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General| Brand | Smart Sensor |
|---|---|
| Model | AR860 |
| Category | Measuring Instruments |
| Language | English |
Defines where the unit is suitable for use, listing materials like metal, plastic, and ceramic.
Lists included items like transducers and coupling agent, and shows a diagram of the unit.
Visual representation of the unit's components, including the LCD, case, and transducer connection.
Explains the indicators and symbols shown on the LCD screen, such as battery power and units.
Identifies and explains the function of each button on the control panel for operation.
Lists the key capabilities and operational features of the gauge, including auto-calibration and data storage.
Steps to take before measurement, including connecting the transducer and powering on the unit.
Instructions on how to select and set the sound velocity for accurate measurements.
Procedure to adjust the sound velocity to a desired value using the unit's controls.
Steps for calibrating the unit using the standard sample block for accurate readings.
Detailed steps for performing thickness measurements using the ultrasonic gauge.
How to measure the sound velocity of a material using a known thickness.
Configuration of low and high thickness limits for alarming.
How to save and store measured thickness readings within the unit's memory.
Procedure to enter data record mode and review stored thickness measurements.
Instructions for clearing stored data, either all data or current stored data.
How the unit indicates low battery status and the need for replacement.
How to turn the backlight on or off and its activation duration.
Importance of removing dust, dirt, and grease from the surface before measuring.
Methods to smooth rough surfaces to avoid measurement errors.
Techniques for dealing with tiny textures or slots from rough machining.
Guidance on transducer orientation for accurate wall thickness measurement of pipes.
Advice for taking measurements on materials with complex shapes.
Ensuring parallel surfaces for satisfactory ultrasonic response and accurate readings.
Using a sample block to determine the minimum limit for very thin materials.
How to handle measurements on surfaces with rust or stains to avoid errors.
Importance of using the correct material velocity for accurate thickness readings.
Effects of transducer surface wear and how to maintain its sensitivity.
Proper use of the zero function for calibrating with the standard block.
Limitations of measuring uncoupled or composite materials due to wave travel.
How oxidized layers can affect reading accuracy and the need for calibration.
Guidance for operators to distinguish abnormal readings from causes like rust or errors.
Choosing and applying the correct coupling agent for optimal measurement.
Steps for replacing batteries when the low battery icon is displayed.
Guidance on protecting the transducer's wear face from scratches and damage.
Instructions for cleaning the unit's cabinet and LCD window with a moist cloth.
How to clean the sample block after use to prevent rust and maintain accuracy.
Precautions to avoid physical shock and storage in high humidity environments.
Product design, manual updates, repairs, and battery disposal regulations.
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