Waw-600d (Four columns) Computer Display Hydraulic Universal Testing Machine
|FOB Price:||US $11,000 / set|
|Min. Order:||1 set|
|Min. Order||FOB Price|
|1 set||US $11,000/ set|
|Production Capacity:||300 Sets Per Month|
|Transport Package:||Standard Export Wooden Cases|
|Payment Terms:||L/C, T/T|
- Model NO.: WAW-600D
- Maxcapacity: <1000KN
- Load Way: Mechanical Load
- Display: Computer
- Weight: 1000-2000Kg
- Oil Cylinder Position: Under
- Measuring Range: 2%-100%
- Clamping Method: Hydraulic Clamping
- Max. Tension Test Space (mm): 590
- Column Net Distance (mm): 450
- Cabinet Packing Dimension(mm): 850*1200*1400
- Specification: WAW-600D
- HS Code: 902410
- Type: Universal Testing Machine
- Accuracy Grade: 1
- Loading Method: Hydraulic
- Control: Computer Control
- Power Source: AC380V
- Max. Capacity (Kn): 600
- Relative Error of Reading: ≤±1%
- Flat Specimen Clamping Width(mm): 80
- Max. Compression Test Space (mm): 500
- Frame Packing Dimension(mm): 800*1000*2200
- Trademark: CHENDA
- Origin: China
WAW Series machine, compared with a ball screw type electric mechanical UTM, is adopting oil hydraulic power to push the piston in the oil cylinder to provide loading force. Therefore it is very suitable for making test to different metal and nonmetal materials under high toughness and hardness against extreme big loading force. By using oil pressure transducer and photoelectric encoder, the computer is timely collecting the testing parameter like loading force, stroke etc. The servo system will provide on line close loop control and constant parameters control. The test software is able to create customized testing methods and setup testing report in only a few steps. WAW series is widely used in different inspection department, engineering area, universities and institutes.
Frame structure: 4 columns and 2 screws
1>By using oil pressure transducer.
2>Full computer controlled of testing process.
3>Adopt oil-hydraulic automatic clamps which can be operated from separate control box
4>Wedge tension jaw processed by advanced technology; increase the stiffness of crosshead under high load and high intensity test.
5>Powerful multifunctional control software will provide more testing methods to meet ASTM, ISO and other testing standards.
6>Report guide will create your testing report in only three steps.
7>Programmable testing software makes LCF testing or cyclic testing become available.
8>Overload protection will secure operators.
The oil cylinder is at the bottom of the load frame. Tension space is at the upside and compression & bending spaces are between lower crosshead and working table. It is adopting oil hydraulic power to push the piston in the oil cylinder to provide loading force. The lower crosshead is driven by motor through decelerator, chain transmission device and screw pair to realize the adjustment of testing space.
The machine adopts oil pressure transducer to measure load and use photoelectric encoder to measure the displacement. The loading force display on computer
|Max. capacity (KN)||600|
|Relative error of reading||≤±1%|
|Clamping method||Hydraulic clamping|
|Round specimen clamping range(mm):||Φ13~Φ40|
|Flat specimen clamping thickness(mm):||15-30|
|Flat specimen clamping width(mm):||80|
|Max. tension test space (mm)||590|
|Max. compression test space (mm)||500|
|Cabinet packing dimension(mm)||850*1200*1400|
|Frame packing dimension(mm)||800*1000*2200|
|Column net distance (mm)||450|
|Power supply (KW)||380V 50HZ|
|Motor power (kw)||2.1|
|Safety devices||Software and machinery protection|
|Span of bending roller (mm)||400|
|Width of bending roller (mm)||140|
|Diameter of bending roller (mm)||Φ40|
|Compression platen size (mm)||200x200mm|
|Max. piston stroke (mm)||200|
|Piston max. speed (mm/min)||Approx.60|
|2||Servo control cabinet|
|4||Oil pressure transducer||1|
|8||Round specimen specification mm||Φ13~Φ26 |
|Each for one|
|9||Flat specimen specification mm||15-30||Each for one|
|10||Compression platen mm||200x200mm||1 set|
|11||Bending fixture||1 set|
|12||Accompany tools||1 set|
|13||Accompany document||1 set|