Mitutoyo 02AZF300 Spc Transmitter Connection

Product Description

The MITUTOYO 02AZF300 is an SPC transmitter connection accessory designed to interface standard calipers with Statistical Process Control data collection systems. This component allows metrology data to be transmitted from a caliper to a compatible SPC receiver or data logger, supporting quality control workflows in manufacturing, machining, and inspection environments. The 02AZF300 is a direct-connect accessory intended for use with standard calipers and is typically installed by quality technicians or metrologists maintaining measurement and inspection tooling.

This transmitter connection is suited for production floor and inspection room applications where real-time dimensional data collection is required. It is used in environments that rely on SPC-enabled measurement tools to feed data into quality management software or handheld data collectors. Typical installations involve connecting a compatible caliper to a data acquisition unit as part of a process control or inspection station setup.

Key Features

• Enables SPC data transmission from a standard caliper to a compatible data collection device
• Designed as a direct-connect accessory for standard calipers
• Compact and lightweight at 0.2 pounds for easy handling and storage
• Sold individually for single-unit replacement or addition to existing SPC setups

Compatibility

Designed for use with standard calipers in SPC-enabled measurement setups. No specific model compatibility information was provided; verify fitment against your existing MITUTOYO SPC system configuration before ordering.

Installation Notes

Installation is typically performed by a quality technician or metrologist familiar with SPC measurement systems. Power down or disconnect any active data collection equipment before connecting or disconnecting the transmitter interface. Ensure the caliper and receiving device are compatible with this connection type prior to installation. Refer to the applicable equipment documentation for proper interface procedures.