Pressure calibrator PACE Tallis

compactstandard

PACE Tallis is a transfer standard calibrator, designed with market leading precision and long-term stability using Druck’s TERPS resonating silicon technology. Designed for test bench, bench top and panel mount calibration, test and monitoring applications, PACE Tallis is a compact and robust transfer standard calibrator that is ideal for in-situ testing and interlaboratory comparisons.

Engineered to be a versatile offering, PACE Tallis maintains performance across a wide range of environmental conditions and test media to offer precision down to 10 ppm FS. The portability of PACE Tallis means remote, sub-optimal locations are now accessible for calibration with reduced risk of damage during transport due to the robust build of the unit.

With easy set up and operation, PACE Tallis provides a low cost of ownership Transfer Standard compared to deadweight testers. It is ideal for calibration labs, boasting long term stability up to 15 ppm FS/year with minimal servicing required.

Features
• Total accuracy of 3 Pa / 0.03 mbar with Druck TERPS resonating silicon technology
• Configurable to fit a wide range of applications, with 1, 2 or 3 reference sensors from 200 kPa to 21.1 MPa
• Full-featured yet simple to use platform, from laboratory barometer to working calibration standard
• Compact, robust transfer standard, ideal for in-situ testing and interlaboratory comparison
• Versatile, maintains performance with a wide range of environmental conditions and test media
• Precision of 10 ppm FS
• Long term stability of up to 15 ppm FS per year
• Barometric reference option

Performance Benefits
• Lower risk of errors during use (automated software vs user error)
• No effects of physical quantities to impact error budget (e.g. local gravity / density of the media)
• Easy setup and operation
• Calibrated across a wide temperature range
• Guaranteed uncertainty budget (e.g. no induced errors due to poor piston cleanliness)
• Lower overall cost of ownership
• Lower product cost than a typical DWT
• Minimal servicing required (no cleaning of pistons etc)
• Automated software vs experienced and well-trained manual operators
• Reduced shipping costs for calibration
• Less “real estate” required for physical product
• No need for expensive vacuum pumps, custom test benches