Siemens Scalance X204-2 Multimode Service manual

SiemensSiemens
SiemensSiemens
Siemens IndustryIndustry
IndustryIndustry
Industry,,
,,
,Inc.Inc.
Inc.Inc.
Inc.
BuildingBuilding
BuildingBuilding
Building
TT
TT
Tecec
ecec
echnologies Dihnologies Di
hnologies Dihnologies Di
hnologies Divisionvision
visionvision
vision
P/N 315-050537-3
INTRODUCTION The Model Scalance X204-2 Multimode and X204--2LD Single
Mode Ethernet Fiber Switch (as shown in Figure 1) from
Siemens Building Technologies, Inc. is used to maintain a Style
7 ring or Style 4 (Class B) wiring for communications between
all buildings and Siemens Building Management Systems (Fire
Command Centers within a FVNET campus, NCC, Desigo CC,
Cerberus DMS). Both Style 7 and Style 4 perform all required
monitoring of the health of the network. Style 7 wiring will
automatically ‘heal’ the ring when a break or other failure is
encountered.The failure is reported via SNMP (Simple
Network Management Protocol).
The fiber switch obtains its power from a 24V UL Listed for
Fire Application, Power Limited - Regulated Power Supply. It
provides connectors for the fiber cable and four RJ45
100BaseT network connections.
In Style 7, the fiber switch that is connected to the primary
NCC is designated as the ring master. There is no difference
in installation, configuration, and operation of single mode or
multimode fiber optic switches except the type of fiber used.
INSTALLATION
Remove all system power before installation, first battery then AC. (To power up,
connect the AC first, then the battery.)
Mounting on VNT-MP The fiber switch mounts on a bracket in the lower left corner of the VNT-MP mount-
ing plate as shown in Figure 2. To mount the fiber switch on the bracket, place the
bottom edge of the fiber switch cutout on the bottom edge of the rail between the
VNT-MP and the standoff and then snap the top edge of the fiber switch cutout on to
the top edge of the rail. Refer to Figure 3 for the mounting detail.
Fiber Switch Ethernet Connections
Installation Instructions
Model Scalance X204-2 Multimode and X204-2LD Single Mode
Ethernet Fiber Switch
Figure 1
Scalance X204-2/
X204-2LD Ethernet
Multimode
Fiber Switch
P1
P2
P3
P4
P5
P6
IN
OUT
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
L2+
M2
Figure 2
Fiber Switch Mounting on VNT-MP
Figure 3
Fiber Switch Mounting Detail
VNT-MP
VNT-PS
FIBER
SWITCH
XND
VNT
RAIL FOR
FIBER SWITCH
MOUNTING
STANDOFF
TO KEEP
FIBER
SWITCH
IN PLACE
BRACKET FOR
MOUNTING
FIBER SWITCH
1. PLACE BOTTOM EDGE OF
FIBER SWITCH GROOVE ON
BOTTOM EDGE OF RAIL.
2. SNAP TOP EDGE OF
FIBER SWITCH GROOVE
ON TO TOP EDGE OF RAIL.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-32
WIRING Figure 4 shows the fiber switch module block wiring diagrams for both Style 7 (Class
X) and Style 4 (Class B). Figure 5 shows the wiring for the Fiber Switch connections
in Style 7 and Style 4 (Class B).
All connectAll connect
All connectAll connect
All connections are supervised and powerions are supervised and power
ions are supervised and powerions are supervised and power
ions are supervised and power limitlimit
limitlimit
limited unless sted unless st
ed unless sted unless st
ed unless statat
atat
ated otherwise.ed otherwise.
ed otherwise.ed otherwise.
ed otherwise.
P1
P2
P3
P4
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
SIEMENS
P1
P2
P3
P4
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
SIEMENS
P1
P2
P3
P4
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
SIEMENS
P1
P2
P3 P4
IN
OUT
IN
OUT
FAULT
F1 F2
L1+ M1 L2+ M2
SIEMENS
P1
P2 P3 P4
IN
OUT
IN
OUT
FAULT
F1 F2
L1+ M1 L2+ M2
SIEMENS
P1
P2
P3 P4
P5
IN
OUT
IN
OUT
FAULT
F1 F2
L1+ M1 L2+ M2
SIEMENS
P6
P5
P6
P5
P6
P5
P6
P5
P6
P5
P6
From P5
on previous
switch
To P6
on next
switch
Style 4 (Class B) Block Wiring Diagram
Style 7 Block Wiring Diagram
Figure 4
Style 7 and Style 4 (Class B) Block Wiring of Fiber Switch Module
P1
P2
P3
P4
P5
P6
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
NEXT
SWITCH
NEXT
SWITCH
TO P5 IN
TO P5 IN
TO P5 OUT
TO P5 OUT
FIBER
FROM P6 IN
FROM P6 IN
FROM P6 OUT
FROM P6 OUT
FIBER
OPTIONAL CONNECTIONS
TO ONE OR MORE:
1. ADDITIONAL VNT
2. NCC
3. SMOKE CONTROL
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
OPTIONAL CONNECTIONS
TO ONE OR MORE:
1. ADDITIONAL VNT
2. NCC
3. SMOKE CONTROL
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
PREVIOUS
SWITCH
PREVIOUS
SWITCH
RJ45
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
SIEMENS
BLK
RED
POWER
LIMITED
POWER
LIMITED
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
MAXIMUM
ATTENUATION
6dB
MAXIMUM
ATTENUATION
6dB
NOTE:
FOR STYLE 4 (CLASS B)
OMIT CONNECTION
BETWEEN FIRST AND
LAST FIBER SWITCH.
