Our Industrial D.C. Shunts represent precision-engineered current measurement devices designed for applications ranging from 5 to 10000 Amps with a consistent 75 millivolt drop. Ma...

Our Industrial D.C. Shunts represent precision-engineered current measurement devices designed for applications ranging from 5 to 10000 Amps with a consistent 75 millivolt drop. Manufactured in full compliance with IS Standard 1248, these shunts feature robust construction utilizing Manganin rods that are either soldered or silver brazed to brass end blocks. Each unit undergoes comprehensive artificial aging and full load testing protocols to ensure long-term reliability and measurement accuracy. With lead resistance carefully considered during calibration processes, these shunts deliver Class 1 accuracy while maintaining stable performance even under the most demanding operational conditions. They are engineered to withstand temperatures up to 120°C at the center and 90°C at the ends without experiencing permanent alterations to their physical or electrical properties.

These precision shunts find indispensable applications across multiple industrial sectors due to their exceptional accuracy and durability characteristics. Within the power generation industry, they are deployed to monitor generator outputs and maintain grid stability through precise current measurement. Manufacturing industries integrate them into motor control centers and heavy machinery systems for overload protection and operational efficiency optimization. Telecommunications infrastructure and data centers rely on these shunts for accurate power distribution monitoring. Renewable energy installations, including solar and wind power facilities, utilize them to measure current flow in inverters and power conversion systems. Technical laboratories and calibration facilities depend on their measurement accuracy for testing procedures and certification purposes, establishing them as versatile solutions for both industrial and technical applications requiring reliable current monitoring.

The inherent business value of our D.C. Shunts stems from their proven reliability, precision engineering, and strict adherence to international standards. These measurement devices significantly reduce operational downtime by providing accurate current measurements that prevent equipment failure and optimize energy consumption patterns. Their robust construction enables handling of substantial overload conditions—2 times rated current for 3 minutes, 4 times for 30 seconds, and 10 times for 5 seconds—ensuring comprehensive system protection during fault conditions and power surges. With an exceptionally low temperature coefficient of 0.002% per degree Celsius, they maintain measurement accuracy across varying environmental conditions and temperature fluctuations. This operational reliability translates directly into substantial cost savings through improved system efficiency and reduced maintenance requirements, establishing them as trusted components for businesses seeking high-quality electrical measurement solutions.

Key Features:
- Current measurement range from 5 to 10000 Amperes with consistent 75mV drop
- Class 1 accuracy certification as per IS Standard 1248 requirements
- Constructed using precision Manganin rods with brass end blocks
- Temperature resistance up to 120°C center and 90°C ends without degradation
- Overload capacity: 2x rated current for 3min, 4x for 30sec, 10x for 5sec

Benefits:
- Precise current measurement ensures accurate system monitoring and control
- Compliance with IS 1248 standards guarantees quality and reliability
- Robust construction provides long-term durability and performance stability
- High temperature tolerance maintains accuracy in demanding environments
- Overload protection capabilities prevent system damage during fault conditions