SmartPull Tensile Tester (Dual Column Type) | A new instrument developed by the sister company ChiuVention.
Fabric tensile strength tester, or fabric tensile strength machine, also named tensile strength testing machine is designed to test a wide range of materials, including fabric, leather, plastic, paper, etc, in tension, compression, flexure, bursting, shear, tear, elongation, constant load, elastic, thread slip, peeling and other mechanical properties. Fabric Tensile Strength Tester complies with ISO 13934.1/2, ISO 13935.1/2, ISO 9073.3/4, etc. And our fabric measuring machine is for sale.
Description
The Fabric tensile tester machine, a newly developed version named SmartPull Tensile Tester Machine, is AC servo-driven. It has ball screws to give stable pulling force and achieve high testing accuracy. The pull tester machine’s software is powerful and compatible. It outputs comprehensive test indexes, like displacement, maximum force, elongation, and stress. The tensile tester machine also has various safety features. They protect the instrument and guarantee the operator’s safety. It is a tensile machine made for textiles, leather, and footwear. It can do tension, compression, bending, tearing, shearing, peeling, and top-breaking tests. It applies to many international standards. These include ISO 9073-3, ISO13934-1/2, ASTM D5034, ASTM D5035, ISO 3377-2, ISO 13937-3, FZ/T 01030, and GB/T 19976.
TESTEX also provides single-column tensile testers.
The Features of Fabric Tensile Tester
Higher testing accuracy
An AC servo drive and ball screw create a stable pulling force. The force is constant and accurate to within 1%. This accuracy ensures the reliability and repeatability of the tensile test results.
Powerful software
The test software works for many languages. It can show the displacement, greatest force, and elongation. It also shows the greatest and bending stress, speed, and other test results. That is, it gets more comprehensive tensile test indexes.
Safety guarantee for the entire testing process.
This universal fabric tensile tester machine has an intelligent and active alarm system. It detects excessive displacement and torque and has overload and emergency stop devices. It also has up-and-down travel limits. The SmartPull Tensile Strength Testing Machine always keeps the testing process safe and stable.
It can be customized to meet diverse needs.
S-type load cell for pulling force of 5KN-10KN can be customized to realize more testing functions and the testing software can also be customized to realize automatic repeated testing.
Lightweight design
The SmartPull fabric tensile tester machine is 100 kg lighter than the first generation. This makes it easier to use.
The Specifications of SmartPull Tensile Testing Machine
| Test capacity | 1000 kg |
| Max Travel | 900mm (without fixture) |
| Travel accuracy | ≤1% |
| Travel speed | 1mm/min ~500mm/min |
| Speed accuracy | ≤1% |
| Test force range | 0.5% ~ 100%FS |
| Test force value accuracy | ±1% |
| Range of constant rate control | 0.5%~100FS |
Software configuration (standard)
A version of the test system, with a single-step test
Software configuration (optional)
The C version of the test system can achieve a multi-step test
Fixture and standards
Version A :
ISO 9073-3, ISO 13934-1, ISO 13934-2, ASTM D5034,
ASTM D5035, GB/T 3923.1, GB/T 3923.2
GB/T 13773.1, GB/T 13773.2, GB/T 24218.3
(The standards above are matched with clamps by 25×25 mm, 25×50 mm,
25×75 mm)
Optional Fixture and standards
Clamps by 25×100 mm: ISO 9073-4 GB/T 3917.3
Clamps by 50×75 mm : ASTM D5587
Leather tearing fixture: ISO 3377-2
Top breaking fixture: ASTM D6797 FZ/T 01030 GB/T 19976
Yarn fixture: ISO 2062
Version A+: ISO 13937-2 (Sample 50 mm wide）ISO 13937-3
GB/T 3917.2 (Sample 50 mm wide） GB/T 3917.5
Clams by 25×200 mm： ISO 13937-4 ISO 4674-1 GB/T 3917.4
Version C: ISO 13936-2, ASTM D4964 (U type fixture)
VersionC+: ASTM D434 ASTM D1683 ISO 13936-1
ISO 20932-1( with linear clamps, or choose other fixtures and replace the
clamps)
(The standards above should be programmed according to the test requirements provided by customers.）
Computer Configuration of Tensile Strength Equipment
CPU for the Intel Celeron (Celeron) 2 GHz or more CPU, Memory at least 512 MB, more than 1 GB is better.
Hard disk space of more than 2 GB, Display resolution of 1024 × 768 or more.
Printer is compatible with the operating system, if it’s required.
This is the operating system for Microsoft’s Windows. It includes XP, 7, 8, and 10.
You need to output the report in Word and Excel. So, you should install Microsoft’s Office 2003, 2007, or 2010.
How does a single-column tensile machine differ from a double-column one?
1. Difference One: Appearance Structure
One is a single column. The other is double-column (also called the door type). Double-column is heavier.
2. Difference two: The Test Force Range
The single-column tensile machine uses a single screw. The double-column tensile machine has double screws. It also has a longer beam than the single-column machine. So, the test force is much larger. The usual tensile testing machine has two columns. It can handle over 5KN for the test. It is mainly for tests of 1 ton or more. Single-column tensile testers do small force tests, generally below 5KN or 0.5 tons.
3. Difference three: the specimen’s requirements
The machine has one column. It has a small activity space and tests a limited range of forces. It also has strict specimen size requirements. In contrast, the double-column tensile tester has a bigger space. So, it can handle a wider range of specimen requirements.
4. Difference four: whether the need to fix the machine
The double-column pull tester has a big space and test force. Its platform is very large. To ensure accurate tests, it needs a fixed foundation. The lightweight single-column pull tester does not require fixing.
5. Difference five: product cost
The double-column machine costs more. So, its price is much higher than the single-column machine. But they each have their advantages.
