Function and structure
- WEW-1000D microcomputer screen display hydraulic universal testing machine is mainly used for tensile, compression, bending, shearing and other tests of metal materials, adding simple accessories and devices, and also for wood, cement, concrete, rubber and their products. experimenting.
- The main engine adopts the under-cylinder structure of the cylinder, the stretching space is located above the main machine, and the compression and bending test space is located between the lower beam and the table below the mainframe. The test space is adjusted by the movement of the lower beam, and the motor is used through the reducer and the chain transmission mechanism. , screw drive.
- The force measuring mechanism adopts the sensor force measurement, and uses the microcomputer screen display system independently developed by the company to display the test force, peak value, deformation and various test curves. It can print various test reports (requires special customization), and users can edit it themselves. The format of the test report.
|Serial number||Technical name||WEW-1000D|
|1||Maximum test forcekN||1000|
|2||Test force indication relative error||±1% of the indicated value|
|3||Test force measurement range||2% to 100% of the maximum test force|
|4||Clamping method||Hydraulic clamping|
|5||Round sample clamping diametermm||Φ13~Φ60|
|6||Flat specimen clamping thicknessmm||0~40|
|7||Flat specimen clamping width mm||125|
|8||Maximum tensile test space mm||600|
|9||Maximum compression test space mm||470|
|10||Control cabinet dimensions mm||610×700×1100|
|11||Mainframe dimensions (including piston stroke) mm||950×900×2510|
|12||Host quality kg||5000|
|13||Upper and lower platen size mm||204×204|
|14||Bending roller spacing mm||800|
|15||Bending roller width mm||140|
|17||Maximum stroke of the piston mm||250|
|18||Piston maximum moving speedmm/min||About 50|
|19||Test space adjustment mechanism||Motor reducer sprocket chain drive|