Mobile Crane Luffing Cylinder

The mobile crane luffing cylinder is essential in mobile crane systems and is designed to enhance these powerful machines’ vertical reach and lifting efficiency. This hydraulic cylinder plays a crucial role in adjusting the angle of the crane’s boom, allowing operators to extend or retract the boom smoothly and precisely.

The mobile crane luffing cylinder is vital for enhancing the vertical reach, lifting efficiency, and overall performance of mobile cranes. With its robust construction, precise angle adjustment, extended vertical space, and improved lifting capacity, this hydraulic cylinder empowers operators to navigate challenging construction sites and industrial environments with ease and safety. By following the recommended usage methods and maintenance practices, operators can maximize the longevity and performance of the mobile crane luffing cylinder, contributing to increased productivity, efficiency, and operator confidence in completing various lifting tasks. Invest in this essential hydraulic component to elevate the capabilities of your mobile crane, ensuring successful and efficient operations in diverse construction and industrial applications.

Mobile Crane Luffing Cylinder Key Characteristics:

1. Vankka rakenne:

• The mobile crane luffing cylinder is built with high-quality materials, ensuring durability, strength, and resistance to heavy loads and harsh environmental conditions.
• It is designed to withstand the rigors of demanding construction sites and maintain optimal performance over extended periods.

2. Precise Angle Adjustment:

• This hydraulic cylinder enables precise angle adjustment of the crane’s boom, providing operators with fine control over vertical reach and positioning.
• It offers smooth and responsive movement, allowing for accurate load placement and minimizing the risk of collisions or accidents.

3. Extended Vertical Reach:

• The mobile crane luffing cylinder extends the crane’s vertical reach by adjusting the angle of the boom.
• It enhances the crane’s flexibility in accessing elevated work areas, such as high-rise construction sites or industrial installations.

4. Lifting Efficiency:

• By optimizing the angle of the boom, the luffing cylinder enhances the lifting efficiency of the mobile crane.
• It allows for better load distribution, reducing stress on the crane’s components and improving overall lifting capacity.

Mobile Crane Luffing Cylinder Parameter:

Product Name	Mobile Crane Luffing Cylinder
Features:	Realizing the up-and-down pitching rotation of the boom is the main driving force for lifting
Bore diameter:	100mm～560mm
Rod diameter:	50mm～480mm Stroke≤5000 mm
Pressure:	Maximum 36MPa
Luffing Cylinder Applications:	Mobile Crane

Mobile Crane Identification Diagram:

Usage Method Of Mobile Crane Luffing Cylinder:

1. Safety Precautions:

• Before operating the mobile crane, ensure all safety guidelines and regulations are followed.
• Conduct a thorough inspection of the crane and its components, including the luffing cylinder, to ensure they are in proper working condition.

2. Familiarize with Controls:

• Understand the control mechanisms and operating procedures specific to your mobile crane model.
• Identify the control for adjusting the luffing angle and ensure it functions properly.

3. Luffing Angle Adjustment:

• Activate the control for the luffing cylinder, typically located in the operator’s cabin.
• Use the control to extend or retract the boom, adjusting the luffing angle as required for the lifting operation.
• Follow the load charts and manufacturer’s guidelines for the appropriate luffing angles based on the load weight and radius.

4. Load Placement and Monitoring:

• Once the desired luffing angle is achieved, carefully position the load using the crane’s other controls, such as the hoist and swing mechanisms.
• Continuously monitor the load and adjust the luffing angle to maintain stability and safety during the lifting operation.

How To Release Pressure On Hydraulic System?

Releasing pressure from a hydraulic system is a necessary safety procedure that should be followed whenever maintenance or repair work is performed. Here are the general steps to release pressure from a hydraulic system:

1. Identify the Power Source:
   • Determine the power source supplying pressure to the hydraulic system, such as an electric motor, an engine-driven pump, or a manual pump.
   • Locate the power switch or control valve associated with the power source.
2. Shut Down the Power Source:
   • Turn off the power switch or control valve to stop the power source from supplying pressure to the hydraulic system.
   • If an engine powers the hydraulic system, shut off the engine completely.
3. Engage the System Controls:
   • Operate the control valves or switches on the hydraulic system to move actuators or components to neutral or resting positions.
   • This step helps relieve residual pressure and allows the hydraulic fluid to flow back to the reservoir.
4. Release Pressure at the Pump:
   • If the hydraulic system has a pump with a pressure relief valve, locate the valve.
   • Turn the pressure relief valve counterclockwise (or as specified by the manufacturer) to release pressure gradually.
   • If available, check the system pressure gauge to ensure that pressure is relieved.
5. Bleed Air from the System:
   • Some hydraulic systems may have air trapped within the system, which can cause pressure buildup.
   • To release air, open the air bleed valves or loosen fittings strategically to allow air to escape.
   • Start from the lowest points in the system and work your way up to the highest points.
   • Keep bleeding the system until a steady flow of hydraulic fluid is observed without air bubbles.
6. Verify Pressure Release:
   • Check the pressure gauge, if available, to ensure that the pressure has been fully released.
   • Double-check the system controls to ensure that all actuators and components are neutral or resting.

Tehtaan kapasiteetti ja kapasiteetti:

(1) Kokoonpano

Meillä on ensiluokkainen riippumaton tutkimus- ja kehitystyön kokoonpanoalusta. Hydraulisylinterien tuotantopajassa on neljä puoliautomaattista nostosylinterin kokoonpanolinjaa ja yksi automaattinen kallistussylinterin kokoonpanolinja, joiden suunniteltu vuotuinen tuotantokapasiteetti on 1 miljoona kappaletta. Erikoissylinterin työpaja on varustettu erilaisilla eritelmillä puoliautomaattisen puhdistusasennuksen kokoonpanojärjestelmällä, jonka suunniteltu vuotuinen tuotantokapasiteetti on 200 000, ja se on varustettu kuuluisilla CNC-työstölaitteilla, työstökeskuksella, korkean tarkkuuden sylinterin käsittelyyn tarkoitetuilla erityislaitteilla, robottihitsauskoneella, automaattisella puhdistuslaitteella, automaattisella sylinterin kokoonpanokoneella ja automaattisella maalaustuotantolinjalla. Olemassa olevat kriittiset laitteet yli 300 sarjaa (sarjaa). Laiteresurssien optimaalinen kohdentaminen ja tehokas käyttö varmistavat tuotteiden tarkkuusvaatimukset ja täyttävät tuotteiden laatuvaatimukset.

(2) Koneistus

Työstöpaja on varustettu räätälöidyllä kaltevalla kiskosorvauskeskuksella, työstökeskuksella, suurnopeus-hiontakoneella, hitsausrobotilla ja muilla vastaavilla laitteilla, joilla voidaan käsitellä sylinteriputkia, joiden sisähalkaisija on enintään 400 mm ja enimmäispituus on 6 metriä.

(3) Hitsaus

(4) Maalaus ja pinnoitus

Pienillä ja keskisuurilla sylinterin automaattisilla vesipohjaisilla maalipinnoituslinjoilla automaattisen robotin lastaus- ja purku- ja automaattisen ruiskutuksen saavuttamiseksi, suunnittelukapasiteetti on 4000 kappaletta vuorossa;
Meillä on myös puoliautomaattinen maalauslinja suurille sylintereille, joka toimii voimaketjulla ja jonka suunnittelukapasiteetti on 60 laatikkoa työvuorossa.

(5) Testaus

Meillä on ensiluokkaiset tarkastustilat ja testialustat, joilla varmistetaan, että sylinterin suorituskyky täyttää vaatimukset.

 

 

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