| Customization: | Available |
|---|---|
| Function: | Balance |
| Installation: | Threaded Cartridge |
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| Load Balancing | Balance valves are designed to balance the return oil back pressure with the changing load within the hydraulic system. This balance is crucial for allowing the machinery to stop reliably at predetermined positions and maintaining stability when the load drops, particularly in situations where gravity is a significant factor. |
| Prevention of Damage | By balancing the pressure within the hydraulic system, balance valves help prevent structural and hydraulic pipeline damage caused by excessive drops in load. This protection is essential for ensuring the longevity and reliability of the equipment, as well as minimizing the risk of costly repairs or downtime. |
| Safety and Efficiency | Balance valves contribute significantly to the safety and efficiency of hydraulic systems by ensuring smooth operation and controlling the movement of loads. Their ability to maintain balance and stability enhances overall system performance while protecting both the equipment and surrounding infrastructure from potential harm. |
| Versatile Application | Balance valves find application in various mechanical systems affected by gravity, including construction machinery, cranes, and material handling equipment. Their versatility and effectiveness make them indispensable components for ensuring the reliable and safe operation of hydraulic systems in a wide range of industrial applications. |
A hydraulic balance valve operates by sensing pressure differentials in a hydraulic system and adjusting accordingly. Here is a simplified explanation of its working principle:
Pressure Sensing: The valve contains internal mechanisms that detect changes in pressure across its inlet and outlet. These mechanisms can be pilot-operated or mechanically actuated, depending on the design.
Flow Regulation: When pressure changes, the valve adjusts its internal components (like springs or pistons) to alter the flow path. This can involve changing the orifice size, adjusting a spool position, or opening/closing a flow path, depending on the design.
Balancing Effect: By adjusting the flow based on pressure changes, the valve ensures that fluid is distributed evenly throughout the system. This balanced distribution reduces the risk of pressure spikes or fluid starvation, promoting smooth operation.
| Model | VBCD-G12-SE A |
| Max Pressure | 35Mpa |
| Max Flow | 60L/min |
| Pilot Ratio | 1:4.25 |
| Type | Max Pressure | Max Flow |
| VBCD-G12-SE | 320bar | 60L/min |
| VBCD-G38-SE | 320bar | 40L/min |
| VBCD-G12-SE A | 320bar | 60L/min |
| VBCD-G38-SE A | 320bar | 40L/min |
| VBCD-G12-SE-FL4 | 320bar | 90L/min |
| VBCD-M22-SE-FL | 320bar | 60L/min |
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