WAW Series Computerized Electro-hydraulic Servo Universal Testing Machine (300kN,600kN,1000kN,2000kN)

Specifications

WAW Series Computerized Electro-hydraulic Servo Universal Testing Machine (300kN,600kN,1000kN,2000kN)

WAW Series Computerized Electro-hydraulic Servo Universal Testing Machine (300kN,600kN,1000kN,2000kN)

 

1. Introduction

This WAW Series Computerized Electro-hydraulic Servo UTM is fully computer controlled; the testing dates and testing curves can be displayed by computer and printed by printer.

It is widely used for tensile, compression, bending and shearing test for metal materials and also used for compression and bending test of non-metal materials, like cement and concrete materials. With special accessory, it can also be used for mechanical property test of fastener, steel wire rope and components .The machine is calibrated according to ISO 75001 and ASTM E4. It can do many different kinds of test according to different standards, ISO6892, ISO7438, ASTM A370, ASTM E8 and BS EN standards.  

2. Main technical parameters

Parameter    Model	WAW-300	WAW-600	WAW-1000	WAW-2000B
Max. testing force	300kN	600kN	1000kN	2000kN
Accuracy	±1% (±0.5%, optional)
Round specimen diameter range	φ10-φ32mm	φ13-φ40mm	φ13-φ60mm	Φ20-φ70mm
Flat specimen thickness range	0-15mm	0-30mm	0-40mm	10-70mm
Flat specimen width  range	70mm	80mm	120mm	120mm
Tensile space	750mm	800mm	650mm	900mm
Compression space	650mm	700mm	600mm	860mm
Upper and lower  compress plates size	φ130mm	φ180mm	210×210mm	φ240mm
Distance of bending by  pass roll	30-580mm	30-580mm	30-800mm	30-580mm
Max. piston stroke	250mm	250mm	250mm	250mm
Power supply	380/220V±10%, 50/60Hz, three phase
Work environment	10-40°C, Relative humidity≤80%
Dimension of host  machine	905×580×2260mm	905×580×2325mm	1070×850×2530mm	1500×910×3380mm
Dimension of control  cabinet	600×600×1165mm
Weight	2720kg	3000kg	4100kg	9000kg

 

3. Features

3.1 Control type: computer controlled servo hydraulic universal testing machine. The space adjusting, & test processes could be controlled by the software and the test result could be transferred to the software in the computer for further analysis. It is the most advanced series in hydraulic universal testing machines.

3.2    Load measurement: high-precision oil pressure sensor, high-precision oil tank piston; they ensure the high precision and high reliability.

3.3    Displacement measurement: photoelectric encoder, high-precision, reliable.

3.4    Deformation measurement: high-precision strain extensometer is reliable and economical.

3.5    Automatic clamping: single hydraulic clamping oil supply; automatic and reliable clamping, high safety.

3.6    Multiple protection: double protection for hardware and software; double protection piston travel for mechanical and electric; protect itself automatically when exceeding 2~10% of Max. load.

3.7    Automatic calibration: calibrate the load, deformation and displacement automatically.

3.8    Getting the test results: get the ReH, ReL, Fm, Rp0.2, Rt0.5, Rm, E results automatically.

3.9    Management of database: manage the test machine software by Access database.

3.10 Reserve the data interface, can be connected with Internet directly and share the resources.

3.11 Compact structure: more reasonable structure. Lowering the height that the test space is same.

3.12 Multiple control modes: force, displacement and deformation three closed-loop, multiple controls that contain metal tensile test and so on. The professional “Control program editor” software, which is customized by the uses’ actual needs.

3.13 Worm gear and worm wheel: The adjustment of the testing space (up and down of the crossbeam) is drive by an electric motor. It adopts worm gear and worm wheel structure; there is no need to rotate the screw when adjusting testing space. The complete separation between transmitting system and positioning system ensures the coaxiality of the up and down jaws.