LINSHANG LS213 Manuel utilisateur

Shenzhen Linshang Technology Co., Ltd.

LS213

Ultrasonic Thickness Gauge

User Manual V1.02

Please read this manual carefully before using and reserve it for reference.

Shenzhen Linshang Technology Co., Ltd.

I. Product introduction

Ultrasonic thickness gauge adopts the principle of the reflected plus ultrasonic measurement, which is

specialized in thickness measurement of materials that can transmit ultrasonic waves such as metals (e.g.

steel, aluminum, copper, etc.), plastics, ceramics, glass, etc. The instrument employs a professional

design of time-chip with a resolution of up to 0.01 mm.

The product conforms to the standard: JJF1126-2004 Calibration Specification for Ultrasonic Thickness

Gauge.

II. Parameter

Measuring Range

0.8-350mm(45#steel)

Resolution

0.8-100mm:0.01mm

100-350mm:0.1mm

Accuracy

0.8-10mm:±0.05mm

10-350mm:±0.5%H, H is the standard value

Sound Velocity Range

1000~9999m/s

Probe

5MHz φ10 double-crystal probe

Display

240×160 dot matrix LCD

Unit

mm/inch

Power Supply

2pcs of 1.5V AA alkaline battery

Host Size

142*72*28 mm

Weight

About 230g

Operation Temperature

Range

-10~50℃，0~85%RH（No condensation）

Storage Temperature Range

-10~60℃，0~85%RH（No condensation）

III. Characteristics

1. The instrument adopts a professional design of time-chip with a resolution of up to 0.001 mm and it has

good stability and measurement accuracy.

Shenzhen Linshang Technology Co., Ltd.

2. With the function of gain automatic change, the instrument automatically selects the appropriate gain

according to the material type and thickness so as to achieve the best measurement effect.

3. With QC judging function, it can judge whether the materials are qualified according to the upper and

lower specification limits to realize the rapid detection of materials.

4. With statistical function, it can automatically count the maximum, minimum and average values of the

latest 9 measured values.

5. The instrument can adjust sound velocity in 3 ways: setting sound velocity based on material/

thickness/ manually.

IV. Operation

1. Turn on/off

Turn on: Short press on the button to boot, the version number and a serial number of the

instrument will be displayed, and then enter the interface of benchmark adjustment.

Turn off: Long press on the button or click "turn off" in the menu bar to power off the instrument. The

instrument will automatically shut off when the time of no operation is longer than the setting automatic

shutdown time.

2. Reference calibration

After entering the interface of "Reference Calibration", the user can perform the operation of reference

calibration according to the animate calibration of hint, or skip the step.When the instrument has not been

used for a long time, it is recommended to calibrate it.

If it prompts that the calibration fails, the possible reasons are as follows:

The calibration block used is wrong. Please use the standard block in the lower right corner of the

instrument to calibrate.

Shenzhen Linshang Technology Co., Ltd.

The fluid coupling applied to the standard block is not enough. Please apply enough fluid coupling,

press the probe tightly against the standard block and keep it still until the calibration is prompted.

Instrument malfunction and it need to be repaired returning to the factory.

3. Measurement

Apply coupling fluid on the surface of the material, press the probe of the instrument tightly and keep it still,

then the user can get the thickness of the material. When the probe is well coupled with the material to be

tested, the coupling mark on the right side of the screen will remain still and a buzzer will prompt.

The instrument has the following two measurement modes:

(1) Statistical mode

The interface of statistics mode is shown in the figure below (left). The instrument simultaneously displays

the maximum, minimum and average values of the current statistical data, as well as the number of valid

data. The number of statistics is the latest 9 valid measurements. When it is less than 9 data, the actual

data volume shall prevail.

(2) QC mode

The interface of QC mode is shown in the figure below (right). The instrument judges whether the

measured value is qualified according to the upper and lower specification limits.

Note: The sound velocity of various materials is different. Please set different sound velocity according to

different materials to avoid measurement errors.

4. Setting and Calibration

A long press on the button for 3 seconds in the off state or a short press on the button in the

measurement state enters the [main menu] of the instrument. There are five sub-options. The user can

use the buttons to select the options of [system Setup/sound velocity set/Reference

calibration/Exit/Shutdown]. Short press on the button to confirm your selection.

