Ko te papatipu o te hydraulic o te HADADE-Profsy-Proves te tango i nga hoahoa motuhake me nga hangarau hangahanga, ma te whakamahi i nga rauemi kounga-kore-kounga. Ko te pahū-a-raupaparorohiko e whakamahia ana i nga waahi We10 e whakamahia ana i nga waahi me nga aitua e pa ana ki te maina, te waro, me nga ahumahi matū. Ko te Huade te waitohu a-motu pono i Haina. Ko te wheketere he hangarau hanga ahuwhenua me nga taputapu whakamatautau me te aro nui ki te kounga hua.
| Raraunga Hangarau | ||
| Tūranga whakatika | Kāre herea | |
| Rangi o te taiao (℃) | -30 ki te +50 (hiri nbr) | |
| -20 ki te +50 (hiri fkm) | ||
| Taumaha | Kotahi Kotahi (kg) | 5.9 |
| Solenoids rua (kg) | 8.9 | |
| Max.operating pehanga | Port P, A, B (BAR) | 350 |
| Port T (Bar) | 210 | |
| A, no te neke atu i te uara whakahaere te uara whakaaetanga, te tohu Spool A me te B me hanga te Port T mo te waipuke | ||
| Max. Rere-a-Rere (L / Min) | 120 | |
| Wāhanga Rawhiti Whanga (Whakawhiti i te Tuuturu Kore) | Putanga v (mm2) | 11 (A / B → T); 10.3 (P → A / B) |
| Putanga w (mm2) | 2.5 (A / B → T) | |
| Putanga q (mm2) | 5.5 (A / B → T) | |
| Huatau | Te hinu kohuke e tika ana mo te hiri NBR me te FKM | |
| Phosphate Ester mo te hiri FKM | ||
| Rangi pāmahana pāmahana (℃) | -30 ki te +80 (hiri nbr) | |
| -20 ki te +80 (hiri fkm) | ||
| Range Tāpāho MM2/ s | 2.8 ki te 500 | |
| Tuhinga o mua | Te tohu nui o te parekura o te rewharewha o te rewharewha: Akomanga 9. NAS 1638, 20/18/15 ranei, ISO4406 | |
| Raraunga hiko | ||
| Te momo o te ngaohiko | Dc | |
| E waatea ana te ngaohiko (v) | 12, 24, 36, 110 | |
| Te Taha Kore (Uiui Nominal)% | -15 ki te +10 | |
| Te kohi mana (W) | 35 | |
| Huringa mahi | Māu tonu | |
| Wā i hurihia me te ISO 6403 | I runga (ms) | 45 ki te 60 |
| Atu (ms) | 20 ki te 30 | |
| Whakawhitiwhiti Whakawhitiwhiti (Times / H) | Ki te 15000 | |
| Akomanga tiaki kia rite ki te 40050 | Ip65 | |
| Max. pāmahana cails (℃) | +150 | |
Nga waahanga:
te momo i hangaia tika i te momo-a-ringa mo te raupaparorohiko e whakamahia ana hei paerewa
▶ Din24 340 He momo kei runga i te pikinga o te Groo 4401
▶ Wit-Momo DC Pression Parenga Raru
▶ 90 ° Whakatuturutanga Whakatuturutanga Whakatuturutanga Whakatuturutanga
▶ Ko nga hiahia o te roopu taumaha-iti kia kaua e whakatuwherahia i te wa ka whakakapihia te COIL
Tono:
Ko ta maatau te paatata-tohu tohu o te kohinga o te aukati i te parekura i whakamahia hei whakahaere i te tiimata, kati me te rere o te rerenga hinu.
Ko nga Uru Mana Motuhake kei roto i te whare (1), kotahi, e rua ranei nga solenoids (2), te roopu mana (3), me te rua, e rua ranei nga puna hokinga (4). I roto i te ahuatanga o te mana-kore e whakahaerehia ana i roto i te tuunga tuuturu, i te tuunga tuatahi ranei na roto i nga puna o te wa (4) (haunga mo nga pupuhi pupuhi). Ko te Spool mana (3) kua whakatauhia ma te po pine Pin Solenoids (2).
Hei whakaū i te atawhai mahi pai me whakatutuki kia tutuki ai te ruma o te bolenoid ki te hinu.
Ko te Spool mana (3) ka nekehia ki te turanga e tika ana (2) me te pana i te tokotoko (5), me
Ka whakawhiwhia e tenei te rere-kore mai i te P ki AAnd B ki te T Per P ki B me A ki te T.
When the explosion protection solenoid(2) is powered off, control valve element (3) is pushed
ki te tūranga tuatahi ma te tautuhi i te puna (4).
Hanganga o te puhipuhi-tohu solenoid valve we10
Tohu
Wāhitau
27, Yangsha Road, Huirong Taone, Qidong City, Jiangsu Province, Haina
Waea
ī-mēra
