Servo Hydraulic Testing Machine with Computer Control
This fully automated testing system performs tensile, compression, and bending tests with precision computer control for comprehensive material analysis.
Applications
This specialized servo hydraulic testing machine is designed for stranded steel wire tensile detection and offers comprehensive application performance. It can complete tensile, compression, bending, shearing, peeling, and other mechanical tests on metallic materials and non-metallic composite materials.
The entire operational procedure and data analysis functions fully comply with GB/T228-2010 Metallic Materials - Tensile Testing Method at Room Temperature specifications. The testing process is autonomously controlled by computer systems with real-time data dynamically presented on terminals. The system automatically generates multiple test curves and inspection reports with full data archiving and report printing capabilities.
This equipment is broadly applicable to professional inspection work in metallurgy, construction engineering, light industry, aviation, aerospace, material research, institutions of higher learning, scientific research institutes, and other industrial and academic fields.
Compliance Standards
- ISO 6892, ISO 6934 BS4449
- ASTM C39, ISO75001
- ASTM A370, ASTM E4, ASTM E8
- BSEN standards
Host Features
This microcomputer-controlled electro-hydraulic servo universal testing machine integrates autonomous regulation, precise metering, signal collection, visual monitoring, and test data analysis as an all-in-one intelligent system.
The system adopts an under-cylinder main frame as the core structural carrier, configured with high-precision oil pump units and PC servo controllers to achieve multi-channel closed-loop regulation. This enables full-process autonomous adjustment and accurate real-time metering throughout all test procedures.
The equipment features prominent professional adaptability, stable operational dependability, and flexible expandability. Functional modules and application performance can be dynamically optimized and upgraded as testing technologies evolve and industrial specifications are revised.
Overload Protection
When the test force exceeds 2%-5% of the maximum test force of each range, the overload protection mechanism triggers, and the machine shuts down automatically.
When the piston reaches the upper limit of its travel, the travel protection function activates, leading to automatic stop of the pump motor.
Technical Parameters
| Model |
WAW-600D |
| Max. Test Force |
600KN |
| Structure |
Four columns two ball screws, oil cylinder down-setting type |
| Load Range |
1%-100% |
| Middle Beam Elevating Speed |
200 mm/min |
| Max. Tensile Space |
700mm |
| Max. Compression Space |
600mm |
| Piston Stroke |
250mm |
| Stranded Wire Clamping Range |
Φ6-40mm |
| Power Total |
2.2KW |
| Compression Plate Size |
Φ160mm |
| Bending Support Roller Distance |
300mm |
Product Images
Frequently Asked Questions
Q1: Is your enterprise a pure trading distributor or an actual production manufacturer?
We adopt an integrated model combining independent manufacturing and international trade. We have focused on the R&D and production of testing instruments for 18 years, with 14 years of stable overseas export operation experience.
Q2: What guidance can be offered to select the most matching equipment?
Our professional technical team will deliver targeted and reasonable selection advice. You only need to clarify your actual test objectives and required technical specifications, and we will formulate a tailored solution for you.
Q3: What is your standard delivery cycle?
Most conventional models are prepared with sufficient factory inventory for fast shipment. For items out of stock, the regular production and delivery cycle is 15 to 20 working days after receiving the advance deposit. We can adjust production schedules and provide priority processing for urgent orders.
Q4: Can you provide personalized custom solutions?
Customized services are fully supported. In addition to standardized conventional testing machines, we can adjust equipment structures and functions to design non-standard products according to unique on-site demands. Please provide your detailed requirements, and we will make every effort to meet your application needs.
Q5: Is on-site factory inspection allowed before placing an order?
We sincerely welcome global customers and professional teams to visit our production base at any time. We offer full courtesy services, including hotel arrangement and dedicated airport pick-up service for visiting clients.
Q6: What is the after-sales guarantee policy for your devices?
All testing instruments enjoy a standard one-year warranty service. Within the warranty term, we provide long-term online technical guidance and free replacement of damaged spare parts. If on-site debugging and maintenance are needed, our professional engineering team can also be dispatched to offer door-to-door service.
Q7: What packaging methods are used to ensure equipment safety in transit?
All finished machines are packed with reinforced export-standard wooden cases for shockproof and compression-resistant protection. With years of cross-border shipping experience via sea and air freight, our equipment remains intact and free from damage during long-distance transportation.
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