Product Introduction

The host adopts a bottom mounted oil cylinder host, with a gap sealed oil cylinder, two columns, and a double screw frame structure. The upper test space is used for tensile testing, while the lower test space can be used for compression, bending, and shear testing of the specimen (corresponding auxiliary equipment needs to be added). The lower crossbeam lifting adopts a cycloidal gear reducer, sprocket, chain, and screw pair transmission to achieve adjustment of stretching and compression space. The main oil cylinder adopts a honing oil cylinder, and the oil pressure sensor measures the force (precision level requires a load sensor to measure the force, which is a special configuration). The automatic hydraulic clamping system is convenient for clamping samples and has good stability. The configuration of relevant accessories can complete the testing of steel bars, metal specimens, steel hinge wires (the host needs to be modified), cables, fasteners, concrete and other samples, mainly used for tensile, compressive, bending and shear tests of metals and non metals. Suitable for fields such as metallurgy, construction, light industry, aviation, aerospace, materials, universities, research institutions, etc. The experimental operation and data processing comply withGB228-2010The requirements of the "Tensile Test Method for Room Temperature Materials and Metals".

Performance characteristics:

The two column double screw structure has the most reasonable working position and stress state.

Customize the test space according to the requirements of the sample and configure relevant accessories to complete the testing of steel bars, steel hinge wires, cables, fasteners, concrete and other samples

The hydraulic clamping device can independently adjust the clamping speed (a jog clamping device can be configured according to customer requirements)

Load sensors or oil pressure sensors can be selected according to requirements to effectively improve the test range and force accuracy.

The downward structure of the oil cylinder can lower the height of the main engine, lower the center of gravity of the test, and reduce the damage caused by the breaking impact force on the machine.

Equipped with a photoelectric encoder, it can accurately measure the distance of movement of the crossbeam.

The integrated oil source design makes the overall structure more compact and reasonable, reducing the footprint.

Can provide manual and automatic dual control systems, with the option to choose the operating mode independently.

Built in control card based on integrated technology, reducing wiring, improving real-time control and acquisition functions of experiments, and enhancing product stability.