TXWL-600 Electro-Hydraulic Servo Whakapae Mīhini Whakamātautau Tensile

Ko te TXWL-600 electro-hydraulic servo te miihini whakamatautau whakapae whakapae e whakamahi ana i te anga anga whakapae, kotahi te rakau rua-mahi piston cylinder e mahi ana i te kaha whakamatautau, me te punaha whakahaere rorohiko e mohio ana ki te whakahaere aunoa o te tukanga whakamatautau ma te whakahaere i te servo valve me etahi atu waahanga, te whakamatautau Ko nga raraunga ka kohia tika e te puoro kawenga ka tukuna ki te rorohiko, ka tātari aunoa te punaha, ka tukatuka me te penapena i nga hua whakamatautau, ka taea e te kaituhi te whakaputa tika i te ripoata whakamatautau e hiahiatia ana. Ko te nuinga o tenei miihini e whakamahia ana mo te whakamatautau o te taura waea rino, he mahinga hou o te rangahau rangahau me te whakaakoranga me etahi atu ahumahi ki te whakatutuki i nga whakaritenga o nga taputapu whakamatautau pai.

1.Punaha manaaki

Ko te waahanga miihini matua ko te anga miihini matua, te tuuru hinu hinu, te hinu hinu, te kurupae neke, te nohoanga o mua me te tuara me te pukoro kawenga. Ka taea e ia te whakahaere i nga whakamatautau tensile me te kawenga nui o te 600kN i runga i te tauira.

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.

Ko te waahi whakamatautau he hipoki whakamarumaru, ka taea te tiaki i te haumaru o nga kaimahi whakamatautau.

2.Pūnaha puna hinu

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.Wahanga Hiko

Kua whakaritea te mana hiko i roto i te waahi mahi whakamatautau, kei reira he paewhiri mahi i hangaia kia marama ai nga momo mahi katoa i te titiro. Ko nga waahanga hiko o te waitohu rongonui o te ao, me te mahi pumau me te kounga pono.

Pūnaha Pūmanawa:

(1) I runga i te papaaho whakahaere Windows XP me nga mahi ka taea te whakarite, te mana o te kaha o te whakamatautau rite-rite, te mana whakanekehanga rite-rite, te pupuri kaha whakamatautau, te pupuri me etahi atu momo whakamatautau ka taea te whakakotahi i te hiahia ki te whakatutuki i nga whakaritenga o nga momo tikanga whakamatautau. ki te whānuitanga teitei, me te mohio ki nga momo whakaaturanga raraunga, te tuhi pihi, te tukatuka raraunga, te rokiroki me nga mahi tuhi e hiahiatia ana mo te whakamatautau.

(2) Tukuna he tohu mana ki te servo valve na roto i te rorohiko ki te whakahaere i te whakatuwheratanga me te ahunga o te servo valve, na reira ka whakahaere i te rere ki roto i te cylinder, me te mohio ki te mana o te kaha whakamatautau rite-reiti, te nekehanga rite-tere, etc .

(3) Kua whakauruhia ki nga kopae mana e rua kati-koropiko o te kaha whakamatautau me te nekehanga.

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

(5) Ko te atanga matua nga mahi katoa o te mahi o ia ra o te whakamatautau, penei i te whakaurunga korero tauira, te whiriwhiringa tauira, te tuhi pihi, te whakaatu raraunga, te tukatuka raraunga, te tohatoha raraunga, te mahi whakamatautau, me etahi atu. tere.

(6) Ko nga raraunga ka taea te whakaputa ki te kaituhi hei ta i te ripoata whakamatautau.

(7) Ko te whakahaere aroākapa o te punaha, ka tuwhera katoa nga tawhā o te punaha ki nga kaiwhakamahi tohunga, me te whakarite i te ngawari me te pono o te punaha.

4.Whakamatau Whakamatau

Ko nga taputapu whakamatautau taura waea (tirohia i raro nei) me etahi atu taputapu ka hangaia kia rite ki te paerewa e whakaratohia ana e te kaiwhakamahi, ki nga whakaritenga tensile ranei o te tauira.

5.Nga Pūrere Tiaki Haumaru

(1) Te whakamarutanga taumaha ina neke ake te kaha o te whakamatautau i te 2% ki te 5% o te kaha o te kaha whakamatautau, te uara kua whakaritea ranei.

(2) Te whakamaru i te whiu ina neke te piston ki te waahi tepe.

(3) Ma te pāmahana hinu, te taumata wai me te whakamarumaru hinu me nga taputapu tohu.

(4) Ko te waahi whakamatautau he uhi whakamarumaru hei aukati i te tauira kia pakaru me te taka ki waho.

(5) Ina pa mai he ohorere, pehia tika te paatene mutu ohorere i runga i te rūnanga whakahaere

1.Maximum kaha whakamātautau: 600kN

2.Te awhe ine ine kaha: 10kN ~ 600kN

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

4.Tensile te waahi whakamatautau (kaore i te whiu piston): 20mm ~ 12000mm

5.Piston whiu: 1000mm

6.Maximum tere mahi o te piston: 100 mm / min

7.Deformation tika extensometer: 0.01mm

8.Ko te rahi o te miihini matua(mm): 16000(L) x 1300(W) x 1000(H) (kaore i te uhi whakamarumaru)