6
Siemens Industry, Inc.
Building Technologies Division
A6V10324662_g_en_US
201
6
-0
1
-
20
Normally open / Normally closed:
Define intended max. ambient temperature (77 °F, 100 °F, 120 °F) and max. power factor from load.
Then find correlated possible max. current ratings in table below:
up to DC 30 V
up to AC 125 V
P.F. / Amb. Temp.
0 - 77°F / 0 - 25°C
≤
100°F /
≤
38°C
≤
120°F /
≤
49°C
0 - 77°F / 0 - 25°C
≤
100°F /
≤
38°C
≤
120°F /
≤
49°C
resistive
1
4x 5 A
2x 7 A
1x 8 A
4x 3 A
2x 4 A
1x 5 A
4x 2 A
2x 2.5 A
1x 3 A
4x 5 A
2x 7 A
1x 8 A
4x 3 A
2x 4 A
1x 5 A
4x 2 A
2x 2.5 A
1x 3 A
inductive
0.6
4x 5 A
2x 5 A
1x 5 A
4x 3 A
2x 4 A
1x 5 A
4x 2 A
2x 2.5 A
1x 3 A
4x 5 A
2x 7 A
1x 7 A
4x 3 A
2x 4 A
1x 5 A
4x 2 A
2x 2.5 A
1x 3 A
inductive
DC 0.35
AC 0.4
4x 3 A
2x 3 A
1x 3 A
4x 3 A
2x 3 A
1x 3 A
4x 2 A
2x 2.5 A
1x 3 A
4x 5 A
2x 7 A
1x 7 A
4x 3 A
2x 4 A
1x 5 A
4x 2 A
2x 2.5 A
1x 3 A
4x Out: A,B,C,D ; 2x Out: B,C ; 1x Out: C ; use only indicated outputs
PF 0.6 (60 Hz)
≡
L/R max. 3.5 ms
PF 0.35 (60 Hz)
≡
L/R max. 7.1 ms
≡
max. ind. Load at any case
Diagnostics
NOTICE
AC ratings MUST NOT be used with modules
with ES<10. You will find the ES on the label.
Indication
Actions
Normal, no fault is present
In-/Output module is fully functional
none
Fault is present
Error with the input circuitry (open line, short circuit, deviation)
Checking the input circuitry (parameter setting,
resistors, short-circuit, open line)
Invalid parameter settings
Check the parameter setting
Supply error
- Check detector line voltage
- Replace device
Software error (Watchdog error)
Replace device
Storage error
Replace device
Communication error between device and control panel
Remedy cause
Note: Any general message can be displayed together with another status.
Configuring the outputs
Configuring the inputs
For configuring the outputs, proceed as follows:
a. Determine in which position the contact is
active. The contact can be active when it is:
- Closed (normally open, NO)
- Open (normally closed, NC)
b. After activating the contact remains:
– Permanently active
– Active only for a certain period of time. How
long the contact remains active can be
configured as well (pulse duration). This is only
to be used in the application of:
●
Resetting the four wire device F5000
Reflective Beam Smoke Detector, P/N 500-
050261.
The following settings are possible:
10 s
15 s
20 s
c.
Determine the behavior of the output in case of
error on the communication line (open line to
the control panel, FDCIO422 power failure).
The following configurations are possible for
the behavior in case of a failure (default
positions):
– Output position remains the same as
before the error
– Output is activated
– Output is deactivated
For configuring the inputs, proceed as follows:
a. Configure the inputs as 4 Class B (DLCB) or
2 Class A (DLCA).
b. Define the type of input (danger input or status
input):
- Status input: triggers status change
- Danger input: triggers alarm
c. Determine the type of monitoring and the
monitoring resistors (refer to Figure 10):
- Class A only open
no EOL
- Class B only open
R
P
470
Ω
- Class B open and short R
S
100
Ω
and R
P
470
Ω
d. Define the input filter time. The following settings
are possible:
0.25 s
0.5 s
1 s
The configuration of the input must
correspond to the actual wiring.
An EOL must be mounted to the input in case of this
input is NOT used.
Follow the instructions in the
corresponding panel manual for
programming the FDCIO422 properly:
P/N A6V10333724 and
P/N A6V10336897.
