TXWL-600 Electro-Hydraulic Servo Horizontal Tensile Testing Machine

I-TXWL-600 i-electro-hydraulic servo yokuvavanya umatshini wokuvavanya i-tensile ithatha ubume besakhelo esithe tye, intonga enye yepiston esebenza kabini inamandla ovavanyo, kunye nenkqubo yolawulo yekhompyuter iqonda ulawulo oluzenzekelayo lwenkqubo yovavanyo ngokulawula ivalve ye-servo kunye namanye amacandelo, uvavanyo. idatha iqokelelwa ngokuchanekileyo yinzwa yomthwalo kwaye idluliselwe kwikhompyutheni, inkqubo ihlalutya ngokuzenzekelayo, iqhube kwaye igcine iziphumo zovavanyo, kwaye umshicileli unokuprinta ngokuthe ngqo ingxelo yovavanyo olufunekayo. Lo matshini usetyenziselwa uvavanyo lwe-tensile yentambo yentsimbi, yimveliso yanamhlanje yophando lwezenzululwazi kunye nokufundisa kunye namanye amashishini ukuhlangabezana neemfuno zezixhobo zokuvavanya ezifanelekileyo.

1.Inkqubo yokusingatha

Inxalenye yomatshini oyintloko iqulunqwe ngumatshini oyintloko wesakhelo, isihlalo se-cylinder yeoli, i-cylinder yeoli, i-beam ehambayo, isihlalo sangaphambili kunye ne-chuck engasemva kunye nenzwa yomthwalo. Iyakwazi ukwenza uvavanyo lwe-tensile kunye nomthwalo ophezulu we-600kN kwisampuli.

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.

Indawo yovavanyo ixhotyiswe ngekhava yokukhusela, enokukhusela ngokufanelekileyo ukhuseleko lwabasebenzi bovavanyo.

Inkqubo yomthombo we-2.Oil

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.ICandelo loMbane

Ulawulo lombane lucwangciswe kwindawo yokusebenza yovavanyo, kwaye kukho ipaneli yokusebenza eyenzelwe ngokukodwa ukwenza zonke iintlobo zemisebenzi zicace ngokujonga nje. Amacandelo ombane ngawophawu oludumileyo lwamazwe ngamazwe, kunye nokusebenza okuzinzileyo kunye nomgangatho othembekileyo.

Inkqubo yeSoftware:

(1) Ngokusekwe kwiqonga leWindows XP elisebenzayo elinemisebenzi enokucwangciswa, ulawulo lwamandla ovavanyo olulinganayo, ulawulo lokufuduswa okulinganayo, ukubanjwa kwamandla ovavanyo, ukubamba indawo yokufuduswa kunye nezinye iindlela zovavanyo zinokudityaniswa ngokuthanda ukuhlangabezana neemfuno zeendlela ezahlukeneyo zovavanyo. ukuya kuthi ga kwinqanaba eliphezulu, kunye nokuqonda ukuboniswa kwedatha okwahlukeneyo, umzobo wegophe, ukusetyenzwa kwedatha, ukugcinwa kunye nemisebenzi yokushicilela efunekayo kuvavanyo.

(2) Thumela umqondiso wokulawula kwi-valve ye-servo ngekhompyutheni ukulawula ukuvulwa kunye nesalathiso se-valve ye-servo, ngaloo ndlela ulawula ukuhamba kwi-cylinder, kunye nokuqonda ukulawulwa kwamandla okuvavanya okulinganayo, ukufuduka okulinganayo, njl. .

(3) Ixhotyiswe ngeelophu ezimbini ezivaliweyo zokulawula amandla ovavanyo kunye nokufuduka.

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

(5) Ujongano oluphambili lunayo yonke imisebenzi yokusebenza kwemihla ngemihla yovavanyo, njengokungeniswa kolwazi lwesampulu, ukukhetha isampula, umzobo wegophe, ukubonisa idatha, ukusetyenzwa kwedatha, uhlalutyo lwedatha, ukusebenza kovavanyo, njl. ngokukhawuleza.

(6) Idatha inokuphuma kumshicileli ukuprinta ingxelo yovavanyo.

(7) Ulawulo lwenkqubo ye-hierarchical, iiparameters zenkqubo zonke zivulelekile kubasebenzisi beengcali, ziqinisekisa ukuguquguquka kunye nokuthembeka kwenkqubo.

4.Izixhobo zovavanyo

Ixhotyiswe ngezincedisi zovavanyo lwentambo (jonga ngezantsi) kunye nezinye izincedisi zenziwe ngokomgangatho obonelelwe ngumsebenzisi okanye iimfuno zokuqina kwesampulu.

5.Izixhobo zoKhuseleko loKhuseleko

(1) Ukukhuselwa komthwalo ogqithisiweyo xa amandla okuvavanya adlula i-2% ukuya kwi-5% yamandla ovavanyo oluphezulu okanye ixabiso elimiselweyo.

(2) Ukukhuselwa kwe-stroke xa ipiston ihambela kwindawo elinganiselweyo.

(3) Ngobushushu be-oyile, inqanaba lolwelo kunye nokukhuselwa kwe-oyile kunye nezixhobo zokubonisa.

(4) Indawo yokuvavanya inesikhuselo esikhuselayo sokukhusela isampuli ekuphukeni nasekuphumeni.

(5) Xa kukho unxunguphalo, cofa iqhosha lokumisa likaxakeka kwikhabhinethi yolawulo ngokuthe ngqo

1.Amandla ovavanyo olukhulu: 600kN

2.Uluhlu lokulinganisa amandla ovavanyo: 10kN ~ 600kN

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

4.Isithuba sovavanyo lokuqina (kungabandakanywa ipiston stroke): 20mm ~ 12000mm

5.Piston stroke: 1000mm

6.Isantya esiphezulu sokusebenza kwepiston: 100 mm / min

7.Deformation extensometer ukuchaneka: 0.01mm

8.Ubukhulu bomatshini oyintloko (mm): 16000 (L) x 1300 (W) x 1000 (H) (ngaphandle kwekhava yokukhusela)