High And Low Temperature Tensile Machine

• Customization: Available
• After-sales Service: Online Service
• Warranty: 1 Year
• Model NO.: LR-C009
• Transport Package: Plywood Cases
• Specification: 65*62*50CM
• Trademark: LONROY
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200 Pieces/Month

Product Description

 

High And Low Temperature Tensile Machine Rubber Material Bending And Torsion Fatigue Tester Compression Strength Testing Machine

 

IEC 60811-505:2012  Electric and optical fibre cables - Test methods for non-metallic materials - Part 505: Mechanical tests - Elongation at low temperature for insulations and sheaths.

1.unctions

This machine is suitable for rubber, tire, hose, tape, sole, plastic, film, acrylic, FRP, ABS, EVA, PU, aluminum-plastic pipe, composite material, waterproof material, fiber, textile, wire and cable, paper, gold foil, tape, silk, spring, wood, medical packaging materials, tape and other stretching, compression, tearing, stripping (90 degrees and 180 degrees Can) and other mechanical properties test and analysis.

This machine is a new type of material testing machine combined with electronic technology and mechanical transmission, the load, deformation, displacement measurement and control has a high accuracy and sensitivity, the series of models using a single space structure, test space in the next space, mainly suitable for test load less than 5kN metal, non-metal material test, with stress, strain, displacement control mode. The maximum force, tensile strength, bending strength, compressive strength, elastic modulus, elongation at break, yield strength and other parameters can be calculated.

 High And Low Temperature Tensile Machine Rubber Material Bending And Torsion Fatigue Tester Compression Strength Testing Machine

2.Introduction of control software

Ø Software operating system language: Simplified Chinese/English.

Ø Force unit: N, KN, Kgf, Lbf, length unit: mm, cm, in can be freely converted;

Ø Automatic return to zero: the measuring system will automatically return to zero when the computer receives the test start instruction;

Ø Display mode: data and curve dynamic display with the test process;

Ø Result reproduction: the test results can be accessed at will, and the data curve can be re-analyzed;

Ø Result comparison: Multiple test characteristic curves can be superposition, reproduced, enlarged and presented in different colors for analysis and comparison of a group of samples;

Ø Emergency stop: equipped with emergency stop switch, used to cut off the power supply of the machine in emergency;

Ø Control mode:

·Computer software to set speed, set load break (rupture), running time and other control methods

u  ·automatically determines material fracture, crushing, etc., and automatically stops, and can be set to automatically return

Ø Type of curve:

u ·load-displacement, load-time, displacement-time.

u ·stress-strain, strain-time, stress-time.

u ·The vertical and horizontal coordinates of the curve can be set arbitrarily.

Ø Available test information:

u ·Maximum strength, minimum strength, breaking value, upper and lower yield strength, tensile strength, compressive strength, elastic modulus, elongation, maximum, minimum value, average value of stripping interval, etc. With overload, overcurrent, overvoltage, undervoltage, overspeed, stroke and other multiple protection.

u ·The data results are exported in the crystal report format currently accepted by the national standard.

High And Low Temperature Tensile Machine Rubber Material Bending And Torsion Fatigue Tester Compression Strength Testing Machine 

3.Technical parameter

Capacity selection	KN 10KN 20KN Optional, American brand high precision load unit
Precision class	Level 0.5
Effective force measurement range	0.4%~100%
accuracy of force measurement	Within ± 0.5% of the indicated value
Testing machine resolution	The maximum load is 1/± 250,000 yards, the internal and external files are not divided, and the whole resolution is unchanged
Load sensor	Basic configuration: Tension and pressure sensor (maximum load)
Effective test width	400mm
Effective stretching space	More than 1400mm (without fixture) (more than 500mm inside the box)
Test speed range	0~500mm/min
Displacement measurement accuracy	Within ± 0.5% of the indicated value
Test bench safety device	Electronic limit protection
Test bench return function	Manual or automatic options, after the end of the test automatically or manually return to the initial position of the test
Overload protection	Over 10% of the maximum load, the machine automatically protects
Fixture configuration	Stripping fixture set
Main engine size	800×500×2500mm
Electric machine	220V±10% 0.4KW Japan Tama River servo motor
Driving mechanism	High precision ball screw
Main engine weight	(About) 460 Kg

 

  4.Machine accessories and configuration details

1	Testing machine main engine	A set
2	Japanese Tamagawa servo motor	A set
3	American high-precision load transducer for force transfer	one
4	Deceleration system	A set
5	Taiwan TBI precision screw	A set
6	Professional test software	A set
7	Special purpose computer	A set
8	Stretch and bend attachments	A set
9	Operating instructions, spare parts	A set

 

5.Main functional features

Ø The main controller adopts the most advanced 32-bit ARM processor in the 21st century, and the processing speed reaches the level of Pentium class general purpose computer. Compared with the traditional 8-bit single-chip microcomputer measurement and control system, the overall performance is greatly improved, the computing speed is faster, and the control precision is higher.

Ø The data acquisition core device adopts the latest ultra-high precision 24-bit AD in the United States, the sampling rate can reach 2000 times/second, and the instantaneous force change process can be captured, and the entire non-classification resolution can reach 500,000 degrees. And the original 6-point calibration technology is used to further improve the accuracy, and the force measurement accuracy is better than the national 0.5 (the highest) standard.

Ø displacement encoder counting using 4x frequency technology, the displacement resolution is increased by 4 times, up to 0.0005mm.

Ø Pulse and voltage two output control mode, can control any servo motor with pulse or voltage control interface, variable frequency motor or DC motor to achieve smooth stepless speed regulation, there are also up, down and stop switching signal output can be used to directly drive the external relay or solenoid valve, can be used to control DC motor or pneumatic, hydraulic and other power equipment.

Ø Advanced speed, displacement, force three closed-loop technology, can achieve accurate arbitrary waveform control.

Ø Rich interface expansion capabilities: Up to 4 24-bit analog input, 3 16-bit analog output, 3 pulse output, 3 AB phase photoelectric encoder input, 9 switching input, 8 switching output, 1 USB interface, 1 RS232 interface, 1 RS485 interface, 4 LCD interfaces, 1 parallel port micro printer interface, 1 serial port micro printer interface, 1 8×4 matrix keyboard interface.

Ø All input and output interfaces adopt high-speed photoelectric isolation technology, with strong anti-interference ability!