| A Tucker
De-Ionization Tank (DI Tank) is filled with a mixed-bed of resin beads that are positively and negatively charged.
The Total Dissolved Solids within typical tap water have either a positive or negative charge. As the tap water
passes through the DI Tank (or DI Cartridge) the dissolved particles attach themselves to the oppositely charged
ions and stay within the DI Tank (or DI Cartridge). The finished water continues on, 99.9% pure.
Depending on local water hardness a DI Tank (or DI Cartridge) will become saturated after a certain period of
use. The resin can then be regenerated in the DI Tank almost to its full capacity making the use eco-friendly
at a fraction of the cost of new resin. |
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Spot Free Water comes in a variety of combinations. In a
very few instances, regular tap water has a low enough TDS (Total
Dissolved Solids) to use for window cleaning, without spotting. Most
markets require water treatment for the highest quality results...
De-ionization tanks are often the first step in
getting started with water treatment for a water fed pole. In some
markets, DI will always be the most cost effective approach, due to each
individual customers situation and market factors. bullet Distilled
water will work - but, often its not logistical to use with a water fed
pole. |
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A combination of DI and Reverse Osmosis water treatment
may be appropriate for some customers. In some markets, it is simply
overkill to utilize RO (reverse osmosis) , because of the return
on your capital investment. What system is right for you? We would be
more than happy to discuss options for you to consider.
Each Tucker DI tank or DI Cartridge
includes a TDS (total dissolved solids) handheld meter.
The degree of TDS present is shown by the amount of iron oxide produced
in the water sample. Measured in mg/L or ppm. |
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Dimensions: 8" diameter x 35" tall
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| Order #0203000 |
| Unger DI Water System
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| Order # 0681000 |
| Tucker DI Tank (large)
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*The Unger DI tank is rechargeable.
Replacement resin is available here
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Tucker DI tanks shown with proper connections for use with ANY Tucker pole.
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We have products to produce
"spot free" rinse water |
| Example of a Mixed Bed De-Ionization System, which can be often obtained
locally by a local water treatment company (see Yellow Pages under Water Softening & Conditioning Equipment).
We recommend you get quotes from more than one provider, since costs can vary. |
| Many window cleaners in Southern California discovered the benefits of DI water and
"spot free" rinse in the 1980's. Today, a DI tank is an excellent way to discover first hand the benefits of "spot free"
water for a variety of cleaning applications, including window cleaning. Reverse osmosis systems (RO) can lengthen the
life of your DI system, reducing your overall cost of water. |
How Pure is Your Water?
What is your TDS level?
Definitions:
- TDS = Total Dissolved Solids
- Grains per Gallon = 1 grain of calcium carbonate per US
gallon of water.
- Parts per Million (PPM) = 1 part total dissolved solids
per 1 million parts of water
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To determine how many gallons the system will deliver in your
area, use the Hand Held TDS meter that comes with your system to determine
the TDS (total dissolved solids) in your water supply. The chart below will
give approximate yield of a Tucker DI tank before regeneration is needed.
|
| Rating |
Grains Per Gallon |
Parts Per Million |
|
If Your TDS is |
A Tucker DI will yield |
| Soft Water |
less than 1 |
less than 17.1 mg/L |
|
50 |
3000 gallons |
| Slightly Hard |
1.0 - 3.0 |
17.1 - 60 mg/L |
|
100 |
1500 gallons |
| Moderately Hard |
3.5 - 7.0 |
60 -120 mg/L |
|
200 |
750 gallons |
| Hard |
7.0 - 10.5 |
120 - 180 mg/L |
|
400 |
375 gallons |
| Very Hard |
over 10.5 |
over 180 mg/L |
|
800 |
185 gallons |
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