Strip stripping testing machine

Strip stripping testing machinepurpose

This machine is developed and designed for carrier strip peeling tests. It is controlled by a microcomputer chip and can perform material tensile and peeling force tests. It is fully operated by a computer and has an automatic reset function. The testing software can output test graphics and table data as the basis for material testing.

Strip stripping testing machineSoftware features

The measurement and control system is designed specifically for microcomputer electronic testing machines. Can conduct tensile, compressive, bending, shear, tear, and peel tests. Using a PC and interface board for data collection, storage, processing, and printing of test results. Can calculate parameters such as maximum force, yield force, average peel force, maximum deformation, yield point, elastic modulus, etc; It can perform curve processing, multi-sensor support, graphical interface, flexible data processing, and database support, making the system more powerful.

meet the standard

GB/T2792，ASTM D3330，GB2792-81

Technical Specifications

Machine accessories and configuration details

1. 1 set of testing machine host

1.1 Taiwan, China Dongyuan servo motor 1 set

1.2 One high-precision load sensor for transmission in the United States

1.3 Taiwan, China Chengbang speed reduction system 1 set

1.4 Taiwan, China TBI precision screw 1 set

1.5 South Korean SETECH precision coaxial chrome plated steel rod 1 set

2. 1 set of professional testing software

3. 1 branded computer

4. Peel off fixture 1 set

5. 1 set of operation manual

★ Adopting control board for better sampling rate

Main functional features

The main controller adopts a 32-bit ARM processor from the 21st century, with processing speed reaching the level of a Pentium class general-purpose computer. Compared with traditional 8-bit microcontroller measurement and control systems, the overall performance is greatly improved, with faster computation speed and higher control accuracy

The data acquisition core device adopts ultra high precision 24 bit AD from the United States, with a sampling rate of up to 2000 times per second, which can capture the instantaneous changes in force, and has a resolution of up to 500000 divisions throughout the entire process. And using 6-point calibration technology to further improve accuracy, the force measurement accuracy is better than the national 0.5 level (the most advanced) standard.

The displacement encoder adopts a 4-fold counting technology, which increases the displacement resolution by 4 times and can reach a maximum of 0.0005mm.

There are two output control methods, pulse and voltage, which can control any servo motor, variable frequency motor or DC motor with pulse or voltage control interface to achieve smooth and stepless speed regulation. In addition, there are switch signal outputs such as rise, fall and stop that can be used to directly drive external relays or solenoid valves, and can be used to control DC motors or pneumatic, hydraulic and other power devices.

The three loop technology of speed, displacement, and force can achieve precise control of any waveform.

Rich interface expansion capability: up to 4 channels of 24 bit analog input, 3 channels of 16 bit analog output, 3 channels of pulse output, 3 channels of AB phase photoelectric encoder input, 9 channels of switch input, 8 channels of switch output, 1 channel of USB interface, 1 channel of RS232 interface, 1 channel of RS485 interface, 4 types of LCD interfaces, 1 parallel micro printer interface, 1 serial micro printer interface, and 1 8 × 4 matrix keyboard interface.

All input and output interfaces adopt high-speed optoelectronic isolation technology, which has strong anti-interference ability!

★ Adopting American transmission load sensors for better measurement accuracy

Transcell S-type force transmission sensor BSS (100kg-10T)

Key Features:

BAB/BSS sensor American TRANSCELL original S-type tension and pressure sensor

S-type sensor

Certified by NETP, CMC, and PA

High quality alloy steel material

Easy to install, fast, stable and reliable

Suitable for material testing machines, batching scales, mixing plants, belt scales, packaging scales, etc

range

▪ 100kg, 200kg, 500kg, 1000kg, 2000kg, 5000kg, 10000kg

★ TBI ball screw from Taiwan, China, China is used for better transmission accuracy

The transmission efficiency of ball screw pairs is as high as 90% to 98%, which is 2 to 4 times that of sliding screw pairs, and can efficiently convert torque into thrust. The transmission is sensitive, stable, and has low friction resistance, good sensitivity, no vibration during startup, and no crawling at low speeds. It can control micro feed in μ level.

During the transmission process of the ball screw pair with high positioning accuracy, the temperature rise is small, the axial clearance and primary elastic deformation can be eliminated by pre tightening, and the screw can be pre stretched to compensate for thermal elongation, thus achieving high positioning accuracy and repeatability.

Good precision retention, accurate raceway shape, minimal rolling friction and wear, with good precision retention, reliability, and service life.

