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Scan Away Kits for Amiad Filters

$566.72$710.70

Amiad scan away kits are suitable for molded weave wire screens between 50 – 500 micron. Amiad Scan away assembly consists of a hollow PVC or stainless steel pipe with suction nozzles that are facing the inner side of the screen. A handle connected to the suction scanner from the outside, allows turning the scanner in a spiral movement so that it rotates inside the screen surface without touching the screen. Opening the exhaust valve at the filter lid will create low pressure conditions, which cause the scanner nozzles to suck-in the dirt from the screen surface and expel the dislodged particles out through the valve.

Details Code Price Quantity  
50mm ‘T’ Filter Scan Away Kit for Amiad FP50TSCAN $566.72
 incl GST
50mm ‘T’ Super Filter Scan Away Kit for Amiad FP50TSSCAN $651.59
 incl GST
80mm ‘T’ Filter Scan Away Kit for Amiad FP80TSCAN $710.70
 incl GST
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Specifications

  • Min working pressure: 2 Bar
  • Max working pressure: 10 Bar
  • Max Flow Rate: 50 m³/h
  • Max working temperature: 60°C
  • Filter area: 465 - 700 cm²

How do Scan Away filters work?

Amiad Scan away assembly consists of a hollow PVC or stainless steel pipe with suction nozzles that are facing the inner side of the screen.
A handle connected to the suction scanner from the outside, allows turning the scanner in a spiral movement so that it rotates inside the screen surface without touching the screen.
Opening the exhaust valve at the filter lid will create low pressure conditions, which cause the scanner nozzles to suck-in the dirt from the screen surface and expel the dislodged particles out through the valve. Scanning is done during the filtering process without having to stop the water supply.

 

Overview

Amiad scan away kits are suitable for molded weave wire screens between 50 - 500 micron.

Scan Away kits suit:

Scan Away Kits for Amiad Filters

The Scan away assembly consists of a suction-scanner, a hollow pipe with suction nozzles that is facing the inner side of the screen. Outside the filter a handle is connected to the “suction” scanner allowing turning of the scanner in a spiral movement so it rotates inside the screen surface without touching the screen mesh. Opening the exhaust valve at the filter lid creates low pressure conditions in the suction scanner, which cause the scanner nozzles to suck-in the dirt particles from the screen surface and expel the dislodged particles out through the exhaust valve. Scanning is done during the filtration process without having to stop the flow of process water through the filter.