Shenzhen Linshang Technology Co., Ltd.

(1) System Setup

Language: Short press the button or to enter the language selection. These two buttons or

are available to select language.A short press on the button completes the setting.

Unit: Short press on the button to enter the unit selection. These two buttons or are available

to select units.A short press on the button completes the setting.

AutoOff: Short press on the button or to enter the selection of shutdown time. These two

buttons or are available to select shutdown time.Ashort press on the button completes the

setting.

Mode: Short press the button or to enter the mode selection. These two buttons or are

available to select measuring modes. A short press on the button completes the setting.

Shenzhen Linshang Technology Co., Ltd.

Limit Set: The limit setting is only displayed in QC mode. Short press the button to enter the

interface of limit settings. These two buttons and are available to select [upper limit/lower

limit/return]. Short press on the button to enter the value adjustment, and short press the buttons

to adjust the value.A short press on the button confirms the selection.

Factory Settings: Short press the button to enter the interface of restoring factory selection.

These two buttons and are available to switch [Yes/No]. A short press on the button confirms

the option and returns the setting surface.

(2) Sound velocity Set

Short press the buttons to select [Set by material/Set by thickness/Manual input/Return]. A short

press on the button confirms the selection.

Set by material: The user can set the sound velocity according to the known material. Short press the

button to enter the interface of material selection, and short press the buttons to select

the corresponding materials.A short press on the button confirms the selection. The setting is

completed.

Shenzhen Linshang Technology Co., Ltd.

Set by thickness: Knowing the thickness of the material, the user can measure the sound velocity

through the thickness, and then use the back-measured sound velocity to measure the quality of the

material and the thickness of the material with similar thickness. Short press the button to enter the

prompt interface "Please press the probe tightly against the material with known thickness". Press the

probe of the instrument tightly against the surface of the material with couplant and keep it still. The

instrument will automatically jump to the interface of "Enter the actual thickness of the material" where the

user can short press the buttons to adjust the value to be consistent with the thickness of the

material.A short press on the button selects [Save]. The setting is completed.

Manual input: Short press the button to enter the interface of setting the sound velocity manually

and short press the buttons to adjust the value. The user can check whether the thickness

displayed on the interface is consistent with the thickness of the currently measured material during the

adjustment process. A short press on the button selects [Save]. The setting is completed.

Shenzhen Linshang Technology Co., Ltd.

(3) Reference calibration

The function of " Reference Calibration" in the main menu is the same as that of "Benchmark Calibration"

when the instrument is powered on.

(4) Exit

A short press on the button exists the main menu and enters the measurement interface.

(5) Shutdown

A short press on the button turns off the instrument.

5. Quickly set the sound velocity

In the measurement mode, when the measurement is completed, short press the button- to enter the

interface of the sound velocity manual setting, and adjust the current sound velocity according to the

measured value. The detailed operation is the same as 4.4.2 Manual setting of the sound velocity.

VI. Check measurement records

In the measurement mode, short press the buttons to enter the browsing interface to view historical

data. The instrument stores a total of 9 sets of data. When more than 9 sets of data are exceeded, the

oldest recorded value is automatically deleted. Record 1 is the earliest test data, and it is pushed back in

turn. Recorded data is not lost when the instrument powers off.

When press the button to check, the number of recorded data increases successively from the first

one; when press the button to check, the number of recorded data decreases from the maximum to

the bottom.

Shenzhen Linshang Technology Co., Ltd.

In the mode of historical browse or measurement, short press the button to display the prompt

interface of data deletion, and select [Yes] with a short press on the button to delete all recorded

data.

VII. Aviation plug connection

It cannot be rotated or pulled violently because the aviation plug connector has a spring limit. Please refer

to the following figure below for correct operation:

V. Precautions

1. The sound velocity is a key parameter for ultrasonic thickness measurement. Only by setting the

correct sound velocity can an effective thickness value be obtained. It is recommended to use the

material of known thickness and the same material as the object to be measured to set the sound

velocity.

2. The probe should be kept in the center of the point to be measured, and the periphery of the probe

should not be suspended outside the surface to be measured.

3. The other surface of the tested material must be parallel or coaxial with the tested surface.

4. For coarse-grained materials such as cast iron, a large amount of ultrasonic waves will be scattered.

When the numerical value is abnormal, it means that this material is not suitable for this instrument to

measure.

