– 1 –TABLE OF CONTENTS1.0 Introduction ...
– 10 –4.0 MENU & CONNECTOR REFERENCE4.1 Menu OptionsSTORE: This menu displays the current storage location of the TI-UMX2. This location
– 11–ZERO: The TI-UMX2 can use two different types of transducers, a dual or single element. This menu item will only be visible if the TI-UMX2 identi
– 12 –MATERIAL: The TI-UMX2 includes a list of common material types with standard set velocities. It’s important to note that the velocities associat
– 13 –TI-UMX2: This is a general utility menu for miscellaneous features and functions. The following is a brief explanation of each sub menu item. Re
– 14 –Transducer ConnectorsThe transducer connectors and single control button are located on the top end cap of the TI-UMX2. The transducer connector
– 15 – Battery Cover (bottom inside end cap)Simply remove the cover using a standard slot screw driver or other, and replace the batteries.IMPORTANT:
– 16 –5.0 PRINCIPLES OF ULTRASONIC MEASUREMENT5.1 Time versus thickness relationshipUltrasonic thickness measurements depend on measuring the lengt
– 17 –The sound frequencies used in ultrasonic thickness measurement do not travel through air efficiently. By using a liquid couplant between the tran
– 18 –Since pulse-echo only requires one reflection, it is the most sensitive mode for measuring weak reflections (flaws) typically found when measuring
– 19 –Pulse Echo Coating Mode – Coating On (PECT) A custom hybrid combination mode using properties from the basic modes along with a group of specia
– 2 –9.0 Thru-Paint Measurement Technique ... 30 9.1 Introduction to Thru-Paint
– 20 –6.0 SELECTING THE MEASUREMENT MODE6.1 Which mode & transducer do I use for my application? High penetration plastics and castings The mo
– 21 –Thin materials Use pulse echo mode and a high frequency transducer for these types of
– 22 –7.0 MAKING MEASUREMENTSThe steps involved in making measurements are detailed in this section. The following sections outline how to setup and
– 23 –4. The smaller of the two displays will begin scrolling the current configuration settings
– 24 –3. When ZERO is displayed, immediately press and release the button to enter the sub menu options. Again, the options will begin scrolling in
– 25 –different inherent sound velocities. For example, the velocity of sound through steel is about 0.233 inches per microsecond, versus that of alum
– 26 –3. When the material type is displayed, immediately press and release the button to configure the TI-UMX2 to the selected material type. For th
– 27 –8.0 ADDITIONAL FEATURES & OPTIONS8.1 Power OffThe TI-UMX2 will power off automatically after approximately 4 minutes without receiving an
– 28 –The procedures to adjust the Gain are outlined below:1. Press and hold the single TI-UMX2 button, located on the top end cap, until the top le
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– 3 –1.0 INTRODUCTIONThe Electromatic Equipment Company model TI-UMX2 is an underwater ultrasonic thickness gauge that measures with extreme versatili
– 4 –2.0 QUICK STARTUP GUIDEThe TI-UMX2 is pre-configured at Electromatic Equipment Company with a specific and common setup. As a result, the gauge sh
– 5 –2.3 Factory Set-up Parameters (Dual Element Menu Structure)2.4 Quick Start (Dual Element)1. Attached the transducer to the TI-UMX2.2. Pres
– 6 –3.0 OVERVIEWTurn the TI-UMX2 on and off using the switch located on the bottom right corner of the keypad. When TI-UMX2 is initially turned on,
– 7 –The numeric portion of the display consists of 4 complete digits preceded by a leading “1”, and is used to display numeric values, as well as occ
– 8 –Press & Long Hold: Primary function – manually turn off the TI-UMX2.The TI-UMX2 will automatically shut off after 5 minutes if it hasn’t dete
– 9 –3.4 Menu Structuremenu options in an effort to keep the gauge
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