Universal Testing Machine

Software Instruction Manual

Dongguan Hongtuo Instruments Co.,Ltd

Tel：+86-769-23181252 Fax： +86-769-23181253

Hotline：4008-300-646 E-mail: info@hongtuo.com.cn

http://www.hongtuo.com.cn
 Guangdong Hongtuo Instruments Technology Co.,Ltd.

Catalogue
1 TM2101 Measurement and Control System Introduction ....................................................................................................... 3
1.1 Main features ............................................................................................................................................................... 3
1.1.1 Hardware ........................................................................................................................................................... 3
1.1.2 Software ............................................................................................................................................................ 3
1.1.3 computer communication interface ................................................................................................................... 4
2 Software Installation and Upgrade Guide ............................................................................................................................... 5
2.1 The minimum hardware configuration requirements for the computer hardware........................................................ 5
2.2 This software on the computer software system requirements .................................................................................... 5
2.3 Software installation CD content ................................................................................................................................. 5
2.4 Software Installation Guide.......................................................................................................................................... 5
3 Software Operation Guide ...................................................................................................................................................... 8
3.1 Quick grasp .................................................................................................................................................................. 8
3.2 Main interface Introduction........................................................................................................................................ 10
3.3 Menu Introduction...................................................................................................................................................... 14
3.4 Detailed function ........................................................................................................................................................ 15
3.4.1 Login ............................................................................................................................................................... 15
3.4.2 Authority management .................................................................................................................................... 15
3.4.3 Edit password .................................................................................................................................................. 15
3.4.4 Unit ................................................................................................................................................................. 16
3.4.5 Standard List Edit ............................................................................................................................................ 16
3.4.6 Modify the test method ................................................................................................................................... 17
3.4.6.1 Name list ...................................................................................................................................................... 17
3.4.6.2 Specimen ...................................................................................................................................................... 18
3.4.6.3 Test Mothed .................................................................................................................................................. 19
3.4.6.4 ResultSetting ................................................................................................................................................ 22
3.4.7 Calibration ....................................................................................................................................................... 27
3.4.8 Online .............................................................................................................................................................. 34
3.4.9 System settings ................................................................................................................................................ 34
3.4.10 Language ....................................................................................................................................................... 34
3.4.11 Option ............................................................................................................................................................ 35
3.4.12 Registered...................................................................................................................................................... 35
3.4.13 Activation ...................................................................................................................................................... 35
3.4.14 Report editing ................................................................................................................................................ 37
3.4.15 Manual Snap ................................................................................................................................................. 40
3.4.16 Graphics operations....................................................................................................................................... 41
4 Troubleshooting .................................................................................................................................................................... 41
5 Differences in software version functionality ....................................................................................................................... 43
6 Explanation of some calculate formula for test result ........................................................................................................... 44
7 Technical Support ................................................................................................................................................................. 45

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1 TM2101 Measurement and Control System Introduction

The measurement and control system for the Rally, presses, electronic universal testing machine and the
development of materials. It is suitable for the determination of mechanical properties and related physical
parameters of various materials under tension, compression, bending, shearing, tearing, peeling and puncturing.
Can do tensile, compression, three-point bending, four-point bending, shearing, tearing, stripping, finished shoe
puncture, carton holding pressure, foam cycle compression, spring tension and compression and a variety of
static and dynamic cycle testing.
1.1 Main features
1.1.1 Hardware
The main controller uses the most advanced 32-bit ARM processor in the 21st century, and the processing
speed reaches the level of general-purpose Pentium-class computer. Compared with the traditional 8-bit
single-chip microcomputer, the overall performance is greatly improved, the operation speed is faster and the
control precision is higher.
Data acquisition core devices using the latest ultra-high-precision 24-bit AD, the sampling rate of up to 2000
times / sec, can capture the power of the instantaneous changes in the whole file resolution up to 500000 degrees.
And the use of original 6-point calibration technology to further improve accuracy, power measurement accuracy
is better than the national 0.5 (the most advanced) standards.
Displacement encoder count using 4 times the frequency technology, the displacement resolution increased by
4 times, up to 0.0005mm.
Pulse and voltage output control can be controlled with a pulse or voltage control interface of any servo motor,
inverter motor or DC motor to achieve smooth stepless speed regulation, and the other rise, fall and stop
switching signal output can be used directly Drive external relays or solenoid valves, can be used to control the
DC motor or pneumatic, hydraulic and other power devices.
Advanced speed, displacement, power three closed-loop technology, can achieve accurate arbitrary waveform
control.
All input and output interfaces are high-speed optical isolation technology, with a strong anti-interference ability.
1.1.2 Software
Windows standard style, structured mode of operation plus detailed help documentation and tips to make the
test machine industry's most simple and easy-to-use software, your debugging and software training efficiency
will be significantly improved.
Time, displacement-time, stress-strain curves can be displayed in real-time during the test. Users can freely
switch to the desired curve screen and view the user settings and so on.
Standardized test process control and report output templates, so that you can define any number of test
standards for user calls, covering GB, ASTM, DIN, JIS, BS ... and so on almost all test standards. Flexible and
powerful test method. It has various control modes such as constant speed, fixed displacement, constant force,
constant force rate, constant stress, constant strain rate and constant strain rate. It can realize complex multi-step
embedding Set cycle control. Can be set to automatically return to automatically determine the fracture, auto-zero
and other functions.
Powerful statistical analysis of data and curve analysis tools, with zoom, pan, cross cursor, take points and
other functions. Multiple historical test data can be transferred into the graphics display at the same time do
comparative analysis. Up to 7 interval settings, 40 manual take points, 120 automatic take point function. Median,
standard deviation, the total standard deviation, CPK values and other statistical functions.
Completely open test results editing method, the user can get any desired test results. Maximum force,
breaking force, peel strength, tensile strength, shear strength, tear strength, maximum deformation, yield strength,
elongation, elastic modulus, ring stiffness, non-proportional elongation, interval minimum force, interval mean
force , Given elongation force, take the force elongation up to more than 400 results are calculated automatically
by the computer for the user to choose to call.
The industry's innovative Microsoft Word report format is simple to use, and you can edit the fine reports you
want, as long as you use Word.
Permission management system allows you to lock any function module of the software, the software operation
is divided into multiple permission levels, not authorized operators can not touch the module is not authorized, the
software operation more secure and reliable.
All-digital calibration system, calibration process is simple and efficient, calibration data on the next crew double
protection.
Powerful unit system, can adapt to any unit in the world system, such as force units are gf, kgf, N, kN, tf, lbf, ozf, tf
(SI), tf (long), tf (short) , Can be extended to any number of units.
More heavy protection mechanism: force, stroke, displacement overrange protection settings, upper and lower
limit switch limit switch hardware protection settings.
Test data management is simple and intuitive and efficient: a single test data to Windows standard document

