Mitutoyo 02AZD880G Spc Data Cable 6 Inches

Product Description

The MITUTOYO 02AZD880G is a 6-inch SPC data cable designed to connect compatible Mitutoyo measuring tools to the U-WAVE-R wireless transmitter unit. SPC, or Statistical Process Control, cabling carries measurement data from a gage or instrument directly into a data-collection system, eliminating manual entry errors on the shop floor or in the inspection lab. At 6 inches in length, this cable is suited for close-proximity connections where a compact run is required. Metrology technicians, quality control inspectors, and precision measurement professionals install this accessory as part of a data-output workflow.

This cable is intended for use with the Mitutoyo U-WAVE-R wireless SPC transmitter. It is not designed for use with calipers. Typical installation scenarios include CMM inspection stations, bench-top gage setups, and quality lab environments where SPC data transmission is part of a documented measurement process. The short 6-inch length keeps cable runs tidy in confined instrument setups.

Key Features

• 6-inch cable length for compact, close-proximity SPC connections
• Designed specifically for use with the Mitutoyo U-WAVE-R wireless transmitter
• Supports SPC data output for measurement recording and process control workflows
• Lightweight at 0.05 pounds, adding negligible load to instrument setups
• Sold individually as a single-unit replacement or spare accessory

Compatibility

Designed for use with the Mitutoyo U-WAVE-R wireless SPC transmitter. Not compatible with calipers. Verify instrument SPC port configuration before installation.

Installation Notes

Installation is performed by metrology technicians or quality control personnel familiar with SPC data systems. Power down or disable the U-WAVE-R transmitter before connecting or disconnecting the cable to avoid signal errors or port damage. Ensure both mating connectors are free of debris and properly aligned before seating. Consult the U-WAVE-R documentation for correct port assignment when integrating into an existing data-collection network.