FL-2 type 600A-1000A high current shunt
Professional products for high current measurement, 0.5 level accuracy, suitable for high power charging pile, industrial power supply and other high current scenarios.
FL-2 type 600A-1000A high current shunt
Professional products for high current measurement, 0.5 level accuracy, suitable for high power charging pile, industrial power supply and other high current scenarios.
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
Electrical Performance
Environmental parameters
Size Weight
Application Scenarios
New Energy Vehicles
For current detection in BMS battery management systems, enabling precise SOC estimation and safety protection.
Energy Storage System
Monitoring charge and discharge currents at large-scale energy storage power stations, optimizing energy dispatch, and enhancing system efficiency.
Charging station
DC charging station current metering ensures accurate charging billing and safeguards user rights.
Photovoltaic power generation
DC-side current monitoring for photovoltaic inverters ensures the safe and stable operation of power generation systems.
Need a quote or technical consultation?
Fill out the form, and our product specialists will contact you within one business day to provide a detailed quote and technical solution support.