SaluTron TR110 Surface Roughness Tester User Manual
- September 23, 2024
- SaluTron
Table of Contents
SaluTron TR110 Surface Roughness Tester
MANUAL
TR-110
Surface roughness tester
Changes in products and/or product specifications can emerge due to new
technologies and continuous development.
We reserve the right to change or modify specifications of products without
prior notice.
We recommend you to contact our sales office for up-to-date information.
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GENERAL INTRODUCTION
Pocket-Sized Surface Roughness Tester TR-110 is a new generation of Surface Roughness Tester Series, introduced to market by in 2003. It features high accuracy, wide application, simple operation, portaoility and stable performance. The tester is widely used in measuring the surface roughness of various metals and non-metals. Its integrated structure of sensor and main body and hand-held design make it suitable to be used in production sites.
Updated functions of TR-110:
- TR-1 101s appearance, which tallies with current new design trend makes it more amiable than previous product generation. More logical operation offers a comfortable use procedure to users.
- With a long-life Li-ion rechargeable battery the tester can be worked for a long time with a short rechargeable time, and is workable during battery recharge.
- Circuit function is improved. Working voltage is debased.
- Accordinqly, its work wastage and circuit noise are debased.
- Its sensor s driver setup, material and working process have been ameliorated. With a more precise assembly, the tester has gotten a more stable performance.
- Some necessary instruction information such as testing indication, low battery indicationetc has been added to the new designed LCD interface.
- A protective sheath for the sensor stylus offers an effective protect for the sensor stylus, so as to guarantee its precision.
- Backlight is adopted to assure the tester to be used in dark place. Smaller size and lighter weight.
WORK PRINCIPLE
When the sensor driven by a driver is making a linear uniform motion along the
testing surface, the stylus which touches with the work surface moves up and
down along the worl< surface perpendicularly. Its motion is converted into
electric signals, which are amplitied, filtered and transformed into digital
signals through A/D. The signals are then processed by CPU into Ra and Rz
values before being displayed on the screen.
STANDARD DELIVERY
- Main body 1
- Li-ion rechargeable Battery 1
- Standard sample plate 1
NAME OF EACH PART
- Stylus mark
- Switch of sensor stylus protective sheath
- Main body crust
- Left Key
- Middle Key
- right Key
- LCD
- Start Key
- Charging socket
- Back cover lock
- Label
OPERATION
PREPARATION BEFORE OPERATION
Take the tester from the carrying case.
The sensor stylus protective sheath should be closed.(Refer to Picture l)
Picture 1 closed sensor sty/us protective sheath
Pull the switch of sensor stylus Protective sheath to the right,and open the
sensor stylus protective sheath. The sensor stylus will show for measuring
(Refer to Picture 2)
Picture 2 Open sensor sty/us protective sheath
Hints the location of sensor stylus protective sheath (on or off) and the
sensor stylus status of being used or being protected.
Please pay attention to close the sensor stylus protective sheath when the
testing is finished. Because the sensor is the most important precise part of
this tester, and it will affect on directly the precision of the tester, it
should be protected very well.
SWITCH ON, SWITCH OFF AND BACKLIGHT
Press the Right Key to switch on. The screen will display as picture 3.
After a “di … ” sound, the tester enters the measuring status and is ready to
work with the display of measuring parameters and sampling length set at
previous time. (Refer to Picture 3}
Picture 3
When the tester is in the switch on status, keep pressing the Right Key for 1
.5 seconds, the Backlight will be turned on; if keep pressing the Right Key
for 3 .5 seconds, the tester will be turned off, and the tester will enter tne
status of low work wastage.
SET UP PARAMETERS
- The user should set up these earameters such as Ra, Rz and suitable sampling length (2.5mm, 0.8mm or 0.25mm) (sampling length refer to 7).
- After switch on, press the Left Key gently and quickly to set up the value of Ra, Rz (Refer to Picture 4)
Then the LCD will display as follows:
Press the Middle Key gently and quickly to select the sampling length (0.25mm, 0.8mm, 2.5mm) by turns. (Refer to Picture 5)
Picture 5 Select the cut-off sample length by pressing the middle key
MEASURING
When the parameters are set up and the cut-off sample length is decided, it will come to measurement. Point the Stylus mark to the measured area stably and then press the Start Key on the top to start measurement. The sensor will move along the measured surface, and the screen will display as Picture 6. will show the stylus’ travel dynamically. The total length of its travel is 6mm.
