60 ton hydraulic tensile machine

NegotiableUpdate on 10/26

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Measurement object: Suitable for tensile, compressive, bending, shear and other tests of metal materials and components, and can also be used for the detection of similar tests of non-metallic materials such as plastics, concrete, cement, etc

Product Details

Measurement object:
Suitable for tensile, compressive, bending, shear and other tests on metal materials and components, as well as for testing similar non-metallic materials such as plastics, concrete, cement, etc.

Technical Specifications:

Maximum test force	600KN
Testing machine level	Level 0.5
Test force measurement range	1%-100%
Number of columns	6 pillars
Experimental power resolution	1/300000 of full scale
Relative error of test force indication	±0.5%
Displacement measurement resolution	0.013mm
Relative error of displacement indication	±0.5%
Relative error of deformation indication	±0.5%
Range of loading rate	120N/S-12KN/S
Maximum distance between stretching clamps	710mm
Maximum compression space	700mm
Circular specimen clamping range	φ 10-40φ mm
Plate sample clamping range	2-30mm
Size of upper and lower pressure plates	φ 150mm
Effective distance between two pillars	430mm
Maximum stroke of piston	250mm
Maximum speed of piston movement	140mm/min
Overall dimensions of the host	900×500×2150
Oil source external dimensions	1150×600×900
host weight	About 2500kg
Total power	6KW(380V)+1.5KW(220V)
power supply	Three phase five wire system, 50HZ

Machine features:

1. Dual space structure, with tension space between the upper and lower crossbeams and compression space between the lower crossbeam and the test bench. The conversion of tensile and compressive tests is quite convenient, and the jaws adopt a semi closed structure with better rigidity. The upper and lower beams are made of cast steel, which has high strength and good safety.

2. The manual valve controls the flow rate of the hydraulic system to achieve loading and unloading of the experiment.

3. Adopting a high-speed platform, its integration, powerful control, data processing capability, and high reliability are unmatched by testing machines using other processors.

4. High precision 24 bit data acquisition system, high resolution, expandable to 8-channel AD acquisition.

5. USB 1.1 communication, with a communication rate of 12Mb/s, using full speed mode and batch transfer method.

6. The system board adopts a unique anti-interference wiring method with 4 layers of PCB, which has strong anti-interference ability.

7. Except for the power interface, all other interfaces shall use USB style interfaces, plug and play interfaces, which can achieve hot plugging and have plug and play functions; The interface characteristics can be set online by software, making the layout of each interface neat and reasonable, and easy to plug and unplug.