Dansk
Deutsch
Polski
EKO element BA G2 fits BEA Air Vip filter housings.
Designed for BEA Air Vip systems
The EKO element BA G2 is developed for use in BEA Air Vip filter housings. These systems are widely used in compressed air installations. Reliable filtration is essential for stable operation. The BA G2 for BEA Air Vip filter housings ensures proper compatibility and performance. It supports consistent air quality in demanding environments.
Wide range of filtration grades
The BA G2 series includes several filtration grades for different needs. RM acts as a prefilter with 10 µm filtration. RF provides finer prefiltration down to 1 µm. RB works as a fine filter, while RA offers ultrafine filtration at 0.01 µm. CA uses activated carbon to remove vapors and odors.
| Model | Fineness µ | Oil residue content | Type |
| RM | Prefilter | 10 µm | dust, solid particles, liquid water, oil aerosols, before fine filter |
| RF | Prefilter dust | 1 µm | dust, solid particles, liquid water, oil aerosols, before fine filter |
| RB | Fine filter | 1 µm | solid particles, liquid water, oil aerosols |
| RA | Ultra fine filter | 0.01 µm | solid particles, liquid water, oil aerosols |
| CA | Active Carbon | oil, hydrocarbons, vapors and odors |
Efficient filtration performance
The filter media is designed for high efficiency and durability. It removes oil aerosols, water, and solid particles effectively. This ensures clean compressed air for sensitive applications. Pressure loss is kept low to improve energy efficiency. The EKO element BA G2 for BEA Air Vip filter housings supports stable system operation.
Durable construction and easy replacement
The element is built for long service life in industrial conditions. It maintains performance even during continuous use. Installation is simple and requires minimal downtime. This helps reduce maintenance efforts and operational interruptions. The robust design ensures reliable performance over time.
Cost-effective and reliable solution
This filter element is a strong alternative to original components. It provides consistent filtration and protects downstream equipment. Clean air reduces wear and improves system reliability. Lower energy use also contributes to reduced operating costs. It is a practical choice for maintaining efficient compressed air systems.
