HIGH-LOAD MATERIAL TESTING

WAW-1000D Computer-Controlled Electro-Hydraulic Servo Universal Testing Machine

The WAW-1000D 1000 kN universal testing machine is designed for tensile, compression, and bending tests on metal and applicable non-metal materials. Supplied by Laizhou Jincheng Industrial Equipment Co., Ltd., it combines a lower-cylinder hydraulic frame, digital PC controller, sensors, extensometer, and test software into a practical platform for material inspection, quality control, laboratory research, and engineering education.

Multi-Channel Closed-Loop Control

Controls test force, piston displacement, and specimen deformation through the electro-hydraulic servo system. Constant force, displacement, and strain-rate methods support controlled loading for applicable test procedures.

Automated Measurement and Reporting

The software displays force, displacement, deformation, loading rate, and test curves in real time. Curves and data can be stored or exported in ASCII format for review, traceability, and further analysis.

Large-Specimen Test Capacity

With 1000 kN maximum test force, hydraulic gripping, 650 mm tensile space, and 600 mm compression space, the system accommodates many bar, plate, round, and rebar test specimens within its specified fixture range.

Typical use: steel, plate, bar, and rebar tensile testing; compression and bending performance evaluation; incoming material inspection; production quality verification; teaching laboratories; and research projects requiring high-load quasi-static mechanical testing.

Test Configuration, Key Parameters, and Application Fit

The WAW-1000D uses a column-type, lower-cylinder main frame with a load-adaptive hydraulic power unit and servo-valve flow control. Separation of power and measurement-control circuits helps reduce electrical interference, while overload, over-setpoint, power-loss, travel-limit, and emergency-stop functions support routine laboratory operation. For metal tensile tests, the software can calculate applicable parameters including Fm, Rel, Reh, Rp, Rt, Agt, Z, A, and Rm; results depend on the selected method, sensor configuration, and test conditions.

Parameter	Specification	Parameter	Specification
Maximum test force	1000 kN	Machine accuracy class	Class 1
Force measuring range	2%–100% FS	Force indication error	±1%
Tensile / compression space	650 mm / 600 mm	Piston stroke / speed	250 mm / 140 mm/min max.
Round specimen diameter	Ø13–Ø60 mm	Flat specimen thickness	0–40 mm
Bending support span	0–450 mm	Clamping method	Hydraulic clamping

Standard Delivery Scope

Typical supply includes the main machine, hydraulic power unit, PC controller, load and displacement sensors, extensometer, software, electrical cabinet, 1000 kN load cell, compression platens, bending fixture, and standard tensile jaws. Final scope is confirmed by contract.

Selection and Installation Notes

Selection should consider specimen geometry, required standard, fixture type, extensometer range, loading rate, and reporting method—not maximum force alone. The machine requires a level, load-bearing foundation and AC 380 V ±10%, 50 Hz power with reliable grounding.

For laboratories handling materials within the specified load and dimensional range, the WAW-1000D provides a structured way to turn mechanical tests into recorded, reviewable data. Laizhou Jincheng can assist with confirming fixtures, extensometers, software functions, and optional configurations according to the target material and applicable test standard. Actual performance and compliance should be verified through acceptance, calibration, and the relevant current standards.