960(max)	490(max)	306(max)	169(max)	��
	(VC=±15V/ IP)	490(max)	306(max)	192(max)	100(max)	��
VC	power supply voltage	±12��±15(±5%)				V
IC	Current consumption	VC=±15V 10+Is				mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<0.1	%FS
X	precision	TA =25�� VC=±15V ±0.7				%
I0	Zero offset current	TA =25�� <±0.15				mA
I0M	Magnetic misalignment current	IP��0 <±0.15				mA
I0T	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5				mA
Tr	response time	<1				��s
f	Band width (-1dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Internal resistance of secondary coil (TA=25 ��)	thirty-six				��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

External wiring diagram

[current sensor]CSM040G series Hall current sensor

2026-6-15 19:34:32

The CSM040G series Hall current sensor applies the Hall effect closed-loop principle as a current sensor, which can measure DC, AC, pulse, and various irregular waveform currents under electrical isolation conditions.

Electrical parameters

	model	CSM010G		CSM020G		CSM025G		CSM040G
IPN	Primary rated input current	ten		twenty		twenty-five		forty	A
IP	Measurement range of primary current	0��±20		0��±40		0��±50		0��±80	A
ISN	Rated output current on the secondary side	ten		twenty		twenty-five		twenty-five	mA
KN	turns ratio	1:1000		1:1000		1:1000		1:1600
RM	Measure resistance (VC=± 15V/IPN)	1230(max)		594(max)		467(max)		420(max)	��
VC	power supply voltage	±12��±15V(±5%)							V
IC	Current consumption	10+Is							mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.1							%FS
X	precision	TA =25�� <±0.7							%
V0	Zero offset current	TA =25�� <±0.15							mA
VOT	Imbalance current temperature drift	IP=0 TA=-25��+85�� <±0.5							mA
TR	response time	<500							ns
di/dt	Follow accuracy	>50							A/us
f	Band width (-1dB)	DC��200							kHz
TA	Working environment temperature	-25��+85							��
TS	Storage environment temperature	-40��+100							��
RS	Internal resistance of secondary coil (TA=25 ��)	forty-three	forty-three		forty-three		ninety		��
	standard	Q/3201CHGL02-2007

CSM040G series Hall current sensor external dimensions (mm)

CSM040G series Hall current sensor

[current sensor]CSM030LX series Hall current sensor

2026-6-15 19:34:23

CSM030LX series Hall current sensor

	model	CSM005LX	CSM010LX	CSM015LX	CSM020LX	CSM025LX	CSM030LX
IPN	Primary rated input current	five	ten	fifteen	twenty	twenty-five	thirty	A
IP	Measurement range of primary current	0��±10	0��±20	0��±30	0��±40	0��±50	0��±60	A
VSN	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±15(±5%)						V
IC	Current consumption	VC=±15V <25						mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
	insulation strength	�� 500M �� at 500V DC
��L	linearity	<0.1						%FS
V0	Zero point electrical offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IP��0 <±20						mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA =-25��+85�� <±0.5						mV/��
Tr	response time	<1						��s
f	Band width (-3dB)	DC��200						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

[current sensor]CSM025A Hall current sensor

2026-6-15 19:34:14

Product Description: How to Translate
A current sensor based on the Hall effect closed-loop principle can measure DC, AC, pulse, and various other signals under electrically isolated conditions
Irregular waveform current.

Electrical parameters of CSM025A Hall current sensor

	model	CSM025A
IPN	Primary rated input current	twenty-five		A
IP	Measurement range of primary current	0��±50		A
ISN	Rated output current on the secondary side	twenty-five		mA
KN	turns ratio	1-2-3-4-5��1000
RM	Measure resistance (VC=± 15V)	100-460 when IP=± 25A	100-304 when IP=± 36A	��
VC	power supply voltage	±15(±5%)		V
IC	Current consumption	VC=±15V 10+Is		mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2		%FS
XG	precision	TA =25�� VC=±15V ±0.7		%
I0	Zero offset current	TA =25�� <±0.15		mA
IOM	Magnetic misalignment current	IP��0 <±0.15		mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5		mA
Tr	response time	<1		��s
f	Band width (-1dB)	DC��100		kHz
TA	Working environment temperature	-25��+85		��
TS	Storage environment temperature	-40��+100		��
RS	Internal resistance of secondary coil	TA =70�� 50		��
	standard	Q/3201CHGL02-2007

