Siemens FDCI183 User manual

FDCI183 Transponder
Product Manual
Characteristic
Fulfill Chinese Standard of GB16806-2006 “Interlocking Control System”;
1 monitored inputs as collective detector connection;
LED display of alarm and fault status;
External 24VDC power supply;
Microprocessor-controlled signal evaluation;
Earth fault monitoring;
With the Zener diode barrier, it is also possible to connect intrinsically safe detectors;
Applicable in dry, dusty and humid areas in protection box.
Application
From a functional perspective, we distinguish between the primary side and the secondary side of the transponder.
The primary side is the connection to the FD18-BUS. The secondary side is the connection to the collective
detection line.
Compatible detector list
Type Max. detector per line
HI520/OP520
32
DO1101A-EX/DT1101A-EX
25
DF1101-EX 5
FDL241-9-CN/DF1191/DF1192
1
FDO181C/FDT181C 32
Communication
The communication with the control panel is performed via the FD18-BUS. The configuration is performed on
the control unit or commissioning tool.
Power Supply
Power supply of the primary side (FD18-BUS) is always ensured via the detector line FD18-BUS. Power
supply of the secondary side must always be ensured via an external 24VDC supply unit. The primary and
the secondary side are galvanically isolated.
Operating modes
The transponder can be in either of the following operating modes:

2
Building Technologies A6V10362122_a_en_--
Fire Safety & Security Products 12.2011
 Normal operation
 Localization
Normal operation
The transponder is in the intended operating mode. Inputs are monitored and assessed.
Localization
For an unambiguous identification, the transponder can be set in localization mode from the control unit. The
localization mode is indicated by the LED.
Earth fault monitoring
The earth fault monitoring function can be switched off with a jumper. When the earth fault monitoring is switched
on, the terminal of earth connection should be connected with grounding. When intrinsically safe detectors are
connected, the earth fault monitoring must be switched off.
Structure
No.
Signification
1 Connection to collective detector line
2 Earthing connection
3 Jumper for the earth fault monitoring
4 LEDs for the status indication of alarm
5 LEDs for the status indication of fault
6 Connection of the FD18-BUS line
7 Connection of the 24V external power supply
LED Indicators
Red Yellow Signification
off off Normal condition
flashes every 1 s off Localization mode
on off Alarm mode
off flashes every 4 s Short mode
off flashes every 41s Open mode
off on Fault mode
Jumper
Position Signification
ON Earth fault monitoring is activated
OFF Earth fault monitoring is deactivated(default)

3
Building Technologies A6V10362122_a_en_--
Fire Safety & Security Products 12.2011
Installation
Fig. 2
Fig. 3 Fig. 4
Fig.
5
Fig.
6
Fig.
7
Fig. 8 Detection line connection
Fig. 9 Detector line with safety barrier
( the earth fault monitoring must be switched off)
Preparation
Voltage!
No power supply during installation.
1. Determine type of installation:
– Installation outside a switching cabinet or a control unit:
use FDCH221 housing (Fig. 3) .
– Installation directly in a switching cabinet or a control
unit: mount the module on an even surface (Fig. 2) .
Procedure with installation on an even surface
1. Put the transponder on an even surface.
2. Fix it with two M4 screws (Fig. 2). Distance between
installation holes: 118.0 ± 1.0mm 。
Procedure with installation in the housing
1. Open the housing (Fig. 6).
2.
Determine the cable entries in the housing and break them
out.
3. Mount the housing on an even surface with two M4
screws
(Fig. 4). Distance between holes: 182.0 ± 1.0mm.
4. Insert the cables and fix the cables in the housing (Fig. 5).
5. Insert the seal and fix the lid additionally with four screws
(Fig. 6). (only this way is IP65 protection guaranteed)
Electric connection
Input voltage should not be less than 18VDC.
Mind the positive and negative polar when connecting the
diodes.
Connect only one wire per terminal.
1. Connect the cables to the terminals according to the
connection diagram (Fig. 7, Fig. 8, Fig. 9).
2. Connect the line terminators (EOL). These must be
connected to the end of the line (Fig. 8 /Fig. 9).
3. Connect the cables to the module with cable ties (max.
width 2.6 mm).
+
I/O FDCI183
EOL
1.5KE20CA

Beijing Siemens Cerberus Electronics Limited
No.1,Fengzhidonglu, Xibeiwang, HaiDian District,
Beijing, 100094, China
Tel: [phone]
Fax: [phone]
© Data and design subject to change without notice.
Doc No. A6V10362122_a_en_-- Version a Manual FD18
Edition 12.2011 101082423
Dimensions
In:mm
Specification
FD18-BUS Operating voltage 12... 33 VDC
FD18-BUS Operating current Quiescent: 0.45mA
Alarm:1.1mA
External power supply
– Input voltage
18... 32 VDC @ 0.15A
End of line 1.5KE20CA(EOL) or EOL22(ex)
Operating temperature –10... +50 °C
Storage temperature –30... +70 °C
Humidity ≤95 % rel.
Communication protocol FD18-BUS
Load factor 3
Connectable terminal blocks 0.2... 2.5 mm
2
Color
– Housing
– Cover
Pure white, RAL 9010
transparent matt
Protection category EN60529 /
IEC529
– with auxiliary housing
IP65
Line impedance of collective
detection line
150ohm (twins cable)
Order Information
Type Material No. Part No. Designation Weight
FDCI183 Transponder,Incl.1.5KE20CA(EOL) 0.098 Kg
FDCH221 S54312-F3-A1 100686595 Auxiliary Housing (IP65) 0.250 Kg
SB3 100208657 Safety barrier
EOL22(ex) 100211529 End of Line
1.5KE20CA(EOL) A5Q00015836 100967645 Transient Diode 20V