Computer servo single column tensile testing machine-Global supplier

307, Port Shenzhen International Center, Xinniu Road, Xinniu Community, Minzhi Street, Longhua District, Shenzhen, Guangdong Province

Product Introduction

This machine is suitable for rubber, tires, hoses, tapes, shoe soles, plastics, films, acrylic FRP、ABS、EVA、PU、 Mechanical properties testing and analysis of aluminum-plastic pipes, composite materials, waterproof materials, fibers, textiles, wires and cables, paper, gold foil, tapes, silk threads, springs, wood, pharmaceutical packaging materials, tapes, etc., including tensile, compressive, tearing, and peeling (at both 90 and 180 degrees).

This machine is a new type of material testing machine that combines electronic technology with mechanical transmission. It has high accuracy and sensitivity in measuring and controlling loads, deformations, and displacements. The series of models adopts a single space structure, with the test space in the lower space. It is mainly suitable for testing metal and non-metal materials with test loads below 2kN. It has stress, strain, and displacement control methods, and can calculate parameters such as maximum force, tensile strength, bending strength, compressive strength, elastic modulus, fracture elongation, yield strength, etc.

Execution standards

ASTM D903，F2258，GB/T 2790/2791/2792, CNS-11888，JIS K6854，GB/T 6329，BS EN 14410-2003，YY/T 0729，GOST 21751,GB/T16491

Product Features

1. The main controller adopts the most advanced 32-bit ARM processor of 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

2. The data acquisition core device adopts the latest 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 the original 6-point calibration technology is adopted to further improve accuracy, with force measurement accuracy better than the national 0.5 level (highest level) standard.

3. The displacement encoder adopts a 4-fold counting technology, which increases the displacement resolution by 4 times, up to a maximum of 0.0005mm.

4. 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.

5. Advanced speed, displacement, and force closed-loop technology can achieve precise control of any waveform.

6. 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!