6
Part No. 6-847684-00 Rev. D01
Alarm Configuration
Introduction
An alarm panel may consist of any
combination of digital display modules, multi-
signal modules, or blank modules.
If alarm panel is configured with digital display
modules, pressure/vacuum sensors will be
included for connection to pressure/vacuum
pipeline (except for 6-M2N).
Sensors may be located inside alarm panel
rough-in box (local sensors) or outside alarm
panel rough-in box (remote sensors).
Local sensors must be connected to
pressure/vacuum pipelines via copper tubing
(Figure 3). Remote sensor may be mounted
near pressure/vacuum pipeline and then wired
to alarm panel (Figure 4).
The required alarm panel configuration may be
specified within the part number scheme as
described below:
Part Number Scheme:
6-M2
?
-
? ? ? ? ? ? ? ?
Figure 3: Local Sensors
Figure 4: Remote Sensors
1 2 3 4 5 6 7 8
Position within alarm
panel (Figures 1 and 2)
L = Local Sensors
R = Remote Sensors
N = No Sensors
(Slave Applications)
Designates type of
alarm panel component
from chart below
O
OXYGEN
D
OXYGEN - 100 PSI
X
NITROUS OXIDE
A
MEDICAL AIR
F
MEDICAL AIR - 100 PSI
5
AIR (ISO)
7
LABORATORY AIR
2
O2-CO2
4
O2-He
C
CARBON DIOXIDE
G
CARBON DIOXIDE - 100 PSI
1
CO2-O2
3
He-O2
H
HELIUM
V
VACUUM
6
VACUUM (ISO)
8
LABORATORY VAC
W
WAGD
N
NITROGEN
9
INSTRUMENT AIR
DIGITAL
DISP
LA
Y
M
O
DU
LE
S
M
MULTI-SIGNAL MODULE
R
MULTI-SIGNAL MODULE W/ RELAYS
B
BLANK
Sensor modules are
mounted inside the
alarm panel box
Copper tubes connect to
pressure/vacuum
pipelines
Sensors have separate
mounting boxes for mounting
near pressure/vacuum
pipeline and then must be
wired to alarm panel
Copper tubes connect to
pressure/vacuum
pipelines
NOTE:
When an alarm panel is ordered with either local
or remote sensors, ALL sensors will either be
local or remote. Alarm panels with a combination
of local and remote sensors are not available.
NOTE:
Alarm panel components in table above are listed
in order of criticality. Unless otherwise specified,
the most critical component will fill position one,
the next less critical component will fill position
two, etc. etc.
