Hall Effect Current Transformer
General Details
Hall Effect Current transformer is used for the measurement of current with a galvanic isolation between the primary circuit (high power) and the secondary circuit (electronic circuit).
Product Highlights
- Split Core
- Response time < 7.0µs
- Linearity <0.1%
- Accuracy ±1.0%
- Bi-directional AC, DC Current measurement
Technical Info
Hall Effect DC CT
| Sr.No | Part Number | Rating(A) | Measuring Range (A) | Uni-directional or Bi-directional CT | Output Voltage(V DC) | Operating Temp.(°C) | Measuring Accuracy (%) | linearity (%) | Note |
|---|---|---|---|---|---|---|---|---|---|
| 1 | I EPL 50DC12V | 50A | -50A to50A | U & B | 2.5±2.0 | -10 °C –+85°C | ±1 | 0.1 | ● |
| 2 | IEPL100DC12V | 100A | -100A to100A | U & B | 2.5±2.0 | -10 °C –+85°C | ±1 | 0.1 | ● |
| 3 | IEPL200DC12V | 200A | -200A to+200A | U & B | 2.5±2.0 | -10 °C –+85°C | ±1 | 0.1 | ● |
| 4 | IEPL300DC12V | 300A | -300A- to+300 | AU & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ● |
| 5 | IEPL100DC 12V4OMM |
100A | -100A to+100A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ● |
| 6 | IEPL200DC 12V4OMM |
200A | -200A to+200A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 7 | IEPL300DC 12V4OMM |
300A | -300A to+300A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 8 | IEPL400DC 12V4OMM |
400A | -400A to+400A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 9 | IEPL500DC 12V4OMM |
500A | -500A to+500A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 10 | IEPL5ODC12VR | 50A | -50A to+50A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 11 | IEPL100DC12VR 12VR |
100A | -100A to+100A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 12 | IEPL100DC 12VR6OMM |
100A | -100A to+100A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
| 13 | IEPL200DC 12VR6OMM |
200A | -200A to+200A | U & B | 2.5±2.0 | -10°C –+85°C | ±1 | 0.1 | ■ |
Note:- “●” Indicates In Production CT And “■” Indicates Future Development.
Hall Effect AC CT
| Sr.No | Part Number | Rating(A) | Measuring Range (A) | Auxiliary supply voltage(v) | Output Voltage(V DC) | Operating Temp.(℃) | Measuring Accuracy (%) | linearity (%) | Note |
|---|---|---|---|---|---|---|---|---|---|
| 1 | I EPL 50AC 12V | 50A | 0 to 50A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ● |
| 2 | IEPL100AC12V | 100A | 0 to 100A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ● |
| 3 | IEPL200AC12V | 200A | 0 to 200A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ● |
| 4 | IEPL300AC12V | 300A | 0 to 300A | +12 | OV-1 .5V | -10°C –+85°C | ±1 | 0.1 | ● |
| 5 | IEPL100AC 12V4OMM |
100A | 0 to 100A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ● |
| 6 | IEPL200AC 12V4OMM |
200A | 0 to 200A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 7 | I EPL300AC 12V4OMM |
300A | 0 to 300A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 8 | I EPL400AC 12V4OMM |
400A | 0 to 400A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 9 | I EPL500AC 12V4OMM |
500A | 0 to 500A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 10 | IEPL5OAC12VR | 50A | 0 to 50A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 11 | IEPL100AC12VR | 100A | 0 to 100A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 12 | IEPL100AC 12VR6OMM | 100A | 0 to 100A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
| 13 | IEPL200AC 12VR6OMM |
200A | 0 to 200A | +12 | OV-1.5V | -10°C –+85°C | ±1 | 0.1 | ■ |
Applications
- Battery chargers
- Power Supplies
- UPS
- Inverter
- Electrial Welding Machines
- Metering Application
- Battery Monitoring System