| Body Material | PA6GFR30 |
| Cartridge Material | SS304L, PP |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 1 bar ; 14.5 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Back Washing Time | Time and Pressure Difference Setup |
| Control System | Electronic (AC/DC) |
| Filtration Sensitivity | 80, 100, 130, 200 μ (micron) |
Cleaning Process
Contaminants suspended at the center of the screen by the water’s continuous circular motion are expelled through a discharge valve during the backwash cycle. The initiation of this cycle depends on the filter’s configuration. In fully automatic systems, a control unit manages the process by opening the valve and initiating backwash based on one of two userdefined settings: either when the pressure differential between the filter’s inlet and outlet reaches a preset threshold, or after a preset time interval has elapsed, whichever occurs first.
Working Principle
The operating principle of Hurricane Filters is based on cyclonic separation. As water enters the filter, it is guided by internal helix blades that induce a powerful circular motion, or vortex. This cyclonic action generates a centrifugal force that serves two purposes: it prevents contaminants from accumulating on the screen surface, thereby minimizing clogging, and it directs the suspended particles toward the center of the filter for collection.
TM-A Series - Mini Self-Cleaning Hurricanefilt
local_offer
TM-A
Maximum Performance. Minimal Space.
Designed for superior efficiency in tight spaces, the Aytok Hurricane Mini features our dynamic vortex technology. This system creates a continuous spiral flow that actively keeps the screen clean during filtration, ensuring consistent performance with less maintenance. It’s the perfect, robust solution for low-flow applications like garden irrigation, fertigation, and protecting small-scale cooling equipment.
GENERAL FEATURES
| Body Material | PA6GFR30 |
| Cartridge Material | SS304L, PP |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 1 bar ; 14.5 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Back Washing Time | Time and Pressure Difference Setup |
| Control System | Electronic (AC/DC) |
| Filtration Sensitivity | 80, 100, 130, 200 μ (micron) |
Ürün Detayı
TM-A Series - Mini Self-Cleaning Hurricanefilt
local_offer
TM-A
GENERAL FEATURES
Cleaning Process
Contaminants suspended at the center of the screen by the water’s continuous circular motion are expelled through a discharge valve during the backwash cycle. The initiation of this cycle depends on the filter’s configuration. In fully automatic systems, a control unit manages the process by opening the valve and initiating backwash based on one of two userdefined settings: either when the pressure differential between the filter’s inlet and outlet reaches a preset threshold, or after a preset time interval has elapsed, whichever occurs first.
Working Principle
The operating principle of Hurricane Filters is based on cyclonic separation. As water enters the filter, it is guided by internal helix blades that induce a powerful circular motion, or vortex. This cyclonic action generates a centrifugal force that serves two purposes: it prevents contaminants from accumulating on the screen surface, thereby minimizing clogging, and it directs the suspended particles toward the center of the filter for collection.
Powerful Filtration, Smarter Design.
Maximum Performance. Minimal Space.
Designed for superior efficiency in tight spaces, the Aytok Hurricane Mini features our dynamic vortex technology. This system creates a continuous spiral flow that actively keeps the screen clean during filtration, ensuring consistent performance with less maintenance. It’s the perfect, robust solution for low-flow applications like garden irrigation, fertigation, and protecting small-scale cooling equipment.