Enhancing Research Capabilities: MTS Installation at the University of Melbourne (Civil / Structures Lab)

At John Morris Group, we take pride in empowering leading research institutions with state-of-the-art technology. Recently, we completed a successful installation at the University of Melbourne, equipping their facility with advanced MTS systems designed to meet rigorous testing requirements. Here’s how these innovative products are transforming their research capabilities.

Precision Testing with MTS DuraGlide 201 Hydraulic Actuators

The University of Melbourne’s setup includes four MTS DuraGlide 201 Hydraulic Actuators, engineered to deliver precise actuation for a variety of testing applications. These actuators stand out for their:

  • Improved Data Accuracy: Proprietary seal and bearing designs reduce friction, enhancing fidelity in closed-loop systems and ensuring statistically significant results with fewer test cycles.
  • Extended Performance Life: Validated through physical testing at more than 100% of rated load, these actuators offer unmatched durability. Optional SureCoat™ Rod Finishing Technology extends service life by 10x compared to previous models.
  • Versatility: With three standard rod configurations and an extensive range of stroke lengths, these fatigue-rated actuators cater to a variety of test applications, from basic to high-performance needs.

Precision Testing with MTS DuraGlide 201 Hydraulic Actuators

Seamless Control with MTS FlexTest® 40 Controllers & Software

To ensure precise control and data acquisition, the system includes two MTS FlexTest® 40 Controllers paired with industry-proven 793 software and MTS TestSuite™ Multipurpose Elite Software. These controllers are foundational to the MTS testing portfolio and provide:

  • Scalable Architecture: Ideal for material, component, and structural tests across industries like aerospace, automotive, and biomedical research.
  • High-Speed Closed-Loop Control: Enables function generation, transducer conditioning, and real-time data acquisition for complex testing requirements.
  • Automation and Efficiency: The software’s intuitive interface simplifies test definition and automation, saving valuable time for researchers.

Safety and Predictability with Hydraulic Service Manifold (Model 295)

The installation also includes two Hydraulic Service Manifolds (Model 295), designed to isolate the hydraulic power unit from the test system. These manifolds offer:

  • Smooth Pressure Transitions: Ensuring enhanced safety and predictable hydraulic control.
  • SafeGuard™ Technology: Compliance with Performance Level d and e safety standards, providing peace of mind for operators.

Energy Efficiency with MTS Hydraulic Power Unit (HPU 515.90S-1)

Completing the system is the MTS HPU 515.90S-1 Hydraulic Power Unit, which combines high performance with sustainable operation. Key features include:

  • Energy Savings: Run-on-demand functionality reduces electrical power and cooling water consumption during low-capacity operation.
  • Remote Monitoring: Advanced options for tracking pressure, temperature, and fluid levels ensure optimal performance while minimising downtime.
  • Eco-Friendly Design: Reduced water consumption and maximised electrical efficiency contribute to lower facility energy costs.

Advanced Training for Seamless Integration

Our expert engineer, Siby, provided comprehensive training to the University of Melbourne team, ensuring they could fully leverage the capabilities of their new system. From setting up actuators to configuring controllers and software, the training has empowered the team to achieve accurate, reliable results efficiently.

Supporting Research Excellence

This MTS installation underscores our commitment to supporting cutting-edge research and innovation. By delivering high-performance solutions tailored to specific needs, we’re helping institutions like the University of Melbourne push the boundaries of knowledge.

If your facility is looking to upgrade its testing capabilities, contact John Morris Group today to explore our range of advanced solutions.

January 23, 2025

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