The Checkline TI-MMX-SDL High Performance Ultrasonic Thickness Gauge is a full featured ultrasonic thickness gauge offering an oversized display as well as a complete alphanumeric datalogging system with storage capacity of thousands of data values. The TI-MMX-SDL High Performance Data-Logging Thickness Gauge features the highest resolution graphic LCD on the market and is especially engineered for optimal ease of use.
The time-based B-Scan feature displays a cross section of the test material. It is commonly used to display the profile of the bottom surface of the test material.
Built in hardware AGC gain control for through paint measurements in multi mode operation.
The TI-MMX-SDL High Performance Data-Logging Ultrasonic Thickness Gauge has the ability to store 64 custom user defined setups. All factory setups can be selected, edited and saved to any setup location.
CE Certified
Use the visual alarm to set hi and lo limits for applications requiring specific tolerances. If the actual thickness value is above or below the limits, a red light is illuminated.
The TI-MMX-SDL High Performance Data-Logging Ultrasonic Thickness Gauge also comes complete with our Windows PC software for transferring data to and from a PC.
The high speed scan feature speeds up the inspection process by making 32 measurements per second. Remove transducer from the test material, and display the minimum measurement scanned.
Use the AUTOFIND feature to locate the detection point, while automatically adjusting the display to bring the signal into view.
Typically operates for 150 hours on alkaline and 100 hours on NiCad
Display
1/8 in. VGA grayscale display 62 x 45.7mm
Keyboard
Membrane switch with twelve tactile keys
Case
Extruded aluminum body with nickel-plated aluminum end caps (gasket sealed).
Operating Temperature
-14° to 140°F (-10° to 60°C)
Weight, net
383 grams
Dimensions
63.5 W x 165 H x 31.5 D mm
Warranty
2 year limited
Certification
CE Approved, Factory calibration traceable to national standards
Kit Contents
Supplied as a complete kit with the gauge, 4 oz. bottle of coupling fluid, 2 AA batteries, NIST Calibration Certificate, data transfer software, serial output cable and Operating Instruction Manual - all in a foam-fitted carrying case.
Typically operates for 150 hours on alkaline and 100 hours on NiCad
Display
1/8 in. VGA grayscale display 62 x 45.7mm
Keyboard
Membrane switch with twelve tactile keys
Case
Extruded aluminum body with nickel-plated aluminum end caps (gasket sealed).
Operating Temperature
-14° to 140°F (-10° to 60°C)
Weight, net
383 grams
Dimensions
63.5 W x 165 H x 31.5 D mm
Warranty
2 year limited
Certification
CE Approved, Factory calibration traceable to national standards
Kit Contents
Supplied as a complete kit with the gauge, 4 oz. bottle of coupling fluid, 2 AA batteries, NIST Calibration Certificate, data transfer software, serial output cable and Operating Instruction Manual - all in a foam-fitted carrying case.
Product Features
The time-based B-Scan feature displays a cross section of the test material. It is commonly used to display the profile of the bottom surface of the test material.
Built in hardware AGC gain control for through paint measurements in multi mode operation.
The TI-MMX-SDL High Performance Data-Logging Ultrasonic Thickness Gauge has the ability to store 64 custom user defined setups. All factory setups can be selected, edited and saved to any setup location.
CE Certified
Use the visual alarm to set hi and lo limits for applications requiring specific tolerances. If the actual thickness value is above or below the limits, a red light is illuminated.
The TI-MMX-SDL High Performance Data-Logging Ultrasonic Thickness Gauge also comes complete with our Windows PC software for transferring data to and from a PC.
The high speed scan feature speeds up the inspection process by making 32 measurements per second. Remove transducer from the test material, and display the minimum measurement scanned.
Use the AUTOFIND feature to locate the detection point, while automatically adjusting the display to bring the signal into view.
