VIP member
Universal material tensile and compressive testing machine
Widely used for mechanical property testing of rubber, plastic, metal bars, metal pipes, metal sheets, metal profiles, and composite materials. It is
Product details
Introduction to Universal Material Tensile and Compression Testing Machine Equipment:
The universal material tensile and compressive testing machine is widely used for mechanical property testing of rubber, plastic, metal bars, metal pipes, metal sheets, metal profiles, and composite materials. It is also suitable for various finished product tensile, compression, peeling, shearing, tearing, bending (folding), metal welding strength, and riveting strength tests when combined with specialized fixtures.
Basic configuration of universal material tensile and compressive testing machine:
1. Horizontal file up and down tensile compression testing device, with the tensile testing device below the horizontal file.
2. Activate the stop lever and setting ring.
3. Horizontal beam: Move up and down
4. Transmission: Adopting Japanese MITSUBOSHI synchronous belt and German made high-precision ball screw transmission, high efficiency, high rigidity, small deformation, and low noise.
5. Servo motor: Adopting Panasonic AC servo motor from Japan, it provides stable, wide adjustable speed drive, high speed, low vibration, and high-speed positioning.
6. Machine base: It contains a drive transmission system (for verification and holding test specimens), an emergency stop switch, and a simple operation board (power switch, simple control keyboard).
Material list for servo computer universal tensile testing machine:
1. Material of upper and lower crossbars: Made of 45 # die steel through grinding and processing, with a parallel error of ≤ 0.5mm and high rigidity;
2. Trigger the stop lever: Made of South Korean chrome steel rod, high rigidity, durable and deformation free;
3. Transmission: Adopting high-precision ball screws produced in Germany and Samsung synchronous belt/wheel transmission from Japan, high efficiency, high rigidity, small deformation, and low noise;
4. Guidance: Adopting chrome steel rods and four column guidance from South Korea, with excellent wear resistance and coaxiality;
5. Drive: Adopting Panasonic AC servo motor drive from Japan, providing stable, wide adjustable speed drive, high speed, low vibration, and high-speed positioning.
6. Displacement measurement: Using a Japanese LINE high pulse (2500r/p) photoelectric encoder to measure displacement, up to 0.001mm;
7. Force measurement: Using American transmission high-precision explosion-proof tension compression load element, accuracy: 0.03% F.S
8. Rack cover: Made of cold rail steel plate cut and folded, and treated with electrostatic spraying, it is corrosion-resistant, rust proof and has a rich texture;
9. Machine base: Made of 45 # mold steel through grinding and welding, and horizontally positioned by a professional fitter level, it is sturdy and durable. The surface is treated with electrostatic spraying, which is corrosion-resistant, rust proof, and has a rich texture;
10. Control box:
A、 Outer cover: made of cold rail steel plate cut and folded, and treated with electrostatic spraying, corrosion-resistant, rust proof and textured;
B、 Hand control box: up, down, inch up, inch down, stop, reset, test functions (very convenient for clamping)
Panel: Printed with specialized PVC;
C、 Control board: using self-developed 32-bit ARM chips for measurement and control, superior to the industry's 16 bit DSP processing technology, high resolution: 1/500000
11. Fixture: made of G7 chromium steel wire cut and heat treated (hardened), with high rigidity, no deformation, high hardness: ≥ 60hrc, and tested by concentricity tester to ensure consistency of material stress points;
technical specifications
1. Maximum test force: 100N, 200N, 500N, 1KN, 2KN, 5KN, 10KN (customer selection) Testing machine force measurement accuracy: Level 0.5
2. Tensile testing space: 800mm (including fixtures)
3. Test force load measurement range: 0.2% -100% FS
4. Resolution of test force indication: 1/250000 of the maximum test force
5. Deformation indication error accuracy: within ± 0.5% of the indication
6. Deformation measurement range: 0.2% -100% FS
7. Deformation resolution: 1/250000 of the maximum deformation
8. Displacement measurement accuracy: within ± 0.5% of the displayed value
9. Test force control rate adjustment range: 0.05% -5% FS/S
10. Control accuracy: When the rate is ≥ 0.05% FS/S, it is ± 0.5%
11. Experimental deformation parameters: When the rate is ≥ 0.05% FS/S, it is within ± 0.5% of the set value
12. Beam displacement parameter: within ± 1% of the set value when the speed is less than 0.01mm/min
When the speed is ≥ 0.01mm/min, within ± 0.2% of the set value
14. Constant force, constant deformation, and constant displacement control range: 5% -100% FS
15. Constant force, constant deformation, and constant displacement control accuracy: a. Within ± 0.1% of the set value when the rate is ≥ 10% FS;
b. When the rate is less than 10% FS, within ± 1% of the set value
16. Weight: 150Kg
17. Host size approximately: W900 * D600 * H1900mm
18. Power supply: AC220V 50Hz
19. Motor power 0.75KW
20. Speed accuracy: 0.001-500mm/min (often equipped with Japanese Xinbao servo planetary gearbox); To achieve the highest speed accuracy and testing accuracy
Servo computer universal tensile testing machine software
Software Name: Tiancheng Instrument Material Test T7.02
Automatic switching of stress-strain range, automatic change of testing speed, and automatic return upon completion of testing
It has multiple protections such as overload, overcurrent, overvoltage, undervoltage, overspeed, and travel limit.
The data results are exported in the crystal report format currently used by the national standard.
Software operating system language: Simplified Chinese or English.
Calibration is required for visual testing of various units such as force, displacement, stress, etc.
Programmable testing.
characteristic:
1. High precision: ± 0.25%, high resolution: 1/500000, the highest in the industry;
2. Programmable control: realizing dead loop control of load, position, deformation, time, etc; (Professional Edition)
3. Adopting PHILIPS 32-bit ARM chip, superior to industry DSP processing technology;
4. Real time collection, refreshing of curves and recording of test data, multiple reports (including EXCEL) output and printing, etc;
Control method:
Computer software sets various control methods such as speed, load fracture (rupture), fixed time, positioning displacement, fixed stress, fixed strain, fixed stress rate, and fixed strain rate
Automatic determination of material fracture, crushing, etc. and automatic shutdown, with the option to set automatic return
Curve type:
The vertical and horizontal coordinates of the curve can be set arbitrarily.
Load displacement, load time, displacement time.
Stress strain, strain time, stress time.
Test data available:
Maximum strength, minimum strength, fracture value, upper and lower yield strength, tensile strength, compressive strength, elastic modulus, elongation, maximum, minimum, average peel interval, peel force, peel strength, elongation, fracture elongation, fracture stress, etc.
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-