The Takikawa Engineering Eccentricity Monitor (EM Series) continuously measures the centering and outer diameter of coated electric wires during manufacturing. It detects deviations and triggers alarms if the insulation thickness or wire shape drifts off target
Laser diameter Measuring Instruments works with display devices which measures and display the value depending on your application. You can choose from models equipped with calculation functions for determining averages and deviations. Furthermore, they can connect with peripheral devices via interfaces such as RS232C (standard) and BCD (optional).
A laser outer diameter measuring instrument, also known as a laser microgauge, measures the outer diameter by converting the time the laser beam is blocked by the object being measured into a length of time. This is a standard orthogonal two-axis measurement which calculate the average value of the X and Y axis.
The IT-30B is the Clinton Instrument Company's Impulse Spark Tester designed as an alternative to the wet dielectric test. It is primarily used when testing wire to specifications that have not adopted the high frequency spark test such as MIL-C-13777E, MIL-W-16878D, and some NEMA specifications.
The STCAL is the Clinton Instrument Company's calibration system. It can automatically calibrate newer Clinton units and provides on-screen instructions for older equipment. The STCAL can calibrate any AC, DC, or high-frequency spark tester regardless of manufacturer and will generate a traceable certificate of calibration.
The FL-20A is an automatic cable fault locator. Once connected by the operator, the FL-20A makes all necessary adjustments and determines the location of a failure. This removes the need for specialized training by operators and let anyone easily use the equipment.
The HF-15B is ideal for applications testing smaller wires at high line speeds or when a direct ground to the center conductor is not possible/practical. The HF-15B meets a variety of common industrial standards including UL 2556, UL 1581, and IEC 62230 (when properly applied, using an application appropriate electrode.)
A laser outer diameter measuring instrument, also known as a laser microgauge, measures the outer diameter by converting the time the laser beam is blocked by the object being measured into a length of time.
