TXWL-600 Electro-Hydraulic Servo Masini Fa'ata'ita'i Fa'asa'o

TXWL-600 electro-hydraulic servo horizontal tensile testing machine faʻaaogaina le fausaga faʻavaa faʻavaa, tasi tootoo lua-gaoio piston cylinder faʻaaogaina le malosi o le suʻega, ma le faʻaogaina o le komepiuta e iloa ai le pulea otometi o le suʻega e ala i le puleaina o le valve servo ma isi vaega, o le suʻega. o faʻamatalaga e saʻo aoina e ala i uta ma tuʻuina atu i le komepiuta, e otometi lava ona suʻesuʻeina e le faiga, faʻagasologa ma teuina iʻuga o suʻega, ma e mafai e le lomitusi ona lolomi saʻo le lipoti o suʻega manaʻomia. O lenei masini e masani ona faʻaaogaina mo le suʻega tensile o le uaea uaea, o se gaosiga faʻaonaponei o suʻesuʻega faʻasaienisi ma aʻoaʻoga ma isi pisinisi e fetaui ma manaʻoga o meafaigaluega suʻega lelei.

1. Faiga talimalo

O le vaega autu o le masini e tele lava ina aofia ai le faavaa masini autu, nofoa pa'u suauu, fa'agogo suau'u, fa'alava fa'agaoioi, pito i luma ma tua nofoa chuck ma uta sensor. E mafai ona faia suʻega faʻamalosi ma se uta maualuga o le 600kN ile faʻataʻitaʻiga.

The main frame adopts a steel plate welded structure. The front end of the frame is equipped with an oil cylinder seat and an oil cylinder, and the rear end is fixed by a sealing plate to form a closed frame.The load sensor is installed on the moving crossbeam and connected to the piston rod through the ball hinge mechanism, and the moving crossbeam is connected to the front chuck seat through the tie rod. When the piston is working, it pushes the moving crossbeam forward to drive the front chuck seat to move. The rear chuck seat is moved electrically on the main frame through a guide wheel, and the main frame is equipped with a series of pin holes with a 500mm interval, after which the rear chuck seat is moved to a suitable position, the bolt is fixed.

Ole vaega ole su'ega ua fa'apipi'iina ile ufiufi puipui, lea e mafai ona puipuia lelei le saogalemu o tagata su'ega.

2.Suauu puna faiga

The hydraulic system adopts differential circuit, which can save the test preparation time to the maximum when the test requirements are met. The oil source system adopts pressure following system, and the pressure of oil source system increases with the increase of load, which can effectively save energy.The pumping station adopts servo valves and low-noise plunger pumps, equipped with precision oil filters not greater than 5μm, the pressure of the system is controlled by the overflow valve. The whole system is designed according to the principle of energy-saving and simple layout. The oil tank is equipped with electronic oil temperature and oil level gauges, high pressure oil filter, air filter and other protection and indication devices with oil temperature, liquid level and oil resistance. According to the requirements of the oil source, the oil source is equipped with air cooling device.

3. Vaega Faaeletise

O lo'o fa'atulagaina le fa'atonuga o le eletise i le vaega o fa'atinoga o su'ega, ma o lo'o i ai se fa'atonuga fa'apitoa e fa'atino ai galuega e fa'amanino uma ituaiga gaioiga i se tepa. O vaega eletise o loʻo lauiloa faʻavaomalo faʻavaomalo, faʻatasi ai ma faʻatinoga mautu ma le faʻatuatuaina lelei.

Polokalama Fa'atonu:

(1) Faʻavae i luga o le Windows XP faʻaogaina faʻapipiʻi faʻatasi ai ma galuega faʻapipiʻi, faʻataʻitaʻiga faʻataʻitaʻiga tutusa faʻataʻitaʻiga, faʻatonuga tutusa-fuainumera, faʻamauina o le malosi o le suʻega, faʻaogaina ma isi suʻega faʻataʻitaʻiga e mafai ona tuʻufaʻatasia i le manaʻoga e fetaui ma manaʻoga o metotia suʻega eseese. i le maualuga maualuga, ma ia iloa le tele o faʻamatalaga faʻamatalaga, ata faʻasolosolo, faʻasologa o faʻamatalaga, teuina ma le lolomiina o galuega e manaʻomia mo le suʻega.

(2) Auina atu se faailo e pulea i le servo valve e ala i le komepiuta e pulea ai le tatalaina ma le taʻitaʻiga o le valve servo, faʻapea ona pulea le tafe i totonu o le paʻu, ma iloa ai le pulea o le malosi o le suʻega tutusa, faʻasologa tutusa, ma isi. .

(3) Fa'aauupegaina ma lua tapuni tapuni tapuni fa'atonutonu o le malosi o le su'ega ma le si'itia.

(4) It has complete file operation functions, such as test reports, test parameters, and system parameters can all be stored as files.

(5) O le atinaʻe autu o loʻo i ai galuega uma o le faʻatinoga o aso taʻitasi o le suʻega, e pei o faʻamatalaga faʻamatalaga faʻamatalaga, filifiliga faʻataʻitaʻiga, ata faʻasolosolo, faʻaaliga faʻamatalaga, faʻasologa o faʻamaumauga, suʻesuʻega faʻamatalaga, suʻega suʻega, ma isi. vave.

(6) O faʻamaumauga e mafai ona tuʻuina atu i le lomitusi e lolomi le lipoti o suʻega.

(7) Fa'atonuga fa'atonuga, fa'asologa o faiga e tatala uma i tagata fa'apitoa fa'apitoa, fa'amautinoa le fetuutuuna'i ma le fa'amaoni o le faiga.

4. Su'ega Fa'aopoopo

Faʻapipiʻiina i mea faʻataʻitaʻiga o le uaea (vaʻai i lalo) ma isi mea faʻaoga e gaosia e tusa ai ma le faʻataʻitaʻiga e tuʻuina atu e le tagata faʻaoga poʻo le manaʻoga o le faʻataʻitaʻiga.

5. Saogalemu Puipuiga Meafaigaluega

(1) Puipuiga o le mamafa pe a sili atu le malosi o le suʻega i le 2% i le 5% o le malosi o le suʻega poʻo le tau faʻatulagaina.

(2) Puipuiga o le ta pe a alu le piston i le tulaga tapulaa.

(3) Faʻatasi ai ma le vevela o le suauʻu, maualuga o le suavai ma le puipuiga o le suauʻu ma faʻailoga masini.

(4) O le avanoa o le suʻega e iai se ufiufi puipui e puipuia ai le faʻataʻitaʻiga mai le gau ma pa'ū i fafo.

(5) Pe a tupu se faʻalavelave faʻafuaseʻi, oomi saʻo le faʻamau taofi faʻafuaseʻi i luga o le kapeneta faʻatonutonu

1.Maximum suega malosi: 600kN

2. Su'ega malosi fua fuaina: 10kN ~ 600kN

3.Relative error of the indicated value of the test force: ≤±1% of the indicated value

4.Tensile su'ega avanoa (e le aofia ai piston stroke): 20mm ~ 12000mm

5. Piston stroke: 1000mm

6.Maximum galue saoasaoa o le piston: 100 mm / min

7. Deformation extensometer saʻo: 0.01mm

8. Le fua o le masini autu (mm): 16000 (L) x 1300 (W) x 1000 (H) (e le aofia ai le ufiufi puipui)