5. The probe is easy to be scratched on the rough surface. Try to reduce the sliding of the probe on the

rough surface. If the probe is seriously worn, it should be replaced in time.

6. When the instrument has worked for a long time, it is recommended to perform reference calibration to

avoid the influence of the external environment on the instrument.

7. When the instrument displays Low battery, it needs to be replaced with a new battery.

8. The probe and standard block should be cleaned to prevent them from being corroded after using.

Shenzhen Linshang Technology Co., Ltd.

9. The recommended calibration cycle is one year, and the company provides calibration services.

VI. Packing List

Number

Products’ name

Quantity

Ultrasonic Thickness Gauge

Ultrasonic dual-crystal probe(5MHz)

1.5V AA Alkaline battery

Fluid Coupling

Silicone Case

Instructions

Certificate/Warranty Card

VII. Service

1. The gauge has one-year warranty. If the gauge works abnormally, please send the whole gauge to

our company for maintenance.

2. Provide users with spare parts and lifelong maintenance services.

3. Provide the users with the gauge calibration service.

4. Free technical support for long term manufacturer.

Shenzhen Linshang Technology Co., Ltd.

Website: www.linshangtech.com

Service hotline: +86-755-86263411

Email: sales21@linshangtech.com

Table des matières

Autres manuels LINSHANG Instrument de mesure

LINSHANG

LINSHANG LS212 Manuel utilisateur

LINSHANG

LINSHANG LS126A Manuel utilisateur

LINSHANG

LINSHANG LS108 Manuel utilisateur

LINSHANG

LINSHANG LS192 Manuel utilisateur

LINSHANG

LINSHANG LS163 Manuel utilisateur

LINSHANG

LINSHANG LS126C Manuel utilisateur

LINSHANG

LINSHANG LS128 Manuel utilisateur

LINSHANG

LINSHANG LS252DL Manuel utilisateur

LINSHANG

LINSHANG LS251D Manuel utilisateur

LINSHANG

LINSHANG LS101 Manuel utilisateur

LINSHANG

LINSHANG LS162A Manuel utilisateur

LINSHANG

LINSHANG LS233 Manuel utilisateur

LINSHANG

LINSHANG LS132 Manuel utilisateur

LINSHANG

LINSHANG LS197 Manuel utilisateur

LINSHANG

LINSHANG LS301 Manuel utilisateur

LINSHANG

LINSHANG LS125 Manuel utilisateur

LINSHANG

LINSHANG LS193 Manuel utilisateur

LINSHANG

LINSHANG LS230 Manuel utilisateur

LINSHANG

LINSHANG LS108H Manuel utilisateur

LINSHANG

LINSHANG LS133 Manuel utilisateur

LINSHANG

LINSHANG LS196 Manuel utilisateur

LINSHANG

LINSHANG LS131 Manuel utilisateur

LINSHANG

LINSHANG LS171 Manuel utilisateur

LINSHANG

LINSHANG LS130 Manuel utilisateur

Manuels Instrument de mesure populaires d'autres marques

Suaoki

Suaoki D40 Manuel utilisateur

Elster

Elster BK-G1.6 Manuel utilisateur

Endress+Hauser

Endress+Hauser Deltabar FMD71 Manuel

Duratool

Duratool D03128 Manuel utilisateur

Vega

Vega VEGAPULS 65 Manuel utilisateur

Tonghui

Tonghui TH2618B Manuel utilisateur

Tenmars

Tenmars TM-801 Manuel utilisateur

MSR

MSR 145 Manuel utilisateur

TPS

TPS WP-82 Manuel utilisateur

ELMETRON

ELMETRON CP-511 Manuel utilisateur

PCB Piezotronics

PCB Piezotronics 003C30 Manuel utilisateur

Tenma

Tenma 72-10465 Manuel utilisateur

Endress+Hauser

Endress+Hauser Proline Promag 50 Caractéristiques techniques

Siemens

Siemens SITRANS F Coriolis FCT030 Manuel de la liste des pièces

KLINGER

KLINGER CMF V Series Manuel utilisateur

EXFO

EXFO FTB-2 Manuel d'exploitation et d'entretien

Keysight

Keysight M8290A Manuel utilisateur

ADTEK

ADTEK MW-5 Manuel utilisateur