ELECTROHMS | Hall Effect Current Sensors Products

Closed Loop Current Sensor

Product No	Nominal Input (Ipn)	Max Input (Ip)	Supply Voltage	Output @Ipn	Bandwidth -3dB	Accuracy	Secondary Termination	Mounting Type
HA025T01	25	± 56	+5 V	2.5 ± 0.625 V	DC- 200 KHz	± 0.65 %	PIN	PCB
HA025T01 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HE055T01	50 Arms	± 70 A	±12 ... ± 15 V	50 mA	DC - 200 kHz	± 0.65 %	Pin Terminals	PCB
HE055T01 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HE050T04	50 Arms	± 75 A	±12 ... ± 15 V	25 mA	DC - 100 kHz	± 0.80 %	Tab Terminals	Panel
HE050T04 These products are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, industrial drives AC drives & DC drives, Control in process application like light control, Heater load control etc
HE100T01	100 Arms	± 150 A	±12 ... ± 15 V	50 mA	DC - 200 kHz	± 0.65 %	Pin Terminals	PCB
HE100T01 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HE100T04	100 Arms	± 150 A	±12 ... ± 15 V	50 mA	DC - 100 kHz	± 0.80 %	Tab Terminals	Panel
HE100T04 These products are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, industrial drives AC drives & DC drives, Control in process application like light control, Heater load control etc
HE200T04	200 Arms	± 420 A	±12 ... ± 15 V	100 mA	DC - 100 kHz	± 0.80 %	Tab Terminals	Panel
HE200T04 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control etc.
HE300T04	300 Arms	± 500 A	±12 ... ± 15 V	150 mA	DC - 100 kHz	± 0.80 %	Tab Terminals	Panel
HE300T04 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HEF300T03	300 Arms	± 860 A	± 24 V	120 mA	DC - 100 kHz	± 0.47 %	Connector Header	Panel
HEF300T03 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control etc.
HE500T02	500 Arms	± 800 A	±15 ... ± 24 V	100 mA	DC - 100 kHz	± 0.60 %	Connector Header	Panel
HE500T02 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HE500T05	500 Arms	± 800 A	±15 ... ± 24 V	100 mA	DC - 100 kHz	± 0.60 %	Connector Header	Panel
HE500T05 Closed loop hall effect current sensors are used in the measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives, in process control applications like light control, heater load control, etc.
HED500T01	500 Arms	± 1500 A	±15 ... ± 24 V	100 mA	DC - 100 kHz	± 0.70 %	M5 stud with faston Tab	Panel
HED500T01 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HE1K0T03	1000 Arms	± 1500 A	±15 ... ± 24 V	200 mA	DC - 100 kHz	± 0.40 %	Connector Header	Panel
HE1K0T03 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HED1K0T01	1000 Arms	± 2400 A	±15 ... ± 24 V	200 mA	DC - 100 kHz	± 0.80 %	M5 stud with faston Tab	Panel
HED1K0T01 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HED1K0T01 - CB11	1000 Arms	± 2400 A	±15 ... ± 24 V	250 mA	DC - 100 kHz	± 0.80 %	M5 stud with faston Tab	Panel
HED1K0T01 - CB11 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HER1K0T03	1000 Arms	± 2000 A	± 24 V	200 mA	DC - 100 kHz	± 0.30 %	AMP Connectors	Panel
HER1K0T03 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HED1K3T01	1300 Arms	± 3000 A	±15 ... ± 24 V	325 mA	DC - 100 kHz	± 0.80 %	M5 stud with faston Tab	Panel
HED1K3T01 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HED1K3T01 CB11	1300 Arms	± 2800 A	±21 ... ± 24 V	325 mA	DC - 100 kHz	± 0.40 %	M5 stud with faston Tab	Panel
HED1K3T01 CB11 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.
HE2K0T01-CB10	2000 Arms	± 3000 A	±15 ... ± 24 V	400 mA	DC - 100 kHz	± 0.30 %	M5 stud with faston Tab	Panel
HE2K0T01-CB10 Closed loop hall effect current sensors are used in measurement of Alternating and Direct Current in electrical and electronic equipments such as SMPS, UPS, AC & DC industrial drives.

