Laversab 6270 - Automated Pitot Static Tester (Approved by Airbus)

The Laversab 6270 is an aircraft pitot static tester approved by Airbus.

It is used to perform leak checks and accuracy checks on the Pitot Static systems of RVSM aircraft. Accuracy checks are typically performed on altimeters, airspeed indicators, and VSI's. The high accuracy of the Static output is fully compliant with RVSM requirements. The Model 6270 is equipped with a Remote unit with a keypad and a large sunlight-readable display. An internal battery (optional) makes the tester completely portable. The wide operating temperature (optional) makes it usable in any environment. The "Profiles" feature makes it very easy to use. Calibration is required only once a year. The 6270 is also WiFi-enabled, enabling wireless remote control using an iPad or tablet. With these distinctive features, the Model 6270 is the ideal Pitot Static tester for RVSM-compliant aircraft. 

Features

• Fully automated, high-precision control
• Profiles – 15 profiles with 50 points each
• "Jog" – Change targets in steps of 1 foot or 1 knot using arrow keys
• Altitude offset correction
• Programmable Limits
• Protection against negative airspeed
• Self Test checks all internal functions
• "Go To Ground" feature
• Automatic ambient-pressure sensing
• Manual vent valves for emergency venting
• Independent or simultaneous leak-checking on Pitot and Static outputs
• Instant leak-rate display enhances leak-detection
• 3 Leak-timers can be programmed for timed-leaks between 1 and 20 minutes.
• Aircraft instruments protected against large leaks
• Strong pumps have minimum 5000-hour life
• Calibration required only once a year
• 5.8" ultra-bright sunlight-readable color display
• Keypad allows for easy and reliable data-entry
• Internal battery (optional) for 6 to 8 hours of operation
• Extended temperature (optional) for cold climates
• Encoder interface (optional)
• Pull-out handle and wheels for easy portability

Static Output - Pressure Function

• Range: 0.1 to 32 inHg
• Resolution: 0.001 inHg
• Accuracy: +/- 0.003 inHg
• Units: inHg, mbar