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storage, free to set the storage path and file name. To avoid the traditional monitoring and control software to test
the database data format stored in the database file will become more and more large and lead to the software
running more and more shortcomings. As long as your hard drive is large enough, the test data can be stored
indefinitely.
All operations are shortcuts, and can be connected to an external manual control box, can be fast, fast, in the
upper and lower, slow, slow, zero, return, test, pause, end all Health.
Multi-language one-button switching: simplified Chinese, traditional Chinese, English, ten languages more
Japanese, Korean, Russian, German, French, Spanish, Portuguese and so forth.
Green software, no need to install, copy directly to the computer can be used (need to install the serial port
driver), maintenance upgrades easier.
1.1.3 computer communication interface
Interface type: 3-wire RS232 serial port or network port

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2 Software Installation and Upgrade Guide

2.1 The minimum hardware configuration requirements for the computer hardware
1. CPU for the Intel Celeron (Celeron) 2GHz or more CPU
2. Memory at least 512MB, recommended more than 1GB
3. Hard disk space above 4GB
4. Display resolution of 1024 × 768 or more.
5. Printer compatible with the operating system (if output reports are required)
2.2 This software on the computer software system requirements
1. Applicable operating system for Microsoft's Windows 7/8/10/11
2. If you need to output the report in Word format, you must install Microsoft's Microsoft Word of the
software.
2.3 Software installation content
The installation CD should include the following two folders:
1. "HTMS Vx.xx": This folder is HTMS software, this software is green software, without installation, copy
the entire folder directly to the computer anywhere.
2. "Driver 2012 or USB Driver ": This folder for the driver, the computer must be installed this driver to run
HTMS software.
2.4 Software Installation Guide
To use this software for the first time on a computer that has not used this software, you need to install the
software driver first. The software installation process is as follows:
1. If Windows is running other programs, close all applications
2. Double-click the " Driver 2012 or USB Driver " folder, as shown below:

Fig1
3. Double-click "Driver2012_en.exe", the installation program starts, start the installation, a welcome screen,
as shown below:

Fig4
4. Click the "Next >>" button to enter the following screen.
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Fig5
5. Continue to click "Install" button to start the installation process, the installation process may take a few
minutes, please be patient, until the screen shown below

Fig6
6. Click "Finish" button, the computer will automatically restart to complete the installation. Click "OK" button
to restart the computer.

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Fig7
7. Copy the "TM2101 Vx.xx" folder to any location on your computer, and then double-click the "TM2101
Vx.xx" folder, as shown below.

Fig8
8. Right-click "TM2101.exe" program, click on the following figure shows the "desktop shortcut" option for the
software on the desktop to make a shortcut.
9. The software installation is complete.

Note:
If use the USB connect to the computer, you must install the USB driver (refer to the driver installation
instructions).
If use the network port to connect to the computer, you must set the IP address of the computer (refer to
Common Problems and Solutions).

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3 Software Operation Guide

3.1 Quick grasp
A complete test process consists of three steps: setup before the test, perform the test and get the test
results.
1、before the test set:
Click the button or the "modify" button after the test standard to open the pre-test setting window。

①First select a test standard or add a new test standard in the left window, and then select a sample
data in the sample data window or click "Add Sample" to add new sample data. as shown in Fig 9.

Fig 9

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②Modify the test method and control parameters in the test plan window, as shown in Fig 10.

Fig 10
③Modify the test results that need to be output in the result setting window, and press "OK" to exit after
setting, as shown in Fig 11.

Fig 11

2、the implementation of testing:

Click the Start Test button " ", or press the Start test shortcut F7 (refer to 4.1 Shortcut Description) to
start the test button into the gray pull-up state, indicating that the current testing process, waiting for the
test to automatically end or manually end the test.

3、get the test results: After the test, will automatically get the test results.

Note: The test must be performed with online success.

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3.2 Main interface Introduction

The main interface as shown in Fig 12.

Fig 12
The software includes a title bar, a menu bar, a tool bar, a current volume display bar, a test display interface
(test standard, force-deformation, force-time, deformation-time, multiple graphs, test results), control interface,
and point interface.
Title bar: Show software name, motherboard type (A, B, C), and connection status. The motherboard type is
displayed only when the connection is successful. Type C is displayed by default when there is no connection.

Menu bar: the management of the software and function operation, etc., see 3.3 menu introduction
Tool bar：

Modify the test method Show the last curve

New file Show a single curve

Save file Show multiple curves

Close file Output word report

Delete selected record Output excel report

Show the first curve Output pdf report

Show last curve Online

Show the next curve

Current volume display bar：Display the current value of force, displacement, etc.,

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you can select the items to be displayed by the drop-down list,

Test display interface:

Test standard interface: It is mainly used for the user to choose which test standard to test, and at the
same time display the material information corresponding to the standard, the test method and the test result
corresponding to the completion of the test. Before testing, users need to test with corresponding standards.
You can also click the "Edit" button to enter the standard editing interface to add a new standard or modify the
current standard.

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curve display: show the test curve, such as force-deformation, force-time, deformation-time and other
curves. It can also be used to zoom in and out of the curve. see details of the 3.4 Graphics operations
Can also display custom curves, see details of the 3.4 Option

Test results：Display current test results.

