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编号 :

1105903953695625216

Servo Hydraulic Universal Testing Machine TIME WAW-1000C/1000D/2000A

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$ 0

市场价

$ 0

WAW-1000C/1000D/2000A computer controlled servo hydraulic universal testing machine is mainly used to execute the tension, compression, bending, flexural etc. Test for metal materials. Attached with simple accessories and devices, it can be used to test wood, concrete, cement, rubber, and so on. It is very suitable for making test to different metal or nonmetal materials under high toughness and hardness against extreme big loading force.

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    • Commodity name: Servo Hydraulic Universal Testing Machine TIME WAW-1000C/1000D/2000A
    • Commodity ID: 1105903953695625216

    WAW-1000C/1000D/2000A computer controlled servo hydraulic universal testing machine is mainly used to execute the tension, compression, bending, flexural etc. Test for metal materials. Attached with simple accessories and devices, it can be used to test wood, concrete, cement, rubber, and so on. It is very suitable for making test to different metal or nonmetal materials under high toughness and hardness against extreme big loading force.

    WAW Series is 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.

    Standards: In accordance with or exceed the requirements of the ISO6892.
    A Type Load Frame: The oil cylinder is at the top of the load frame. Tension space is between the crosshead and working table, and the compression & bending spaces are between the crosshead and oil cylinder base. It is adopting oil hydraulic power to push the piston in the oil cylinder to provide loading force. The testing space is adjusted by the moving of crosshead.

    C Type Load Frame: 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 the motor and gear inside it to realize the adjustment of testing space. The leading screws are fixed into the machine seat
    And never turn during the space adjusting & testing to guarantee the machine stability and longer life span.

    D Type Load Frame: 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.
    Measuring System: The machine adopts oil pressure transducer to measure load and use photoelectric encoder to measure the displacement. The computer is timely collecting the testing parameters like loading force, stroke etc. Our Winwew software based on Windows system is able to display the load, load peak value, deformation, testing curves etc. Very easily, and can make automatic calculating of test results, i. e. Tensile strength, up / low yield strength, Non proportional stress point etc. Report creation function makes it is very simple to make testing report in your needed format.
    Applications: It is widely used in different steel works, engineering areas, quality control department, Universities and institutes as well as other areas and works.

    Features:

    1. Full computer controlled testing process.

    2. Adopt oil-hydraulic automatic clamps which can be operated from separate control box.

    3. Wedge tension jaw processed by advanced technology; Increase the stiffness of crosshead under high load and High intensity tests.

    4. Powerful multifunctional control software will provide more testing methods to meet ASTM, ISO and other testing Standards.

    5. Report Guide will create your testing report in only three steps.

    6. Programable testing software makes LCF testing or cyclic testing become available.

    7. Overload protection will secure operators. Common sense: The differences between WAW, WEW and WE series testing machines
     

    Key words:
    • computer controlled servo hydraulic universal testing machine
  • Model

    1000C

    1000D

    2000A

    Max. capacity (kN)

    1000

    1000

    2000

    Relative error of reading

    ≤±1%

    Measuring range

    2%-100% of FS

    Clamping method

    Hydraulic clamping

    Round specimen clamping range (mm)

    Φ12-Φ60

    Φ13-Φ60

    Φ15-Φ70

    Flat specimen clamping range (mm)

    0-55

    0-40

    0-50

    Flat specimen clamping width (mm)

    70

    125

    140

    Max. tension test space (mm)

    600

    600

    850

    Max. compression test space (mm)

    500

    470

    720

    Load frame dimension (including piston stroke) (mm)

    1320 x 800 x 2965

    1100 x 960x 2510

    1510 x 1040 x 4700

    Motor power (kW)

    6

    2.1

    9.2

    Load frame weight (kg)

    6800

    5000

    10400

    Column clearance (mm)

    760

    565

    900

    Compression platen size (mm)

    Φ160

    204 x 204

    204 x 204

    Span of bending rollers (mm)

    800

    800

    1000

    Width of bending rollers (mm)

    140

    140

    140

    Allowable camber (mm)

    150

    150

    190

    Max. piston stroke (mm)

    250

    250

    250

    Max. piston speed (mm/min)

    Approx. 50

    Approx. 50

    Approx. 50

    Max. crosshead speed (mm/min)

    Approx 150

    Approx 150

    Approx. 200

    Power supply

    380V, 50/60Hz, 3 Phases

Key words

computer controlled servo hydraulic universal testing machine

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