FLUKE-750SW Dpc/Track2 Software

Features and Specifications

• Save time and assure data integrity
• Manage test tools and control system assets
• Create test procedures and capture results
• Deliver fast, easy documentation
• Compatible with a wide range of calibration tools
• Password Protected login
• Perform pass/fail calculations and also as-found and as-left data verification
• User-defined test standard settings can allow specific standards to only be used for certain instrument types
• Reverse traceability for tracking affected instruments, if needed
• Links master records to standard operating procedures and other documents
• Automatically send reminders, alerts, and warnings
• Auto-recalculate high/low tolerances during actual field calibrations
• Upload logged data captured in the field
• Pre-structured associations for instruments to loops and/or equipment records are viewable in a hierarchical format which allows for multiple calibration test groups on a single instrument

Compatible with Fluke Process Calibrators

• Fluke 753 Documenting Process Calibrator
• Fluke 754 Documenting Process Calibrator-HART
• Fluke 729 Automatic Pressure Calibrator

Decrease Calibration Time

Whether you schedule 200 or 2,000+ calibrations per year, Fluke's DPCTrack2 Calibration Management Software will save you time and assure data integrity. Directly connect your Fluke 743, 744, 753, 754, or 729 calibrator to download test procedures and upload test results. Manage your process calibration tools, calibration assets, testing procedures, operational instructions, and inspection action lists to deliver fast, easy documentation.

DPCTrack2 Features and Benefits

Automation is one of the key features of DPCTrack2 calibration management software. Once the instrument is configured, future calibrations are automated with the selection of a few buttons, saving calibration technicians significant time. Another benefit of automation is the reduction of human errors.

Reporting is another key feature of DPCTrack2. Calibration test results get populated to the database on the computer. Users can easily view or print calibration results for audits or managers. And an instrument’s profile continues to grow in the database from year to year with every calibration, helping users identify an instrument’s trends such as drifting out of calibration.