Open Loop Current Sensors

Product No	Nominal Input (Ipn)	Max Input (Ip)	Supply Voltage	Output @Ipn	Bandwidth -3dB	Accuracy	Secondary Termination	Mounting Type
HL200T05	200 Arms	± 400 A	5 V	± 0.625 V	20 kHz	<1 %	Connector Header	Panel
HL200T05 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HLB600T01	600 A	± 600	5 V	+ 2.0 V	20 kHz	<1 %	NA	PCB mountable
HLB600T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HLB800T01	800 A	± 800	5 V	+ 2.0 V	20 kHz	<1 %	NA	PCB mountable
HLB800T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HLE200T01	200 A	-200 to +600	5 V	+ 1.0 V	50 kHz	±1 %	NA	PCB mountable
HLE200T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HLG075/1K0T01	75 A,1000 A	1000	5 V	+ 2.0 V	70 Hz	±1 %	Rectangular Connector Housing	Panel
HLG075/1K0T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS050T01	50 Arms	± 150 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS050T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS100T01	100 Arms	± 300 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS100T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS200T01	200 Arms	± 600 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS200T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS200T01	200 Arms	±600 A	±15 V	± 4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS200T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS300T01	300 Arms	± 900 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS300T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS400T01	400 Arms	± 900 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS400T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS400T01	400 Arms	±1200 A	±15 V	± 4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS400T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS500T01	500 Arms	± 900 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS500T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS500T01	500 Arms	±1500A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS500T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM500T01	500 Arms	±1500A	±15	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM500T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HS600T01	600 Arms	± 900 A	±15 V	± 4.0 V	DC - 50 kHz	±1.0 %	Connector Header	Panel
HS600T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS600T01	600 Arms	±1800 A	±15 V	± 4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS600T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM600T01	600 Arms	±1800A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM600T01 Open loop hall effect current sensor measure DC, Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM750T01	750 Arms	±2250A	±15	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM750T01 Compact Hall Effect Current Sensor with open loop technology to measure DC, AC and complex current wave forms while providing galvanic isolation.The advantages is low insertion losses, easy installation, low power consumption and only one design for wide current ratings range.
HSS800T01	800 Arms	±2400A	±15	±4	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS800T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM850T01	850 Arms	±2550A	±15 V	±4.0 V	DC - 20 kHz	±1.0 %	Connector Header	Panel
HSM850T01 Compact Hall Effect Current Sensor with open loop technology to measure DC, AC and complex current wave forms while providing galvanic isolation.The advantages is low insertion losses, easy installation, low power consumption and only one design for wide current ratings range.
HSM1K0T01	1000 Arms	±3000A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM1K0T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS1K0T01	1000 Arms	±2500A	±15	±4	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS1K0T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSS1K2T01	1200 Arms	±2500A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS1K2T01 Open loop Hall Effect Current Sensor measure DC, AC and complex current wave forms while providing galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption.
HSS1K5T01	1500 Arms	±2500A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSS1K5T01 Open loop Hall Effect Current Sensor measure DC, AC and complex current wave forms while providing galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption.
HSM1K5T01	1500 Arms	±3000A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM1K5T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM2K0T01	2000 Arms	±5500A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM2K0T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.
HSM2K5T01	2500 Arms	±5500A	±15 V	±4.0 V	DC - 25 kHz	±1.0 %	Connector Header	Panel
HSM2K5T01 Open loop hall effect current sensor measure DC, AC and complex current wave forms with galvanic isolation. The advantages include low cost, small size, lightweight and low power consumption and are especially advantageous when measuring high currents.

Split Core Hall Effect Current Sensor

Product No	Nominal Input (Ipn)	Max Input (Ip)	Supply Voltage	Output @Ipn	Bandwidth -3dB	Accuracy	Secondary Termination	Mounting Type
HJ050T02	50 Arms	±100 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ050T02 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ050T09	50 Arms	±100 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ050T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK050T03	50 Arms	±100 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	±2.0 %	Connector Header	Panel
HK050T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK50T09	50 Arms	±100 A	±15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK50T09 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ100T02	100 Arms	±200 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ100T02 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ100T09	100 Arms	±200 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ100T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK100T03	100 Arms	±200 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK100T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK100T09	100 Arms	±200 A	±15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK100T09 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ200T02	200 Arms	±400 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ200T02 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ200T09	200 Arms	±400 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ200T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK200T03	200 Arms	±400 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK200T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK200T09	200 Arms	±400 A	±15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK200T09 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ300T02- CB10	300 Arms	±600 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ300T02- CB10 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ300T09	300 Arms	±600 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ300T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK300T03	300 Arms	± 600 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK300T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK300T09	300 Arms	±600 A	±15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK300T09 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ400T02-CB10	400 Arms	±800 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ400T02-CB10 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ400T09	400 Arms	±800 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ400T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK400T03	400 Arms	±800 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK400T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK400T09	400 Arms	±800 A	±15 V	± 4.0 V	DC - 20 kHz	±2.0 %	Connector Header	Panel
HK400T09 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ500T02-CB10	500 Arms	±900 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ500T02-CB10 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJ500T09	500 Arms	±800 A	+5.0 V	2.5 ± 1.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HJ500T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK500T03	500 Arms	± 800 A	±12 ... ± 15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK500T03 Split-core hall effect current sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HK500T09	500 Arms	±800 A	±15 V	± 4.0 V	DC - 20 kHz	± 2.0 %	Connector Header	Panel
HK500T09 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.
HJA1K5T01	1500 Arms	1800 A	+9 ... +18 V	2.5 ± 1.5 V	DC	±1.0 %	Connector Header	Panel
HJA1K5T01 Split-core Hall Effect Current Sensor are perfect for clamping on existing electrical wiring by snapping around the current carrying cable. These are the best solution to measure or sense DC current passing through the center conductor, when the removal of cable lugs or termination is not feasible on critical installations.

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