Name: 0.5-508mm Ultrasonic Thickness Gauge
Brand: Tool
SKU: 1567
Availability: InStock

0.5-508mm Ultrasonic Thickness Gauge

Size chart

Clothing Size Conversion Chart
Category	US	EU	UK	Chest (in)	Waist (in)	Hips (in)
Men	XS	44	34	32-34	26-28	33-35
	S	46	36	34-36	28-30	35-37
	M	48	38	38-40	32-34	39-41
	L	50	40	42-44	36-38	43-45
	XL	52	42	46-48	40-42	47-49
Women	XS	32	6	31-32	24-25	33-34
	S	34	8	33-34	26-27	35-36
	M	36	10	35-36	28-29	37-38
	L	38-40	12-14	37-39	30-32	39-41
	XL	42	16	40-42	33-35	42-44
Youth	XS	128	7	26-28	23-24	26-28
	S	134	8	28-30	24-25	28-30
	M	140	10	30-32	25-26	30-32
	L	146	12	32-34	26-27	32-34
	XL	152	14	34-36	27-28	34-36

Pants Size Conversion Chart
Category	US	EU	UK	Waist (in)	Hip (in)	Inseam (in)
Men	28	44	28	28	34	30
	30	46	30	30	36	31
	32	48	32	32	38	32
	34	50	34	34	40	33
	36	52	36	36	42	34
Women	0	32	4	24	34	30
	2	34	6	25	35	30
	4	36	8	26	36	31
	6	38	10	27	38	32
	8	40	12	28	40	32

Shoes Size Conversion Chart
Category	US	EU	UK	Foot Length (in)
Men	6	39	5.5	9.25
	7	40	6.5	9.625
	8	41	7.5	10
	9	42	8.5	10.25
	10	43	9.5	10.625
	11	44	10.5	11
	12	45	11.5	11.25
	13	46	12.5	11.625
Women	5	35	2.5	8.5
	6	36	3.5	8.875
	7	37	4.5	9.25
	8	38	5.5	9.625
	9	39	6.5	10
	10	40	7.5	10.25
	11	41	8.5	10.625
	12	42	9.5	11
M (Unisex)	5	37	4.5	8.75
	6	38	5.5	9
	7	39	6.5	9.5
	8	40	7.5	10
	9	41	8.5	10.25
	10	42	9.5	10.625
	11	43	10.5	11
	12	44	11.5	11.25

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High precision ultrasonic thickness tester for wholesale, which can also work smoothly in low light conditions. There are 4 rectification modes can be selected: Radio frequency, positive half wave, negative half wave and full wave. Difference value mode and maximum/ minimum capture mode can help you make the measurement data clear at a glance.

Specification

Model	T-UM
Measuring Range	0.5-508mm (TC510 Standard Probe)
Resolution	0.01-0.1mm
Units	mm & inch
Display Mode	Thickness Value Mode Minimum/ Maximum Value Mode Difference/ Thinning Rate Mode
Calibration Mode	One-point Calibration & Two-point Calibration
Measurement Update Rate (Selectable)	4Hz/s 8Hz/s 16Hz/s
Data Storage	100000 Groups
Sound Speed Range	500～9999 m/s, 0.0197～0.3937 inch/us
Alarm Set	Maximum & Minimum
Working Language	English, French, Japanese, Chinese, German
Shutdown Set	Automatic Shutdown After 5/10/20 Minutes of No Operation/ Manual Shutdown
V Path Correction	√
Power Supply	2*AA Batteries
Work Environment	-10℃～+50℃
Dimension	153mm×76mm×37mm (H×W×D)
Package Weight	0.28kg
Package Included	10.5-508mm Ultrasonic Thickness Gauge 1Coupling Agent 1TC510 Standard Probe 1Sealed Box 2Batteries 1Packing File

Details

Function Difference

Functions	T-UM-5	T-UM-5D	T-UM-5DL
OLED Color Screen	√	√	√
Real-time A-SCAN	√	√	√
Real-time B-SCAN	√	√	√
Adjustable Gain and Gate	√	√	√
Blanking	√	√	√
Penetrate the Coating	×	√	√
Data Storage	×	×	√
Data View Software	×	×	√

Probes for Selection

Picture	Model	Type	Frequency	Contact Diameter	Measuring Range	Temperature Range
	PT08	General Purpose	5MHz	11mm	0.8-100mm	-10-70℃
	PT06	Small Diameter Tube	7.5MHz	8mm	0.8-30mm	-10-71℃
	PT04	Fingertip	10MHz	6mm	0.7-12mm	-10-72℃
	ZT12	Coarse Grain (Cast Iron)	2MHz	17mm	4.0-508mm	-10-73℃
	GT12	High Temperature	5MHz	15mm	4.0-80mm	-20-450℃

Tips: Troubleshooting – Distortion of indication in ultrasonic thickness gauge

In the actual application of ultrasonic thickness tester, if the indication value is distorted and deviates from the actual thickness, it will cause hidden dangers in the pipeline (equipment), resulting in replacement of pipe fittings based on incorrect data and a lot of material waste. This phenomenon often occurs in field equipment and pipeline inspections. After a large number of phenomena and data analysis, the reasons are summarized as follows:

The surface roughness of the workpiece is too large, resulting in poor coupling between the ultrasonic thickness meter probe and the contact surface, low reflected echo, and even the echo signal cannot be received.
The radius of curvature of the workpiece is too small, especially when measuring the thickness of small diameter pipes, because the surface of the commonly used probe is flat, and the contact with the curved surface is point contact or line contact, so the sound transmission rate is low (bad coupling).
The detection surface is not parallel to the bottom surface, and the sound waves are scattered when encountering the bottom surface, and the probe cannot receive the bottom wave signal.
Castings and austenitic steel have uneven structure or coarse grains. When ultrasonic waves pass through them, serious scattering attenuation occurs. The scattered ultrasonic waves propagate along a complicated path, which may annihilate the echo and cause no display.