Advanced Degassing Station WADS
Gas inclusions in lubricants complicate the reproducibility and repeat accuracy of industrial lubrication processes. Among other issues, they lead to lower-quantity dosing, extensive contamination with the medium, and damage to the dosing valve.
The Walther Advanced Degassing Station (WADS) detects these gas inclusions and efficiently removes them, ensuring a homogeneous application of the lubricant. This helps increase and stabilize process quality.
The WADS is an independent and autonomous component that can be integrated into new systems or easily retrofitted into existing process chains. If you prefer a self-sufficient degassing unit, you can seamlessly add the WADS to your system with just a few steps, essentially through 'Plug & Play'. It can function as a stationary solution, easily controlled with the integrated operating panel (HMI).
Alternatively, you may choose to control the Advanced Degassing Station via remote control using your SPS/PLC, enabling seamless integration into your system through the Ethernet Bus interface (Modbus TCP protocol). Both options offer extensive setting options and parameters.
In case of any issues, the WADS will issue a direct warning. The station monitors various process values based on definable limit values and reports any exceedances or falls below via freely configurable digital outlets. Additionally, the WADS ensures a continuous flow of the medium, not only during discharge but also during interruptions in material supply, such as container replacements.
The integrated storage unit in the WADS guarantees a consistent supply for your application system, ensuring continuous production.
- system can be easily integrated into existing fluid systems
- continuous detection and discharge of medium which is contaminated with air bubbles
- even smallest air bubbles will be detected and discharged
- simple and intuitive operation/direct parametering on operating panel (4,3“ Touch-Display) or via remote access through BUS system
- monitoring of process values with limit value definitions and reporting of limit value breaches
- process pressure (inlet): 20 to 150 [bar]
- process pressure (outlet): max. 200 [bar]
- middle volume flow: max. 100 [ccm/min]
- short-term volume flow: max. 1500 [ccm/min]
- duitable media: Lubricants up to NLGI 3 / 5000 [mPas]
- weight: 18,0 [kg]
- dimensions (l x w x h): 759 x 268 x 514 [mm]