Print report: print the simple result report that comes with the software;
Edit report: edit the simple report that comes with the software;
All curves to excel: export all curves to an excel file;
Select curve to excel: export the selected curve to an excel file;
Remove selected record: If you want to remove a record from the test results, you can select the record first,
and then click this button.
Note that this button only removes the data from the test results, but does not delete the data from the test
database.
Raw data to Excel: Output raw data to Excel. Note: This function is valid only when a single curve is
displayed.
View history data:
The archive database interface mainly consists of three parts:
1. All test data information: display all test data related information saved in the file, which is convenient for
customers to query and retrieve the data in the file.
2. Query test data: Users can query corresponding test data according to test time, number of times, batches,
materials, standards, etc., and output test results according to the query results.
3. Current output test data information: it displays the test information corresponding to the current output
result.

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The method of selecting multiple records is: hold down the Ctrl key and select the required records with the
mouse.

Control Panel: Control the machine to rise, fall and perform tests and other operations.
Up, down, and stop buttons: control the up, down, and stop operations
of the machine
Zero: clear the force, displacement, and deformation
Back: make the machine back to the displacement zero position
Test: Start the test
Pause: Pause the test
Stop test: manually stop the test
Retest: Check this option, then select a piece of data in the result and
click Test Retest
Up distance: the machine rises the set distance, used to fine-tune the
machine
Down distance: the machine descends the set distance, used to
fine-tune the machine
Distance: Set moving distance
Test time: current test running time
Speed: Set the speed of rising and falling, you can manually enter or
click the button below to switch the speed

Manual point capture interface:

Manually capture feature points on the curve, see details of the 3.4 Manual Snap

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3.3 Menu Introduction

Menu List:
main menu Submenu Description
Management Backup Record Backup current test record
(M) Open Backup Record Open the previous backup record
Close Backup Record Close the open backup record
Login please refer to 3.4 Login
Authority management please refer to 3.4 Authority management
Edit password please refer to 3.4 Edit password
Quit Quit the software,
Settings Unit please refer to 3.4 Unit
(S) Calibration please refer to 3.4 Standard List Edit
Standard Edit please refer to 3.4 Modify the test method
Standard List Edit please refer to 3.4 Standard List Edit
Online please refer to 3.4 Online
Open Auto Connect please refer to 3.4 Online
System Setting please refer to 3.4 System settings
Disable Key Navigation Disable the machine control hot key
Zero Zero Force The current force value is reset to zero
(Z) Zero Strok The current strok value is reset to zero
Zero Elong The current elong value is reset to zero
Zero All The current force strok elong value is reset to zero
TakeOffExtensometer Remove the extensometer
View Language Choose display language
(V) please refer to 3.4 Language

Option please refer to 3.4 Option

Help Help document Open the help document
(H) About… Displays information about the test system
registered please refer to 3.4 Registered
activation please refer to 3.4 Activation
Update calibration data Read the calibration data of the acquisition card to the
software
Write to chip Write the data of the software to the acquisition card

Super settings Enter the correct password to enter the advanced function
settings

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3.4 Detailed function
3.4.1 Login
Click menu "Manage"  "Login", or hold down the key combination Ctrl + L (3.5 list of shortcuts), you can
enter the login screen, as shown in Figure 13：

Fig13
Select the user, enter the correct password, click OK, you can use the appropriate user rights under the
software. The administrator has the highest user rights, anonymous minimum. When "Always log on with this
user" is selected, the software will automatically log in to the user at the next startup. The initial password for the
administrator is 111222, and the initial password for the experimenter is 000000.

3.4.2 Authority management

Click on the menu "management"  "Authority management" ，, you can enter the rights management
interface, as shown in Figure 14：

Fig14
The current login user is anonymous, the rights management is disabled, because the anonymous has the
lowest administrative rights, does not have permission management permissions. Users of the functions of the
use of permissions can be set in the rights management, when an item is selected, that has the right, otherwise
do not have. For example, in the "Rights Management" item in the above figure, the administrator is selected and
the tester is not selected, which indicates that the administrator has authority to manage rights, while the tester
does not.

3.4.3 Edit password

Click on the menu "management"  "Edit password", you can enter the login password modification interface,
as shown in Figure 15:

Fig15
The modified password is the password of the currently logged on user. For example, if the currently
logged-in user is an administrator, the password of the administrator is modified. If the login user is a tester, the
password of the tester is modified.

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3.4.4 Unit
Click on the menu "Setting"  "Unit", or press and hold Ctrl + U, you can enter the system interface unit, as
shown in Figure 16:

Fig16
You can select a unit from the drop-down list and select a precision, which indicates the number of digits after
the decimal point. Unit system determines the entire system of units, all the amount of the reality and operation of
this unit system to perform.

3.4.5 Standard List Edit

Manage all standards and currently used standards, Click on the menu "Setting"  " Standard List Edit ",
as shown in Figure 17.

Fig17
Add a new standard category: Select any kind, then click the right mouse button, select "Add Kind", input
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the name of the kind, and press the "OK" button, as shown in Fig 18.

Fig18

Move standard to category: Select the standard you want to move, then right-click, select "Move to", and
select the standard kind you want to move to, as shown in Figure 19.

Fig19
Import: Import other standard files into the standard list;
Export: Save this standard export as a file. The file can be sent separately and then imported into the
standard list.
Import all: Import all standard files in the folder where the standard is located into the standard standard
list.
Add to use standard: select one standard from all standards to add to the current use standard.
Remove: Remove the selected standard from the currently used standards.

3.4.6 Modify the test method

Click on the menu "Setting"  " Standard Edit "，Or select an existing standard to modify it through the
standard list in "Test Standard", as shown in Figure 20.

Fig20
A standard mainly includes four parts of settings: standard name list, sample data, test method and test
result.

3.4.6.1 Name list

Display all currently used standards, as shown in Figure 21. Through the standard name list, you can add,
remove, delete standard and other related functions.

Fig21 Fig22

Add a new test method: To add a new test method, first select the similar test method, click the "Add"
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button, and then in the "Name", input the new standard name, as shown in Figure 22. Then modify the
corresponding settings in the sample information, test methods, and test results.
Delete test method: There are two ways to remove the standard:
One is to remove the standard from the name list. For example, to remove the "maximum force" standard,
select the "maximum force" standard, and then click "Remove", the "maximum force" standard is removed from
the name list.
Another way is to delete the standard completely. For example, to delete the "maximum force" standard,
first select the "maximum force" standard, and then click "Delete", the "maximum force" standard will be
completely deleted.
Generally, it is recommended that customers use the first method to delete standards.

