The Servo Research Control Unit is a high-performance testing controller designed for research and advanced laboratory applications. It allows precise control of tests in load, displacement, and strain rate, providing automation and high-resolution measurement for complex and non-standardized experiments. The unit is ideal for laboratories that require detailed analysis of material behaviour under dynamic and quasi-static conditions.
Beyond the standard tests included in the firmware, the unit enables custom ramp sequences, allowing users to define testing protocols tailored to their specific research needs. It can measure and display load, stress, displacement, and strain-related graphs in real time, providing immediate feedback on material performance.
The system features a servo-controlled proportional valve, which reacts instantly to sudden drops in specimen resistance, maintaining the test parameters precisely. High-resolution channels accurately describe specimen behavior, even during rapid changes, while adjustable sampling frequencies at selectable thresholds reduce the need for post-processing of data.
The Servo Research Control Unit is fully automatic and requires no PID adjustments during the test. An integrated inverter device reduces noise, mechanical stress, and vibration, ensuring reliable and repeatable results. Users can focus on testing and data analysis without manual intervention.
Servo-Research for multiple frames:
C104-03N2: Control unit with provision for two frames. Supplied with hydraulic oil and two connecting hoses, 3 metres long.
C104-03N3: Control unit with provision for three frames. Supplied with hydraulic oil and three connecting hoses, 3 metres long.
C104-03N4: Control unit with provision for four frames. Supplied with hydraulic oil and four connecting hoses, 3 metres long.
