HJ050T02 |
50 Arms |
±100 A |
+5.0 V |
2.5 ± 1.0 V |
DC - 20 kHz |
± 2.0 % |
Connector Header |
Panel |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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.
|