Mitutoyo 905691 L-shaped Spc Cable 40 Inches Height Gage

Product Description

The MITUTOYO 905691 is an L-shaped SPC (Statistical Process Control) data cable designed for use with Digimatic height gages. Measuring 40 inches in length, this cable connects a compatible height gage to an SPC-enabled data collection device, computer, or measurement system. The L-shaped connector profile keeps the cable low-profile and reduces strain at the gage port, which is important in bench and surface plate applications where cable management affects measurement accuracy. Metrology technicians and quality control professionals are the primary users. The cable ships as a single unit.

This cable is intended for bench-top and floor-standing height gage setups in metrology labs, quality inspection stations, and production floor measurement cells. It is used wherever real-time dimensional data needs to be transmitted from a Digimatic height gage to an SPC software system or data logger. The 40-inch length provides enough reach for most standard inspection bench configurations without excess slack that could interfere with the measuring environment.

Key Features

• L-shaped connector reduces cable strain and keeps the port connection profile low at the gage
• 40-inch cable length suits standard inspection bench and surface plate setups
• Transmits Digimatic SPC data output for real-time measurement logging
• Single-unit packaging with a minimum order quantity of one

Compatibility

Compatible with Digimatic Height Gages Series 192-67X, Digimatic Height Gages Series 192-6XX, and Digimatic Height Gages Series 572-2XX.

Installation Notes

Installation is performed by metrology technicians or quality engineers. Before connecting or disconnecting the SPC cable, power down the height gage and any connected data collection equipment to protect the Digimatic interface port. Seat the L-shaped connector firmly and squarely into the gage port without forcing it at an angle. Route the cable away from the measurement zone and secure it to prevent movement that could affect gage stability during measurement.