Insulator electromechanical damage testing machine

Insulator electromechanical damage testing machineProduct Details

The microcomputer controlled insulator bending and twisting test machine has powerful functions and wide applications. It can be used for testing mechanical performance indicators such as tension, compression, bending, shear, peeling, tearing, extraction, and ring stiffness of various metal, non-metal, and composite materials. It is suitable for mechanical testing of metal materials such as metal wires, metal foils, metal sheets, and metal rods, as well as plastic pipes, plastic profiles, waterproof rolls, geotextiles, wires and cables, textiles, fibers, rubber, ceramics, concrete, adhesives, food and pharmaceutical packaging, films, wood, paper, and other non-metallic materials. It can be widely used in manufacturing enterprises such as mechanical manufacturing, vehicle manufacturing, aerospace, petrochemicals, wires and cables, papermaking, textiles, construction and building materials, and is used in quality supervision and inspection departments, research institutes, and other research departments.

Insulator electromechanical damage testing machineTechnical features and advantages:

The testing machine is pollution-free, has low noise, is easy to operate, and has high efficiency;

The host shell adopts an aluminum alloy shell, which has a beautiful and generous shape;

The host is a floor standing structure with high rigidity, stable performance, and beautiful appearance;

Stretching and compressing are achieved in independent dual spaces, avoiding the tedious process of replacing different test attachments when using the same space;

The host structure is sturdy and durable. The thick ball screw and guide light bar, thickened crossbeam and base form a sturdy rigid frame that meets the testing requirements of high-strength materials;

The upper and lower crossbeams of the host and the worktable are synchronously CNC machined to ensure excellent alignment. During axial testing, the lateral force on the specimen under load is minimized to obtain accurate stress and strain results;

The screw is a precision ground ball screw, and the thread mother is made of cast copper material, which is wear-resistant. The friction coefficient of the screw pair is small, the transmission efficiency is high, the accuracy is high, and the strength is high;

The reduction mechanism consists of a gearbox, synchronous toothed belt, and precision ball screw pair, with a simple structure that ensures synchronous movement of the screw and helps with system alignment;

A high-power motor with reserve power, preloaded bearings, low tension synchronous toothed drive belt, and precision ball screw pair can reduce the energy stored during the testing process, resulting in better testing performance and more accurate modulus and strain values. The effect is particularly significant when testing high-strength materials, such as aviation composite materials and metal alloys; The test process is controlled by a Japanese Panasonic AC servo motor and speed control system, with high control accuracy, smoothness, efficiency, and low noise (basically no noise at low speeds). And the speed range is greatly widened (0.001-500mm/min), which is beneficial for low-speed testing of conventional materials (metal, cement, concrete, etc.), as well as high-speed testing of non-metallic materials (rubber, film, etc.). At the same time, it is also convenient to quickly adjust the test space under no-load conditions, saving auxiliary testing time. The test speed meets the requirements of all conventional metal and non-metal material test speeds in China at present.

A multi specification fixture adapter device with multiple accessory options enables mechanical testing of various materials, endowing the equipment with more testing functions.