The high transmission stiffness ball screw pair has eccentric double curved surfaces on both the inner and outer raceways, allowing for flexible transmission even when the clearance between the raceways is extremely small.

The ball screw pair has good synchronization performance due to its high lead accuracy and sensitivity

★ The company adopts Taiwan, China Dongyuan servo drive to better ensure correctness

The output power of Dongyuan AC servo motors is generally 0.1-1000 W, and the power frequency is divided into various types such as 50Hz and 400Hz. It has a wide range of applications, such as being used in various automatic control, automatic recording and other systems

High speed, high response speed, response frequency up to 1kHz; High performance mechanical adaptability can receive pulse commands up to 2Mpps, with a built-in instantaneous speed observer that can quickly and high-resolution detect motor speed

■ Ultra low vibration

1) Adaptive filter, which can automatically adjust the notch filtering frequency according to different mechanical resonance frequencies

2) Two manual notch filters to suppress mechanical resonance

3) Two channel vibration suppression filter is used to suppress mechanical remote vibration in accordance with the ROHS directive, and lead-free soldering is employed

■ Small scale design

1) Miniaturization achieved through thermal analysis of the drive, with a volume of 75% and a weight of 80% compared to the past

2) The new punching process using thin mold steel plates significantly reduces iron loss, shortens motor length (70% of the past), and reduces driver models

advantage:

Good speed control characteristics, smooth control can be achieved throughout the entire speed range, with almost no oscillation;

High efficiency, over 90%, no heat generation; High speed control;

High precision position control;

Realize constant torque within the rated operating area; Low noise;

No wear and tear of electric brushes, maintenance free;

No wear particles, no sparks, suitable for dust-free rooms and explosive environments

★ Adopting professional processing techniques to better ensure quality

Accurate processing technology ensures the coordination between the crossbeam, bearings, and lead screws, reduces errors caused by processing, and further ensures accuracy

The body is treated with spray coating, and the fixtures are equipped with a formal heat treatment process, which is durable and has an authentic appearance

The transmission mechanism inside the bottom box of the whole machine is synchronous belt transmission. Compared with friction type belt transmission, there is no relative sliding between the pulley and the transmission belt of synchronous belt transmission, which can ensure strict transmission ratio. However, synchronous belt transmission requires high center distance and dimensional stability.

Synchronous belt drive has the advantages of belt drive, chain drive, and gear drive. Synchronous belt transmission ensures accurate transmission ratio as there is no relative sliding between the belt and pulley, as the belt and pulley transmit motion and power through meshing

Full computer testing machine measurement and control system

This measurement and control system is specially developed for tensile machines, press machines, and electronic material testing machines. Suitable for measuring the mechanical properties and related physical parameters of various materials under tension, compression, bending, shear, tearing, peeling, puncture and other states. It can be used for stretching, compression, three-point bending, four point bending, shearing, tearing, peeling, finished shoe puncture, cardboard box holding pressure, foam cyclic compression, spring tension compression, and various dynamic and static cyclic tests.

Force displacement curve chart:

Test results:

Multiple curves:

Unit selection

Edit formula

Add Results

Report Output

1、 Outstanding features of software

1. Support switching between Chinese and English language interfaces;

2. Support functional navigation, users can enter the corresponding experimental function module based on the navigation interface;

3. Support various mechanical property tests of metal materials, such as metal tensile, compressive, bending, shear and other tests;

4. Support the mechanical property test of various non-metallic materials, such as cement compression and bending resistance, concrete compression, rigid foam plastic compression, etc;

5. Support extended testing functions, users can add their own testing items;

6. An independent open experimental project setting module can be established by technical personnel to create experimental projects, which can be referenced by experimental operators to conduct experiments, greatly reducing the business level requirements and operational difficulties of the majority of experimental operators;

7. Experimental control process design, users can easily view the experimental control steps at a glance, and the instruction types are rich;

8. The name of the experimental data can be modified and the display order of the experimental data can be adjusted to meet the special data output requirements of users;

9. Support custom addition of experimental data items;

10. Support custom addition of experimental standards and processing of experimental data;

11. Support statistical calculation of experimental data (mean, standard deviation, coefficient of variation);

12. Support curve analysis;

13. Support experimental traceability;

14. Support custom test reports, using Word or Excel spreadsheets, easy to operate, simple to set up, and can be printed or previewed;

15. The software has various device security and test security protections;

16. Detailed software help documentation.