3.4.6.2 Specimen
The specimen interface is used to display and set the information of the test sample, including its shape
and size, and related auxiliary information, such as tester, sample material, customer name, etc. As shown in
Figure 23.

Fig23
New Specimen：Add a new sample type.
Delete Specimen：Delete the current sample type.
Add Material：Add a sample data to the selected sample type.
Delete Material：Delete the selected sample data in the selected sample type.
Parameter Copy：Copy the selected parameters to all the columns below it in turn.
In addition, "test type" and "shape" can be modified by right-clicking, as shown in Figure 24 and Figure 25:

Fig24 Fig25
Other parameters：Set the information displayed in the report header, as shown in Figure 26.

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Fig26
3.4.6.3 Test Mothed
Edit the test method and control parameters, as shown in Figure 27:

Fig27
Test Method:
Stag Direction: Choose tensile or compress.
Control Type: The first step is only constant fixspeed mode. This parameter can also be output to the test
result，That is, the control value of steps 1-20 in the result parameter list.
FixSpeed The machine moves at the set speed
FixElong The machine stops at the designated deformation position
FixForceRate The machine moves in a uniform force increase mode
FixForce The machine holds pressure, when the force is less than the set
value, the machine will automatically pressurize to the set value
FixStressRate The machine moves according to the uniform stress increase
mode
FixStress The machine is holds stress, when the stress is less than the set
value, the machine will automatically pressurize to the set value
FixStrainRate The machine moves in a uniformly increasing mode of deformation
FixStrain The machine stops at the designated strain position
Control Value: Set value corresponding to control type.
Shift Condition: When the machine moves to the setting mode, then stop the test or switch to the next test.
Force≥ End or shift when the force is greater than the set value
Force≤ End or shift when the force is less than the set value
Elong.≥ End or shift when the deformation is greater than the set value
Elong.≤ End or shift when the deformation is less than the set value
Time≥ End or shift when the time is greater than the set value
Break End or shift when the sample breaks

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Stress≥ End or shift when the stress is greater than the set value
Stress≤ End or shift when the stress is less than the set value
Strain≥ End or shift when the strain is greater than the set value
Strain≤ End or shift when the strain is less than the set value
Yield End or shift when the specimen yields
Condition Value: Setting value corresponding to "Shift Condition", This parameter can also be output to
the test result，That is, the shift value of steps 1-20 in the result parameter list.
PauseTim: When the shift condition is reached, the time to pause the test; no pause is required, and the
pause time is 0.
Zero: When the gear shift condition is reached, whether to execute the zero return action.
Percent: The percentage that reaches the shift condition starts to decelerate. The deceleration function
only works when the force is selected.
Next Process:
1） End: Indicates that this step is the last step of the test. After this step is executed, the test will
automatically stop;
2） Next: After executing this step, shift to the next test step;
3） Toxxx: After executing this step, jump to the first steps above to execute the test loop;
Cycle Time: The number of cycles between the first step and this step

: Set to display the curve from the first step to the last
step.

: Check this option, the test will automatically determine the break and stop the

test. The breaking condition is the percentage of the force that suddenly drops to the previous force value.

: When the force is greater than the set value, the break is judged.

To prevent the force from shaking at the beginning of the test and misjudge it as a break and stop the test. This
value also needs to be set when setting a breakpoint to stop. If you check this option, it is found that the test
stops as soon as it starts, please check whether this value is set too small.

: Check this item, the test will enter the test after
reaching the pre-tightening force, and the curve will not be displayed until the pre-tightening force is reached.

: When the test is started, the deformation starts to be

recorded when the force is greater than the set value, mainly to remove the deformation of the loose part of the
material. If the value is set to 0, it means that the deformation will be recorded as soon as the test is started.

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ControlPara:
Mainly used to set sensor and control-related system parameters, the control parameters are shown in Fig
28.

Fig28
Sensor: Choice of force and Elong. sensors.
Protection: When the current value exceeds the protection value, it will automatically stop, select to enable
this protection.
Sampling rate: the number of points collected per second, a lower sampling rate can be selected for a long
time constant load test.
ForceRes: the greater the resolution, the higher the accuracy.
FilterCoe: Filters out unstable data, 0 or 1 for non-filtering.
BreakCutPoint：The last sampling points are removed when the specimen breaks.
ReturnSpeed：Set the speed of the return of the machine.
ReturnDecelerateCoe.：The deceleration coefficient when the return preparation is reached, 10 means
deceleration starts when the displacement reaches 10mm.
ReturnPauseTime：Waiting time for automatic return after testing.
P1：Control parameters for system judge break.
P2：Speed adjustment time for speed closed loop control.
P3：Speed closed loop control coefficient.
P4：The speed at which the force needs to be pressurized after the force drops during the maintaining force
or maintaining the stress test. Value=MaxSpeed/100*P4.
Auto return after test complete: After the test is completed, the machine will automatically return To Stroke Zero
Position or To limit（Limit switch）.
Auto save after test complete: Automatically save data after the test is completed.
Auto display multiple result: Automatically display multiple test results.
Show Current Curve: Only display the current test curve.
Pop-up a message When to limit：When the machine reaches the limit switch, a message will pop-up,
Closed loop Control：Usually don’t need to check this
Auto zero force before test：Click the test button and the force will be automatically reset.
Auto zero elong. before test：Click the test button and the elong. will be automatically reset.
Auto zero stroke before test：Click the test button and the stroke will be automatically reset.
Pops up broken gaugelenth input window at test end: After the test is completed, an input window for
entering the gauge length and outer diameter after breaking will pop up to calculate the elongation after
breaking and the shrinkage after breaking.
Pops up remark input window at test end：After the test is completed, an input window will pop up to
enter remarks.
Holding Pressure Back：Usually don’t need to check this

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3.4.6.4 ResultSetting
The test result interface mainly has 6 sub-pages：Test Result, Interval Settings, Auto Snap Settings, Textile
Settings, Label, Others, as shown in Figure 29.

Fig29
Test Result:
1. Display the results to be output.

