Universal Testing Machine With Digital Display Hydraulic

Universal Testing Machine With Digital Display Hydraulic

Standards:

EN ISO 6892-1, EN ISO 15630-1, EN ISO 7500-1, EN 10002, ASTM A370, UNI 7676

Description:

The hydraulic power source is used to drive, and the intelligent measurement and control instrument is used to collect and process the test data. It is composed of four parts: the test host, the oil source (hydraulic power source), the measurement and control system, and the test apparatus. The accuracy grade of the test machine is better than grade 1.

It can meet the standard test requirements in the international regulations on metal tensile test, and can also realize the tensile, compression, bending, shear and other types of tests on different materials or products according to other standards. It can obtain the tensile strength, yield strength and other performance indicators of the tested materials.

The testing machine is a six column, double space structure. There is a tensile space between the upper beam and the lower beam, and a compressed space between the lower beam and the test bench. The test space is automatically adjusted by driving the lower beam up and down through the rotation of sprocket and lead screw. The standard model is equipped with V-shaped and plane jaws for clamping cylindrical samples and flat samples for tensile tests; The bottom end of the lower crossbeam of the standard model is equipped with an upper pressing plate, and the test bench is equipped with a lower pressing plate with a spherical structure, which can be directly used for compression test.

Features:

l Six column providing superior axial and lateral stiffness and precision alignment

l Two different work spaces, the upper one for tension and the lower one for compression, bending and shearing, for a comfortable test execution

l High precision load cell, class 1 and class 0.5 calibration

l Digital displacement transducer for the best positioning and measuring accuracy

l User friendly remote for Multifunctional control

l Hydraulic jaws, for stronger clamping of the specimens

l Overload protection limit sensor

l Long piston stroke for the most convenient and easy adjustment and testing of different sample lengths

l Easy calibration procedure

l Diverse and robust configurations for test end options, graph options, PID values, crosshead movement speeds etc

l Different Testing Methods including cyclic, creep, relaxation, keeping etc

l Determine and analyze data points such as yield point, breaking point, modulous etc

Specification: