Need more information?
AVENTICS 609112311
3-Way Proportional Valve
Product Description
The 609112311 model is a direct-operated proportional valve that operates with a 3-way configuration, specifically designed for air or inert gases. This valve allows for precise pressure control, making it suitable for applications in automotive and tire industries, as well as analytical equipment and bottling processes.
With a body constructed from light alloy, it exhibits a flow coefficient of 1.39 (Cv) and 1.20 (Kv), ensuring effective media handling. Its orifice size measures 8 mm, facilitating efficient flow rates. The valve is equipped with a coil class H and operates at a voltage of 24 Volts DC, consuming a wattage of 40 W. The ambient temperature range for this valve spans from 0 to 50 degrees Celsius, while it can handle fluid temperatures from 0 to 60 degrees Celsius.
Configuration and optimization of valve control loop parameters can be conveniently achieved using AVENTICS Data Acquisition Software (DaS) connected to a PC, allowing users to tailor the operation to their specific requirements.
Need more information?
- Get up to 90 days payment terms from 500+ suppliers
- Reselling discounts up to 40%!
Specifications
- Brand
- AVENTICS
- Body Material
- Light Alloy
- Flow (Cv) / Flow (Kv)
- 1.39 / 1.20
- Function
- 3/2 Normally Closed
- Pipe/Port Type & Size
- G 3/8 (ISO 228/1)
- Product Type
- Solenoid Valve
- Media
- Air, Inert Gas
Documents
Data Sheet
Datasheet for AVENTICS 609112311, including specifications and features.
CAD Models
3D CAD model and technical drawings, ready for your design software.

Market insights for 609112311
Get real-time analytics and market data for 609112311 and other products from the Process & Flow Control Valves category to optimize your purchasing decisions
- Real-time stock availability data from 700 MRO distributors in Europe and USA
- Price analysis by condition (new, used, refurbished) with market median prices
- Critical component availability monitoring to prevent production downtime