ZT20DQ electro-pneumatic
FLYBY
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| Product Type | Directional valve |
| Model Number | ZT20DQ electro-pneumatic |
| Rated pressure | 250bar |
| Rated flow | 40-120L/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 | manual, joystick, cable, pneumatic, electro-hydraulic, etc |
The ZT20DQ electro-pneumatic control valve features a revolutionary dual-control design that integrates manual precision with pneumatic efficiency. This unique combination allows operators to choose between direct manual control for delicate operations and pneumatic control for remote or automated functions. As a versatile manual pneumatic control valve, it provides exceptional flexibility for various working scenarios in construction and material handling equipment. The pneumatic control capability enables quick response and reduces operator fatigue during extended operations, while manual control ensures reliability when precision is paramount. Experience the best of both control worlds with our innovative dual-control hydraulic solution.
Engineered for reliability, this directional control valve for mobile equipment delivers consistent performance at 200 bar working pressure with selectable flow rates of 40 or 100 L/min. The integrated safety and overload valves provide excellent protection against system damage, while the robust construction ensures long-term durability. The valve's wide operating temperature range (-40°C to 80°C) makes it suitable for extreme climatic conditions, from freezing winters to scorching summers. This reliability makes the ZT20DQ an ideal hydraulic valve for construction machinery that must perform consistently in challenging environments, minimizing downtime and maintenance costs.
The ZT20DQ's modular hydraulic control valve design offers exceptional adaptability with configurations from 1 to 7 sections. This modular approach allows dump truck manufacturers and equipment designers to create customized control systems tailored to specific application requirements. Each module is precision-engineered for perfect interoperability and easy installation. This flexibility is particularly valuable for complex machinery requiring multiple hydraulic functions, such as garbage compaction trucks that need simultaneous control of compression, lifting, and tipping mechanisms. The modular design significantly reduces installation time and simplifies future system modifications or expansions.
Built to withstand the toughest conditions, the ZT20DQ features high-strength materials and advanced sealing technology that provide excellent resistance to contamination, vibration, and corrosion. The special seal design effectively prevents hydraulic oil leakage, ensuring system efficiency and environmental safety. This durable construction makes it an outstanding hydraulic valve for sanitation machinery and other equipment operating in dirty, dusty, or wet environments. The valve's proven durability translates to reduced maintenance frequency and lower operating costs, providing exceptional value for equipment owners and operators in construction, mining, and municipal services.
The ZT20DQ demonstrates remarkable versatility as a comprehensive hydraulic control solution for multiple industries. In construction machinery, it efficiently controls excavators, loaders, and cranes. For sanitation equipment, it enables precise operation of garbage compactors and street sweepers. The valve also serves drilling equipment with reliable hydraulic power control. This broad applicability allows equipment manufacturers to standardize their hydraulic components across different product lines, simplifying inventory management and technical training. Additionally, we offer OEM/ODM services to customize the valve for specific application requirements, ensuring perfect integration with your equipment's hydraulic system.
With its dual flow capacity (40 and 100 L/min), the ZT20DQ electro-pneumatic directional valve offers optimized performance for different system requirements. The advanced hydraulic design minimizes flow losses and improves overall system efficiency, contributing to reduced energy consumption. The precise flow control characteristics enable accurate speed regulation of hydraulic actuators, enhancing equipment productivity and operational precision. In applications like drilling machinery, this precise control allows optimal adjustment of drilling speed and pressure, improving both efficiency and work quality. This flow optimization capability helps equipment owners achieve better performance while lowering operational costs.