Boundary dimensions (mm) Original wiring diagram

[current sensor]CSM025AY Hall current sensor

2026-6-15 19:34:06

	model	CSM025AY
IPN	Primary rated input current	twenty-five		A
IP	Measurement range of primary current	0��±36		A
ISN	Rated output current on the secondary side	twenty-five		mA
KN	turns ratio	1-2-3-4��1000
RM	Measure resistance (VC=± 15V)	54-360 when IP=± 25A	68-190 when IP=± 36A	��
VC	power supply voltage	±12��±15(±5%)		V
IC	current consumption	VC=±15V 10+Is		mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2		%FS
X	precision	TA =25�� VC=±15V ±0.7		%
I0	Zero offset current	TA =25�� <±0.15		mA
IOM	Magnetic misalignment current	IP��0 <±0.15		mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+70�� <±0.5		mA
Tr	response time	<1		��s
f	Band width (-1dB)	DC��100		kHz
TA	Working environment temperature	-25��+70		��
TS	Storage environment temperature	-40��+100		��
RP	Internal resistance of primary coil	TA =25�� 1.25		m��
RS	Internal resistance of secondary coil	TA =70�� 40		��
RIS	Isolation internal resistance	TA =25�� 1500		M��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase current value can be measured at the output terminal.
2. The current input terminal of the sensor should be firmly and reliably soldered to the circuit board, and the width of the input terminal wire on the printed board should not be less than 1.5mm, the shorter the better. It is best to use double-sided epoxy board and double-sided wiring on the printed board to avoid overheating caused by long-term operation.
3. According to customer requirements, the original pins can be changed to four pins: 1, 3, and 6, 8.

[current sensor]CS600BT series Hall current sensor

2026-6-15 19:33:57

	model	CS030BT	CS050BT	CS100BT	CS200BT	CS300BT	CS400BT	CS500BT	CS600BT
IPN	Primary rated input current	thirty	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
IP	Measurement range of primary current	0��±60	0��±100	0��±200	0��±400	0��±600	0��±800	0��±900	0��±900	A
VOUT	Rated output voltage on the secondary side	± 1 (± 1%) or ± 2 (± 1%)								V
VC	power supply voltage	+5V (± 5%) or+12 (± 5%)								V
IC	Current consumption	twenty-five								mA
Vd	insulation voltage	Effective value of 2.5KV/50Hz/1 minute between the primary and secondary circuits
��L	linearity	±1								%FS
V0	Zero offset voltage	TA =25�� 2.5V±1%								V
VOM	Magnetic misalignment voltage	IPN��0 <±20								mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA =-25��+85�� <±1								mV/��
Tr	response time	��3								��s
f	Band width (-3dB)	DC��20								kHz
TA	Working environment temperature	-25��+85								��
TS	Storage environment temperature	-40��+100								��
RL	load resistor	��10K								��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

[current sensor]CS040GT series Hall current sensor

2026-6-15 19:33:48

Product Description: How to Translate
The CS040GT series Hall current sensor applies the open-loop principle of Hall effect to measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

Electrical parameters

	model	CS010GT	CS020GT	CS030GT	CS040GT
IPN	Primary rated input current	ten	twenty	thirty	forty	A
IP	Measurement range of primary current	0��±20	0��±40	0��±60	0��±80	A
VOUT	Rated output voltage on the secondary side	± 1 (± 1%) or ± 2 (± 1%)				V
VC	power supply voltage	+5 (± 5%) or+12 (± 5%)				V
IC	Current consumption	VC=+5V / +12V 20				mA
Vd	insulation voltage	Effective value of 2.5KV/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1				%FS
V0	Zero offset voltage	IP=0 TA =25�� 2.5±1%				V
VOM	Magnetic misalignment voltage	IPN��0 <±20				mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+70�� <±1				mV/��
Tr	response time	��3				��s
f	Band width (-3dB)	DC��20				kHz
TA	Working environment temperature	-25��+70				��
TS	Storage environment temperature	-40��+85				��
RL	load resistor	��10K				��
	standard	Q/3201CHGL02-2007

CS040GT series Hall current sensor external dimensions (mm)

Pin Description: 1:+5V or+12V 2:0V (Power Ground) 3: Vout

[current sensor]CS5000KA Series Hall Removable Current Sensor

2026-6-15 19:33:40

Product Description: How to Translate
The CS5000KA series Hall detachable current sensor is a current sensor that applies the Hall effect open-loop principle. It can measure DC, AC, pulse, and various irregular waveform currents under electrical isolation conditions.

Electrical parameters

	model	CS600KA	CS1000KA	CS2000KA	CS3000KA	CS5000KA
I_PN	Primary rated input current	six hundred	one thousand	two thousand	three thousand	five thousand	A
I_P	Measurement range of primary current	0��±1200	0��±2000	0��±4000	0��±6000	0��±7500	A
V_OUT	Rated output voltage on the secondary side	4±1%					V
V_C	power supply voltage	±12��±15(±5%)					V
I_C	current consumption	V_C=±15V <25					mA
V_d	insulation voltage	6KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	<1					%FS
V₀	Zero offset voltage	T_A=25�� <±25					mV
V_OM	Magnetic misalignment voltage	I_PN��0 <±30					mV
V_OT	Unbalanced voltage temperature drift	I_P=0 T_A=-25��+85�� <±1					mV/��
Tr	response time	<7					��s
f	Band width (-3dB)	DC��20					kHz
T_A	Working environment temperature	-25��+85					��
T_S	Storage environment temperature	-40��+100					��
R_L	load resistor	��10K					��
	standard	Q/3201CHGL02-2007

