hidravlična črpalka za bagre
Bagerji so pogosta vrsta gradbenih strojev in opreme, ki se pogosto uporabljajo pri zemeljskih delih, prevozu, nakladanju in drugih inženirskih dejavnostih. Hidravlična črpalka je eden od osrednjih sestavnih delov bagra, odgovoren za zagotavljanje stabilne hidravlične moči. Kako torej deluje hidravlična črpalka bagra? Zdaj podrobno spoznajmo načelo delovanja hidravlične črpalke za bagre.
Hidravlična črpalka bagra je v glavnem sestavljena iz telesa hidravlične črpalke, prenosne gredi, sklopke in krmilnega sistema črpalke. Njeno načelo delovanja je pretvarjanje mehanske energije v hidravlično energijo in prenos na druge hidravlične pogone prek hidravličnega sistema za doseganje delovanja bagra.
Sorodni bagri Hidravlična črpalka Dobavljamo:
K3V63DT Hidravlična črpalka 9C/14T | K7V63DTP Hidravlična črpalka 9N0E/14T(LG915) | K3V112DT Hidravlična črpalka 9N/14T | K3V112DTP Hydraulic Pump OE11/14T(SY215-8S/9) | K5V140DTP Hydraulic Pump 9N/17T(DH300-7/19) |
K3V63DT Hidravlična črpalka 9N/14T | Hidravlična črpalka K5V80DTP 9N/12T (R150-9) | K3V112DTP Hydraulic Pump 9Y14/14T(SH210A5) | K3V112DT Hydraulic Pump 1E42/14T(EC220D) | K5V140DTP Hydraulic Pump 9C/17T(R305-7/25) |
K3V63DT Hidravlična črpalka HN/14T | K5V80DTP Hydraulic Pump HN/12T(DH150W-7) | K3V112DT Hydraulic Pump 9T1L/14T(SK200-6) | K3V112DTP Hydraulic Pump 9C/14T(JCB220/25) | K5V140DTP Hydraulic Pump 9N/17T(DX300-7/25) |
K3V63DT Hidravlična črpalka 9P/14T | K3V112DT Hidravlična črpalka 9C/12T | K3V112DTP Hidravlična črpalka 9TCM/14T (SK200-6) | K3V112DTP Hydraulic Pump 9P12/12T(R225-9) | K5V140DT Hydraulic Pump 9N/17T(Liu Gong933E) |
K3V63DTP Hydraulic Pump 9N/14T(Takeuchi135) | K3V112DT Hidravlična črpalka 9N/12T | K3V112DTP Hydraulic Pump 9TEL/14T(SK200-6E) | K3V112DTP Hidravlična črpalka 9N/14T (LG920E) | K5V140DTP Hydraulic Pump YT6K/17T(SK350-8) |
K3V63DTP Hydraulic Pump OE02/14T(SK135) | K3V112DT Hidravlična črpalka HN/12T | K3V112DTP Hidravlična črpalka YT6K/17T (SK200-8) | K3V112DTP Hydraulic Pump 9N/14T(SH200A3) | K5V140DT Hydraulic Pump 1E05/17T(EC250D) |
K3V63DTP Hydraulic Pump 9C/14T(JCB130) | K3V112DT Hydraulic Pump 9C/14T | K3V112DTP Hidravlična črpalka 9T8L/14T (SY215-8) | K3V112DTP Hydraulic Pump 9P12/16T(PC200-7) | K5V140DTP Hydraulic Pump 9T1L/17T(SY235-8) |
V našem obsežnem katalogu je na voljo širok izbor delov za bagre, med drugim:
omatsu | PC40, PC60-5-6-7, PC100, PC120, PC130, PC240, PC270, PC300, PC360, PC400, PC450, PC650, PC1250 |
PC200-1-3-5-6, PC220-1-3-5, PC300-3-5, PC400-1-3-5, D20, D30, D31, D50, D60, D75, D80 (D85), D155 | |
Hitachi | EX40, EX60, EX150, EX100M, EX100, EX120, EX150, |
EX200-1-2-3, EX300-1-3-5, EX400, ZX450,ZX470,ZX870,ZX1200 | |
Volvo | EC55/60, EC140,EC210, EC240, EC290, EC360, EC460, EC700 |
Doosan | DH215, DH220, DH260, DH280, DH300, DH370, DH420, DH450, DH500 |
Hyundai | R200, R210, R225, R265, R335, R455, R505 |
Kobelco | SK200, SK210, SK220, SK260, SK300, SK330, SK350, SK450, SK460, SK480, SK800 |
Sumitomo | SH120, SH200, SH280, SH300, SH350, SH400, SH450, SH460, SH70 |
Serija Caterpilla r:
VRD63, E200B, AP12, AP14, CAT320C, SPK10/10, SPV10/10, CAT12G, CAT14G, CAT16G, CAT215, CAT245, CAT330B, PSV450, CAT992.
