ISOBLOCK I-ST-1C (2MA 10V 0.1%)

Current Sensors Overview

The ISOBLOCK I-ST-1C (2MA 10V 0.1%) is a current transducer module from Verivolt LLC, designed for high-quality isolated current measurement up to 100 Amperes using shunt technology. It features a ±2mA input range with a ±10V output signal and ±0.1% accuracy. The device operates on a 9-28VDC supply, provides 1500V working isolation, and has a response time of 2.8µs. It supports DC to 100kHz bandwidth and mounts via DIN rail.

Current Sensors Feature Summary

• Galvanic isolation between primary and secondary sides for monitoring currents at different potentials
• Shunt-based measurement technique utilizing a low impedance resistor in the current path
• Integrated anti-aliasing filter and signal conditioning stage for accurate data acquisition

Current Sensors Applications

• Data Acquisition (DAQ) systems
• Industrial process control monitoring
• Test bench current measurement

Current Sensors Procurement Notes

Verify the specific part number suffix against official Verivolt documentation to confirm input/output specifications and tolerance levels. Ensure compatibility with existing DIN rail mounting infrastructure and power supply requirements. Cross-reference datasheet parameters for isolation voltage and bandwidth before integration into sensitive measurement circuits.

Current Sensors Selection Notes

Select this model when precise low-current measurement within a high-isolation environment is required. The shunt-based design offers wide bandwidth suitable for dynamic signals. Consider the ±10V output compatibility with downstream instrumentation. Verify that the operating temperature range meets environmental conditions.

Current Sensors Part Context

This component belongs to the IsoBlock I-ST series by Verivolt LLC, which specializes in shunt-based current sensors. The series is engineered for applications requiring robust galvanic isolation and high-fidelity signal transmission. It complements the IsoBlock V series of voltage transducers within the manufacturer's portfolio of industrial monitoring devices.

Current Sensors Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Direct replacement requires matching the shunt-based architecture, isolation rating, and output signal characteristics.