CS5000KA series Hall detachable current sensor external dimensions (mm)

screen.width-500)this.width=screen.width-500" style="HEIGHT: 330px; WIDTH: 382px; FILTER: none" border=0 hspace=0 alt="CS5000KA series Hall detachable current sensor external dimensions" src="/upload2010/201008/20100801202306970.jpg" width=382 height=330>
Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

[current sensor]CS2500KF2 Series Hall Removable Current Sensor

2026-6-15 19:33:31

CS2500KF2 series Hall detachable current sensor electrical parameters

	model	CS500KF2	CS1000KF2	CS1500KF2	CS2000KF2	CS2500KF2
IPN	Primary rated input current	five hundred	one thousand	one thousand and five hundred	two thousand	two thousand and five hundred	A
IP	Measurement range of primary current	0��±1000	0��±2000	0��±3000	0��±3000	0��±3000	A
VOUT	Rated output voltage on the secondary side	4±1%					V
VC	power supply voltage	±12��±15(±5%)					V
IC	Current consumption	VC=±15V <25					mA
Vd	insulation voltage	6KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1					%FS
V0	Zero offset voltage	TA =25�� <±25					mV
VOM	Magnetic misalignment voltage	IPN��0 <±30					mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1					mV/��
Tr	response time	<7					��s
f	Band width (-3dB)	DC��20					kHz
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
RL	load resistor	��10K					��
	standard	Q/3201CHGL02-2007

CS2500KF2 series Hall detachable current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment
Lead output wiring: Red:+15V Blue: -15V Yellow: Vout Black: 0V (power ground)

[current sensor]CS1000KF1 Series Hall Removable Current Sensor

2026-6-15 19:33:23

	model	CS200KF1	CS400KF1	CS600KF1	CS800KF1	CS1000KF1
IPN	Primary rated input current	two hundred	four hundred	six hundred	eight hundred	one thousand	A
IP	Measurement range of primary current	0��±400	0��±800	0��±1200	0��±1600	0��±2000	A
VOUT	Rated output voltage on the secondary side	4±1%					V
VC	power supply voltage	±12��±15��±5%��					V
IC	Current consumption	VC=±15V<25					mA
Vd	insulation voltage	Effective value of 2.5KV/50Hz/minute in the primary and secondary circuits
��L	linearity	<1					%FS
V0	Zero offset voltage	TA =25�� <±25					mV
VOM	Magnetic misalignment voltage	IPN��0 <±25					mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA =-25��+85�� <±1					mV/��
Tr	response time	��7					��s
f	Band width (-3dB)	DC��20					kHz
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
RL	Load resistance	��10K					��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment
Lead output wiring: Red:+15V Blue: -15V Yellow: Vout Black: 0V (power ground)

[current sensor]CS2000EK2 Series Hall Removable Current Sensor

2026-6-15 19:33:14

Product Description: How to Translate
The CS2000EK2 series Hall detachable current sensor applies the open-loop principle of Hall effect to measure currents of DC, AC, pulse, and various irregular waveforms under electrical isolation conditions.

CS2000EK2 series Hall detachable current sensor electrical parameters

	model	CS300EK2	CS400EK2	CS600EK2	CS800EK2	CS1000EK2	CS2000EK2
I_PN	Primary rated input current	three hundred	four hundred	six hundred	eight hundred	one thousand	two thousand	A
I_P	Measurement range of primary current	0��±600	0��±800	0��±1200	0��±1600	0��±2000	0��±3000	A
V_OUT	Rated output voltage on the secondary side	4±1%						V
V_C	power supply voltage	±12��±15(±5%)						V
I_C	Current consumption	V_C=±15V <25						mA
V_d	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	<1						%FS
V₀	Zero offset voltage	T_A=25�� <±25						mV
V_OM	Magnetic misalignment voltage	I_PN��0 <±25						mV
V_OT	Unbalanced voltage temperature drift	I_P=0 T_A=-25��+85�� <±1						mV/��
Tr	response time	��7						��s
f	Band width (-3dB)	DC��20						kHz
T_A	Working environment temperature	-25��+85						��
T_S	Storage environment temperature	-40��+100						��
R_L	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment
Lead output wiring: Red:+15V Blue: -15V Yellow: Vout Black: 0V (power ground)

[current sensor]CS500EK1 Series Hall Removable Current Sensor

2026-6-15 19:33:05

	model	CS050EK1	CS100EK1	CS200EK1	CS300EK1	CS400EK1	CS500EK1
IPN	Primary rated input current	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	A
IP	Measurement range of primary current	0��±100	0��±200	0��±400	0��±600	0��±800	0��±1000	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±12��±15(±5%)						V
IC	Current consumption	VC=±15V <25						mA
Vd	insulation voltage	3KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0 <±25						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1						mV/��
Tr	response time	��7						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