In general, single-column and double-column strength machines differ in:
The maximum load, test width, and stretching space.
Also, in speed and speed accuracy.
But, their standards and configurations are similar. Buyers need to consider that, due to different materials, the test tension will vary. For example, textile enterprises generally choose a single-column tension machine. Rubber enterprises can choose a single-column or double-column tension machine. Some metal enterprises need larger force values. For them, only a double-column tension machine will do. For details, you can consult TESTEX professional consultants.
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The significance of fabric tensile strength tester
The fabric is often subjected to tensile forces in various directions during wear, which is the main force that causes fabric damage. The ability of the fabric to resist tensile fracture is usually expressed by the index of resistance to single tensile fracture and the index of resistance to multiple tensile fatigue fracture. The tensile fatigue strength of fabric can indirectly reflect the wearability of fabric and occupy an important role in the internal quality evaluation of all kinds of fabrics, therefore, choosing a reliable fabric tensile strength tester will bring you more professional help.
The advantage of fabric tensile strength tester
- Touch screen control, built-in printer, support online communication, easy operation and high test efficiency.
- Single column bracket structure, multi-functional pneumatic gripper, easy to replace.
- High-precision sensor, can do tensile and top break test without replacing the sensor, more practical.
- According to customer needs can provide a variety of standard test functions, can also be customized according to customer requirements.
- The instrument uses a variety of protection measures: fixture anti-collision protection device; sensor overload protection; sample load software protection; over-current, overvoltage protection, etc.
- The instrument can be used with the professional strong machine detection software online, the software has the control instrument; test curve drawing; test data analysis, preservation, management; test report formation, printing and other functions, make the test results more intuitive.
The procedure for fabric tensile test
Adjust the position of the moving beam, the installation fixture, and then adjust the lower limit block position, to ensure that the instrument down to the lower limit to stop, the gap of the breach is not less than 5mm.
Tap the sensor with your finger to see if there is no change, if there is no change, check whether the sensor cable is plugged in, and then calibrate the sensor.
Set specific parameters on the setting interface of the touch screen, start testing, record the corresponding test results.
Daily Maintenance
- Clean after each test and keep the equipment clean.
- The fixture should be coated with anti-rust oil storage after use.
- The power should be turned off before replacing the sensor or plug the cable, if the sensor access side floating, it is easy to cause static damage.
- The instrument should be regularly calibrated to the load cell to ensure that the accuracy of the measured value of the instrument.
- Add lubricant to the moving parts regularly.
As a professional fabric tensile strength tester manufacturer and supplier, we have the right fabric tensile strength tester price. Fabric tensile strength tester is on sale, we will send you a detailed manual and provide you with more professional help if you buy our digital tensile tester.
[contact-form-7 id="16355" title="Inquiry"]
Yes. Yarn testing and zipper testing are done according to ASTM D434 and ASTM D 2061 standards respectively, and corresponding clamps will be equipped.
What is the maximum load capacity of a dual-arm tensile tester?
A dual-column Tensile Tester can handle up to 1000kg for more demanding materials.
What types of materials should be tested with a dual-column Universal Tensile Machine?
Nylon, geotextiles, geomembranes, copper foil.
Screws, nuts, steel wires, springs.
Cables, optical fibers, stainless steel, aluminum alloys.
Chains, zippers, cardboard, track materials, and demanding non-metallic and metallic materials.
Can this fabric tensile testing machine be used to measure paper?
Yes, this fabric tensile testing machine can be used to measure paper. But paper tensile strength tester need to be customized since the testing standards and fixures are different from this type.
Why is measuring tensile strength in textile materials so important?
Measuring tensile strength in textile materials is essential for assessing durability, ensuring performance in technical applications, maintaining product quality and safety, and facilitating the development of innovative, high-performance fabrics.
What problems can arise from using the wrong fixtures or improper operation?
Slippage: The test sample may slip from the grips, leading to inaccurate results and potential damage to the material.
Grips/jaw breakage: The grips or jaws of the fabric tensile tester may crack or break due to the mismatch between the grip type and the material being tested.
How can I resolve the issue of the machine not moving up or down when the tensile strength testing machine is powered on?
Wait for 15 seconds: The main unit performs a self-check during startup, which takes around 15 seconds.
Check the upper and lower limit switches: Ensure that the limit switches are in the correct positions and there is enough space for the machine to move.
Verify the power supply voltage: Check if the input voltage to the electronic components is within the normal range. Insufficient or irregular voltage may prevent the machine from moving.
How can I resolve the issue of the machine not moving up or down when the tensile strength testing machine is powered off?
Check the power connection: Ensure that the power cable connected to the machine is properly plugged in and there are no loose connections.
Check the emergency stop switch: Verify whether the emergency stop switch is released. The switch needs to be in the correct position (twisted up) for the machine to function.
Verify the power supply voltage: Check if the power voltage supplied to the universal tesile testing machine is within the normal range. Low or unstable voltage can prevent the machine from turning on.
Inspect the machine's fuse: Examine the fuse in the machine's power socket. If the fuse is blown, replace it with the backup fuse provided.
How can I address an overload error message that appears after connecting the software to the fabric tensile tester?
Check the communication cable: Ensure that the communication cable between the computer and the fabric tensile tester is securely connected and has not come loose.
Verify sensor selection: An incorrect sensor setting may trigger the overload message.
Inspect the sensor for damage: Check whether the sensor has been accidentally impacted during the last test or while operating the keyboard, as this could lead to malfunction.
Review recent calibration or configuration changes: Determine if the calibration or calibration settings were adjusted in the software before the issue occurred. Improper calibration can result in overload errors.
Check manual changes to calibration values: Verify whether any manual changes were made to the calibration values, sensor settings, or other hardware parameters in the software.
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