shunt resistor

SE8518 01 11 battery shunt resistor with two sense pins is used for BMS current sensing and battery monitoring applications. It supports compact design, reliable signal output and stable measurement in battery management modules.

SE8518 10 tin plated battery shunt resistor is designed for battery current measurement in BMS and energy storage applications. Its tin plated structure supports practical assembly and reliable sensing performance in battery management modules.

SE8518 02 12 battery shunt resistor with three sense pins supports precise current measurement in battery management systems. It is suitable for energy storage, battery packs and electrical monitoring modules that require stable sensing output.

SE8518 03 13 battery shunt resistor with M3 tapped holes is used in battery management and energy storage systems. It supports secure mounting and accurate current sensing for battery packs, BMS modules and power monitoring equipment.

SE8518 04 14 battery shunt resistor with M4 tapped holes provides current sensing support for battery management systems and energy storage applications. It helps improve reliable measurement and secure installation in BMS designs.

EBSA10300 32 11 21 4 2 V1 current shunt resistor is designed for current measurement in meters, power monitoring devices and control systems. It supports stable sensing performance for accurate electrical data collection.

EBSB20150 25 10 14 4 6 2 V1 150u Ohm meter shunt is used for current measurement in electric meters and power monitoring devices. It supports stable sensing resistance for accurate current data collection.

EBSB15250 27 8 8 3 19 5 3 V1 250u Ohm meter shunt is designed for current sensing in meters, monitoring products and electrical measurement systems. It supports stable performance for precise current measurement.

EBSB15200 24 5 9 15 5 V1 200u Ohm meter shunt provides current sensing support for electric meters and power monitoring equipment. It is suitable for reliable measurement designs requiring stable low resistance shunts.