CS500EK1 series Hall detachable current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

CS500EK1 series Hall detachable current sensor

[current sensor]CS10000HB series Hall current sensor

2026-6-15 19:32:57

Product Description: How to Translate
A current sensor based on the open-loop principle of Hall effect can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

CS10000HB series Hall current sensor electrical parameters

	model	CS2000HB	CS3000HB	CS5000HB	CS8000HB	CS10000HB
IPN	Primary rated input current	two thousand	three thousand	five thousand	eight thousand	ten thousand	A
IP	Measurement range of primary current	0��±4000	0��±5000	0��±7500	0��±10000	0��±12000	A
VOUT	Rated output voltage on the secondary side	4±1%					V
VC	power supply voltage	±12��±15(±5%)					V
IC	Current consumption	VC=±15V <25					mA
Vd	insulation voltage	6KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1					%FS
V0	Zero offset voltage	TA =25�� <±25					mV
VOM	Magnetic misalignment voltage	IPN��0 <±30					mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1					mV/��
Tr	response time	<7					��s
f	Band width (-3dB)	DC��3					kHz
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
RL	Load resistance	��10K					��
	standard	Q/3201CHGL02-2007

CS10000HB series Hall current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment
Lead output wiring: Red:+15V Blue: -15V Yellow: Vout Black: 0V (power ground)

[current sensor]CS2000K Series Hall Removable Current Sensor

2026-6-15 19:32:48

	model	CS300K	CS500K	CS800K	CS1000K	CS2000K
IPN	Primary rated input current	three hundred	five hundred	eight hundred	one thousand	two thousand	A
IP	Measurement range of primary current	0��±600	0��±1000	0��±1600	0��±2000	0��±2500	A
VOUT	Rated output voltage on the secondary side	4±1%					V
VC	power supply voltage	±12��±15(±5%)					V
IC	Current consumption	VC=±15V <25					mA
Vd	insulation voltage	6KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1					%FS
V0	Zero offset voltage	TA =25�� <±25					mV
VOM	Magnetic misalignment voltage	IPN��0 <±30					mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1					mV/��
Tr	response time	��7					��s
f	Band width (-3dB)	DC��20					kHz
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
RL	Load resistance	��10K					��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment
Lead output wiring: Red:+15V Blue: -15V Yellow: Vout Black: 0V (power ground)

[current sensor]CS2000FA series Hall current sensor

2026-6-15 19:32:39

CS2000FA series Hall current sensor

A current sensor based on the open-loop principle of Hall effect can measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

Electrical parameters

	model	CS400FA	CS600FA	CS800FA	CS1000FA	CS1500FA	CS2000FA
IPN	Primary rated input current	four hundred	six hundred	eight hundred	one thousand	one thousand and five hundred	two thousand	A
IP	Measurement range of primary current	0��±800	0��±1200	0��±1600	0��±2000	0��±2500	0��±2500	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±12��±15(±5%)						V
IC	current consumption	VC=±15V <25						mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0 <±25						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1						mV/��
Tr	response time	��7						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

CS2000FA series Hall current sensor external dimensions (mm)

Pin output: 1,+15V 2, -15V 3, Vout 4, 0V (power ground) OFS, zero adjustment GIN, amplitude adjustment
Lead output: red,+15V blue, -15V yellow, Vout black, 0V (power ground)

[current sensor]CS1500CF series Hall current sensor

2026-6-15 19:32:30

CS1500CF series Hall current sensor electrical parameters

	model	CS200CF	CS400CF	CS600CF	CS800CF	CS1000CF	CS1500CF
IPN	Primary rated input current	two hundred	four hundred	six hundred	eight hundred	one thousand	one thousand and five hundred	A
IP	Measurement range of primary current	0��±400	0��±800	0��±1200	0��±1600	0��±2000	0��±2500	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±12��±15(±5%)						V
IC	current consumption	VC=±15V <25						mA
Vd	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0 <±25						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1						mV /��
Tr	response time	��7						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

Instructions for Use

1. Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase voltage value can be measured at the output terminal.
2. The output amplitude of the sensor can be adjusted appropriately according to user needs.
3. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]CS1000S series Hall current sensor

2026-6-15 19:32:22

CS1000S series Hall current sensor

	model	CS100S	CS200S	CS300S	CS400S	CS500S	CS600S	CS1000S
IPN	Primary rated input current	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	one thousand	A
IP	Measurement range of primary current	0��±300	0��±600	0��±900	0��±1200	0��±1200	0��±1200	0��±1200	A
VOUT	Rated output voltage on the secondary side	4±1%							V
VC	power supply voltage	±15(±5%)							V
IC	Current consumption	VC=±15V <25							mA
Vd	insulation voltage	3KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1							%FS
V0	Zero offset voltage	TA =25�� <±25							mV
VOM	Magnetic misalignment voltage	IPN��0 <±25							mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1							mV/��
Tr	response time	��5							��s
f	Band width (-3dB)	DC��20							kHz
TA	Working environment temperature	-25��+85							��
TS	Storage environment temperature	-40��+100							��
RL	load resistor	��10K							��
	standard	Q/3201CHGL02-2007

