FLP1 type low inductance shunt

FLP1 type low inductance shunt, customized for DC grid system, power grid companies, research institutes and other large-scale electric power AC and DC system test stands, experimental devices and so on.

Low inductance shunt

FLP1 type low inductance shunt

FLP1 type low inductance shunt, customized for DC grid system, power grid companies, research institutes and other large-scale electric power AC and DC system test stands, experimental devices and so on.

Product Model FLP1 type low inductance shunt
Maximum operating current range 3kA to 100KA
Reference accuracy (precision) class Grade 0.5
Reference Output Voltage Drop FLP1:3V(3KA/10KA);FLT1:2.5V(30kA) and 2V(60kA/100kA)
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Product Highlights

National Standard

Strictly designed and manufactured in compliance with the GB/T 7676 national standard, the product has passed multiple authoritative testing and certifications.

High-precision measurement

Made from imported manganese-copper alloy material, with a precision grade of up to 0.2, meeting the demands of precision measurement.

Complete range of specifications

Covers the full current range from 5A to 3000A, with multiple installation options available to meet diverse application scenarios.

Exquisite craftsmanship

28 years of production experience and automated welding processes ensure consistent and reliable quality in every product.

Technical Specifications

Complete technical specifications to help you quickly select the right product.

Basic Parameters

Product Model
FLP1 type low inductance shunt
Maximum operating current range
3kA to 100KA
Reference accuracy (precision) class
Grade 0.5
Reference Output Voltage Drop
FLP1:3V(3KA/10KA);FLT1:2.5V(30kA) and 2V(60kA/100kA)

Application Scenarios

New Energy Vehicles

New Energy Vehicles

For current detection in BMS battery management systems, enabling precise SOC estimation and safety protection.

Energy Storage System

Energy Storage System

Monitoring charge and discharge currents at large-scale energy storage power stations, optimizing energy dispatch, and enhancing system efficiency.

Charging station

Charging station

DC charging station current metering ensures accurate charging billing and safeguards user rights.

Photovoltaic power generation

Photovoltaic power generation

DC-side current monitoring for photovoltaic inverters ensures the safe and stable operation of power generation systems.

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