Mitutoyo 905694 Spc Data Cable 80 Inches

Product Description

The MITUTOYO 905694 is an SPC (Statistical Process Control) data cable designed to connect Mitutoyo Absolute Digimatic Scale Units and compatible Digimatic measuring instruments to data collection devices, processors, or SPC software interfaces. At 80 inches in length, this cable gives technicians and quality control professionals enough reach to route connections cleanly in bench, fixture, or inline inspection setups. The cable transmits digital measurement data from the instrument to an external device, supporting real-time data logging and process monitoring workflows common in precision measurement environments.

This cable is used in metrology and quality assurance applications where Digimatic-output instruments feed measurement data into a processor or PC-based SPC system. It is suited for inspection benches, calibration labs, and production-floor measurement stations. The 80-inch length accommodates installations where the measuring instrument and the data collection device are not in close proximity, reducing the need for extension workarounds.

Key Features

• 80-inch (2032 mm) cable length provides generous reach for bench and fixture installations
• Designed specifically for use with Absolute Digimatic Scale Units
• Compatible with DP-1VR Series 264 Digimatic Mini-Processor Calipers
• Supports SPC data output for real-time measurement logging and process control
• Sold as a single cable unit; no additional quantities required per order

Compatibility

Designed for use with Mitutoyo Absolute Digimatic Scale Units and DP-1VR Series 264 Digimatic Mini-Processor Calipers, as specified by the manufacturer.

Installation Notes

Installation is performed by metrology technicians or quality engineers familiar with Digimatic interface wiring and SPC data collection systems. Power down or disable the measuring instrument and data collection device before connecting or disconnecting the cable. Route the cable away from sources of electrical interference, cutting fluids, and mechanical pinch points to preserve signal integrity. Verify connector seating at both ends before resuming data acquisition.