After two “di, di …. 11 sounds, the measurement finishes, and the screen will show as the picture in the right.
Note:
- During the sensor’ travel, do your utmost to make sure the tester is on the measurement surface stably so as to avoid its influence to the precision.
- Before the sensor return to its previous position, the tester will not make any response to further operation. The screen will show the measuring result as the picture in the right. New measurement is prohibited until the entire measurement is finished.
CALIBRATION
Before use a Calibration should be done with the standard sample plate as follows:
- Firstly, locate the tester onto the reticle area of the standard sample plates, and make the sensor’s travel direction is vertical to the veins direction of the reticle (refer to picture 8). After that, press tne start key to make measurement. The measuring value will be shown on the screen (Refer to Picture 9, the measuring value here is 3 .21). And then it comes to the next step of calibration. Picture 8
- When the tester is under non-measuring status, keep pressing the Left Key more than 2 seconds, the tester will enter the status of Calibration. (Refer to picture 9)
- Picture 9
- Press the left key for a long time, the test will enter the status of mean value calibration and a symbol CAL will display on screen
- Press the Left Key and Middle Key to adjust the displaying value to the value indicated on the standard sample plate (Refer to picture 10).
- Picture 10
- Under CAL status, press the left key to increase the value by turns and press the middle key to decrease the value
M/IN SWITCH
Switch the m/in by keep pressing the Middle Key. (Refer to Picture 11)
SWITCH OFF AUTOMATICALLY
The tester will switch off automatically if there is no operation in 90
seconds.
INDICATION OF LOW BATTERY
When the battery symbol on the
upper right of the screen display , low battery is indicated. Recharge is
needed.
When both and “-” are shown on the screen together with sound, utmost low
battery is indicated and an prompt recharge should be done. (Refer to Picture
12) Picture 12 BATTERY RECHARGE
Plug the charger into the the tester’s recharge socket (on the left side of
the tester) · and have the tester recharged. 3 hours recharging-time is
enough. The tester is workable during recharging.
RESET
When the tester is down, it can be restart-on with reset switch. Pull the lock
on the in the right side of the tester, and the reset switch will show on the
upper right of the circuits board (Refer to picture 13). After pull the switch
down and then up, the tester will be restarted on.
If the tester won’t be used for a long time, pull down the reset switch to
power off.
After reset or power off, the back cover should be covered and locked
MAINTENANCE AND REPAIR
MAINTENANCE
Protect the tester from collision violent shock, heavy dust, dampness, oil
stain and strong magnetic ? tield etc.
Please switch off in time after each measurement to save the energy, and have
the battery recharged promptly when necessary.
The usual suitable recharging-time for the tester is 3 hours. Please pay
attention to prevent the battery from being damaged by over-time recharge.
The sensor is the precision part of the tester and particular care should be
taken of it. After each use, put on the protective sheath gently so as to
avoid violent shock to the sensor.
Standard sample plate provided with the tester should be given special
protection to avoid scratch which may make the calibration inaccurate.
REPAIR
If any trouble occurs, repair should be done by the manufacturer. Any user
should not dismantle and repair it. Any tester that is sent back to
manufacturer for checking and repair should attac? a statement about the
trouble together with the warranty card and the sample plate provided with the
tester. Please keep in touch with the sales department or agents.
TECHNICAL PARAMETERS AND FUNCTIONS
MAIN TECHNICAL PARAMETERS
MAIN FUNCTIONS
- Optional measuring parameters: Ra, Rz
- Optional sampling length
- Calibration function
- Automatic testing of battery voltage and sound of alarm
- Battery recharging function, workable while recharging
OPERATING ENVIRONMENT
- Operating conditions
- Temperature: ON400C
- Relative humidity: < 80%
- No vibration; no corrosive media
- Conditions for storing
- Temperature: – 200C 600C
- Relative humidity: < 90%
- Ventilation: Grade 3
TERMINOLOGY AND PARAMETERS FOR SURFACE ROUGHNESS
Rq:
Root-mean-square Deviation of Profile is the root-mean-square of the
deviation of profile within sampling length.
Rz:
Ten Point Height of Irregularities
The sum of two averages five maximum profile peaks average and five maximum
profile valley averages within the sampling length.
Ry (ISO) Maximum Height of Profile
The distance 6etween profile peak line to valley line within sampling
length.
Ry (DIN) Maximum Height of Profile
To get Ry (DIN) value: first calculate the distance between protile peak
line and valley line in each sampling length, the maximum of which is the Ry
(DIN) for the evaluation length.