26
G. STEAM INFORMATION
It is your responsibility to have
ALL
plumbing connections made by a qualified professional to assure that the
steam plumbing installation is adequate and conforms with local and state regulations or codes.
IMPORTANT
: Failure to comply with the requirements stipulated in this manual can result in
component failure which will VOID THE WARRANTY.
NOTE
: The ADS-464 is manufactured with a pneumatic (piston) damper system which requires an
external supply of air (80 psi ± 10 psi).
1. Steam Coil PH Level
The normal PH level for copper type steam coils must be maintained between a value of 8.5 to 9.5. For steel
type steam coils the PH level must be maintained between a value of 9.5 to 10.5. These limits are set to limit
the acid attack of the steam coils.
IMPORTANT:
Coil failure due to improper PH level will VOID THE WARRANTY.
2. Steam Requirements
Inlet ----- 2” supply line connection
Return -- 1-1/4” return line connection
O
PERATING
S
TEAM
P
RESSURE
M
AXIMUM
150 psig
10.5 kg/sq cm.
M
INIMUM
100 psig
7.03 kg/sq cm.
H
EAT
I
NPUT
(
NORMAL LOAD
)
60
bph
C
ONSU MPTION
(
APPROXIMATE
)
1,980
lbs/hr
900 kg/hr
Shaded areas are in meric equivalents
3. Installation Instructions
To ensure an adequate supply of steam is provided, be sure that the steam lines and return lines are sized and
laid out as stipulated in this manual. Inadequate steam lines and return lines or improper steam plumbing will
result in poor performance and can cause component failure. Clean dry steam
must be
provided to the
dryer.
IMPORTANT
: Steam coil failure due to hammer by wet steam will VOID THE WARRANTY.
a. The presence of the condensate in the steam supply will cause water hammer and subsequent heat
exchanger (steam coil) failure. The steam supply connection into the main supply line
must be
made with
a minimum 10-inch riser. This will prevent any condensate from draining toward the dryer.
b. The steam supply piping to the dryer
must include
a 12-inch rise along with a drip trap and check valve.
This will prevent and condensate from entering the steam coil.
