Mitutoyo 02AZD790C Caliper Cable 6.31 Inches

Product Description

The MITUTOYO 02AZD790C is a data output cable designed to connect digital measuring instruments to readout systems and data collection devices. At 6.31 inches in overall length, this cable serves as a direct interface between compatible Mitutoyo digital calipers, digital depth gages, digital scales, and DRO systems. It enables real-time data transfer from handheld measuring tools to SPC software, data loggers, or display units, eliminating manual transcription of measurements. Metrology technicians, quality control inspectors, and machinists use this cable in manufacturing and inspection environments where traceable, recorded measurements are required.

The 02AZD790C is suited for dimensional inspection setups where digital instruments need to output measurement data to a connected system. Typical applications include in-process inspection on the shop floor, incoming quality control, and calibration lab environments. Compatible instruments include digital calipers, digital depth gages, digital scales, indicators, and micrometers that carry the appropriate Mitutoyo data port. The cable supports DRO system integration as well.

Key Features

• 6.31-inch overall cable length for close-proximity instrument-to-interface connections
• Compatible with digital calipers, digital depth gages, digital scales, DRO systems, indicators, and micrometers
• Enables SPC and data logging workflows by transmitting live measurement output
• Sold individually — one cable per package

Compatibility

Designed for use with Mitutoyo digital calipers, digital depth gages, digital scales, DRO systems, indicators, and micrometers equipped with a compatible data output port.

Installation Notes

Connection and disconnection of this cable should be performed with the instrument and any connected data system powered down or in a safe idle state to avoid data errors or port damage. Ensure the connector is fully seated before enabling data output. Inspect the cable and connectors periodically for wear, debris, or bent pins, as damaged connectors can cause intermittent data loss.