“What Gets Monitored, Gets Improved” is a something we all are aware of. The same is applicable in case of our Water Usage. In the Energy Efficient Times like these, Measuring our Water consumption is a Prime Need to facilitate optimized usage of water in Our Premises.
Therefore, Water Field brings to you a Smart Water Metering Solution that helps you walking towards Water Abundance!
Technical Specifications & Parameters of various models of Rainy FL Series Online-Dual Intensity RWH (Primary)Filter | |||||
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Rainy FL-80 | Rainy FL-150 | Rainy FL-250 | Rainy FL-300 | Rainy FL-500 | |
Suitable up to roof area: | 120 SQMTRS | 180 SQMTRS | 225 SQMTRS | 350 SQMTRS | 500 SQMTRS |
Max: Intensity of Rainfall: | 75 mm/hr | 75 mm/hr | 75 mm/hr | 75 mm/hr | 75 mm/hr |
Working Principle: | Cohesive Force & Centrifugal force | ||||
Operating Pressure: | Less Than 2 feet of head (0.060kg/cm2) | ||||
Capacity: | 120 LPM | 180 LPM | 225 LPM | 340 LPM | 480 LPM |
Filter Element: | SS-304 Screen | SS-304 Screen | SS-304 Screen | SS-304 Screen | SS-304 Screen |
Mesh Size: | 250 Microns | 250 Microns | 250 Microns | 250 Microns | 250 Microns |
Inlet: | 90 MM | 110 MM | 110 MM | 110 MM | 110 MM |
Clean Water Outlet: | 63 MM | 75 MM | 75 MM | 90 MM | 90 MM |
Drain Outlet: | 90 MM | 90 MM | 90 MM | 90 MM | 110 MM |
Housing: | High Density Polythylene | ||||
Efficiency of Filter: | Above 90% | Above 90% | Above 90% | Above 90% | Above 90% |
Source Of Power | Gravity | Gravity | Gravity | Gravity | Gravity |
The V wire screen is a stainless-steel grade SS-304, Cage type trapezoidal wire wound screen. Screen is evenly distributed continuous slot opening of 0.75 MM, so that it has more open area for minimum turbulence and loss of energy. The special design gives continuous slot opening across the periphery and length of screen
The trapezoidal V shape inwardly widening slots are non clogging, so that sediments have only point contact. The diameter of the V wire screen is 150 mm, length 0.5 Metre.
Normal water discharging devices deliver water with a flow rate that is proportionate to the inlet water pressure. However, water saving components are pressure compensating i.e., inlet water pressures do not affect output flow rates. For example, if the output flow rate of a faucet is 6 LPM at 1Kg/cm2 inlet water pressure and then the inlet water pressure changes to 5 Kg/cm2 or vice versa – you still get the output flow rate at 6 LPM. This technological marvel is achieved through a uniquely designed ‘o’ ring that expands or contracts in accordance to line pressures thereby keeping the output flow rate fixed.