CS1000S series Hall current sensor external dimensions (mm)

screen.width-500)this.width=screen.width-500" style="HEIGHT: 333px; WIDTH: 450px; FILTER: none" border=0 hspace=0 alt="CS1000S series Hall current sensor external dimensions" src="/upload2010/201008/20100801191502357.jpg" width=450 height=333>
Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

[current sensor]CS600N series Hall current sensor

2026-6-15 19:32:13

Electrical parameters

	model	CS050N	CS100N	CS200N	CS300N	CS400N	CS500N	CS600N
IPN	Primary rated input current	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
IP	Measurement range of primary current	0~±100	0~±200	0~±400	0~±600	0~±800	0~±900	0~±900	A
VOUT	Rated output voltage on the secondary side	4±1%							V
VC	power supply voltage	±12��±15(±5%)							V
IC	Current consumption	VC =±15V <20							mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1							%FS
V0	Zero offset voltage	TA =25�� <±25							mV
VOM	Magnetic misalignment voltage	IPN��0 <±20							mV
VOT	Unbalanced voltage temperature drift	IP=0 TA =-25��+85�� <±1							mV/��
Tr	response time	��5							��s
f	Band width (-3dB)	DC��20							kHz
TA	Working environment temperature	-25��+85							��
TS	Storage environment temperature	-40��+100							��
RL	Load resistance	��10K							��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

[current sensor]CS050LX series Hall current sensor

2026-6-15 19:32:04

	model	CS005LX	CS010LX	CS015LX	CS020LX	CS025LX	CS030LX	CS050LX
IPN	Primary rated input current	five	ten	fifteen	twenty	twenty-five	thirty	fifty	A
IP	Measurement range of primary current	0��±7.5	0��±15	0��±22.5	0��±30	0��±37.5	0��±45	0��±75	A
VOUT	Rated output voltage on the secondary side	4±1%							V
VC	power supply voltage	±12��±15(±5%)							V
IC	Current consumption	VC=±15V <10							mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
	insulation strength	�� 500M �� at 500V DC
��L	linearity	<1							%FS
V0	Zero offset voltage	TA =25�� <±30							mV
VOM	Magnetic misalignment voltage	IPN��0 <±20							mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA =-25��+85�� <±1.5							mV/��
Tr	response time	��3							��s
f	Band width (-3dB)	DC��20							kHz
TA	Working environment temperature	-25��+85							��
TS	Storage environment temperature	-40��+100							��
RL	load resistor	��10K							��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) 5: Primary Current Input 6: Primary Current Output

[current sensor]CSM005A series Hall current sensor

2026-6-15 19:31:55

	model	CSM001A	CSM002A	CSM003A	CSM005A
IPN	Primary rated input current	one	two	three	five	A
IP	Measurement range of primary current	0��±2	0��±4	0��±6	0��±10	A
ISN	Rated output current on the secondary side	twenty-five	twenty-five	twenty-five	twenty-five	mA
KN	turns ratio	25:1000	12:960	8:960	5:1000
RM	Measure resistance (VC=± 15V)	±IPN max 100~460		±IP max 100~205		��
VC	power supply voltage	±12��±15(±5%)				V
IC	Current consumption	VC=±15V 10+Is				mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<0.2				%FS
XG	precision	TA =25�� VC=±15V ±0.7				%
I0	Zero offset current	TA =25�� <±0.15				mA
IOM	Magnetic misalignment current	IP��0 <±0.15				mA
IOT	Imbalance current temperature drift	IP=0 TA =-25��+85�� <±0.5				mA
Tr	response time	<1				��s
f	Band width (-1dB)	DC��100				kHz
TA	Working environment temperature	-25��+85				��
TS	Storage environment temperature	-40��+100				��
RS	Internal resistance of secondary coil	TA =85�� 50				��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

External wiring diagram

Instructions for Use
1. Incorrect wiring of sensors may result in module damage. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase current value can be measured at the output terminal.
2. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]A-CS300E Series Hall AC Current Sensor

2026-6-15 19:31:47

A-CS300E series Hall AC current sensor electrical parameters

	model		A-CS030E	A-CS050E	A-CS100E	A-CS150E	A-CS200E	A-CS300E
IPN	Primary rated input current		30( AC)	50(AC)	100(AC)	150(AC)	200(AC)	300(AC)	A(rms)
IP	Measurement range of primary current		0��60(AC)	0��100(AC)	0��200(AC)	0��300(AC)	0��400(AC)	0��600(AC)	A(rms)
VOUT	Rated output voltage on the secondary side		4±1%��DC��						V
VC	power supply voltage		±12��±15��±5%��						V
IC	Current consumption		VC=±15V<20						mA
Vd	insulation voltage		2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity		<±1						%FS
V0	Zero offset voltage		TA =25�� <±20						mV
VOT	Offset voltage drift		IP=0 TA =-25��+85�� <±1						mV/��
Tr	response time		��20						ms
f	response frequency		20Hz��20kHz
TA		Working environment temperature	-25��+85						��
TS		Storage environment temperature	-40��+100						��
RL		load resistor	��10K						��
		standard	Q/3201CHGL02-2007

