220V 1.5KW 5L Vertical Hydraulic Source

The 220V 1.5KW 5L Vertical Hydraulic Source is an efficient, compact, and powerful system designed for a wide range of hydraulic applications. This unit is composed of an electric motor with a power rating of 1.5KW and a voltage of 220V, operating at a frequency of 50Hz. It also includes a 6.8cc/r gear pump and is capable of delivering a maximum pressure of 7 MPa. With a 5-liter hydraulic reservoir, this power unit is ideal for applications requiring consistent and reliable hydraulic force in a variety of vertical setups. Below is an in-depth exploration of its key specifications, application scenarios, and the advantages of utilizing this type of hydraulic power unit in industrial and mechanical contexts.

Specifications

Electric Motor: The hydraulic unit is powered by a 220V electric motor with a 1.5KW power rating. This motor provides the driving force for the hydraulic system, enabling efficient energy conversion from electrical power to hydraulic pressure. The motor operates at a standard frequency of 50Hz, which is common in many regions, ensuring compatibility with various electrical systems.

Gear Pump: A 6.8cc/r gear pump is integrated into the system, which plays a crucial role in generating hydraulic fluid flow. This pump is known for its reliability and durability, capable of handling high-pressure scenarios without significant wear and tear. Gear pumps are widely used in hydraulic systems due to their compact size, simplicity, and the ability to maintain steady flow rates.

Hydraulic Pressure: The system can reach a maximum working pressure of 7 MPa (megapascals), which is equivalent to about 70 bar. This pressure rating makes it suitable for medium-duty applications, offering enough force to power various hydraulic actuators, cylinders, and tools.

Hydraulic Reservoir: The hydraulic power unit is equipped with a 5-liter vertical reservoir. This reservoir stores hydraulic fluid and ensures that the system can function efficiently over extended periods without the need for frequent refilling. The vertical design allows for easier integration into confined spaces, and it helps maintain optimal fluid levels through a space-efficient configuration.

Key Components

The 220V 1.5KW 5L Vertical Hydraulic Power Unit consists of several essential components that work in tandem to deliver high-performance hydraulic power. These include:

Electric Motor (220V/1.5KW): The motor is designed to provide a robust and consistent power output, ensuring the hydraulic system can operate smoothly under varying loads.

Gear Pump (6.8cc/r): This pump is responsible for moving the hydraulic fluid from the reservoir through the system. Its displacement rate of 6.8 cubic centimeters per revolution makes it highly efficient for moderate flow requirements.

Hydraulic Valves: The power unit includes pressure control and directional control valves, which manage the flow of hydraulic fluid and regulate the pressure in the system. These valves are critical for ensuring the safety and accuracy of hydraulic operations.

Hydraulic Reservoir (5L): The 5-liter reservoir ensures a steady supply of hydraulic fluid. Its vertical design optimizes space and helps in managing fluid circulation.

Control Unit: A control panel or manual switches may be included, depending on the configuration. This allows the operator to manage the system's operation, controlling the start and stop functions, and regulating the pressure output.

Applications

Hydraulic power units like the 220V 1.5KW 5L Vertical Hydraulic Power Unit are widely used in various industries due to their ability to deliver high power in a compact package. Some typical application scenarios include:

Industrial Machinery: This hydraulic power unit is often used to power industrial machines, such as presses, stamping machines, and conveyor systems. In these applications, the hydraulic power unit provides the force necessary to move heavy materials, operate actuators, or apply precise pressure in manufacturing processes.

Automotive Maintenance and Repair: The unit can also be employed in automotive shops to power car lifts, hydraulic jacks, and other tools that require reliable hydraulic pressure. Its compact size makes it ideal for use in confined spaces where larger systems would be impractical.

Construction Equipment: In construction settings, the hydraulic power unit can be used to operate small to medium-sized machinery, such as compactors, cutters, and other hydraulic-powered tools. Its 7 MPa pressure capacity ensures it can handle demanding tasks without compromising performance.

Material Handling: This hydraulic power unit can also be integrated into material handling systems, such as scissor lifts or hydraulic tables. It provides the necessary power to lift and move heavy loads, improving efficiency in warehouses and logistics operations.

Agriculture: In the agricultural sector, hydraulic power units are commonly used to operate machinery such as hydraulic plows, harvesters, and other farm equipment. The 220V 1.5KW unit can be employed in applications where consistent and dependable hydraulic power is required for moderate-duty tasks.

Waste Management: The hydraulic power unit can also be found in waste compaction systems, where it provides the necessary force to compact refuse efficiently. This makes it useful in both small-scale waste management facilities and larger municipal systems.

Advantages of the Vertical Design

One of the standout features of this hydraulic power unit is its vertical design. This configuration offers several benefits, including:

Space Efficiency: The vertical orientation of the unit allows it to fit into smaller, more confined spaces. This makes it particularly useful for applications where floor space is limited, such as in workshops, mobile equipment, or compact machinery setups.

Improved Fluid Circulation: In vertical systems, gravity assists in the circulation of hydraulic fluid, reducing the chance of air bubbles getting trapped in the system. This improves the overall efficiency and longevity of the hydraulic components.

Reduced Maintenance: Vertical hydraulic power units often require less maintenance due to their simple, gravity-assisted fluid management. This results in fewer issues with fluid contamination or leaks.

Operational Benefits

The 220V 1.5KW 5L Vertical Hydraulic Power Unit offers several operational benefits that make it a reliable choice for many industries:

Energy Efficiency: With a 1.5KW motor, the unit is designed to provide high power output while minimizing energy consumption. This makes it cost-effective to operate, especially in applications where hydraulic power is required for extended periods.

Durability: Built with high-quality components, including a durable gear pump and a robust motor, this hydraulic power unit is designed to withstand the rigors of industrial and mechanical environments. The system's ability to handle pressures up to 7 MPa ensures long-term reliability, even under heavy use.

Ease of Integration: The compact design and standard electrical specifications (220V/50Hz) make it easy to integrate into a variety of existing systems. Whether it’s used in a standalone application or as part of a larger hydraulic system, the unit can be quickly installed and configured to meet specific operational needs.

Versatility: This hydraulic power unit is versatile enough to be used in multiple applications, from light-duty lifting to more demanding industrial tasks. Its adaptability makes it a valuable asset in any setting where hydraulic power is needed.

Conclusion

The 220V 1.5KW 5L Vertical Hydraulic Power Unit is a versatile, durable, and efficient solution for a wide range of hydraulic applications. With its powerful 1.5KW motor, reliable 6.8cc/r gear pump, and compact 5-liter reservoir, it offers the perfect balance of performance and space efficiency. Its ability to deliver up to 7 MPa of pressure makes it suitable for medium-duty tasks in industries such as automotive maintenance, industrial machinery, construction, material handling, agriculture, and waste management. The vertical design further enhances its practicality, offering improved fluid circulation, reduced maintenance, and easier integration into space-constrained environments.