AquaStar Light Channel Drain 32in White | 32CDFLFR101
AquaStar Light Channel Drain 32in White | 32CDFLFR101
SKU#: 32CDFLFR101
32CDFLFR101 AquaStar VGBA-2017 Flow Rating White Drain Channel for Swimming Pool and Spas
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AquaStar Light Channel Drain 32in White | 32CDFLFR101
SKU# 32CDFLFR101
Manufacturer: AQUASTAR POOL PRODUCTS INC.
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Product Details
About this product
Description
Highlights
1. 32" Channel Drain Frame
2. 32" Channel Drain Frame Support “Dog Bones”, Qty 4
3. 32" Channel Drain Flush Cover
4. 10 x 3/4" Flat Head Phillips, 316 SS, Qty 16Features
Brand Information
AquaStar co-founder, inventor and engineer Olaf Mjelde has over 30 years of experience in the engineering and manufacturing business, and for many years developed complex assemblies for numerous Fortune 500 companies. At AquaStar, every product is held to the highest standard of quality, resulting in superior, dependable products that last; products that endure despite their continual exposure to harsh pool chemicals and intense ultraviolet light.
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Specifications
What steps should be taken to properly size covers for a suction system?
1. Determine the Design Flow Rate The flow rate needed for proper function
Example: e.g. 4 Spa Jets @ 20 GPM each = 80 GPM
2. Size Pipe to Not Exceed 6 fps or 8 fps
Refer to the chart labeled Max GPM Capacities of Pipes
Example (continued): The pipe needs to be minimum 2-1/2'' 2-1/2'' Pipe @ 6 fps = 90 GPM
3. Select a Pump That Can Deliver
Review example Pump's Model Specific Performance Curve
Example (continued): 0 GPM through 2-1/2'' pipe and overall system e.g. Pump with max flow of 164 GPM
4. Select a Drain System With A VGBA Flow Rating higher than the maximum flow potential of the pump.*
Select a drain system with a higher flow rating than the highest potential flow rate. See "highlighted area" in Pump's Model Specific Peformance Curve Example
Example (continued): e.g. A10RCFRxxx, qty 2, with max flow using a 2.5'' pipe of 170 GPM, see specification sheet.*NOTICE: Pump flow potential is best determined by measuring flow or measuring the TDH of the system during high-speed, clean-filter operation and then looking up the actual flow using the manufacturer’s published pump curve. To avoid oversizing drain covers and suction piping, the use of a flow meter or the TDH measurement method is suggested for pumps larger than 3 HP.
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