SNDWAY SW-6510S Manuel utilisateur

ULTRASONIC THICKNESS GAUGE

SW-6510S

4.27

Scan

Mat:

5920Steel

mmMax

mmMin

mmAvg

ULTRASONIC

THICKNESS GAUGE

User Instruction

Please read this instruction intently before your

first utilization.

1. The instrument is not allowed to disassemble or repair in any

ways.It is forbidden to do any illegal modification or perfor-

mance change for laser emitter. Please keep it out of reach of

children and avoid being used by any irrelevant personnel.

2. Due to electromagnetic radiation interference to other equip-

ment and devices, please don`t use the device in the plane or

around medical equipment and don`t use it in an inflammable,

explosive environment.

3. Discarded batteries or devices shall not be processed just like

household garbage, please handle them in line with related

laws and regulations.

4. If the company's products beyond the warranty period are

faulty, they can be handed over to the company to repair the

product, and the maintenance fee will be charged according

to the company's regulations.

5. The company cannot provide warranty for any damage to the

product caused by the user's own disassembly and assembly

of the company's products, improper transportation, storage,

or failure to operate according to the product manual, as well

as unauthorized alteration of the warranty card without proof

of purchase.

6. If there is any quality problem with the instrument, or if you

have any questions about the use of the instrument, please

contact the local distributor or manufacturer in time, and we

will solve it for you as soon as possible.

- 01 -

2 Overview

1 Packing List

This instrument is an intelligent ultrasonic thickness gauge. It

adopts the latest high-performance, low-power microprocessor

technology. Based on the principle of ultrasonic measurement,

it can measure the thickness of metals and other materials, and

can measure the sound speed of materials. It can monitor

various pipes and pressure vessels in production equipment,

monitor their thinning degree after being corroded during use,

and can also accurately measure various plates and various

processed parts. This instrument can be widely used in

petroleum, chemical industry, metallurgy, shipbuilding, aviation,

aerospace and other fields.

No. Names Quantity Remark

1 User Manual 1PC

1PC

3Standard Probe(5mhz Ф10)

4 Coupling Agent

5 Portable Package

6 USB Cable

The Meter

Standard Configuration

- 02 -

2.2 Product Features

A. 2.4 inch black and white dot matrix screen

B. Chinese/English display interface

C. Built-in 2000mAh lithium battery

D. DC 5V/1A charging Type-C interface

E. 300 stored data

2.1 Working principle

The thickness measurement of this ultrasonic thickness gauge

is that the ultrasonic pulse generated by the probe passes

through the couplant to reach the measured object, part of the

ultrasonic signal is reflected by the bottom surface of the object,

and the probe receives the echo reflected by the bottom surface

of the measured object, and accurately calculates the ultrasonic

wave round-trip time, and calculate the thickness value

according to the following formula, and then display the

calculation result.

In the formula:

H- Thickness; v- Sound speed in material;

t - The propagation time of the

ultrasonic wave in the test piece

back and forth once.

- 03 -

2.3 Technical Parameter

Note: 1) The standard probe of the instrument cannot use oily

couplant, otherwise the probe will be damaged! After using

the probe, wipe off any residual couplant on the probe to

prolong the life of the probe.

2) Please try to avoid using it in an oily environment. If it is

unavoidable, try to reduce the contact time with oily substances

as much as possible, and after use, dry the probe surface with

oil-absorbing paper.

300 sets, each set including current material,

Velocity of Sound, Unit, Measuring Value, the

MAX value, the MIN value and Average Value

Display 2.4 inch black and white dot matrix screen

Sound Velocity (1000~9999) m/s

Lower limit of pipe

measurement Ф20*3mm(steel)

Battery Built-in 3.7V 2000mAh Li-ion battery

Battery life

(fully charged) About 16 hours

Charging

specification DC5V 1A Type-C interface

Working Temperature

& Humidity 0°C~40°C, 10%RH~80%RH

Storage Temperature

& Humidity -10°C~+50°C, 10%RH~70%RH

Dimension 140x66x28.5mm

Unit 0.1mm / 0.01mm / 0.01in

Language Chinese / English

Measuring Range 1.00~300.00mm(the steel)

