- Accuracy as low as 0.01%FS
- External pressure modules available (measure only)
- Less than 4 lbs (1.8 kg) for handheld operation
- Source pressure, measure pressure and electrical
- 4 channels
- ISO 17025-accredited calibration w/data included
- Automated pressure generation and control to 15,000 psi (1035 Bar)
- Accuracy to 0.01%FS
- Control stability ≤ 0.005%FS
- ISO 17025-accredited calibration w/data included
- Dual pressure/vacuum capability
- Bench mount design
- Built-in handpump as pressure/vacuum source
- High quality needle valve for fine control
- Test port adapters that require no PTFE tape or wrenches
- 0.015% of reading accuracy standard (0.008% optional)
- 1-30 inHg vacuum (0.03-1 bar vacuum)
- 3-500 psi (0.2-35 bar) pressure
- inH2O and mbar ranges available
- Series 3 non-magnetic stainless steel weights
- Units can be trimmed to local gravity FOC
- Pressure ranges to 10,000 psi (700 bar)
- 0.015% of reading accuracy standard (0.008% optional)
- Single or dual piston formats
- Built-in hand pumps standard
- Mounted spirit level with adjustable feet
- Units can be trimmed to local gravity FOC
- Automatic pressure generation and regulation to 300 psi
- Configure procedures for pressure transmitters and switches
- Measure, source, and simulate 4 to 20 mA signals
- Troubleshoot and calibrate HART smart transmitters
- Automatically document test results
- Complete pressure, temperature, and mA loop calibrator
- Troubleshoot and calibrate HART smart digital transmitters
- Create calibration procedures and automatically document results
- 0.02% full scale accuracy per 2700G Gauge.
- Adaptors for NPT, BSP, and metric fittings.
- Expandable lower range with additional gauges.
- Battery-operated gauges with line power capability.
- Eliminates the need for weights and piston-cylinder changes.
- Real-time pressure indication without need for corrections.
- Set and read any pressure value exactly, operates in any unit of measure, and can switch easily between units.
- Offers ± 0.02% of reading total one-year measurement uncertainty