Serija Liebher:
LPVD45, LPVD64, LPVD90, LPVD100, LPVD125, LPVD140, LPVD250
Kawasaki Serija:
K3SP30, K3SP36C, K3V63DT/BDT, K3V112DT, K3V140DT, K3V180DT, K5V140, K5V200, NV64, NV84, NV111DT, NV137, NV172, NV270, NX15, NVK45, KVC925, KVC930, KVC932, M2X63, M2X96, M2X120, M2X146, M2X120, M2X1150/170, M2X210, M5X130, M5X180, MX150, MX173, MX500, MAG150, MAG170, GM05VL, GM06VL, GM05VA, GM07VA, GM08, GM09, GM10, GM23, GM24, GM30, GM35, GM38.
Kobelco Serija:
SK200-1/3,SK220-3(MA340),SK220-2,SK200-6,SK320,SK430.
Serija VOLVO:
F11-28, F11-39, F11-010, F11-150, F11-250, F12-060, F12-080, F12-110.
The hydraulic pump body is the core component of the excavator hydraulic pump, usually using a gear pump or a plunger pump.There are a pair of gears or plungers that mesh with each other inside the hydraulic pump body, forming a certain volume inside the pump body. When the transmission shaft of the hydraulic pump rotates, the gear or plunger rotates accordingly, thereby changing the volume of the pump chamber. When the volume of the pump chamber increases, the pressure inside the pump decreases, and hydraulic oil enters the pump chamber through the suction port; When the volume of the pump chamber decreases, the pressure inside the pump increases, and hydraulic oil flows out of the pump chamber through the pressure port. Through this working principle, the hydraulic pump can continuously suck in and discharge hydraulic oil, forming stable hydraulic energy.
The hydraulic pump needs to be linked with other systems during operation, which requires the action of the transmission shaft and coupling. The transmission shaft transfers the power of the engine to the hydraulic pump, causing it to rotate; The coupling connects the hydraulic pump to the transmission shaft to ensure their synchronous operation. The control system of the hydraulic pump is responsible for controlling the start, stop, and working pressure parameters of the hydraulic pump. When the excavator needs to work, the control system will send a signal to the hydraulic pump to start and provide the corresponding working pressure. When the excavator does not need to work, the control system will stop the operation of the hydraulic pump to save energy. In general, the working principle of excavator hydraulic pump is to convert mechanical energy into hydraulic energy through the hydraulic pump body, and transmit it to other hydraulic actuators through the hydraulic system to achieve the action of the excavator. The operation of hydraulic pumps requires the coordination of the transmission shaft and coupling, and the control system controls its start, stop, and working pressure parameters. The working principle of the excavator hydraulic pump is simple, but it is the key to the normal operation of the excavator. Only by ensuring the normal operation of the hydraulic pump can the efficiency and performance of the excavator be improved. Therefore, in the operation and maintenance process of excavators, it is necessary to have a clear understanding of the working principle of hydraulic pumps and carry out timely maintenance and upkeep to ensure the normal operation of excavators.
hidravlična črpalka za bagre
Z več kot 1000 vrstami nihajnih ležajev, ki so na voljo, zagotavljamo neprimerljivo večjo izbiro in prilagodljivost.Ne glede na to, ali iščete CAT, KOMATSU, HITACHI, HYUNDAI, KOBELCO, VOLVO, DOOSAN, JCB, CASE, LIEBHERR, LIUGONG, SANY, YUCHAI, XCMG, SUMITOMO ali katero koli drugo vodilno blagovno znamko, smo vam na voljo.
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