YY101 Single Column Universal Testing Machine

Short Description:

Product Detail

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Overview

This machine can be used for rubber, plastic, foam material, plastic, film, flexible packaging, pipe, textile, fiber, nano material, polymer material, polymer material, composite material, waterproof material, synthetic material, packaging belt, paper, wire and cable, optical fiber and cable, safety belt, insurance belt, leather belt, footwear, rubber belt, polymer, spring steel, stainless steel, castings, copper pipe, non-ferrous metal,

Tensile, compression, bending, tearing, 90° peeling, 180° peeling, shear, adhesion force, drawing force, elongation and other tests are carried out on auto parts, alloy materials and other non-metallic materials and metal materials.

Host Specifications

A. High precision force sensor: 5000N

The force accuracy is within ±0.5 %.

B. Capacity segment: seven stages of the whole journey: × 1, × 2, × 5, × 10, × 20, × 50, × 100

High precision 16 bits A/D, sampling frequency 2000Hz

Full strength maximum resolution 1/10,000

C. Power system: stepper motor + stepper driver + ball screw + smooth rod linear bearing + synchronous belt drive.

D. Control system: Pulse Command is adopted to make the control more accurate

Speed control range 0.01~500 mm/min.

The center plate adjustment has the function of fast coarse adjustment and slow fine-tuning.

After the test, automatic regression to the origin and automatic storage.

E. Data transmission mode: USB transmission

F. Display mode :UTM107+WIN-XP test software computer screen display.

G. Simple linear double correction system with full first gear and precision full seventh gear power.

H. Deluxe test interface software can realize control modes such as fixed speed, positioning and movement, fixed load (holding time can be set), fixed load increase rate, fixed stress increase rate, fixed strain increase rate, etc. Plus multi-stage control mode to meet different test requirements.

I. Upper and lower space of connecting plate 900 mm (excluding fixture) (standard specification)

J. Full displacement: encoder 2500 P/R, improve 4 times accuracy

LINE DRIVE encoder has strong anti-interference ability

Displacement analysis 0.001mm.

K. Safety device: overload emergency shutdown device, up and down stroke limiting device,

Leakage automatic power off system, automatic breakpoint stop function.

Testable Items

(I) Common test items: (common display value and calculated value)

● Tensile strength

● Elongation at break

● Constant stress elongation

● Constant stress force value

● Tearing strength

● Force at any point

● Elongation at any point

● Pulling force

● Adhesive force and take the peak value

● Pressure test

● Adhesive peeling force test

● Bending test

● Pulling force puncture force test

(II) Special Test Items:

1. Elastic coefficient is elastic Young's modulus

Definition: Ratio of normal stress component to normal strain in phase.

Is the coefficient of determination of material rigidity, the higher the value, the stronger the material.

2. Example limit: the load can be maintained in direct proportion to the elongation within a certain range, and the maximum stress is the specific limit.

3. Elastic limit: the maximum stress that the material can bear without permanent deformation.

4. Elastic deformation: After removing the load, the deformation of the material completely disappears.

5. Permanent deformation: After removing the load, the material is still residual deformation.

6. Yield point: when the material is stretched, the deformation increases and the stress remains unchanged. This point is the yield point.

Yield points are divided into upper and lower yield points, which are generally taken as yield points.

yield: If the load exceeds the scale limit, the load will no longer be proportional to the elongation. The load will drop abruptly and then, for a period of time, rise and fall and the elongation will change greatly. This phenomenon is called yield.

7. Yield strength: when tensile, the weight of permanent elongation reaching a specified value, divided by the original fault area of the parallel part, obtained by the quotient.

8. Spring K value: with deformation in phase of the force component and deformation ratio.

9. Effective elasticity and hysteresis loss:

In the tensile machine, at a certain speed will be the sample stretched to a certain elongation or stretched to the specified load, the test sample shrinkage recovery of work and work consumption ratio of the percentage, that is, effective elasticity;

The percentage of the energy lost during the test specimen's elongation and contraction and the work consumed during the elongation is the hysteresis loss.