Condensate Drain For Sa0 (Single-Pipe) (Optional, Sold Separately) - Carel ultimateSAM SAB Mode D'emploi

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3.4 Condensate drain for SA0 (single-pipe)
(optional, sold separately)
The single-pipe version SA0 features two condensate drains: the fi rst on the
1/2" (GAS or NPT) steam inlet manifold and the second at the end of the 3/8"
(GAS or NPT) uprights.
Fig.3.g illustrates the typical connection using two condensate drain traps.
A condensate drain pipe for draining outside of the AHU/duct is also as an
option (Fig. 3.h)
To install this, make a hole in the duct as shown on the drilling template. The
outside diameter of the condensate drain pipe is 10 mm.
SAKC x S 10 x
Family prefix
5
10 mm (0.39")
Pos. Meaning Option
…
Upright length A
(in)
B
C
D
E
F
G
H
I
J
K
L
†
Material S
‡-ˆ
OD mm (in) 10 10= 10 mm (0.40) OD.
‰
Region 0
U North America (NPT)
Š
Free 0
"ultimateSAM - user" +03U0070EF - rel. 1.0 - 23.05.2013
Fig. 3.g
0
6 7 8 9
10
Description Condensate drain to
fi t on the SA0 single
pipe
A= 358 (14)* SA0AALI0*0
B= 510 (20)* SA0BALI0*0
C= 662 (26)* SA0CALI0*0
D= 814 (32)* SA0DALI0*0
E=966 (38)* SA0EALI0*0
F= 1118 (44)* SA0FALI0*0
G= 1270 (50)* SA0GALI0*0
H= 1422 (56)* SA0HALI0*0
I= 1574 (62)* SA0IALI0*0
J= 1726 (68)* SA0JALI0*0
K= 1878 (74)* SA0KALI0*0
L= 2030 (80)* SA0LALI0*0
S = Stainless steel
Other (GAS)
Tab. 3.d
Fig. 3.h
The thermostatic steam trap SAKTBH0000 (Fig.3.i, supplied as an option) can
be connected directly to the condensate drain pipe. In this case too, use
a drain trap to drain the condensate from the manifold. The SAKTBH0000
kit should be installed vertically, using the adapter supplied with quick
coupling (Fig. 3.j).
SAKTBH0000
240 mm
In order to have just one condensate drain point, use kit SAKC0ST000
(Fig.3.k). This kit is used to connect the manifold condensate drain to the
upright condensate drain pipe (fi g.3.l)
The thermostatic steam trap SAKTBH0000 is also available. With this
solution, the quick coupling supplied with the thermostatic steam trap is
not needed.
18
Fig. 3.i
Fig. 3.j
Fig. 3.k
Fig. 3.l