|
|
 |
|
10 year warranty on tanks
5 year warranty on valves
|
|
|
|
Now with more active oxidation than standard MetalEase! |
| SWT's Residential Arsenic Filters
are built utilizing SWT's MetalEase-AS™
filter media as the primary layer. These chemical-free filters are
designed to remove arsenic and additional dissolved metals from water. Vigorous backwashing keeps the bed
clean. Plus, these systems feature SWT’s revolutionary Cyclonic Distributor
System™ to provide full bed contact, less channeling, and superior backwashing. |
| • |
Reduces arsenic, lead, iron, manganese, hydrogen sulfide,
copper, zinc, gross-alpha/beta emitters (radioactive particles), and more |
| • |
No chemicals required |
| • |
Fully programmable, energy efficient controller uses less than $5.00
of electricity per year |
| • |
100% corrosion-free system features wound fiberglass tank with
copolymer polypropylene lining |
| • |
All international voltages available |
|
|
| |
| |
| Tech Series Automatic Backwashing MetalEase-AS™ Filters |
| Part Number |
Tank Size
Inches |
Service Flow Rate † |
Backwash
30% Exp. @ 60ºF
GPM (LPM) |
Standard
Connection Size |
Standard
GPM (LPM) |
Peak
GPM (LPM) |
| MFA062C-018-AS |
8 x 44 |
3-5 (11-19) |
6 (23) |
7 (27) |
1 inch Brass Sweat |
| MFA075C-025-AS |
9 x 48 |
4-6 (15-23) |
8 (30) |
9 (34) |
1 inch Brass Sweat |
| MFA113C-027-AS |
10 x 54 |
6-8 (23-30) |
10 (38) |
12 (45) |
1 inch Brass Sweat |
| MFA150C-040-AS |
12 x 52 |
8-10 (30-38) |
11 (42) |
15 (57) |
1 inch Brass Sweat |
| MFA200C-045-AS |
13 x 54 |
9 (34) |
13 (49) |
20 (76) |
1 inch Brass Sweat |
| MFA250C-053-AS |
14 x 65 |
11 (42) |
15 (57) |
22 (83) |
1 inch Brass Sweat |
|
| |
| Logix Series Automatic Backwashing MetalEase-AS™ Filters |
| Part Number |
Tank Size
Inches |
Service Flow Rate † |
Backwash
30% Exp. @ 60ºF
GPM (LPM) |
Standard
Connection Size |
Standard
GPM (LPM) |
Peak
GPM (LPM) |
| MFA062L-018-AS |
8 x 44 |
3-5 (11-19) |
6 (23) |
7 (27) |
1 inch Copper Tube |
| MFA075L-025-AS |
9 x 48 |
4-6 (15-23) |
8 (30) |
9 (34) |
1 inch Copper Tube |
| MFA113L-027-AS |
10 x 54 |
6-8 (23-30) |
10 (38) |
12 (45) |
1 inch Copper Tube |
| MFA150L-040-AS |
12 x 52 |
8-10 (30-38) |
11 (42) |
15 (57) |
1 inch Copper Tube |
| MFA200L-045-AS |
13 x 54 |
9 (34) |
13 (49) |
20 (76) |
1 inch Copper Tube |
| MFA250L-053-AS |
14 x 65 |
11 (42) |
15 (57) |
22 (83) |
1 inch Copper Tube |
|
For superior filtration, reduce flow rates
by 1/3 of the standard flow rate specification.
Duplex systems available.
International voltages available.
All systems have other piping connections available.
Operating pressure: 20 to 125 psi (1.4 to 8.6 bar)
Operating temperature: 36 to 120ºF (2 to 48.9ºC)
All pressure vessels are wound fiberglass composite tanks with copolymer polypropylene liner and are NSF® listed. |
| |
| |
| Options: |
|
Substitutions by Request: |
| |
|
|
|
| PART NUMBER |
DESCRIPTION |
|
DESCRIPTION |
| RG-TJ0844EC |
Chrome Tank Jacket, 8 x 44 inch |
|
Substitute 0.75 or 1 inch Copper Fittings |
| RG-TJ0948EC |
Chrome Tank Jacket, 9 x 48 inch |
|
Substitute 0.75 or 1 inch PVC Socket Fittings |
| RG-TJ1054EC |
Chrome Tank Jacket, 10 x 54 inch |
|
Substitute 0.75 or 1 inch PVC NPT Fittings |
| RG-TJ1252EC |
Chrome Tank Jacket, 12 x 52 inch |
|
Substitute 0.75 or 1 inch Brass NPT Fittings |
|
| |
| |
 |
|
| SWT Systems Include the REVOLUTIONARY |
| CYCLONIC DISTRIBUTOR SYSTEM™ |
|
| • |
Up to 30% less backwash flow rate is required...conserving water for the customer |
| • |
Distributor plate is designed for more than 6,500 lbs load capacity |
| • |
Reduces system pressure loss while increasing flow and efficiency through the bed |
| • |
Bottom plate distributor (shown left) available for 7, 8, 9, 10, 12, 13, 14, and 16 inch diameter tanks |
| • |
Mid plate distributors (up to 4 per tank) available for 10 inch and 13 inch diameter tanks |
This environmentally friendly design offers the most efficient service and backwashining
characteristics available — reducing the amount of water to drain in backwash, while increasing the
overall filtration capacity of a system. Click here
for more information.
|
|
|
| |