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F63TDZ
ARKA
The F63TDZ 2 inch self-cleaning disc filter represents an automated filtration solution designed for drip irrigation systems and industrial water treatment applications. Built with hydraulic backwash valves and an integrated control chip, this filter performs automatic cleaning cycles without manual intervention, ensuring continuous water supply while discharging accumulated sediment. The unit's modular design allows configuration adjustments based on available space or specific flow rate requirements, making it suitable for commercial procurement projects ranging from agricultural irrigation networks to industrial process water systems.
Constructed from engineered plastic materials, the F63TDZ filter housing resists corrosion from common agricultural chemicals and fertilizers used in fertigation systems. The filter accommodates multiple filtration grades to match different water quality conditions and application requirements. Each unit undergoes production under ISO 9001 certified quality management systems and carries CE marking for compliance with European safety standards.
The self-cleaning disc filter operates on a two-phase cycle: filtration and backwash. During the filtration phase, water flows from the inlet through a stack of grooved polypropylene discs compressed together. The overlapping grooves create a three-dimensional matrix that captures suspended solids, sand, algae, and organic debris as small as the selected filtration grade. Clean water passes through to the outlet and continues to the irrigation system.
When the pressure differential across the disc stack reaches a predetermined threshold or when a timer triggers the cycle, the backwash phase begins. The hydraulic valve reverses water flow inside the filter housing, causing the disc stack to loosen and rotate. High-velocity water jets spray the disc surfaces from the inside out, flushing accumulated contaminants down the drain. The entire backwash process completes within seconds, and the filter returns to normal filtration mode automatically. The built-in electronic controller manages scheduling and can coordinate multiple units in parallel installations.
The F63TDZ filter eliminates manual element cleaning through its hydraulic backwash system. A pressure differential sensor or programmable timer initiates cleaning cycles, reducing labor requirements for commercial operations. The backwash process discharges only a small volume of concentrated wastewater, preserving overall system water efficiency.
The filter supports modular configuration, allowing multiple units to be installed in parallel to handle higher flow rates. This scalability enables system designers to match filtration capacity to project requirements, from small greenhouse installations to large-scale agricultural irrigation networks. Units can be added or removed as operational needs change.
The F63TDZ is available with multiple filtration grades, allowing selection based on source water quality and downstream equipment requirements. Common options include 130 micron discs for standard drip irrigation protection and finer grades for micro-spray or mist systems. Discs are interchangeable within the same filter housing.
Manufactured from engineering-grade plastic materials, the filter body and internal components resist degradation from chlorine, fertilizers, and common water treatment chemicals. This material selection extends service life in agricultural and industrial environments where chemical exposure is routine.
The hydraulic backwash design uses targeted water jets to clean only the disc surfaces, minimizing water consumption per cleaning cycle. Compared to sand filters that require large backwash volumes, the disc filter approach reduces water loss, which contributes to lower operational costs for water-sensitive commercial applications.
The F63TDZ arrives as a pre-assembled unit, reducing on-site installation time. The compact footprint allows placement in equipment rooms, pump stations, or outdoor installations with limited space. Standard connection interfaces simplify integration into existing piping systems.
MODEL | H (mm) | W (mm) | D (mm) |
|---|---|---|---|
F63TDZ | 620 | 320 | 220 |
F63TDZ-L | 740 | 320 | 220 |
F90TDZ | 750 | 340 | 220 |
F90HDZ | 975 | 340 | 220 |
F90HDZ-L | 1200 | 340 | 220 |
F110HDZ | 980 | 340 | 220 |
F110HDZ-L | 1220 | 340 | 220 |
Note: The flow rate will fluctuate with different water quality. Head loss data is based on 130 micron filtration grade.
Self-cleaning disc filters serve across multiple industrial applications where continuous water filtration is required. In agricultural drip irrigation systems, these filters protect emitters and drip tubing from clogging caused by sediment and organic matter in source water. Greenhouse and hydroponic operations use them to maintain water quality for precision irrigation and nutrient delivery systems.
Municipal landscape irrigation projects deploy automatic disc filters to reduce maintenance frequency in parks, roadside greenbelts, and sports fields. Industrial facilities integrate these filters into cooling water systems, process water loops, and wastewater pretreatment trains. The automatic operation makes the F63TDZ suitable for unmanned pump stations and remote installations where regular manual maintenance is impractical.
A self-cleaning disc filter uses stacked grooved discs to capture suspended solids from water. When the pressure drop across the discs reaches a set point, the system automatically reverses flow, loosens the disc stack, and flushes contaminants away — all without manual disassembly or element replacement.
The F63TDZ supports multiple filtration grades, commonly ranging from coarse to fine mesh options. The standard configuration uses 130 micron discs for drip irrigation protection, with alternative grades available for specific water quality conditions and application requirements.
The backwash cycle activates either through a pressure differential sensor that detects clogging or a programmable timer. During the cycle, a hydraulic valve redirects flow, the disc stack decompresses and rotates, and internal jets flush accumulated debris to the drain. The cycle completes in seconds, and the filter resumes normal operation automatically.
Yes, the modular design allows multiple F63TDZ units to be installed on a common manifold. This parallel configuration increases total filtration capacity and flow rate. The control system can coordinate backwash sequencing across all units to maintain continuous system pressure and flow.
The filter housing and structural components are manufactured from engineering-grade plastic materials selected for corrosion resistance. The disc elements are made of polypropylene, which withstands exposure to common agricultural chemicals, fertilizers, and water treatment additives.
