Bryan Boilers CLM Series ユーザーズマニュアル
High efficiency hot water and steam boilers
for commercial and industrial applications
for commercial and industrial applications
Bryan flexible tube boilers are ideally suited for both hot
water and steam space heating systems as well as either
high or low pressure process steam. In a range of sizes from
1,200,000 to 3,000,000 BTUH input, Bryan CLM series
flexible tube boilers are ideal for many commercial, institu-
tional and industrial applications. These include healthcare
facilities; schools; apartments; churches; office buildings;
correctional facilities; airports; sewage treatment plants;
golf, tennis and fitness clubs. Hospitals, dairies, restaurants,
laundries, dry cleaners, food processing, tire recapping and
metal plating are just a few of the many applications.
water and steam space heating systems as well as either
high or low pressure process steam. In a range of sizes from
1,200,000 to 3,000,000 BTUH input, Bryan CLM series
flexible tube boilers are ideal for many commercial, institu-
tional and industrial applications. These include healthcare
facilities; schools; apartments; churches; office buildings;
correctional facilities; airports; sewage treatment plants;
golf, tennis and fitness clubs. Hospitals, dairies, restaurants,
laundries, dry cleaners, food processing, tire recapping and
metal plating are just a few of the many applications.
All Bryan boilers are built in accordance with the require-
ments of the ASME Boiler and Pressure Vessel
Code.
Code.
Efficient “Flexible Water Tube”
design
design
The Bryan bent water tube provides rapid
internal circulation — for maximum heat trans-
fer and operating efficiency.
internal circulation — for maximum heat trans-
fer and operating efficiency.
Easily replaceable tubes
Tubes are easily removable and replaceable
without welding or rolling. Little service space
is required.
without welding or rolling. Little service space
is required.
No “Thermal Shock”
The flexibility of the bent water tube design eliminates all
possible damage from "Thermal Shock" and from stresses
caused by poor or unequal internal circulation. This is
particularly important with forced hot water heating systems
designed for higher temperatures and greater temperature
drops.
possible damage from "Thermal Shock" and from stresses
caused by poor or unequal internal circulation. This is
particularly important with forced hot water heating systems
designed for higher temperatures and greater temperature
drops.
Steam Boilers: Section IV or I
Steam release area
Large, full-size steam drum provides for dry steam and
stable water level.
stable water level.
High or low pressure construction
Boiler is constructed as standard for 15 psi or 150 psi
maximum working pressure. Also available for higher pres-
sures to 300 psi.
maximum working pressure. Also available for higher pres-
sures to 300 psi.
Water Boilers: Section IV
High or low pressure construction
Boiler is constructed as standard for 160 psi
maximum working pressure at 230°F operating
temperature and 250°F design temperature.
Also available for higher pressures to 250 psi,
at 285°F operating temperature and 300°F de-
sign temperature.
maximum working pressure at 230°F operating
temperature and 250°F design temperature.
Also available for higher pressures to 250 psi,
at 285°F operating temperature and 300°F de-
sign temperature.
Natural internal circulation
The water tube design and the large downcomer
legs provide adequate internal circulation with-
out concern over exterior pumping conditions.
Low pressure drop through boiler.
legs provide adequate internal circulation with-
out concern over exterior pumping conditions.
Low pressure drop through boiler.
Compact — minimum floor space
Requires less floor space than most boilers,
minimum boiler room size. Since the tubes can be removed
from one side, the boilers are available with right or left hand
construction for common tube removal, further minimizing
space needs.
minimum boiler room size. Since the tubes can be removed
from one side, the boilers are available with right or left hand
construction for common tube removal, further minimizing
space needs.
Shipped completely assembled and wired. Units can also
be shipped "Knocked Down" for on-site assembly.
Bryan CLM Series Boiler Specifications
BOILER
INPUT
STEAM OUTPUT
(4)
HTG. SURFACE
APPROX. SHIP
MODEL
(1)
MBH (KW)
MBH (KW)
HP (KW)
MBH (KW)
HP (KW)
LBS/HR (KG/HR)
SQ. FT. (M²)
LBS. (KG)
CLM120-W
1,200 (352)
960 (281)
29 (281)
978 (287)
29 (287)
—
145 (13.5)
2,250 (1,021)
CLM120-S
1,200 (352)
960 (281)
29 (281)
—
—
990 (449)
145 (13.5)
2,450 (1,111)
CLM150-W
1,500 (440)
1,200 (352)
36 (352)
1,223 (358)
37 (358)
—
180 (16.7)
2,675 (1,213)
CLM150-S
1,500 (440)
1,200 (352)
36 (352)
—
—
1,237 (561)
180 (16.7)
2,850 (1,293)
CLM180-W
1,800 (527)
1,440 (422)
43 (422)
1,467 (430)
44 (430)
—
215 (20.0)
2,975 (1,350)
CLM180-S
1,800 (527)
1,440 (422)
43 (422)
—
—
1,485 (674)
215 (20.0)
3,250 (1,474)
CLM210-W
2,100 (615)
1,680 (492)
50 (492)
1,712 (502)
51 (502)
—
251 (23.3)
3,475 (1,576)
CLM210-S
2,100 (615)
1,680 (492)
50 (492)
—
—
1,732 (786)
251 (23.3)
3,650 (1,656)
CLM240-W
2,400 (703)
1,920 (563)
57 (563)
1,956 (573)
58 (573)
—
287 (26.7)
3,900 (1,769)
CLM240-S
2,400 (703)
1,920 (563)
57 (563)
—
—
1,979 (898)
287 (26.7)
4,050 (1,837)
CLM270-W
2,700 (791)
2,160 (633)
64 (633)
2,201 (645)
66 (645)
—
322 (29.9)
4,400 (1,996)
CLM270-S
2,700 (791)
2,160 (633)
64 (633)
—
—
2,227 (1,010)
322 (29.9)
4,900 (2,223)
CLM300-W
3,000 (879)
2,400 (703)
72 (703)
2,445 (716)
73 (716)
—
360 (33.5)
4,800 (2,177)
CLM300-S
3,000 (879)
2,400 (703)
72 (703)
—
—
2,474 (1,122)
360 (33.5)
4,925 (2,234)
OUTPUT @ 80% EFFICIENCY
(2)
OUTPUT @ 81.5% EFFICIENCY
(3)
NOTES:
(1) W = Water / S = Steam
(2) Output and horsepower based on boiler industry standard of 80% of input.
(2) Output and horsepower based on boiler industry standard of 80% of input.
(3) Output and horsepower based on an average natural gas combustion efficiency of 81.5% for hot water boiler. Actual combustion efficiencies for oil will be higher.
(4 )Lbs. steam per hour from and at 212°F.
(4 )Lbs. steam per hour from and at 212°F.