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WAW-L Microcomputer Controlled Electro-Hydraulic Servo Universal Testing Machine

Classification:

Hydraulic Universal Testing Machine

Key words:

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Product Details

WAW-L Microcomputer Controlled Electro-Hydraulic Servo Universal Testing Machine

Main Purpose:

Suitable for tensile tests of metal bars, plates, and rebar. Tensile tests of high-strength and high-hardness metal materials. Standards Met:GB/T 228.1 'Method for Tensile Testing of Metallic Materials at Room Temperature'

GB/T5224 'Requirements for Tensile Testing of Prestressed Steel Strands'

Performance Characteristics:

Adopts an upper cylinder single space structure, all tests are completed in the same space.

The main machine adopts a fully rigid gapless structure, and when the tensile test breaks, the impact on the ground is small.

The testing machine has high coaxiality, and there is no additional resistance acting on the force sensor during the test, making the test results more accurate. Uses imported brand load sensors, with high precision, good linearity, and good stability.

Uses a pull-type photoelectric encoder to measure displacement, with high precision and strong impact resistance.

Professional modularTensonTest testing software, capable of meeting national, international, and industry standard testing requirements.

Control System Fully DigitalDSP controller, neuron adaptive PID algorithm, three closed-loop control of force, deformation, and displacement.

Technical Parameters:

Model	WAW-600L	WAW-1000L	WAW-2000L	WAW-6000L	WAW-1000LT	WAW-2000LT
Clamping Method	Wedge Tightening			Flat Pushing Tightening
Maximum Test Force	600 kN	1000 kN	2000 kN	600 kN	1000 kN	2000 kN
Accuracy Level	0.5 level/1 level
Test Force Measurement Range	1%- 100% FS (full range without segmentation)
Relative Error of Test Force Indication	±0.5%/±1%
Deformation (Extensometer) Measurement Range	1%- 100% FS
Relative Error of Deformation Indication	±0.5%/±1%
Deformation Resolution	1/500000 (1000000) of the maximum deformation
Test Force Loading Rate Range	0.02% ~ 2%FS/s
Piston Ascending Speed Range	0-190mm/min	0-180mm/min	0-90mm/min	0-350mm/min	0-350mm/min	0-300mm/min
Piston Descending Speed Range	0-240mm/min	0-290mm/min	0-100mm/min	0-200mm/min	0-550mm/min	0-600mm/min
Piston Stroke (mm)	560	650	780	560	650	750
Main Machine Structure	4	4	4	4	4	4
Effective Distance Between Columns (mm)	660 ×350	660 ×400	800 ×450	/	/	/
Maximum Distance Between Tensile Jaws (mm)	580	700	800	600	680	800
Maximum Compression Space (mm)	450	550	580	460	520	520
Round Sample Clamping Range (mm)	φ10-φ18 φ18-φ29 φ29-φ40	φ15-φ30 φ30-φ45 φ45-φ55	φ15-φ30 φ30-φ55 φ55-φ70	φ10-φ20 φ20-φ25	φ15-φ30 φ30-φ60	φ15-φ40 φ40-φ100
Flat Sample Clamping Thickness (mm)	2-16, 16-30	2-20, 20-40	10-40, 40-70	2-45	2-60	2-80
PressurePlateSize (mm)	φ150	200×200	φ200	140×140	200×200	φ300
Host dimensions (L.W.H) (mm)	880×630 ×2980	980×720 ×3590	1220×880 ×4100	860×400 ×2900	980×720 ×3590	1220×880 ×4200
Oil source dimensions (L.W.H) (mm)	1150×600×900
Total power (kw)	8.0			7.0	15.0	18.0
Weight(kg)	About 3500	About 6500	About 9200	About 2500	About 6800	About 10000