HBC1000S SeriesCurrent Transducer Hall Current Sensor for PV
Inverter Detection with 0 to 1000A Operating Current
The HBC1000S series closed-loop Hall current sensor uses the closed-loop Hall effect
principle. The measuring range is 0-1000A. Supply voltage is DC
15-24V. It can accurately measure DC, AC, and pulse currents. The
product offers high accuracy and excellent linearity. Low
temperature drift ensures stable measurement over a wide
temperature range. Electrical isolation is provided between the
primary and secondary circuits. It has no insertion loss, low power
consumption, strong external interference rejection, and optimised
response time. It is widely used in photovoltaic inverter current
sensing, new energy generation monitoring, industrial power
monitoring, and battery management systems.
Features
- Measuring range – 0-1000A
- Supply voltage – DC 15-24V
- Measurement type – DC / AC / pulse
- Accuracy – high
- Linearity – excellent
- Temperature drift – low
- Anti-interference capability – high
- Insertion loss – none
Applications
- Photovoltaic inverter current sensing
- New energy generation monitoring
- Industrial power monitoring
- Battery Management Systems (BMS)
- UPS uninterruptible power supplies
- Variable frequency drives
- Electric vehicle charging systems
- Welding power supplies
| HBC1000S | |
|---|
| Rated input current | 1000 | A |
| Test current range | 1500 | A |
| Rated output voltage | 200 | mA |
| Supply voltage | ±15～±24 | V |
| Zero current offset | ≤±1.0 | mA |
| Turns ratio | 1:5000 | |
| Response time | ＜1 | µs |
| Linearity | ≤±0.2 | %FS |
| Insulation voltage 50HZ,1min | 3 | KV |
| di/dt | ＞100 | A/μs |
| Bandwidth-1dB) | DC…150 | KHz |
| Pri winding resistance(25℃) | 44 | Ω |
| Test resistance | 0～22.5@(±15V ,1000A) | Ω |
| 0～65@(±24V,1000A) | |
| Operating Temperature | -40～+85 | ℃ |
| Storage Temperature | -40～+105 | ℃ |
FAQ
Q: What types of current can this sensor measure?
A: It can measure DC, AC, and pulse currents, suitable for precise
measurement of various complex current waveforms, meeting the
requirements of photovoltaic inverters, variable frequency drives,
and other applications.
Q: What are the advantages of no insertion loss and low power
consumption?
A: No insertion loss ensures the circuit under test is not affected
by the sensor, maintaining original circuit efficiency. Low power
consumption reduces self-heating of the sensor, improves long-term
stability, and reduces system energy consumption.
Q: How to apply for samples? What is the lead time?
A: You can submit a sample application through our website or email.
Please provide your company information and target model. Samples
are free of charge and will be shipped within 3-5 working days.
Mass order lead time is generally 2-8 weeks.
