|
- Ultraviolet Sterilisation - Systemes ORO systems inc
The use of a proper flow reducer ensure that the water demand does not exceed the capacity of the UV System and a shut-off solenoid is installed before the light, in case of a power failure
- What is a Flow Restrictor and How Does it Work? - Winova Pte Ltd
Also known as flow limiters, they permit fluids to flow at a steady rate into and out of systems that benefit from stable fluid volumes, such as water filters, irrigation systems, and tankless water heaters, to name a few
- UV Sterilizers, which to choose and why? - humble. fish
A higher flow rate (algae flow) will be less effective at killing disabling any free floating parasites, worms, viruses or bacteria which pass through the UV lamp
- Guide on Sizing UV Systems for Effective Disinfection: Alfaa UV
UV (Ultraviolet) disinfection systems are a safe, chemical-free, and highly effective method to purify water by inactivating harmful microorganisms, making the water safer for consumption and use
- Flow Restrictors - Stainless Steel
We carry a full line of stainless steel potable water flow restrictors ranging from 1 5 to 26 1 gpm Popular for restricting water flow rates in UV sterilizer applications to ensure target UV dose
- Flow Restrictors Regulators - KOBOLD USA
To reduce the water flow rate of domestic or industrial applications, devices called flow restrictors are used They are placed into the line of flow and essentially reduce the space that the water can flow through
- Ultraviolet Sterilizer Flow Restrictor, 316L Stainless Steel 3 4 or 1
A flow restrictor helps your system maintain the flow rate your system was designed for, to give you the best performance Each water system is rated for a certain flow rate whether it is a carbon filter, a UV disinfection system, or a water softener
- Ultraviolet disinfection - Regulation and controls - Degremont®
In order to maintain proper disinfection performance UV disinfection systems are equipped with control features that also help with system maintenance They include: if necessary, calculation of the reactor delivered dose by the system using UV intensity, transmittance and flow rate measurements
|
|
|