Mitutoyo 02AZD810D Spc U-wave Wireless Receiver

Product Description

The MITUTOYO 02AZD810D is a U-Wave wireless receiver designed for use with the U-Wave Wireless System for SPC data transfer. It connects measuring tools such as calipers to a host computer or data collection system, enabling real-time statistical process control data capture without manual entry. The receiver serves as the USB or wireless endpoint in the U-Wave system architecture. At 0.35 pounds, it is a compact accessory suited for bench-top or workstation installation. Quality control technicians, metrology lab personnel, and precision manufacturing professionals are the primary users of this device.

This receiver is used in manufacturing, quality assurance, and metrology environments where automated SPC data collection is required. It is compatible with Mitutoyo U-Wave transmitters paired to calipers, allowing wireless transmission of measurement data directly to SPC software or spreadsheet applications. Typical installations are found on inspection benches, production lines, and dimensional verification stations where reducing transcription error and improving measurement traceability are operational priorities.

Key Features

• Designed for use with the U-Wave Wireless System for SPC data transfer
• Compatible with U-Wave transmitters paired to calipers
• Enables wireless, real-time measurement data collection for SPC workflows
• Compact and lightweight at 0.35 pounds for easy workstation integration
• Sold individually as a single-unit accessory

Compatibility

Designed for use with the Mitutoyo U-Wave Wireless System for SPC data transfer, specifically with U-Wave transmitters connected to calipers.

Installation Notes

Installation is typically performed by metrology or quality lab personnel. The receiver should be connected to the host workstation before launching any SPC software to ensure proper device recognition. Consult the U-Wave system documentation for channel configuration and pairing procedures. Do not expose the receiver to coolant, excessive humidity, or impact during setup.