| Body Material | PA6GFR30 |
| Cartridge Material | SS304L, PA6GFR30 |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 1 bar ; 14.5 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Control System | Semi Automatic Control |
| Filtration Sensitivity | 20-200 μ (micron) |
Ürünlerimiz
water_drop Irrigation
Uygulama Alanları
water_drop IRRIGATION
Filter Türleri
Media Center
Cleaning Process
The manual flushing procedure must be performed independently for both filter sides. To clean one side, its corresponding flush valve is opened, and the handle is rotated at a constant speed. This generates a powerful suction effect through internal nozzles, which vacuums contaminants off the screen and discharges them. The cleaning cycle includes a primary pass as the handle is turned to its limit and a secondary pass as it is returned to the starting position. The process for one side is completed by closing the valve. This entire procedure must then be repeated for the other side of the filter.
Working Principle
Water enters the filter and passes through the fine screen element. During operation, contaminants gradually accumulate on the inner surface of the screen. This buildup restricts water flow, creating a pressure differential between the filter’s inlet and outlet. Manual cleaning is required when this pressure differential reaches 0.7 bar.
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DV & DVS Series - Plastic Semi-Automatic Screen Filters (Double Body)
GENERAL FEATURES
| Body Material | PA6GFR30 |
| Cartridge Material | SS304L, PA6GFR30 |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 1 bar ; 14.5 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Control System | Semi Automatic Control |
| Filtration Sensitivity | 20-200 μ (micron) |
ADVANTAGES
Cleaning Process
The manual flushing procedure must be performed independently for both filter sides. To clean one side, its corresponding flush valve is opened, and the handle is rotated at a constant speed. This generates a powerful suction effect through internal nozzles, which vacuums contaminants off the screen and discharges them. The cleaning cycle includes a primary pass as the handle is turned to its limit and a secondary pass as it is returned to the starting position. The process for one side is completed by closing the valve. This entire procedure must then be repeated for the other side of the filter.
Working Principle
Water enters the filter and passes through the fine screen element. During operation, contaminants gradually accumulate on the inner surface of the screen. This buildup restricts water flow, creating a pressure differential between the filter’s inlet and outlet. Manual cleaning is required when this pressure differential reaches 0.7 bar.
Send us a message
Fill out the form below to contact us.
DV & DVS Series - Plastic Semi-Automatic Screen Filters (Double Body)
ADVANTAGES
Maximum Flow. Minimum Intervention.
Aytok DV & DVS semi-automatic filters are engineered to master high-demand systems. Their dual-body design offers a massive filtration area, drastically reducing cleaning frequency and maximizing uptime. When maintenance is required, the smart pressure differential system alerts the operator for a simple, user-activated flush that purges contaminants without ever stopping the main flow. This robust design ensures superior performance, delivering unwavering reliability for your most critical applications.
GENERAL FEATURES
| Body Material | PA6GFR30 |
| Cartridge Material | SS304L, PA6GFR30 |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 1 bar ; 14.5 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Control System | Semi Automatic Control |
| Filtration Sensitivity | 20-200 μ (micron) |
Ürün Detayı
DV & DVS Series - Plastic Semi-Automatic Screen Filters (Double Body)
GENERAL FEATURES
Cleaning Process
The manual flushing procedure must be performed independently for both filter sides. To clean one side, its corresponding flush valve is opened, and the handle is rotated at a constant speed. This generates a powerful suction effect through internal nozzles, which vacuums contaminants off the screen and discharges them. The cleaning cycle includes a primary pass as the handle is turned to its limit and a secondary pass as it is returned to the starting position. The process for one side is completed by closing the valve. This entire procedure must then be repeated for the other side of the filter.
Working Principle
Water enters the filter and passes through the fine screen element. During operation, contaminants gradually accumulate on the inner surface of the screen. This buildup restricts water flow, creating a pressure differential between the filter’s inlet and outlet. Manual cleaning is required when this pressure differential reaches 0.7 bar.
ADVANTAGES
Powerful Filtration, Smarter Design.
Maximum Flow. Minimum Intervention.
Aytok DV & DVS semi-automatic filters are engineered to master high-demand systems. Their dual-body design offers a massive filtration area, drastically reducing cleaning frequency and maximizing uptime. When maintenance is required, the smart pressure differential system alerts the operator for a simple, user-activated flush that purges contaminants without ever stopping the main flow. This robust design ensures superior performance, delivering unwavering reliability for your most critical applications.