Engineering Hydraulic System

Engineering hydraulic systems are a cutting-edge solution that provides superior power and control for various engineering applications. This advanced hydraulic system is widely used in the construction, manufacturing, and transportation industries, where precise force and motion control are critical. Engineering hydraulic systems’ superior performance enables engineers and operators to increase efficiency, accuracy, and productivity.

Engineering Hydraulic System Parameter:

Motor Power:3KW
Oil Tank:40L
System Pressure:10Mpa
System Flow:14L/min

Motor Power:2.2KW
Oil Tank:60L

Custom Hydraulic System Model Description:

Structure Of Oil Tank:

Oil Tank Cleaning Cap:

Custom Hydraulic System:

(1)Vertical Hydraulic System

(2)Horizontal Hydraulic System

(3)Side Mounting Hydraulic System

The side mounting hydraulic pump station, that is, the oil pump device, is horizontally installed on the basis of a separate tank, and the side type can be equipped with a spare pump, which is mainly used for the system with a large mailbox capacity of 250 liters and an electric power of 7.5KW or more.

Unleashing Hydraulic Power:

• The Engineering Hydraulic System harnesses the power of hydraulic fluid to generate controlled force and motion. It is designed to handle heavy loads and perform in demanding operating conditions.
• With its high-performance hydraulic pumps and actuators, the system provides reliable and consistent power, enabling engineers to tackle challenging tasks easily.

Precise Force and Motion Control:

• The Engineering Hydraulic System offers precise control over force and motion, allowing engineers to perform intricate operations accurately.
• Operators can achieve the desired speed, position, and force required for various engineering tasks by adjusting the hydraulic pressure and flow rate.

How To Release Pressure On Hydraulic System?

Releasing pressure from a hydraulic system is an essential procedure to ensure the safe maintenance, repair, or disconnection of hydraulic components. Here are the general steps to release pressure in a hydraulic system:

1. Shut Down the Power:
   • Turn off the power supply to the hydraulic system. This step is crucial to prevent any accidental activation of hydraulic components during the pressure release process.
2. Identify Pressure Sources:
   • Identify the components or circuits in the hydraulic system that are under pressure. This includes hydraulic cylinders, accumulators, or any other pressurized components.
3. Release Pressure Gradually:
   • Locate the pressure relief valve in the hydraulic system. It is typically present in the hydraulic pump or control valve assembly.
   • Slowly open the pressure relief valve to release the pressure. This valve is designed to allow controlled release of hydraulic fluid and reduce system pressure to a safe level.
   • Depending on the system design, the pressure relief valve may be adjusted manually or operated automatically through a control mechanism.
4. Bleed Hydraulic Components:
   • After releasing the system pressure, it is essential to bleed any trapped hydraulic fluid from the components. This step ensures that there is no residual pressure or trapped fluid that can cause unexpected movement or fluid leakage.
5. Follow Manufacturer Recommendations:
   • Always refer to the specific manufacturer’s instructions and safety guidelines for the hydraulic system you are working on. Different hydraulic systems may have variations in the pressure release procedure or additional steps depending on their design and specifications.

Tehase võimekus ja suutlikkus:

(1) Kokkupanek

Meil on esmaklassiline sõltumatu teadus- ja arendustegevuse montaažiplatvorm. Hüdrosilindrite tootmistöökojas on neli poolautomaatset tõstesilindrite koosteliini ja üks automaatne kallutussilindrite koosteliin, mille kavandatud aastane tootmisvõimsus on 1 miljon tükki. Spetsiaalsete silindrite töökoda on varustatud erinevate spetsifikatsioonidega poolautomaatse puhastusmontaažisüsteemiga, mille kavandatud aastane tootmisvõimsus on 200 000 ja mis on varustatud kuulsate CNC-töötlemisseadmete, mehaanilise töötlemise keskuse, suure täpsusega silindrite töötlemise eriseadmete, robotkeevitusmasina, automaatse puhastusmasina, automaatse silindri kokkupanemise masina ja automaatse värvimise tootmisliiniga. Olemasolevad kriitilised seadmed rohkem kui 300 komplekti (komplekti). Seadmete ressursside optimaalne jaotamine ja tõhus kasutamine tagavad toodete täpsusnõuded ja vastavad toodete kvaliteedinõuetele.

(2) Töötlemine

Töödeldav töökoda on varustatud kohandatud kallutatud rööpse treipingi keskuse, mehaanilise keskuse, kiire lihvimismasina, keevitusroboti ja muude seotud seadmetega, mis suudavad töödelda silindritorusid, mille maksimaalne siseläbimõõt on 400 mm ja maksimaalne pikkus on 6 meetrit.

(3) Keevitamine

(4) Värvimine ja katmine

Väikese ja keskmise suurusega silindri automaatse veepõhise värvipinnakattega liinide abil, et saavutada automaatne robotlaadimine ja mahalaadimine ning automaatne pihustamine, projekteerimisvõimsus 4000 tükki vahetuse kohta;
Meil on ka poolautomaatne suurte balloonide värvimise tootmisliin, mis töötab jõukettaga ja mille projekteerimisvõimsus on 60 kasti ühe vahetuse kohta.

(5) Testimine

Meil on esmaklassilised kontrolliseadmed ja katsestendid, et tagada silindri jõudlus vastavus nõuetele.

We are one of the best hydraulic system manufacturers. We can offer comprehensive hydraulic system. We also provide corresponding põllumajanduslikud käigukastid. Oleme eksportinud oma tooteid klientidele üle maailma ja teeninud hea maine tänu meie suurepärasele tootekvaliteedile ja müügijärgsele teenindusele. Me tervitame kliente kodus ja välismaal, et võtta meiega ühendust, et pidada läbirääkimisi äri, vahetada teavet ja teha meiega koostööd!