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V09 Series
FLYBY
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| Product Type | Directional valve |
| Model Number | V09 Series |
| Rated pressure | 250bar |
| Rated flow | 90L/min |
| Operating range | 15-75mm2/s |
| Working temperature | -40 to 80℃ |
| Min viscosity | 12mm2/s |
| Max viscosity | 400mm2/s |
| Monoblock | 1-7 sections |
| Control type | Waterproof Deutsch switch |
The V09 Series represents a breakthrough in hydraulic control technology as a sophisticated solenoid flow-diverging valve that combines rapid electromagnetic response with precise flow distribution. This integrated design simplifies hydraulic system architecture by reducing component count while improving overall system reliability and response speed. The electro-hydraulic directional valve enables simultaneous control of multiple actuators with exceptional accuracy, making it ideal for complex machinery requiring coordinated movements. For equipment manufacturers, this innovative approach translates to higher system integration, reduced installation complexity, and enhanced operational precision in demanding applications such as excavators and automated material handling systems. Upgrade to integrated efficiency with our advanced flow-diverging technology.
Engineered for demanding applications, this directional control valve for construction machinery delivers consistent performance at 250 bar working pressure with 90 L/min flow capacity. The integrated safety and overload valves provide excellent system protection, while the robust construction ensures long-term durability in challenging environments. The valve's wide operational temperature range (-40°C to 80°C) combined with its waterproof Deutsch connector makes it particularly suitable for extreme working conditions. This reliable performance makes the V09 Series an ideal hydraulic valve for mining equipment that must maintain operational integrity in the most challenging environments, significantly reducing maintenance requirements and operational downtime.
The V09 Series features an advanced modular hydraulic control valve design that offers exceptional adaptability with configurations from 1 to 7 sections. This modular approach enables equipment manufacturers to create tailored hydraulic control systems that precisely match specific application requirements. Each module is precision-engineered for perfect interoperability and easy installation, significantly reducing system complexity and space requirements. This flexibility is particularly valuable for complex sanitation equipment requiring multiple hydraulic functions, such as garbage compaction vehicles that need simultaneous control of compression, lifting, and tipping mechanisms. The modular design also facilitates future system expansions or modifications with minimal effort.
Built to withstand the most demanding working environments, the V09 Series incorporates high-strength materials and advanced sealing technology that provide exceptional resistance to contamination, vibration, and extreme temperatures. The specialized seal design effectively prevents hydraulic oil leakage, ensuring system efficiency and environmental safety. The inclusion of a waterproof Deutsch connector enhances electrical reliability in wet or humid conditions. This durable construction makes it an outstanding hydraulic valve for drilling equipment and other machinery operating in challenging conditions. The valve's proven durability translates to reduced maintenance frequency and lower operating costs, providing exceptional value for equipment owners in construction, mining, and municipal services.
The V09 Series solenoid flow-diverging valve delivers exceptional flow control performance with its 90 L/min capacity and precise flow distribution capabilities. The advanced hydraulic design minimizes pressure losses and improves overall system efficiency, contributing to reduced energy consumption and operational costs. The precise flow control characteristics enable accurate speed regulation of multiple hydraulic actuators simultaneously, enhancing equipment productivity and operational precision. In applications like drilling machinery, this precise control allows optimal adjustment of drilling parameters, improving both efficiency and work quality. This flow optimization capability helps equipment manufacturers achieve better performance while maintaining energy efficiency in their hydraulic systems.