A-CS300E series Hall AC current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. When the measured current passes through the sensor, the corresponding voltage value can be measured at the output terminal.
2. The output amplitude of the sensor can be adjusted appropriately according to user needs.
3. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]A-CS400EK1 series Hall detachable AC current sensor

2026-6-15 19:31:38

A-CS400EK1 series Hall detachable AC current sensor

	model	A-CS050EK1	A-CS100EK1	A-CS200EK1	A-CS300EK1	A-CS400EK1
IPN	Primary rated input current	50(AC)	100(AC)	200(AC)	300(AC)	400(AC)	A(rms)
IP	Measurement range of primary current	0��100(AC)	0��200(AC)	0��400(AC)	0��600(AC)	0��800(AC)	A(rms)
VOUT	Rated output voltage on the secondary side	4±1%��DC��					V
VC	power supply voltage	±12��±15��±5%��					V
IC	Current consumption	VC=±15V <25					mA
Vd	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<±1					%FS
V0	Zero offset voltage	TA =25�� <±20					mV
VOT	Offset voltage drift	IP=0 TA =-25��+85�� <±1					mV/��
Tr	response time	��20					ms
f	response frequency	20Hz��20kHz
TA	Working environment temperature	-25��+85					��
TS	Storage environment temperature	-40��+100					��
RL	load resistor	��10K					��
	standard	Q/3201CHGL02-2007

A-CS400EK1 series Hall detachable AC current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

[current sensor]A-CS500EK1T series Hall detachable AC current sensor

2026-6-15 19:31:29

A-CS500EK1T series Hall detachable AC current sensor

	model	A-CS030EK1T	A-CS050EK1T	A-CS100EK1T	A-CS200EK1T	A-CS300EK1T	A-CS500EK1T
I_PN	Rated input current	0-30(AC)	0-50(AC)	0-100(AC)	0-200(AC)	0-300(AC)	0-500(AC)	A(rms)
I_P	Measuring current range	0��60(AC)	0��100(AC)	0��200(AC)	0��400(AC)	0��600(AC)	0��1000(AC)	A(rms)
I_S	Secondary output current	4-20��DC��						mA
R_L	load resistor	80~450						��
V_C	power supply voltage	24±5%						V
��_L	linearity	<1						%FS
X_G	precision	T_A=25��±0.5						% FS
I_OT	Imbalance current drift	I_P=0 T_A=-25��+85�� <0.005						mA/��
Tr	response time	��20						ms
f	response frequency	20Hz��10kHz
V_d	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
T_A	Working environment temperature	-25��+85						��
T_S	Storage environment temperature	-40��+100						��
	Internal protection	Non-polar protection

A-CS500EK1T series Hall detachable AC current sensor external dimensions (mm)

Pin Description:+, Positive Power Supply M, Current Output 0, Power Ground OFS, Zero Point Adjustment GIN, Amplitude Adjustment

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. When the measured current passes through the sensor, the corresponding current value can be measured at the output terminal. 2. The output amplitude of the sensor can be adjusted appropriately according to user needs. 3. Sensors with different rated input currents can be customized according to user needs.

[current sensor]A-CS2000EK2T series Hall detachable AC current sensor

2026-6-15 19:31:21

A-CS2000EK2T series Hall detachable AC current sensor

	model	A-CS200EK2T	A-CS500EK2T	A-CS1000EK2T	A-CS1500EK2T	A-CS2000EK2T
I_PN	Rated input current	200(AC)	500(AC)	1000(AC)	1500(AC)	2000(AC)	A(rms)
I_P	Measuring current range	0��400(AC)	0��1000(AC)	0��2000(AC)	0��3000(AC)	0��3000(AC)	A(rms)
I_S	Secondary output current	4-20(DC)					mA
R_L	load resistor	80~450					��
V_C	power supply voltage	24±5%					V
��_L	linearity	<1					%FS
X_G	precision	T_A=25�� ±0.5					% FS
I_OT	Imbalance current drift	I_P=0 T_A=-25��+85�� <0.005					mA/��
Tr	response time	��20					ms
f	response frequency	20Hz��20kHz
V_d	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
T_A	Working environment temperature	-25��+85					��
T_S	Storage environment temperature	-40��+100					��
	Internal protection	Polarity protection

Dimensions (mm)

Pin Description:+, Positive Power 0, Power Ground M, Current Output OFS, Zero Point Adjustment GIN, Amplitude Adjustment