2. Display result category and result name.

3. Quick search results

4. Left：Move the selected item in the test result list to the left.
5. Right：Move the selected item in the test result list to the right.
6. Insert：Insert the selected test result to the list.
7. Delete：Delete the selected item in the test result list.
8. Add：Add customer-defined test results.
9. Edit：Edit test results calculated by formula.
10. Delete：Delete the test result calculated by the formula.

Customer-defined test result，as shown in Figure 30.

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Fig30
E.g.: Tensile Stress = maximum force / area，The symbol of the maximum force is h1, and the symbol of the
area is m5，So the formula is h1/m5, Unit type is stress.

Interval Settings：

Fig31
Interval Type：The software supports three modes of dividing intervals, Elong., time, and percentage of Max.
Elong..
Valley Peak Value Min.% @ Peel interval：Only when the peak-to-valley drop percentage is greater than the
set value, this peak value will be regarded as a valid peak value.
Peak Valley Value Min.diff @ Peel interval：Only when the peak-to-valley drop of the force is greater than the set
value, will this peak value be regarded as a valid peak value.
Note: These two parameters are mainly used to filter out small fluctuation values, but if this value is set too
large, peak and valley values will not be obtained.
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Auto Snap Settings:

Fig32
Automatic take point setting: The software supports fixed force point, fixed deformation point, fixed
elongation point, fixed stress point, fixed time point, maximum force percentage point, fracture deformation
percentage take point 7 points Mode, these seven modes can be set at the same time or set separately.
Action: The software also supports points in the back and forth on the curve were taken. An action of 0 means
taking a point across the curve. An action of 1 indicates that the point was taken at the first test step. For
example, in the first step (to process) and the second step (return) on the deformation points were set, the
settings are as show in Fig 33：

Fig33
Textile Testing：

Fig34
Elongation difference load: calculate the elongation difference of the set parameters, as shown in the fig 35,
the elongation difference load is 5, the elongation difference X

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Specified slip: Set the sliding resistance parameters, as shown in the fig 35, the specified slip is 15, the sliding
resistance is d point corresponding to the force value.
The specified slip is 25, the sliding resistance is the corresponding point C point of the force value.

Fig35

Label：
Mark the setting interface, mark the curve on the maximum force and some feature points set, and whether
to display multiple test results of the statistical results.

Fig36

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Others：

Fig37
The first rule is to set the non-column extension point: As shown in the fig 38, the starting point of the
non-proportional original curve is 15% of the maximum force and the end point is 45% of the maximum force, as
shown in the red red slash line. Non-proportional original curve parallel offset 0.2% of the corresponding gauge
curve, as shown in the following figure yellow slash. Yellow oblique line with the intersection of test curve, that is
non-proportional extension point.

Fig38

Elastic modulus: Used to set the start and end points of the elastic zone. The elastic zone is the best (that is,
the straightest) area of the linear section of the force-displacement curve.
Word report template, Excel template: The software can set a variety of report templates, select the template, the
test report that the selected template style output report. Also open the template editor, see the report editor.
Report Output Columns: Sets the maximum number of rows displayed in a row.
Report graph selection: Output graph selection in report;
Report Options Test Results Table: Whether to output test results to the report:
The report shows the test curve: whether the curve is output to the test report;
Results Table Number: Test Results Table is the first few tables in the report. 0 indicates the last table.

Yield Point Starting Strength: Starts to calculate the starting point of the yield point:
The yield drop ratio between the upper and lower yield points is calculated as yield point, peak to valley drop ratio,
and the drop ratio is greater than the set value.
Upper and lower yield point force drop: calculate the yield point, peak valley drop, and only drop is greater than
the set value, be considered as an effective yield point;
Automatically switch to: When testing, switch to the specified interface

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3.4.7 Calibration
Click the menu "Settings"  "Calibration" , has three sub-menus: calibration force, calibrations other and
force check, click on one of them to enter the password input interface, as shown in Figure 39:
After entering the password, you can enter the corresponding interface.

Fig39

3.4.7.1 calibration force

The force calibration interface is shown in Figure 40, corresponding to two pages, used for force calibration
and force correction respectively.

Fig40
Calibrate the force sensor
Select the Force Sensors tab, as shown in Figure 6. There are four force sensor channels shown on the left:
"50kg", "0.0kg", "0.0kg", "0.0kg".
The calibration procedure is as follows:
1) Plug in the force sensor to be calibrated, such as a 50 kg force sensor, select a force sensor channel on
the left;
2) Enter the range of the sensor in the "Range" input box, eg "50" kg;
3) Enter the zero force of the sensor in the "Zero Value" input box, and input "0".
4) Click the Empty button to empty the calibration table.
5) Calibration point 1: Load the sensor in the "Standard weight value" on the right of the input box, enter "0"
kg, then click "take point" button, the first point AD value and standard weight The value is taken into the
calibration table;
6) Calibration point 2: load the sensor load of a certain value, such as hanging 5kg of weight, and the
"standard weight value" on the right side of the input box input load value of "5" kg, and then click "take point"
Button, the second point of the AD value and the standard weight value is taken into the calibration table;
7) Calibration point 3: method with the first two points, if you continue to calibrate the first three points, the
"AD value" and "standard weight value" can only be larger than the first two points, otherwise the calibration will
be inaccurate;
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8) Calibration point 4: method with the first two points, if you continue to calibrate the first four points, the "AD
value" and "standard weight value" can only be larger than the first three points, otherwise the calibration will be
inaccurate;
9) Calibration point 5: method with the first two points, if you continue to calibrate the first five points, the "AD
value" and "standard weight value" can only be larger than the first four points, otherwise the calibration will be
inaccurate;
10) Calibration point 6: method with the first two points, if you continue to calibration point 6, the "AD value"
and "standard weight value" can only be greater than the first 5 points, otherwise the calibration will be
inaccurate;
11) Click the "Write calibration data to capture card" button. If prompted "Write successful", complete the
calibration of a force sensor. If prompted "Write failed", please try again.
12) If you need to connect the second force sensor, repeat steps 1 to 11 above. Otherwise, set the range of
all other sensors to 0, and click the button "Write calibration data to capture card".
Note: At least two points should be calibrated. Steps 7 to 10 may not be performed. According to the current
characteristics of most of the sensors, the general point calibration can achieve very good accuracy, the second
point of the general value of the sensor range of 3 to 5%, the first three generally take the sensor range of 30 to
50% . If you calibrate more than 3 points (including 3 points), you must ensure that the "AD value" and
"standard weight value" of the latter point must be larger than the previous point, otherwise the calibration will
be inaccurate. If the "standard weight value" increases, the "AD value" becomes smaller and can be increased
by exchanging the two signal lines of the force sensor. AD value is generally about 8400000, the sensor load
"AD value" is proportional to change, if the load "AD value" unchanged, indicating the hardware is not working
properly, may be damaged or the sensor card is a collection card Fault, please contact the manufacturer to
replace.
If the measured force value is found to be slightly different from the standard weight after calibration, it can be
corrected by recalibrating once, or by directly modifying the standard weight value data in the calibration table. If
the measured value of the software is larger than the standard weight value , You can change the standard
weight value of the second point in the calibration table to a smaller value, and then click the "Write calibration
data to capture card" button, and then clear the alignment again until the two values are equal.

