Stainless Steel Self Cleaning Filter

JX Filtration April 29, 2024 Self Cleaning Filter

I. Definition

1. The stainless steel self-cleaning filter overcomes many disadvantages of traditional filtration products, such as small pollutant holding capacity, susceptibility to blockage by debris, the need to disassemble and clean the filtering section, and the inability to monitor the filter status. It has the function of filtering raw water and automatically cleaning and discharging pollutants from the filter element.

During the cleaning and discharge process, the system continues to supply water without interruption, allowing for the monitoring of the filter's operating status with a high degree of automation. It covers the various filtration accuracies ranging from 10 microns to 3000 microns and can provide various water filtration equipment.

2. The stainless steel self-cleaning filter operates and controls the automatic cleaning and discharge of the filter without the need for any external power source. Continuous flow during backwashing, the cleaning cycle of the filter can be adjusted, with the default cleaning time set to 10-60 seconds per cycle. The water loss during cleaning and filtration is only 0.08% to 0.6% of the filtered water volume.

Filtration accuracy: 10-3000 microns;
Operating pressure: 1.0-1.6 MPa;
Single-unit flow rate: 4-4160 m³/h.

It can be installed vertically, horizontally, or in any other orientation and position. It can be used in various industries such as industrial, agricultural, municipal, power, electronics, pharmaceuticals, food, printing and dyeing, construction, steel, metallurgy, and papermaking.

II. Technical Parameters

Brush-Type Filter Parameters

Flow range: 4-20000 m³/h;
Filtration accuracy: 10-3000 microns;
Operating pressure: 0.1-1.6 MPa;
Pressure loss: ≤ 0.016 MPa;
Discharge valve diameter: DN 50 mm, DN 40 mm, DN 32 mm;
Discharge time: 10-60 seconds;
Applicable temperature: ≤ 95°C;
Power supply: Three-phase AC 380V/50Hz;
Control interface: Digital display, knob, switch.