Brochure
107
10
B
23.1 &$3 -*2
23.1 &$3 -* ""$22.1($2
Code Description Pk Lbs USD
NAS20025 25 gal. tank, no HX 1 100 2,530.00
NAS20050 50 gal. tank, no HX 1 200 3,025.00
NAS20080 80 gal. tank, no HX 1 250 3,575.00
NAS20120 119 gal. tank, no HX 1 350 4,730.00
High discharge automatic air vent.
Brass body.
Max. working pressure: 150 psi.
Working temperature range: 30—250ºF.
Code Description Pk Lbs USD
551004A ½" NPT female 1 8.2 118.70
Pipe nipple for attaching air vent to top of
storage tank with reducing bushing.
Code Description Pk Lbs USD
NA10160 ½" NPT male x ½" male NPT x 3" 1 0.1 12.30
Reducer bushing for installing into 2" NPT
female connection in storage tank providing
an ¾ NPT female thread.
Code Description Pk Lbs USD
NA10234 2" M NPT x ¾" F NPT, stainless steel 1 0.2 47.40
Reducer bushing for inserting into top of
storage tank to attach pipe nipple to air
vent.
Code Description Pk Lbs USD
NA10082 ¾" M NPT x ½" F NPT, brass 1 0.3 7.60
551
DISCAL
®
tech. broch. 01124
Storage tanks can serve as a thermal buffering tank with porcelain glass
coated steel lining. Powder-coated steel external cover. Drain port/valve.
Max. working pressure: 150 psi.
Working temperature: -40—190ºF.
Recommended max. delivery water temperature: 120ºF.
Testing pressure: 300 psi.
Tank insulation: 2" non-CFC foam.
Insulation thermal conductivity: R16.
Connections: 25 gal. side: (4) 1½” & (1) ¾” NPT female
25 gal. top: (2) 1½” & (1) ¾" NPT female
50, 80, 120 gal. side: (7) 2” NPT female
50, 80, 120 gal. top: (3) ¾" NPT female
NAS200
ThermoCon™
tech. broch. 01179
¾”
NPT
2”NPT
2”NPT
2”NPT
1½”NPT
¾”
NPT
Code Description Pk Lbs USD
NA10229 ¾" NPT x 36" anode rod fi ts 50 gal. 1 8.0 61.00
NA10230 ¾" NPT x 40" anode fi ts 80 &120 gal. 1 9.0 68.00
Magnesium anode rod.
Code Description Pk Lbs USD
NA10339 2" NPT male plug, 304 stainless steel 1 0.2 41.30
NEW
NEW
Reduction of Lead in Drinking Water Act Compliant: 0.25% max. weighted
average lead content. Reduction of Lead in Drinking Water Act certifi ed
through Underwriters Laboratory (UL) in accordance with NSF/ANSI 372.