Overview
Calibration is a fundamental requirement for ensuring the accuracy, reliability, and traceability of measurement instruments used across industries. Among the most critical instruments in electrical metrology is the 8.5 digit reference multimeter, which serves as a benchmark for high-precision measurements. These multimeters are widely used in calibration laboratories, research institutions, and high-end industrial applications where extremely low measurement uncertainty is essential.
The calibration of such high-precision instruments demands an advanced laboratory setup, superior environmental control, and highly stable reference standards. FARE Labs has developed a specialized facility dedicated to the precision calibration of 8.5 digit reference multimeters. The laboratory ensures that all calibrations are performed with the highest level of accuracy and are traceable to national and international standards.
With its robust infrastructure and technical expertise, FARE Labs provides reliable and comprehensive calibration services, supporting industries that rely on precise electrical measurements for quality control, compliance, and research applications.
Parameters Covered in Calibration
FARE Labs offers calibration services for a wide range of parameters associated with 8.5 digit reference multimeters.
DC Voltage – High-accuracy calibration across a wide voltage range.
AC Voltage (at different frequencies) – Calibration across multiple frequency ranges.
DC Current – Calibration from microampere levels to higher currents.
AC Current (at different frequencies) – Ensures reliable measurement performance.
Resistance – Coverage from milliohm to Gigaohm ranges.
Frequency – Calibration with high resolution and stability.
Temperature Measurement – Verification using RTDs or thermocouples.
Low-Level Measurements – Focus on ultra-low voltage and current measurements.