Force correction respectively

Fig41
When it is found that the force displayed by the software is different from the actual force, it can also be
solved by force correction, and the correction data can be written into the acquisition card. There are two
types of correction methods:
1) The actual strength value has been stored in the calibration list. For example, the standard weight
value used for calibration was 2 kg, and now it is found that the 2 kg weight is displayed as 1.95 kg, so
directly modify the software display force to 1.95, Then write the corrected data to the capture card.
2) The actual strength value is not in the calibration list. For example, after calibrating 2 kg, it is found
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that the 5 kg weight is not accurate. If 5.13 kg is displayed, you can click the "Insert" button to insert the 5
kg weight value, and then enter the software Display force input 5.13, and then write the calibration data
into the acquisition card.

Fig42
Note: If you need to modify multiple points, please modify the correction value at a time, and then write it to the
capture card, instead of correcting one, write one. Because after rewriting the acquisition card, the calibration data
is corrected, the correction value obtained before is inaccurate, and the correction value needs to be tested again.
For example, in the above example, if it is found that there are deviations between 2 kg and 5 kg, then after
modifying at the same time, the corrected data as shown in Figure 42 is obtained, and the data is written into the
acquisition card, that is, the correction is successful.

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3.4.7.2 calibrations other

Other calibration interfaces mainly include displacement calibration, extensometer calibration, speed
calibration, and some settings of system parameters.
Calibrate the Disp. sensor
Select the Stroke Sensor tab, as shown in Figure 43：

Fig43
1) Click the "Displacement Zero" button to reset the "Current Shift".
2) Click the "up" or "down" button to make the machine walk a certain distance, measure the distance with the
ruler;
3) Input the measured data into the box after "Actual Displacement", then click the button "Write Calibration Data
to Acquire Card". When the dialog box "Write successfully" is clicked, the calibration will be completed.
4) Repeat step 1-2 to see if the travel value of the machine is equal to the current displacement value displayed
by the software. If it is equal, complete the calibration of the displacement sensor, otherwise go to step 5;
5) Repeat steps 1 to 4 until the value of the machine travel is equal to the value of the Current Displacement.

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Calibrate the rubber extensometer
If the machine is connected with a rubber extensometer (also known as a large deformation), you need to
calibrate the rubber extensometer in the calibration before the first be sure to "User Parameter Settings" ->
"Control Parameters" -> "Sensor" Of the "displacement" select "rubber extensometer", or can not be calibrated
rubber extensometer. Rubber extensometer calibration interface shown in Figure 44:

Fig44
Rubber extensometer calibration process with the travel sensor.

Calibrate the metal extensometer

If a metal extensometer is connected to the machine, it is necessary to calibrate the metal extensometer.
Before calibration, be sure to select "Metal" under "User Parameter Settings" -> "Control Parameters" -> "Sensor"
Extensometer ", or cannot be calibrated metal extensometer. The metal extensometer calibration interface is
shown in Figure 45:

Fig45
Metal extensometer calibration process with the force sensor.

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Speed calibration
Speed Select the Speed tab, as shown in Figure 46：

Fig46
Before calibrating the speed of the machine, please calibrate the stroke sensor. Before calibrating the speed,
be sure to check the "Pre-test setting item" -> "Control scheme selection" -> "Control parameter" page before
"Speed closed-loop control" ", Or cannot be speed calibration.
1) Under the condition that the displacement has been calibrated, in the control panel of the current tab, the
default value is 500mm / min, click the button "Reset to zero";
2) Then adjust the speed of the machine given a speed;
3). Click the button "Up" or "Down" to make the machine walk a distance (the displacement must be positive)
and then click the "Stop" button to stop the machine;
4). Click the "Speed Calibration" button, then click the button, "calibration with the maximum speed" value will
change;
5) Click the button "Write calibration data to capture card" to complete speed calibration.
6) Repeat steps 1-5 until the speed is accurate.
Note: The maximum output frequency is 200000. If the calibrated value is more than 200000, it means the
maximum calibration speed cannot be achieved. It is necessary to adjust the motor deceleration ratio. If it
cannot be reached, it is necessary to confirm whether the selected motor speed meets the requirements.
Before calibrating the speed of the machine, please calibrate the stroke sensor. Before calibrating the speed,
be sure to remove the "hook" in the "User parameter setting" -> "control parameter" page before "open speed
closed loop control". Otherwise, the speed cannot be carried out. calibration.

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System settings
Select the System Settings tab, as shown in Figure 47：

Fig47
Speed Limit: Sets the maximum speed and minimum speed for the machine to run.
Tension Compression Direction Reverse: Whether to reverse the current compression compression direction.
Rise and Fall Direction Reverse: whether to let the machine rise and fall in the opposite direction.
Modify Calibration Password: Change the password when entering the calibration interface.
Modify the registration code: modify the software registration code.
Write the calibration data to the acquisition card: All the calibration data is written to the acquisition card. The
calibration data is valid only when the acquisition card is successfully written.
Read calibration data from the capture card: Read calibration data from the capture card to the current display.
To read calibration data from a computer: Read the calibration data from the PC to the current display.
OK: All current data is saved to the computer and the force sensor channel is switched to the currently selected
channel. And calibration data written to the acquisition card is independent, determine and cannot explain the
current calibration data is valid, only successfully written into the capture card is considered effective.
Cancel: All data is not saved to the computer, the setting is invalid.

