Description
Description
Computerized Universal Testing Machine With Hydraulic Servo System – HWDW-HS SERIES
Computerized universal testing machine with a hydraulic servo system is an advanced and versatile testing instrument used to evaluate the mechanical properties of various materials. This combination of computerized control and hydraulic servo technology offers precise and dynamic control over testing parameters, ensuring accurate and reliable test results. Consider the maximum load capacity of the testing machine, which determines the range of materials and specimen sizes it can handle. Machines typically have load capacities ranging from a few kilonewtons to several hundred kilonewtons or more, depending on the application requirements.
Computerized universal testing machine with a hydraulic servo system made by HSMLE India Corporation with various models like single columns, double columns, floor structure, table top, door frame type etc., is used to perform tension, compression, flexure/bending, shearing, peeling, tear, cyclic etc., test for metal and nonmetal specimens. This Series Floor Model & Dual Column testing systems provide simplicity, performance and affordability for quality control (QC) labs and production testing. These models are robust, heavy-duty frames commonly used for testing high-strength metals and alloys, advanced composites, aerospace and automotive structures, bolts, fasteners, and plate steels. Frames are available in load capacities of 400Kn, 500Kn, 600Kn, 1000Kn; and several variations are available to accommodate requirements for both extended travel and extra wide test space.
The hydraulic servo system consists of a hydraulic power unit, servo valves, feedback sensors, and a controller. It provides controlled and accurate force or displacement application during testing. The servo valves regulate the flow of hydraulic fluid, while the sensors provide real-time feedback for closed-loop control. The controller manages the servo system and ensures precise control over the testing parameters.
