Bryan Boilers Heat Exchanger Type Pool Heater User manual

Form No. 2000
(4/04)
All of the features and quality of the time proven
Bryan “Indirect” Heaters are now available using
an existing central boiler heating plant as the
heat source.
Hot water or steam is taken from the heating
main and circulated through the exchanger
shell. The pool water is heated as it passes
through the copper “Indirect” coil.
BRYAN STEAM
Heat Exchanger Type Pool Heater
Features:
• Completely packaged
and assembled
• No gas or oil piping required
• No vent or chimney required
• Lower initial cost
• Less space required
Outputs from 200,000 to 4,200,000 BTUH Water Heat Source
and 400,000 to 3,600,000 BTUH Steam Heat Source
Standard Equipment
Steel heat exchanger shell — (125 PSI-ASME), copper
heat exchanger with brass head, pool water tempera-
ture control aquastat to control heat source circulating
pump or steam control valve, assembled and wired.
Optional Equipment
Circulating pump, steam control valve, thermometer,
steam pressure gauge, steam strainer.
Note
1. Steam valve sizing based upon 5 PSI minimum
steam pressure and ½ PSI return pressure.
2. Pump sizing based upon maximum temperature
drop through exchanger of 30° F, and maximum
head loss in piping between boiler and heater of
10 ft. H20. For other conditions and pressure drop
data consult factory.

Bryan Heat Exchanger Type Pool Heater
Form No. 2000 ©2004 Bryan Steam LLC Printed in USA
44-5952
Bryan Steam LLC —Leaders Since 1916
783 N. Chili Ave., Peru, Indiana 46970 U.S.A.
Phone: [phone] • Internet: www.bryanboilers.com
Fax: [phone]
• E-mail: [email protected]
Heater
Model
Heater Rating
Output — BTU's per hr.
Heat Source
Water Temp. Steam Pressure
180° 210° 2# 10#
SH-16-15P 200,000 280,000 400,000 480,000 B2-16-15 20 (50.8) 11 (27.94) 2 (5.08) 2 (5.08) 1½ (3.81) 19 30°F H-41 1 (2.54) 1/6
SH-16-32P 400,000 560,000 800,000 960,000 B2-16-32 37 (93.98) 11 (27.94) 2½ (6.35) 2 (5.08) 2 (5.08) 37 30°F S-35 2 (5.08) 1/6
SH-24-32P 600,000 840,000 1,200,000 1,440,000 B2-24-32 37 (93.98) 11 (27.94) 2½ (6.35) 2 (5.08) 2½ (6.35) 56 30°F S-45 2½ (6.35) 1/4
SH-24-42P 800,000 1,120,000 1,600,000 1,920,000 B2-24-42 47 (119.32) 11 (27.94) 2½ (6.35) 2 (5.08) 3 (7.62) 75 30°F S-46 3 (7.62) 1/3
SH-24-54P 1,000,000 1,400,000 2,000,000 2,400,000 B2-24-54 59 (149.86) 11 (27.94) 2½ (6.35) 2 (5.08) 3 (7.62) 94 30°F S-55 3 (7.62) 1/2
SH-40-48P 1,500,000 2,100,000 3,000,000 3,600,000 D2-40-51 56 (142.24) 13 (33.02) 3 (7.62) 2½ (6.35) 3 (7.62) 141 30°F TV2g 3 (7.62) 1
SH-40-63P 2,000,000 2,800,000 — — D2-40-64 69 (175.26) 13 (33.02) 3 (7.62) 2½ (6.35) — 187 30°F TV2g 3 (7.62) 1
SH-40-77P 2,500,000 3,500,000 — — D2-40-78 83 (210.82) 13 (33.02) 3 (7.62) 2½ (6.35) — 234 30°F TV2g 3 (7.62) 1½
SH-40-99P 3,000,000 4,200,000 — — D2-40-99 105 (266.7) 13 (33.02) 3 (7.62) 2½ (6.35) — 281 30°F TV2g 5 (12.7) 2
Standard
Coil
Model
Dimensions in. (cm) Circulator
ABC D E
Length Diameter Shell
Tappings
Pool
Water
Tappings
Steam
Valve-IPS
(Pg.1, note1)
Max.
Flow
GPM
Thru
Shell
Shell
∆∆
∆∆
∆T
Circ.
Model
Motor
HP
C
A1" Relief Valve Coupling
B
C
Side View
Support
Bracket
Front View
D
Pool
Temperature
Control
Aquastat
To
Pool
From
Pool
Return Water
Steel Shell
125 PSI ASME
Hot Water From
Central Heating
System
Water Heat Source
Copper Heat Exchanger
F — Heat Source
CirculatingPump To Condensate Main
Steam Trap
Steel Shell
125 PSI ASME
Steam Strainer
E— Steam Control Valve
Copper Heat Exchanger
Steam Heat Source
From
Pool
To
Pool
Steam
Supply
Pool
Temperature
Control
Aquastat
F
Size
in. (cm)
(Pg.1, note2)