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O-system filter pressure-reducing valve

O-system filter pressure-reducing valve Filter pressure-reducing valve Industrial pneumatic air source treatment components Pneumatic system filter-regulator valve

O system filter‑pressure regulator, available in MINI, MIDI, and MAXI models, with 40 μm/5 μm filtration and pressure regulation from 0.5 to 12 bar, suitable for air‑source treatment applications in industrial pneumatic systems.

Product Details

Product Overview
The O‑system filter‑regulator is a pneumatic air‑treatment component designed specifically for industrial pneumatic systems. It comes in three sizes—MINI, MIDI, and MAXI—integrating filtration and pressure‑regulation functions, supporting filtration accuracies of 40 μm and 5 μm, and adapting to various flow requirements. It is widely used for air purification and pressure regulation in diverse industrial pneumatic applications.

Operating Principle

  1. Compressed air enters the filter chamber, where impurities and moisture are removed by a 40 μm or 5 μm filter element;
  2. The filtered air then flows into the regulator chamber, where output pressure is adjusted via a diaphragm‑type or piston‑type mechanism;
  3. The regulator incorporates a spring and valve spool to maintain a stable set pressure, unaffected by fluctuations in inlet pressure;
  4. A manual or automatic drain valve periodically removes condensate from the filter chamber, ensuring clean air supply.

Key Advantages and Selling Points

  1. Full coverage across multiple sizes: MINI, MIDI, and MAXI models accommodate various connection ports from G1/8" to G1", with standard rated flow rates up to 16,000 L/min, meeting diverse pneumatic system flow demands;
  2. Dual‑stage filtration design: supports both 40 μm coarse filtration and 5 μm fine filtration, effectively removing contaminants and moisture to protect pneumatic components;
  3. Wide pressure‑regulation range: operating pressures of 0.5–12 bar or 0.5–7 bar, with maximum inlet pressures up to 16 bar, suitable for varying industrial pneumatic system requirements;
  4. Multiple drain options: available with manual or automatic drain valves, catering to different condensate‑discharge needs under varying operating conditions;
  5. Flexible installation methods: supports pipe mounting or bracket mounting, with allowable vertical deviation of ±5°, accommodating diverse equipment layouts;
  6. Durable material construction: die‑cast zinc housing, PC filter cup, aluminum alloy protective cover, nitrile rubber seals, and POM pressure‑adjustment knob, designed to withstand harsh industrial environments.

Target Customer Groups
Industrial automation equipment manufacturers, pneumatic system integrators, companies undertaking automation line upgrades, packaging machinery producers, textile machinery manufacturers, electronic equipment producers, and overseas industrial equipment purchasers.

Application Scenarios

  1. Air‑source treatment for automated packaging equipment pneumatic systems;
  2. Filtration and pressure regulation in textile machinery pneumatic circuits;
  3. Air purification for automated production lines of electronic devices;
  4. Air‑source treatment units for industrial robot pneumatic systems;
  5. Air filtration and pressure stabilization for various industrial pneumatic systems.

Addressing Industry Pain Points

  1. Eliminates issues caused by impurities and moisture in industrial pneumatic air sources, which can lead to wear and blockages in solenoid valves and cylinders;
  2. Mitigates problems arising from fluctuating air pressure that affect the stable operation of pneumatic components;
  3. With multiple size and model options, provides one‑stop air‑treatment solutions tailored to diverse flow requirements of pneumatic systems;
  4. Offers manual or automatic drain options, reducing labor‑intensive maintenance costs and enhancing overall system efficiency.

Core Product Value

  1. Comprehensive coverage across multiple sizes ensures one‑stop air‑treatment solutions for diverse industrial pneumatic systems, lowering equipment adaptation costs;
  2. Integrated filtration and pressure‑regulation design simplifies the air‑treatment process and enhances the overall reliability of pneumatic systems;
  3. Stable pressure regulation and filtration performance protect pneumatic components and extend equipment lifespan;
  4. Durable materials and flexible installation designs adapt to complex industrial environments, minimizing equipment downtime due to failures.

Frequently Asked Questions (FAQ)
Q1: What sizes does the O‑system filter‑regulator come in?
A: It includes MINI, MIDI, and MAXI models, compatible with various connection ports ranging from G1/8" to G1". Users can select based on their specific flow requirements.
Q2: What filtration accuracies are available?
A: It supports two filtration levels—40 μm coarse filtration and 5 μm fine filtration—allowing users to choose according to their desired air cleanliness.
Q3: What is the operating pressure range?
A: Operating pressures range from 0.5–12 bar or 0.5–7 bar, with maximum inlet pressures up to 16 bar, suitable for most industrial pneumatic systems.
Q4: What drain options are offered?
A: Both manual and automatic drain valves are available, enabling users to select based on their operational conditions.
Q5: How is it installed?
A: Installation supports either pipe mounting or bracket mounting, with an allowable vertical deviation of ±5°, accommodating diverse equipment layouts.