B Type

SSB-1000BE microcomputer display universal material testing machine (steel wire)

Product Details

SSB-1000BE microcomputer display universal material testing machine (steel wire)

Specifications
Maximum test force: 1000KN;
Accuracy level: level 1;
Middle beam lifting speed: 320 mm/min;
Maximum spacing of compression surfaces: 900 mm;
Maximum stretching distance: 900 mm;
Effective distance between two columns: 455mm;
Piston stroke: 200 mm;
Maximum speed of piston movement: 100 mm/min;
Round sample clamping diameter: Φ14 mm -Φ45 mm;
Flat specimen clamping thickness: 0 mm -40 mm;
Maximum distance of bending test fulcrum: 300 mm;
Upper and lower platen size: Φ225 mm;
Mainframe dimensions: 900 mm × 700 mm × 2700 mm;
Oil source cabinet size: 800 mm × 600 mm × 1600 mm;
Machine power: 2.2kW (1.5kW for oil pump motor and 0.4kW for lift motor);
Oil source cabinet weight: 300 kg;
Host weight: about 2800 kg;

 

SSB-1000BE microcomputer display universal material testing machine (steel wire) SSB-1000BE microcomputer display universal material testing machine (steel wire)

 

SSB-1000BE type microcomputer screen display (steel strand) universal material testing machine is driven by hydraulic power source. It adopts measurement and control system to collect and process test data. It consists of test host, oil source (hydraulic power source), measurement and control system, and test. The appliance is composed of four parts, the maximum test force is 1000kN, and the accuracy of the test machine is better than that of the first level.
SSB-1000BE type microcomputer screen display (steel strand) universal material testing machine can meet the national standard test requirements of metal tensile test regulations, and can also realize stretching, compression and bending of different materials or products according to other standards. For tests such as shearing, the tensile strength and yield strength of the tested materials can be obtained.
The testing machine is a six-column, double-space structure. The stretching space between the upper beam and the lower beam is a compression space. The compression space between the lower beam and the test bench is compressed. The test space is driven by the sprocket and the screw to move the lower beam up and down automatically. Adjustment. The upper and lower beams are equipped with hydraulically controlled clamping jaws. The standard models are equipped with V-shaped and flat jaws for clamping cylindrical specimens and flat specimens for tensile testing, and for steel stranding clamps for Φ8. Tensile test of ~Φ18mm steel strand; the lower end of the lower beam of the standard model is equipped with an upper pressing plate, and the lower pressing plate with a spherical structure is arranged on the test stand, which can directly perform the compression test.

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