Hered OF Series Air Filters
The Hered OF Series Air Filters provide efficient filtration for compressed air systems, ensuring clean air supply for pneumatic equipment. These filters effectively remove fluid oil, condensation, and dirt particles, enhancing the performance and longevity of your pneumatic tools and machinery.
Key Features
- Water separator for effective removal of contaminants
- Standard 40μm filter element, easily replaceable with 5μm option for special applications
- Available in MINI, MIDI, and MAXI body sizes to suit various flow rate requirements
- Compatible with various thread types (PT, NPT, etc.) per customer requirements
- Manual or automatic drain options
- Pipe mounting or foot mounting for flexible installation
Technical Specifications
Parameter | Specification |
---|---|
Applicable Medium | Compressed Air |
Working Pressure Range | 0~1.6 MPa |
Temperature Range | 0°C~60°C |
Nominal Flow Rate (40μm) | 1000 ~ 5300 L/min (model dependent) |
Nominal Flow Rate (5μm) | 600 ~ 3300 L/min (model dependent) |
Grade of Filtration | 40μm/5μm |
Assembly Position | Vertical ±5° |
Available Models
- OF-MINI: For lower flow rates (up to 1400 L/min)
- OF-MIDI: For medium flow rates (up to 3000 L/min)
- OF-MAXI: For high flow rates (up to 5300 L/min)
Internal Structure
The OF Series features a robust internal structure with high-quality components:
- POM ornament cover and filter element base for durability
- Zinc alloy body and flanges for corrosion resistance
- PE filter element for efficient filtration
- Aluminium alloy metal bowl guard for added protection
- PC filter bowl for visibility and strength
Dimensions and Flow Rates
Our OF Series filters are available in various sizes to fit your specific needs. Please refer to the dimension sheet and flow rate diagrams for detailed information on each model’s specifications and performance characteristics.
For more detailed specifications, installation guidelines, and customization options, please consult our product catalog or contact our technical support team.