English
Product Features
-
Compact and lightweight
-
No insertion loss
-
Wide detection range
-
Low power consumption
-
Electrical isolation
-
High cost performance, low cost
Product Selection
| Product Display | Product Series | Supply Voltage Vc(V) |
Rated Current Ipn(A) |
Peak Current Ipn(A) |
Rated Output Vout/Lout@Ipn |
Accuracy X@Ipn(%) |
Bandwidth KHz |
Operating Temperature | Mounting Method | Mounting Dimension mm |
 |
HAK-SCLDH | ±15 | 10...500 | 30...1000 | ±4V | 0.2 | DC~25(-3dB) (-3dB) | -40~+85 | perforation | Φ20.2 |
 |
HAK-SCDHC | ±15 | 100...1000 | 300...1500 | ±4V | 0.5 | DC~50(-3dB) (-3dB) | -40~+85 | perforation | Φ32 |
 |
HAK-SCDHRD24 | +24 | 100...1000 | 300...1500 | 4~20mA | 0.5 | DC~50(-3dB) (-3dB) | -40~+85 | perforation | Φ32 |
×
![]()
Application Fields
-
High-precision battery testing and formationIn high-power PV inverters and energy storage systems, high-precision open-loop current sensors help improve overall energy conversion efficiency and power quality. Accurate current measurement supports optimal Maximum Power Point Tracking (MPPT), maximizing energy harvesting from photovoltaic arrays.
During grid connection and energy metering, these sensors provide reliable current data to ensure accurate power transmission and comply with strict grid requirements for harmonic control and power factor regulation.
-
New energy power generation and grid meteringIn high-power PV inverters and energy storage systems, high-precision open-loop current sensors enhance energy conversion efficiency and power quality. Accurate current measurement enables optimized Maximum Power Point Tracking (MPPT), maximizing energy extraction from photovoltaic arrays.
In grid connection and energy metering applications, these sensors deliver reliable data to ensure accurate power transmission and meet strict grid standards for harmonic control and power factor correction.
-
Precision power supplies and scientific measurement equipmentIn applications requiring extremely high power output stability—such as precision power supplies, medical diagnostic equipment, and high-end laboratory instruments—high-precision open-loop current sensors are essential. They enable accurate real-time monitoring and calibration of output current, ensuring stable power delivery to sensitive loads without drift caused by temperature changes or long-term operation.
This high stability and low measurement error are critical for maintaining data accuracy in scientific research and ensuring reliable diagnostics in medical equipment.
