Foundation and Structural Parameters
Main Body and Bowl Material: The valve body is made of zinc alloy, ensuring durability and suitability for industrial conditions. The condensing bowl is constructed from polycarbonate, featuring a quick-release snap-fit connection design for easy disassembly, maintenance, and filter replacement. The total product weight is approximately 567.2 grams, making installation and transportation relatively convenient.
Installation method: Supports direct pipeline installation and can be modularly combined with other Excelon products in the same series, adapting to the layout requirements of various pneumatic systems.
Gas Path and Filtration Parameters
Interface Specification: Equipped with a 1/4-inch BSP threaded interface, it meets the connection requirements for conventional small pneumatic pipelines, ensuring reliable sealing performance and minimizing air pressure leakage issues.
Filtering Performance: Equipped with a 40-micron precision filter element, it efficiently separates moisture and solid particle impurities from compressed air, preventing contaminants from entering downstream pneumatic valves, cylinders, and other components to avoid wear or malfunction, ensuring stable system operation.
Pressure and Emission Parameters
Pressure Range: The output pressure adjustment range is 0.3 to 10 bar, with a maximum operating pressure of up to 10 bar (equivalent to 145 psi). It also features built-in overpressure protection to prevent equipment damage from abnormal system pressure.
Discharge method: Features an automatic drainage design that promptly removes condensate filtered and separated without manual operation, reducing the frequency of manual maintenance. It is suitable for long-term continuous industrial applications and ensures stable drainage under standard system air pressure conditions.
Working condition adaptation parameters
Operating Temperature: The suitable operating temperature range is from -34°C to 50°C, which can meet the requirements of most indoor industrial equipment. However, in low-temperature environments, care must be taken to prevent condensation from freezing and affecting component operation.
Adaptation Medium: Specifically designed for compressed air, this is a dedicated component for air source pre-treatment in pneumatic control systems. It provides clean and stable compressed air to downstream pneumatic equipment.