The Multigauge 5700 is a simple, robust ultrasonic thickness gauge designed for most common thickness gauging applications with the added benefit of being able to store measurements within the gauge. The easy to use keypad allows operator interface whilst the bright LCD display can be used in all light conditions. The moulded soft rubber surround feels comfortable, looks good and provides extra protection against knocks and scrapes. All probes have Intelligent Probe Recognition (IPR), which automatically adjusts settings in the gauge at the same time as transmitting recognition data - the result is a perfectly matched probe and gauge for enhanced performance. Additionally, the Automatic Measurement Verification System (AMVS) ensures only true measurements are displayed, even on the most heavily corroded metals. The gauge can store measurements in either a grid or string format which can then later be used in other proprietary programs. Features • Ignores coatings up to 6 mm thick using Multiple Echo. Coating Plus+ ignores coatings up to 20 mm. • Automatic Measurement Verification System (AMVS). • Large colour LCD display giving user information. • No zeroing required. • Wireless data transmission. • Single crystal soft faced probe protected by a Easy Menu System membrane. Easy calibration with menu driven buttons. Intelligent Probe Recognition (IPR). Echo strength indicator. 3 year warranty. Typical Applications Shipping Bridges • Free calibration for the life of the gauge. Pilings Storage Tanks Industry Quality Control Leisure Craft www.tritexndt.com Pipelines Road Tankers Offshore Platforms Lighting Columns Phone Masts Lock Gates Barges

About Multiple Echo All Ultrasonic Thickness Gauges should be calibrated to the velocity of sound of the material being measured. Coatings have a different velocity of sound than metal and it is important they are not included in the measurement. Multiple Echo ensures all coatings, up to 6mm thick, are completely eliminated from the measurement. How it works: A transmitted ultrasound pulse travels though both the coating and the metal and reflects from the back wall. The returned echo then reverberates within the metal, with only a small portion of the echo travelling back through the coating...