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Single occupancy microcomputer tensile and compressive testing machine TC-9003
The single living microcomputer tensile and compressive testing machine is widely used for mechanical performance testing of non-metallic materials su
Product details

Introduction to Single Stay Microcomputer Tensile and Pressure Testing Machine Equipment:
The single unit microcomputer tensile and compressive testing machine is widely used for mechanical performance testing of non-metallic materials such as tape, rubber, plastic, wires and cables, textiles, waterproof materials, non-woven fabrics, as well as metal wires, metal foils, metal sheets, and metal rods. It is also suitable for various finished product tensile, compression, peeling, shear, and tear tests when used in conjunction with specialized fixtures;
Single occupancy microcomputer tension and compressionCharacteristics of force testing machine:
Single occupancy microcomputer tension and compressionCharacteristics of force testing machine:
*Using variable frequency motor drive, ball screw and synchronous belt transmission, smooth operation, low noise;
*Digital display of force value, maximum force value, tensile strength, elongation, elongation displacement, etc;
*Using high-precision encoders to measure displacement, with a force resolution of up to 1/50000, high experimental accuracy, wide measurement range, easy operation, and low cost;
*Automatic shutdown, fixed load, positioning displacement, fixed elongation and other shutdown methods for testing and breaking;
*Equipped with a micro printer that can print test data in real time; Install a delay device to facilitate tension and compression testing.
Basic configuration of single occupancy microcomputer tensile and compressive 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. 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;
3. Guidance: Adopting chrome steel rods and four column guidance from South Korea, with excellent wear resistance and coaxiality;
4. Drive: Using Taiwan Taichuang variable frequency motor drive, providing stable, wide adjustable speed drive, high speed, low vibration, and high-speed positioning.
5. Displacement measurement: Using a Japanese LINE high pulse (2500r/p) photoelectric encoder to measure displacement, up to 0.01mm;
6. Force measurement: Imported Keli high-precision explosion-proof tension compression load element is used, with an accuracy of 0.05% F.S
7. Control box:
A、 Control instrument: using self-developed chips for measurement and control, dual LCD display: peak force value, real-time force value, crossbar displacement, material displacement after being subjected to force, optional large deformation device expandable: deformation measurement; High resolution: 1/50000 (currently the highest among models of the same price in the industry)
8. 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. Capacity: 1, 2, 3, 5, 10, 20, 30, 50, 100, 200, 300, 500KG optional
2. Power accuracy: better than 1%
3. Force units: switchable between kgf, KN, N, Lb, etc
4. Display resolution: 1/50000
5. Operating speed: 50~500mm/min
6. Displacement accuracy: 0.01mm
7. Maximum travel: 650mm (excluding fixtures)
8. Power amplification factor: stepless automatic switching
9. Load element: 1 imported Keli high-precision (± 0.03F. S) explosion-proof tension compression load gauge
10. Power supply: 220V, 50Hz
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