WAW-1000F Microcomputer Servo Hydraulic Universal Testing Machine

Product Information

The WAW-1000F microcomputer servo hydraulic universal testing machine is mainly used for tensile, compression, bending and other tests of metal materials, and is equipped with cold bending accessories. It also serves as a process test for metal materials. At the same time, the standard upper and lower pressure plates with ball seats can complete compressive strength tests on some metal, non-metal, concrete, cement, brick and stone specimens. Therefore, this testing machine meets the testing needs of scientific research institutions, basic construction units, metallurgy, mechanical manufacturing, and various school laboratories.

Applicable standards:

GB/T 2611-2007 General Technical Conditions for Testing Machines

JB/T 7406.1-1994 "Terminology of Testing Machines: Material Testing Machines"

GB/T 16826-2008 "Electro hydraulic Servo Universal Testing Machine"

GB/T 16825.1-2008 "Inspection of static uniaxial testing machines - Part 1: Inspection and calibration of force measuring systems for tensile and/or compressive testing machines"

GB/T 22066-2008 "Evaluation of Computer Data Acquisition System for Static Uniaxial Testing Machine"

JJG 139-1999 "Tensile, compressive, and universal material testing machines"

JB/T 6146-2007 "Technical Conditions for Stretchers"

Product Features:

The measurement and control system of this series of microcomputer servo hydraulic universal testing machines is computer screen display, digital valve servo control, load sensor, and the reading degree of the testing machine is 0.5 level.

Model: 1000F

Experimental space: Dual space

Reaction frame: 6-pillar frame

Space adjustment: electric screw

Working oil cylinder: one-way oil cylinder

Control mode: digital valve

Display instrument: 19 inch industrial control computer

Jaw form: open mouth

Hydraulic clamp: rear/embedded mechanical arm

Wear resistant lining plate: available

Control panel: 2.4-inch LCD line controller

Load measurement: spoke type load sensor

Load level: 0.5

Bending device: optional

Main cylinder oil pump: axial piston pump

Oil pump motor: 6-pole asynchronous motor

Networking method: Integration of experimental software

Main technical parameters:

model

WAM-1000F

Maximum experimental force (kN)

one thousand

Accuracy level of load indication

zero point five

Maximum distance between stretching clamps (mm)

six hundred and fifty

Effective distance between two lead screws (mm)

four hundred and fifty-five

Flat specimen clamping thickness (mm)

0-13

Maximum width of flat specimen clamping (mm)

one hundred and ten

Circular specimen clamping diameter (mm)

φ13-φ26φ26-φ40

Maximum distance between upper and lower pressure plates (mm)

five hundred and fifty

Dimensions of upper and lower pressure plates (mm)

φ225

Distance between two pivot points in bending test (mm)

30-300

Maximum width of bending test support roller (mm)

one hundred and forty

Maximum height of bending test (mm)

one hundred and eighty-five

Working piston diameter x stroke (mm)

φ200x150

Workbench rising speed (mm/min)

0-65

Moving beam lifting speed (mm/min)

four hundred and fifty

Oil pump motor power (kW)

one point one

Power of crossbeam lifting motor (kW)

zero point five five

Maximum total power (kW)

2.0kW

power supply voltage

380V*3+N

Overall dimensions of the host (mm)

865x630x2154

（F：2214）

Weight of host/measurement and control cabinet Kg

2200/190