Mitutoyo 905690 Spc Data Cable 80 Inches Digimatic

Product Description

The MITUTOYO 905690 is an SPC (Statistical Process Control) data cable designed to transmit measurement data from Mitutoyo Absolute Digimatic Scale Units and DP-1VR Series 264 Digimatic Mini-Processor instruments to external data collection devices. The cable measures 80 inches (2032 millimeters) in length, providing enough reach for bench-mounted measurement setups where the gauge and data receiver are not immediately adjacent. At 0.1 pounds, it adds negligible weight to a metrology workstation. Metrology technicians, quality control professionals, and precision machining shops use this cable to integrate Digimatic instruments into SPC data workflows, eliminating manual entry and reducing transcription error.

This cable is suited for quality assurance environments where real-time measurement data needs to flow from a Digimatic-compatible caliper or scale unit into a PC-based SPC software package or mini-processor. It is applicable in industrial inspection, tool rooms, and manufacturing cells where Mitutoyo Digimatic instruments are deployed. The 80-inch length accommodates most standard bench and fixture arrangements without requiring an extension.

Key Features

• 80-inch (2032 mm) cable length suits typical bench measurement workstation layouts
• Compatible with Absolute Digimatic Scale Units for direct data output
• Compatible with DP-1VR Series 264 Digimatic Mini-Processor
• Supports SPC data collection workflows, reducing manual measurement recording
• Lightweight at 0.1 pounds for easy cable management

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 or quality control technicians. Power down or disable the connected instrument before inserting or removing the SPC cable connector to avoid signal errors or connector damage. Ensure the connector is fully seated at both ends before initiating data transfer. Route the cable away from high-voltage lines, coolant, and sharp edges to prevent signal interference and physical damage.