User Manual
User Manual
Ultrasonic Thickness Gauge and Meter
|
D1140772 • D1141137
Ultrasonic Thickness Gauge and Meter
|
D1140772 • D1141137
ULTRASONIC THICKNESS GAUGE AND METER | D1140772 • D1141137
- 6 -
ULTRASONIC THICKNESS GAUGE AND METER | D1140772 • D1141137
- 7 -
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Auto calibration to ensure accuracy
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Auto linear compensation: Deelat’s advanced software program enhances the precision by
correcting the non-linear accuracy of the transducer.
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Use and keys to make quick adjustments to the sound velocity /thickness. They are also used
for quick recall of recent stored data (measurements)
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Coupling status indication: Watch for the coupling icon to confirm if the coupling has been
successful.
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10 thickness measurement storage and recall functions are available, so that you can take
multiple readings when measuring multiple items.
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Sound velocity measurement: With a given thickness by a sample hardware to measure the sound
velocity, which avoid the further conversion or consultation of the table.
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12 different sound velocity settings allowing for measurement of different materials.
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Low battery indicator
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Auto power off mode: This will save you battery life.
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Deelat’s Ultrasonic Thickness Gauge has stored memory that retains all recent settings even
when the unit is powered off.
1.4. Features
2.1. Conditions for curved surfaces
2. Conditions for Proper Operation
When the material that you are measuring has a curved surface like piping, the curvature radius
must be more than or equal to10 mm, and the wall thickness must be more than or equal to 3 mm.
This requirement is most applicable to steel, as the data generated for other materials will not be
exact.
2.2. Texture Condition:
2.3. Working Temperature Condition:
Material thickness readings and sound velocity readings can/will change when there are changes in
temperature.
The transducer is made of propylene, in order to avoid damage to the transducer and maintain
the precision of the readings we recommend that the surface temperature of the material being
measured should not exceed 60°C otherwise you may incur damage to the transducer.
Operation temperature: 0~40°C
Relative humidity: <90%RH Hardware/workpiece/material temperature: <60°C
Avoid using on materials that have heavy vibration / corrosive material. Avoid impact and humidity.
This gauge can have varying results based on the texture of the material being measured. For
example, if you are measuring pipe that contains rust or other non-smooth surfaces it can affect the
measurement reading. You can minimize errors by using a 2.5MHz transducer.
