| Body Material | PA6GFR30 |
| Cartridge Material | PP |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 2 bar ; 29 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Back Washing Time | Time and Pressure Difference Setup |
| Filtration Sensitivity | 20, 50, 100, 130, 200 μ (micron) |
Cleaning Process
Particles in the filter water are trapped by a stack of compressed discs, creating a backwash deposit. This accumulation causes the difference between the filter's inlet and outlet to increase. The system automatically triggers a backwash temperature increase based on one of two user-defined triggers configured on the control panel: when the pressure difference reaches a specified value or after a specified time delay, whichever occurs first. When activated, a three-way valve opens the water port and opens the drain line. Refreshing water from the outlet, driven by an internal spring, releases pressure on the discs and forces them to disengage. However, the discs' grooved design, combined with their rotation, effectively clears the drain line of accumulated debris.
Working Principle
Water enters the filter and passes through the disc stack. During operation, contaminants accumulate on the outer surface of the discs. This buildup creates a pressure difference between the inlet and outlet of the filter, obstructing water flow. When this pressure difference reaches a threshold of 0.7 bar, a cleaning cycle is required, which can be initiated manually or automatically.
PSC Series - Plastic Self-Cleaning Disc Filters
local_offer
PSC
Designed for Autonomous Reliability.
Aytok PSC filters provide fully autonomous, self-cleaning filtration for demanding applications. Their robust design combines a high-strength polyamide housing with a precision-engineered backwash mechanism, ensuring exceptional long-term durability. This advanced, intervention-free system operates automatically based on time or pressure differential, guaranteeing years of trouble-free performance and providing peace of mind for your critical operations.
GENERAL FEATURES
| Body Material | PA6GFR30 |
| Cartridge Material | PP |
| Maximum Working Pressure | 8 bar ; 116 Psi |
| Minimum Working Pressure | 2 bar ; 29 Psi |
| Maximum Working Temperature | 60 °C ; 140°F |
| Back Washing Time | Time and Pressure Difference Setup |
| Filtration Sensitivity | 20, 50, 100, 130, 200 μ (micron) |
Ürün Detayı
PSC Series - Plastic Self-Cleaning Disc Filters
local_offer
PSC
GENERAL FEATURES
Cleaning Process
Particles in the filter water are trapped by a stack of compressed discs, creating a backwash deposit. This accumulation causes the difference between the filter's inlet and outlet to increase. The system automatically triggers a backwash temperature increase based on one of two user-defined triggers configured on the control panel: when the pressure difference reaches a specified value or after a specified time delay, whichever occurs first. When activated, a three-way valve opens the water port and opens the drain line. Refreshing water from the outlet, driven by an internal spring, releases pressure on the discs and forces them to disengage. However, the discs' grooved design, combined with their rotation, effectively clears the drain line of accumulated debris.
Working Principle
Water enters the filter and passes through the disc stack. During operation, contaminants accumulate on the outer surface of the discs. This buildup creates a pressure difference between the inlet and outlet of the filter, obstructing water flow. When this pressure difference reaches a threshold of 0.7 bar, a cleaning cycle is required, which can be initiated manually or automatically.
Powerful Filtration, Smarter Design.
Designed for Autonomous Reliability.
Aytok PSC filters provide fully autonomous, self-cleaning filtration for demanding applications. Their robust design combines a high-strength polyamide housing with a precision-engineered backwash mechanism, ensuring exceptional long-term durability. This advanced, intervention-free system operates automatically based on time or pressure differential, guaranteeing years of trouble-free performance and providing peace of mind for your critical operations.