QE-HUTM600 600 kN Electro-Hydraulic Servo Universal Testing Machine
The QE-HUTM600 is a computerized electro-hydraulic universal testing machine for tensile, compression and bend testing of metallic materials and industrial components.
With a maximum capacity of 600 kN, hydraulic specimen gripping and closed-loop servo control, the system provides a configurable platform for testing reinforcing bars, metal coupons, castings, forgings, fasteners and manufactured assemblies.
Key Product Information
| Model | QE-HUTM600 |
| Maximum testing force | 600 kN |
| Machine type | Electro-hydraulic servo universal testing machine |
| Published force measurement range | 2–100% FS, equivalent to 12–600 kN |
| Force indication error | ±1% |
| Control modes | Force, piston displacement and specimen deformation |
| Maximum tensile space | 520 mm |
| Maximum compression space | 420 mm |
| Specimen gripping | Hydraulic |
| QMN requested power supply | 110 V, 60 Hz* |
The 110 V, 60 Hz configuration requires factory confirmation. Electrical input, starting current and dedicated-circuit requirements must be confirmed for the complete hydraulic system before ordering.
Canadian Support
Technical assistance with equipment selection
Warranty Included
Manufacturer warranties on all equipment
Installation & Training
On-site or installation and hands-on training
Technical Specifications
| Model | QE-HUTM600 |
| Maximum testing force | 600 kN |
| Force measurement range | 2–100% of full scale |
| Force indication error | ±1% |
| Maximum tensile space | 520 mm |
| Maximum compression space | 420 mm |
| Flat-specimen gripping thickness | 0–30 mm |
| Round-specimen gripping diameter | Ø13–40 mm |
| Maximum bend-support span | 400 mm |
| Column spacing | 460 mm |
| Piston-displacement indication accuracy | ±0.5% FS |
| Deformation measurement resolution | 0.001 mm |
| Deformation measurement accuracy | ±0.5% |
| Force sensing | Hydraulic pressure sensor |
| Displacement sensing | Photoelectric encoder |
| Specimen deformation sensing | Extensometer |
| Loading system | Electro-hydraulic servo |
| Control modes | Force, piston displacement and specimen deformation |
| Frame dimensions | Approximately 730 × 570 × 1,900 mm |
| Control-cabinet dimensions | Approximately 1,010 × 650 × 870 mm |
| Hydraulic pump motor rating | 2.2 kW |
| QMN requested power supply | 110 V, 60 Hz, subject to factory confirmation |
Published specifications describe the base machine. Final test space, fixture ratings, piston stroke, loading-rate range and calibrated measurement ranges must be confirmed with the ordered configuration.
Software Functions
- Real-time force, displacement and deformation display
- Test-curve visualization
- Mechanical-property analysis using the selected method
- Test-data and curve storage
- Individual specimen reports
- Batch reports
- Data export for further analysis
Confirm the supplied operating system, English-language interface, export formats and installed test methods in the quotation.
Applicable Standards
The QE-HUTM600 can be evaluated and configured for the following applications:
| ASTM E8/E8M | Tensile testing of metallic materials |
| ISO 6892-1 | Metallic tensile testing at room temperature |
| ASTM A370 | Applicable mechanical testing procedures for steel products |
| ASTM E290 | Bend testing for ductility |
| ASTM E4 | Force-system calibration and verification |
| ISO 7500-1 | Calibration and verification of static tension/compression testing machines |
| ASTM E83 / ISO 9513 | Extensometer calibration and verification |
Compliance requires the correct specimen geometry, fixtures, loading rates, measurement accessories, software method and verification. ASTM A370 also includes tests requiring separate equipment.
Test Capabilities
| Test or Property | Configuration Requirements |
| Tensile strength | Suitable grips and initial specimen cross-sectional area |
| Maximum and breaking force | Correct fixture and verified force range |
| Yield and proof strength | Appropriate extensometer and analysis method |
| Elongation | Defined gauge length and method-specific measurement |
| Elastic modulus | Suitable verified strain measurement and alignment |
| Compression testing | Correctly aligned, load-rated platens |
| Bend ductility | Appropriate supports, mandrel and span |
| Fastener and assembly testing | Purpose-designed, load-rated fixtures |
Piston displacement is not equivalent to specimen elongation. Yield, proof strength and modulus measurements require the strain-measurement approach specified by the applicable test method.
Applications
- Metallurgical and material-testing laboratories
- Steel manufacturing and processing
- Reinforcing-bar inspection
- Casting and forging evaluation
- Fastener and hardware testing
- Structural-product development
- Industrial component testing
- Incoming material inspection
- Production quality control
- Universities and research laboratories
What's Included
✓ QE-HUTM600 testing frame and hydraulic cylinder
✓ Hydraulic power unit
✓ Electro-hydraulic servo control system
✓ Electrical control cabinet
✓ Force and displacement measurement systems
✓ Specimen extensometer, with selected gauge length and range
✓ Computer workstation and testing software
✓ Printer
✓ Three fixture sets, with exact types and ratings to be confirmed
✓ Operating manual
✓ Factory test report
✓ Packing list
Installation, training, warranty terms and independent calibration scope should be specified separately in the quotation.
Downloads
Brochure
QE-HUTM600 600 kN Electro-Hydraulic Servo Universal Testing Machine
Why Choose This Model?
High-Force Testing Capacity
The 600 kN capacity supports demanding metal and component tests. Specimen suitability is determined by expected test force, dimensions, grip compatibility and the governing test method.
Closed-Loop Servo Control
Computerized control of force, piston displacement and specimen deformation allows the loading method to be matched to the test requirements. Required loading rates and control transitions should be specified when selecting the system.
Hydraulic Specimen Gripping
Hydraulic clamping supports convenient specimen installation. Select the appropriate jaw inserts for round or flat specimens and the material being tested.
Separate Testing Spaces
The frame accommodates tensile testing and lower-space compression or bending configurations. Available clearance depends on the installed grips, platens and fixtures.
Need help selecting the right configuration?
Our application specialists are here to help you choosing the best solution for your materials and workflow.
Talk to an expert
Get expert advice on models, accessories and standards.
- 647-948-7714
- info@qmnequipment.com
- Mon-Friday: 9:00am to 6:00pm ET
Frequently Asked Questions
Can the QE-HUTM600 test reinforcing bars?
Yes, provided the specimen fits the selected grips and test space, and its expected test force remains within the machine’s capacity. Grip diameter alone does not establish suitability.
Can it measure yield strength and elongation?
Yes, with appropriate extensometry, specimen measurements and software settings. The required measurement method depends on the governing standard.
Can it perform compression and bending tests?
Yes, using appropriately rated compression platens or bend fixtures. Confirm the exact fixtures included in the quotation.
Can it test lightweight materials below 12 kN?
The published force measurement range begins at 12 kN. Lower-force testing requires a separately documented and verified measurement configuration.
Is this a fatigue testing machine?
The published information establishes a static/quasi-static testing platform, not a high-frequency fatigue system. Cyclic or long-duration testing requires a separate confirmed specification.
Why Buy From QMN Equipment?
Equipment selected by testing professionals. Backed by CMH MetLabs expertise in:
Hardness Testing
Brinell, Rockwell and Vickers and more
Tensile Testing
Universal Testing Machines
Metallography
Sample Preparation and Analysis
NDT Inspection
UT, PT, MT, RT Solutions
Failure Analysis
Expert Analysis and Reporting
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