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3.4.8 Online
Click the menu "Settings"  "Online", select the correct serial port or network port for online, as shown in
Figure 48.

Fig48

If the connection fails, a failure prompt window will pop up (Fig 49). If the connection is successful, no prompt
will pop up. If the connection is successful, the software will automatically be connected to the COM port at the
next software startup. Only when the connection is successful, the software can be tested.

Fig49

3.4.9 System settings

Click the menu "Settings" "System Settings" to enter the system setting interface, as shown in Figure 50.

Fig50
Mainly set the machine type and machine direction, as well as the direction of force, displacement, and
deformation

3.4.10 Language
Click the menu "View"  "Language" to switch the software language, as shown in Figure 51.
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Fig51
Standard Edition software with Simplified Chinese, Traditional Chinese and English three languages.
Advanced function version of the software with 10 languages, if any special needs, please contact us.

3.4.11 Option
Click menu "View"  "Options", or press and hold the key combination Ctrl + Shift + O, you can enter the
options interface, as shown in Figure 52:

Fig52
Options in the color and display two tabs, respectively, for a number of colors and display settings.

3.4.12 Registered
Click menu "Help"  "Register", or press and hold the key combination Ctrl + R, you can enter the
registration interface, as shown in Figure 53.

Fig53
If the software has a trial period, enter the correct registration code to register after it expires before you can
continue to use it. Usually no registration is required.

3.4.13 Activation
Press Menu "Help"  "Activate", or press and hold Ctrl + Shift + A to enter the activation interface, as
shown in Figure 54

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Fig54
According to the serial number of the system, enter the correct activation code, the software can be activated
for the high-functional version. If the connection fails, the serial number is displayed as 0, and only when the
connection succeeds. If the software function cannot meet your test requirements, need to upgrade to
high-function version, please contact us.

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3.4.14 Report editing

3.4.14.1 Word Report
Click the Word Report button to generate a Word report. Users can create their own Word template, in the
test results  other  Word report template drop-down list, select the template, the Word report will be the
template to produce. As shown in Figure 55.

Fig55
Word template editing：Open the word template, as shown in Figure 55. The template mainly has 4 parts:
report header, test-related information, test curve (corresponding position of Gragh bookmark) and test result
table (corresponding position of table bookmark). It is important to note that bookmarks Gragh and table must
be added to the word template, and the name must be capitalized correctly. Otherwise, the report will always
output the default report error.

Fig56

The report header can be edited to any content by the customer. For testing related information,
corresponding items can be added according to customer requirements. The template contains text in the
format of ?**?, indicating that it is a string that needs to be replaced with the content of the test result. When the
content between the two question marks is the same as the text in the test result formula table, it will be
replaced by the actual value of the test result.
You can view and add replaceable strings in the "Editable Name List Interface" (Figure 57). When you add
replaceable strings ?**? in the report template, you can control this interface. If the ?**? part of the string is not
replaced in the output report, it means that the ** string is inconsistent with the test result. Please check whether
the string is entered correctly.
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Fig57
Note: 10 auxiliary information such as tester, product batch number, material batch number, etc. are added in
the test materials. If you find that the output auxiliary information in the report is blank or incorrect, please check
whether the input in the test materials is correct.

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3.4.14.2 Excel Repot

Click the Excel report button to generate an Excel report. Users can create an Excel template by themselves,
and select the template in the drop-down list of Test Results  Other  Excel Report Template, and the Excel
report will be generated using this template. As shown in Figure 58.

Fig58

Excel template editing：Open the excel template, as shown in Figure 59, the template has 4 main parts:
report header, test-related information, test curve (corresponding position of Gragh bookmark) and test result
table (corresponding position of table bookmark).

Fig59

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3.4.15 Manual Snap

Click the menu "View" "Options", in the Display tab, select the manual access point to open the manual
access point function, as shown in Figure 60 and Figure 61.

Fig60

Fig61
During the test, click the point or shortcut key F10, the current force, displacement and time to the table. In
the non-test process, click to take points, if the cursor is not visible, the cursor is visible, the first point, if the cursor
is visible, the cursor position is the current take point position.

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3.4.16 Graphics operations

In the curve display window, click the right mouse button, pop-up graphical operation menu, as shown in
Figure 62:

Fig62
Return: Returns the initial state of the mouse. To drag the cursor over the curve, the mouse must return to the
initial state
Translation: Translation curve
Zoom In: Enlarge the curve
Zoom out: Reduce the curve
Local Zoom: Hold down the left mouse button, drag a rectangular box to enlarge the curve
All: The entire curve is shown in the figure
Cursor: Cursor is displayed, the current cursor position in the upper corner shown in Figure 32, the blue line
marked
Graphic tools: graphical tools are displayed, as shown in Figure 32, the red line, graphical tools can also be
translated on the curve, zoom and other operations
Take the point: the same function with the button to take points

3.5 Hot key list

hot key Features hot key Features
F2 Up Ctrl + L Login
F3 Down Ctrl + Q Exit
F4 Stop Ctrl + U Unit System
F5 Zero Ctrl + Shift + C Calibration
F6 Return Ctrl + F Force Zero
F7 Start testing Ctrl + S Stork Zero
F8 Stop testing Ctrl + E Elong Zero
F9 Pause Test / Continue Test Ctrl + Shift + Z All Zero
F10 Manually Snap Ctrl + Shift + O Option
Ctrl + H Help
Ctrl + R Registered
Ctrl + Shift + A Activation

4 Troubleshooting
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Q1:Why click to start the test always pops up indicating that the connection failed, and how to solve it?
A1: Please make sure that the cable is connected to the computer and the machine has been started, or
restart the machine and the software to try.
If the serial port connection fails, please check that the computer serial port card is working normally, or
replace the serial port cable and test again.
If the network port connection fails, please check whether the computer's IP address has been set, the
correct setting of the IP address is as follows, the first line is set to 192.168.1.100. The last 100 can be set to
any number from 2-55, and other settings are fixed and unchangeable.