Main Functions

Single Measurement, Continuous

Measurement, Alarm Measurement,

Sound Velocity Measurement, Calibration

Accuracy H<10mm, ±0.1mm; H≥10mm, ±(1%H+0.1)mm

H is the thickness of the object

Storage capacity

ITEMS SW-6510S

- 04 -

3 Structure and appearance

1. Housing 2. Buttons 3. Display

4. Transmitter socket 5. Receiver socket

6. Thickness calibration block 7. Nameplate

8. Ultrasonic thickness probe (probe for short)

20.00

Scan

Mat:

5920Steel

mmMax

mmMin

mmAvg

- 05 -

4 Charging and maintenance of lithium battery

3.1 Main Display Interface

After the instrument is turned on, it will automatically enter the

main display interface, as shown in the following figure:

1) Coupling state: the coupling state between the probe and

the workpiece to be measured

2) Measurement mode: display the current measurement mode

3) Unit system: mm (in metric system), or in (in imperial system)

4) Battery power: Display of remaining battery power

5) Sound indication: alarm sound switch display

6) Information display: display thickness measurement value,

measurement material, sound speed, maximum, minimum,

average;

The product is powered by a built-in 3.7V 2000mAh lithium

battery, which is not removable. When the product cannot be

turned on or the battery is empty after turning on, please

charge it in time. Please use a DC5V, more than 1A charging

adapter to charge the product, and the charging port is Type-C.

While charging, the battery symbol scrolls to display.

When fully charged, the battery symbol becomes full.

mm4.42

Scan

Mat：

5920Custom 1

4.50mmMax

4.42mmMin

4.43mmAvg

- 06 -

A. Prepare the tested workpiece, refer to "6.1 Surface

Treatment of Measured Workpiece".

B. Insert the probe into the instrument and turn it on.

C. Instrument calibration. Refer to "7.5 Instrument Calibration".

D. Inversely measure the speed of sound. The sound speed of

the workpiece is uncertain, and the sound speed must be

measured back to obtain the correct sound speed of the

workpiece. Refer to "7.6 Reverse Measurement of Sound

Velocity".

E. Measure the thickness. Use the inversely measured sound

velocity value to measure the thickness of the workpiece of

the same material.

Note: When not in use for a long time, fully charge the product

first, and recharge it every six months to avoid battery damage.

6 Preparation before measurement

5 The general measurement process of the

instrument

6.1 Surface treatment of the workpiece to

be tested

If the surface of the object to be measured is rough or severely

corroded, please use the following methods:

● Use couplant on the surface of the measured object;

● Use rust remover, wire brush or sandpaper to treat the

surface of the measured object

● Multiple measurements around the same point

- 07 -

7 Instrument use

7.1 Turning the instrument on and off

Power on: Insert the probe into the instrument, short press the

key to power on.

Power off: long press the key to power off.

Automatic shutdown: the instrument will automatically shut

down if there is no operation, and the default time is 5 minutes.

Users can change the automatic shutdown time, refer to

"7.18 Shutdown Settings".

Forced shutdown: long press the power button for more than

10 seconds to force shutdown.

Apply the couplant evenly to the tested area, tightly couple the

probe to the surface of the tested material, and the screen will

display the thickness of the tested area. When the probe and

the material to be tested are well coupled, the screen will display

the coupling mark . If the coupling mark flashes or there is no

coupling mark, it means that the coupling is not good and needs

to be added with couplant. When the probe is removed, the

coupling symbol disappears and the thickness value remains.

7.2 single measurement

Figure 1. Add couplant.

- 08 -

Figure 2. Smear the couplant evenly, and tightly couple the

probe to the surface of the material to be tested.

Apply the couplant evenly to the measured area, then couple

the probe to the workpiece and move it along the surface of the

workpiece. The instrument will display the current value,

maximum value, minimum value and average value of the

measurement in real time.

7.3 Continuous measurement

7.4 Alarm measurement

The user can monitor the material with poor quality through the

alarm function. Press and hold to turn the alarm on or off.

The displayed on the screen means to open the alarm

measurement, and the displayed on the screen means to

close the alarm measurement.

For example:

Alarm setting: Standard value: 4.00mm

Tolerance limit: ±0.1mm (Refer to "7.19 Alarm Setting" for alarm

setting) When the measured thickness is less than 3.90mm or

greater than 4.10mm, the instrument will continuously issue a

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