[current sensor]A-CS1500KT series Hall detachable AC current sensor

2026-6-15 19:31:12

Electrical parameters

	model	A-CS300KT	A-CS500KT	A-CS1000KT	A-CS1500KT
I_PN	Rated input current	300(AC)	500(AC)	1000(AC)	1500(AC)	A(rms)
I_P	Measuring current range	0��600(AC)	0��1000(AC)	0��2000(AC)	0��2500(AC)	A(rms)
I_S	Secondary output current	4-20��DC��				mA
R_L	Load resistance	80~450				��
V_C	power supply voltage	24±5%				V
��_L	linearity	<1				%FS
X_G	precision	T_A=25�� ±0.5				% FS
I_OT	Imbalance current drift	I_P=0 T_A=-25��+85�� <0.005				mA/��
Tr	response time	��20				ms
f	response frequency	20Hz��20kHz
V_d	insulation voltage	5KV effective value/50Hz/1 minute between the primary and secondary circuits
T_A	Working environment temperature	-25��+85				��
T_S	Storage environment temperature	-40��+100				��
	Internal protection	Polarity protection

Dimensions (mm)

Terminal description:+, positive power supply 0, power supply ground M, current output OFS, zero point adjustment GIN, amplitude adjustment

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. When the measured current passes through the sensor, the corresponding current value can be measured at the output terminal. 2. The output amplitude of the sensor can be adjusted appropriately according to user needs. 3. Sensors with different rated input currents can be customized according to user needs.

[current sensor]A-CS300B Series Hall AC Current Sensor

2026-6-15 19:31:04

A-CS300B series Hall AC current sensor electrical parameters

	model		A-CS030B	A-CS050B	A-CS100B	A-CS150B	A-CS200B	A-CS300B
I_PN	Primary rated input current		30( AC)	50(AC)	100(AC)	150(AC)	200(AC)	300(AC)	A(rms)
I_P	Measurement range of primary current		0��60(AC)	0��100(AC)	0��200(AC)	0��300(AC)	0��400(AC)	0��600(AC)	A(rms)
V_OUT	Rated output voltage on the secondary side		4±1%��DC��						V
V_C	power supply voltage		±12��±15��±5%��						V
I_C	Current consumption		V_C=±15V <20						mA
V_d	insulation voltage		2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity		<±1						%FS
V₀	Zero offset voltage		T_A=25�� <±20						mV
V_OT	Offset voltage drift		I_P=0 T_A=-25��+85�� <±1						mV/��
Tr	response time		��20						ms
f	response frequency		20Hz��20kHz
T_A		Working environment temperature	-25��+85						��
T_S		Storage environment temperature	-40��+100						��
R_L		load resistor	��10K						��
		standard	Q/3201CHGL02-2007

A-CS300B series Hall AC current sensor external dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. When the measured current passes through the sensor, the corresponding voltage value can be measured at the output terminal. 2. The output amplitude of the sensor can be adjusted appropriately according to user needs. 3. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]CS600E2 series Hall current sensor

2026-6-15 19:30:55

	model	CS100E2	CS200E2	CS300E2	CS400E2	CS500E2	CS600E2
IPN	Primary rated input current	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
IP	Measurement range of primary current	0��±200	0��±400	0��±600	0��±800	0��±1000	0��±1000	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±15(±5%)						V
IC	Current consumption	VC=±15V <20						mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0<±20						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA=-25��+85��<±1						mV/��
Tr	response time	��5						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1: 0V (Power Ground) 2: -15V 3: Vout 4:+15V OFS: Zero Point Adjustment GIN: Amplitude Adjustment

CS600E2 series Hall current sensor

[current sensor]CS500E series Hall current sensor

2026-6-15 19:30:46

The CS500E series Hall current sensor is a current sensor that applies the open-loop principle of Hall effect. It can measure DC, AC, pulse, and various irregular waveforms of current under electrical isolation conditions.

Electrical parameters

Electrical parameters
	model	CS050E	CS100E	CS200E	CS300E	CS400E	CS500E
IPN	Primary rated input current	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	A
IP	Measurement range of primary current	0��±100	0��±200	0��±400	0��±600	0��±800	0��±800	A
VOUT	Rated output voltage on the secondary side	4±1%						V
VC	power supply voltage	±12��±15(±5%)						V
IC	current consumption	VC=±15V <20						mA
Vd	insulation voltage	2.5 KV RMS/50Hz/1 minute between primary and secondary circuits
��L	linearity	<1						%FS
V0	Zero offset voltage	TA =25�� <±25						mV
VOM	Magnetic misalignment voltage	IPN��0 <±20						mV
VOT	Unbalanced voltage temperature drift	IP=0 TA=-25��+85�� <±1						mV/��
Tr	response time	��3						��s
f	Band width (-3dB)	DC��20						kHz
TA	Working environment temperature	-25��+85						��
TS	Storage environment temperature	-40��+100						��
RL	load resistor	��10K						��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