Under normal circumstances, the yellow and green lights of the network will keep flashing. If the network
light does not flash, then check whether the computer network card and the network cable are connected.

Q2: What to do when the software popup the “Software expired, please contact the provider.”?
A2: Please contact the software provider to get registration code. The prompt will disappear after register the
software using the new registration code. For more information, see section 3.4.

Q3: When I click “Up” or “Down” the speed of the workbench does not match the configured speed（faster
than expected），how to solve the problem?
A3: Please uncheck “User options” ”Project Edit” ”control parameters” “Close loop control”. Please
don’t check this option without displacement coder or the displacement has been calibrated.

Q4: After click the “Test” button, the workbench works for a while but stops when the sample is just under
stress, how to solve the problem?
A4: Please increase the value of “User options” ”Project Edit”  “TestMethod”  “Break judge *.**% of
measuring range”. The software will not check break when the test value is below this value. So that the
experiment will not stop at the beginning because of the misjudgment of break.

Q5: Encoder not connected, can the workbench back automatically?

A5: No. A coder is required for the back function.

Q6: When I click “Up” or “Down”, the move direction of the workbench is opposite to the configured value,
how to solve the problem?
A6: Please check “Options”  “Calibration”  “System options”  “reverse Up-Down direction” and click
“write to chip” button.

Q7: When the value of “Test Method” is set to “Tensile” or “Compress”, the move direction of the workbench
is opposite to the configured value, how to solve the problem?
A7: Please check “Options”  “Calibration”  “System options”  “reverse dir. Tensile&Compress” and click
“write to chip” button.

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5 Differences in software version functionality

TM2101 software is divided into three versions, namely A version (simplified version), B version (basic
version), C version (Professional Edition). The performance differences between the versions are as follows:
Features TM2101A version TM2101B version TM2101C version
User rights management system Have Have Have
Unit management system Have Have Have
Calibration system Have Have Have
Sample data editing Have Have Have
Uniaxial tension or compression test Have Have Have
Fixed displacement test Have Have Have
Constant strain test Have Have Have
Multi - interval analysis Have Have Have
Test Results Output a fixed format report Have Have Have
Test results output Word format report Have Have Have
Force-Elong curve Have Have Have
Force-time curve Have Have Have
Elong - time curve Have Have Have
Stress - strain curve Have Have Have
Software trial period setting Have Have Have
Force / stroke / displacement overrange Have Have Have
protection
Force sensor channel 4 4 4
Rubber extensometer (large deformation) Have Have Have
Metal extensometer (small deformation) Have Have Have
Speed closed-loop control Have Have Have
Displacement closed - loop control Have Have
Force closed-loop control Have Have
Fixed force control Have Have
Fixed stress control Have Have
Carton holding pressure test Have Have
Single-round test in both directions Have Have
Multiple round-trip test in both directions Have
Multilayer nested reciprocating cycle test Have
Multi - step test Have
Constant force rate control Have
Constant stress rate control Have
Constant strain rate control Have
Multi-step data analysis Have
Auto Snap 40 40 40
Manually Snap 20 40 40
TM2101A version of the control method is only 1 step, apply to do a simple one-way tensile or compression test;
TM2101B version of the control method for 2 steps, for a single reciprocating test and carton holding pressure
and other slightly complex test;
TM2101C version of the control method for multi-step, apply to do all kinds of complex control test;

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6 Explanation of some calculate formula for test result
1. Ring stiffness
Thermoplastic pipe Determination of ring stiffness calculates according to GB/T 9647-2003.
S=(0.0186+0.025Y/d)F/(LY)
F----Force @ 3.0% elongation percentage. The unit is kN.
L----Sample length.The unit is m.
Y----Elongation @ 3.0% elongation percentage.The unit is m,Em.Y/d=0.03.
Please fill the form input fields with the following values:
Gauge column of sample data--> inside diameter of the measured pipe
Width column--> the length of the tested tube
First point of "test results" "auto sample setting" -->3
2. Elastic modulus:
Calculate according to GB8653-1988
Elastic modulus=Stress difference/strain difference of any two points in elastic range
The two points for elastic modulus calculation are set up in Tab “Other” in “Test Result”.
3. Tensile strength
Tensile strength=the large force/area
4. Fracture gauge
The Distance after sample fracture, need manual input.
5. Elongation after sample fracture
Elongation=(Fracture Distance -Original Distance)/Original Distance
6. Upper yield strength
Upper yield=Force on upper yield point/area.
7. Low yield strength
Low yield=Force on low yield point/area
For the material with no significant yield, use Rp0.2 as yield strength.
8. Provision of non-proportional extension strength
Non-proportional extension strength=Force on non-proportional extension point/area.
9. Provision of the total extension strength
Total extension strength= Force on total extension point/area.
10. Shear strength
Shear strength= Large Force/ (Distance * Width)
11. Shear modulus
Shear modulus= (Young’s modulus * Area/ Distance)*Thickness/ (Distance * Width)
12. Maximum bending strength
Maximum bending strength=3 * Large Force * Distance / (2 * Width * Thickness * Thickness)
13. Bending modulus
Bending modulus= (Young’s modulus * Area/ Distance) * Distance * Distance * Distance/ (4 * Width *
Thickness * Thickness * Thickness)
14. SDEV (Standard deviation)
SDEV= Radical of [(x1-x)^2+(x2-x)^2+......(xn-x)^2]/(n-1). Xn is the value of each sample, x is average of all
samples, n is the number of samples.
15. CPK(Process capability index)
Cpk=Cp(1-|Ca|),其中 Ca=(X-U)/(T/2),Cp =T/(6σ),T＝Upper specification limit – Low specification limit ;
U=( Upper specification limit + Low specification limit)/2; X is the average, σis standard deviation.

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7 Technical Support
If you have any question during use process, please contact us, we will be happy to serve you. Please
submit the issue via writing or e-mail, so that we could solve the problem for you as soon as possible. Although
we make every effort to, there maybe still be some omissions and errors, you are welcome to criticize correction

Hotline：4008-300-646

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