Product Description
Product Description- Through Paint Ultrasonic Thickness Gauge PRO-UT600 Capable of inspecting super-slim work piece & measuring through paint and eliminate the thickness of paint
- Basic Info Model No. PRUT600Dimensions in mm 155x68x27Weight 230gDimensions in inch 6.1×2.7 x1.1
Features- Ability to measure through paint and eliminate the thickness of paint and coatings usingecho to echo time of flying technology.
- Capable of inspecting super-slim work piece (min. thickness of steel is 0.15mm).2 modes optional Echo-Echo mode and Interface-Echo mode.High precision, the acquisition of thickness change of 1 mm.Digital LCD display(1.8 inchx1.2inch) with backlight.USB 2.0 interface for data output.500 groups of data memory.Automatic zero calibration Warranty 12 months
- Main Technical Specifications Resolution 0.001mmAccuracy 0.005mmMeasuring Mode E-E ; I-E Measuring Range 0.15mm-25.4mmTransducer frequency 15MHz, 20MHzTransducer Diameter 15P 6Velocity 1000-9999m/s Display 128*64 LCD,LED backlighted Dimensions in mm 155x68x27Weight 230g
- Standard Delivery Main Unit 1pcTransducer (15P dia 6mm) 1pcManual 1pcPacking list 1pc
Advanced Through-Paint TechnologyThe PRO-UT600 utilizes ultrasonic technology that measures thickness accurately through painted and coated surfaces, eliminating the need to strip coatings before inspections. This feature enhances efficiency and preserves sample integrity, particularly in maintenance and quality control for metals and glass.
User-Friendly Operation and Data ManagementDesigned for ease of use, the gauge features a bright, backlit digital display, continuous and single-point scanning modes, and can store up to 20 measurement readings. With a low battery indicator and auto power-off function, it ensures seamless operation in the field.
Rugged Design for Industrial EnvironmentsWith its durable plastic housing and compact size (155x68x27 mm), the PRO-UT600 is suited for industrial applications. It operates reliably across a wide temperature range (-20C to 50C), making it excellent for various working conditions encountered in Indian industries.
FAQs of Through Paint Ultrasonic Thickness Gauge -PRO-UT600:
Q: How does the PRO-UT600 Through Paint Ultrasonic Thickness Gauge measure thickness without removing paint or coating?
A: The PRO-UT600 uses ultrasonic waves that penetrate both the coating and substrate, allowing accurate measurement of the underlying materials thickness without the need to remove paint or other coatings. This preserves the integrity of protective layers during inspection.
Q: What types of materials and surfaces can be measured with this ultrasonic thickness gauge?
A: The PRO-UT600 is suitable for measuring metals, glass, and other solid materials, including those with painted or coated surfaces. Its through-paint capability ensures accurate readings even when coatings are present on the material.
Q: When is it beneficial to use continuous scanning mode versus single-point mode?
A: Continuous scanning mode is ideal when measuring over larger areas to identify thin spots or inconsistencies in thickness. Single-point mode is best for spot-checking specific locations requiring precise measurement.
Q: What is the process for using and recording measurements with the PRO-UT600?
A: Attach the ultrasonic probe with couplant to the test surface, select the desired mode, and read the displayed thickness value. Up to 20 readings can be stored in the device for later review or reporting.
Q: Where can this thickness gauge be applied in industrial contexts?
A: This gauge is widely used in industries such as manufacturing, maintenance, metal fabrication, and glass production, particularly for monitoring corrosion, verifying material integrity, or quality control on painted and coated components.
Q: What are the main benefits of using an ultrasonic thickness gauge with through-paint capability?
A: Key benefits include non-destructive measurement, time-saving by not requiring coating removal, improved accuracy, and comprehensive inspection capability for both coated and uncoated materials.