Pin Description: 1:+15V 2: -15V 3: Vout 4:0V (Power Ground) OFS: Zero Point Adjustment GIN: Amplitude Adjustment

CS500E series Hall current sensor

[current sensor]CS600B-2P series Hall current sensor

2026-6-15 19:30:38

	model	CS050B-2P	CS100B-2P	CS200B-2P	CS300B-2P	CS400B-2P	CS500B-2P	CS600B-2P
I_PN	Primary rated input current	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
I_P	Measurement range of primary current	0~±100	0~±200	0~±400	0~±600	0~±800	0~±900	0~±900	A
V_OUTone	Rated output voltage of secondary side ��	4±1%							V
V_OUTtwo	Secondary rated output voltage ��	-60 ± 1% or -75 ± 1%							mV
V_C	power supply voltage	±12��±15(±5%)							V
I_C	Current consumption	V_C=±15V <20							mA
V_d	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	<1							%FS
V₀	Zero offset voltage	T_A=25��<±1							%
V_OM	Magnetic misalignment voltage	I_PN��0<±1							%
V_OT	Unbalanced voltage temperature drift	I_P=0 T_A=-25��+85�� <±0.00025%							/��
Tr	response time	��3							��s
f	Band width (-3dB)	DC��20							kHz
T_A	Working environment temperature	-25��+85							��
T_S	Storage environment temperature	-40��+100							��
R_L	Load resistance	��10K							��

Dimensions (mm)

Pin output: 1,+15V 2, -15V 3, 0V (power ground) 4, output �� 5, output ��
Lead output: red,+15V blue, -15V (black, white), 0V (power ground) yellow, output �� green, output ��
3. OFS1 (output �� zeroing); GIN1 (output amplitude modulation); OFS2 (output �� zeroing); GIN2 (output �� amplitude modulation)

Instructions for Use
1. Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the direction of the sensor arrow, the in-phase voltage value can be measured at the output terminal.
2. The output amplitude of the sensor can be adjusted appropriately according to user needs.
3. Sensors with different rated input currents and output voltages can be customized according to user needs.

[current sensor]CS600B series Hall current sensor

2026-6-15 19:30:29

Electrical parameters

	model	CS050B	CS100B	CS200B	CS300B	CS400B	CS500B	CS600B
I_PN	Primary rated input current	fifty	one hundred	two hundred	three hundred	four hundred	five hundred	six hundred	A
I_P	Measurement range of primary current	0~±100	0~±200	0~±400	0~±600	0~±800	0~±900	0~±900	A
V_OUT	Rated output voltage on the secondary side	4±1%							V
V_C	power supply voltage	±12��±15(±5%)							V
I_C	Current consumption	V_C=±15V <20							mA
V_d	insulation voltage	2.5KV effective value/50Hz/1 minute between the primary and secondary circuits
��_L	linearity	<1							%FS
V₀	Zero offset voltage	T_A=25��<±25							mV
V_OM	Magnetic misalignment voltage	I_PN��0<±20							mV
V_OT	Unbalanced voltage temperature drift	I_P=0 T_A=-25��+85�� <±1							mV/��
Tr	response time	��3							��s
f	Band width (-3dB)	DC��20							kHz
T_A	Working environment temperature	-25��+85							��
T_S	Storage environment temperature	-40��+100							��
R_L	load resistor	��10K							��
	standard	Q/3201CHGL02-2007

Dimensions (mm)

CS600B series Hall current sensor

[current sensor]CS040G series Hall current sensor

2026-6-15 19:30:20

The CS040G series Hall current sensor applies the open-loop principle of Hall effect to measure currents of DC, AC, pulse, and various irregular waveforms under electrically isolated conditions.

Electrical parameters of CS040G series Hall current sensor

	model	CS010G	CS020G	CS030G	CS040G
IPN	Primary rated input current	ten	twenty	thirty	forty	A
IP	Measurement range of primary current	0��±20	0��±40	0��±60	0��±80	A
VOUT	Rated output voltage on the secondary side	1±1%				V
VC	power supply voltage	±12��±15(±5%)				V
IC	Current consumption	VC=±15V <20				mA
Vd	insulation voltage	Effective value of 2.5KV/50Hz/1 minute between the primary and secondary circuits
��L	linearity	<1				%FS
V0	Zero offset voltage	TA =25�� <±30				mV
VOM	Magnetic misalignment voltage	IPN��0 <±20				mV
VOT	Unbalanced voltage temperature drift	IPN=0 TA =-25��+70�� <±1				mV/��
Tr	response time	��3				��s
f	Band width (-3dB)	DC��20				kHz
TA	Working environment temperature	-25��+70				��
TS	Storage environment temperature	-40��+85				��
RL	load resistor	��10K				��
	standard	Q/3201CHGL02-2007

Dimensions (mm) Input current - Output voltage

CS040G series Hall current sensor