NOTE:
FOR STYLE 4 (CLASS B)
OMIT CONNECTION
BETWEEN FIRST AND
LAST FIBER SWITCH.
Figure 5
Fiber Switch Style 7 and Style 4 (Class B) Wiring Connections
Refer to Figure 6 for the wiring of the fiber switch in a VNT-Building configuration.
Figure 7 shows the wiring of the fiber switch in a VNT-FCC (Fire Command Center)
configuration. Refer to Figures 10 and 11 for the wiring of the fiber switch to PAD-3
and PAD-4 and Siemens Building Management System.
Fiber Connections Two fiber optic cables are required between each pair of fiber switch modules. Use a
high quality duplex fiber optic cable containing 62.5/125 or 50/125 multimode fiber or
g/125 for single mode fiber. Duplex fiber optic cable has two cables in a single
shield similar to electrical zip cord. Use ST style fiber connectors.
Please contPlease cont
Please contPlease cont
Please contact the fiberact the fiber
act the fiberact the fiber
act the fiber cable manufactcable manufact
cable manufactcable manufact
cable manufacturerurer
urerurer
urer regreg
regreg
regarding instructarding instruct
arding instructarding instruct
arding instructions forions for
ions forions for
ions for tt
tt
terminaterminat
erminaterminat
erminatinging
inging
ing
the fiberthe fiber
the fiberthe fiber
the fiber..
..
.RR
RR
Referefer
eferefer
efer to Sto S
to Sto S
to Scalance X-20calance X-20
calance X-20calance X-20
calance X-200 Operat0 Operat
0 Operat0 Operat
0 Operating Instructing Instruct
ing Instructing Instruct
ing Instructions,ions,
ions,ions,
ions, C790C790
C790C790
C7900
0
00
00-G8970-G897
0-G8970-G897
0-G8976-C284-05,6-C284-05,
6-C284-05,6-C284-05,
6-C284-05,
forfor
forfor
for additaddit
additaddit
additional informational informat
ional informational informat
ional information on fiberion on fiber
ion on fiberion on fiber
ion on fiber optopt
optopt
optic switcic switc
ic switcic switc
ic switcheshes
heshes
hes

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-33
P1
P2
P3 P4
P5
P6
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
GND FAULT
24V 12A FAIL 24V 4A FAIL
MODULE FAIL
HNET FAIL CAN FAIL
RESET
POWER
PSC-12
P5
11
19
1
1
+
+
+
_
_
_
2
2
H
N
GND
6
24
12 18
7
13
12 34
TB1
TB2
BATTERY
P9 P12
TB3
TB4
P4
OFF
O—
ON
P10
HNET/CAN
*NEXT
SWITCH
*NEXT
SWITCH
TO P5 IN
TO P5 IN
TO P5 OUT
TO P5 OUT
FIBER
FROM P6 IN
FROM P6 IN
FROM P6 OUT
FROM P6 OUT
FIBER
*PREVIOUS
SWITCH
*PREVIOUS
SWITCH
RJ45
VIDEO
DO NOT USE
DO NOT USE
DIAGNOSTIC ONLY
DIAGNOSTIC ONLY
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
KEYBOARD
DO
NOT
USE
DO
NOT
USE
USB SIDE
USB SIDE
USB SIDE
USB SIDE
OPTIONAL OPTIONAL
TIE WRAP
TIE WRAP
ADDITIONAL 24V
NON-POWER LIMITED
ADDITIONAL 24V
NON-POWER LIMITED
+_
L1+
M1
BLK
RED BLK
RED
1
2
3
4
5
1
2
3
4
5
NCC-2F
(XNET)
NCC-2F
(HNET)
CATEGORY 5 RJ45 CABLE LESS THAN 20 FT. IN CONDUIT
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
SIEMENS
BLK
RED
TO AIC, TERMINAL 4 (+)
TO AIC, TERMINAL 4 (+)
TO AIC, TERMINAL 5 (-)
TO AIC, TERMINAL 5 (-)
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
EARTH GROUND
EARTH GROUND
PAIR B
SUPERVISED
POWER LIMITED
OMIT FOR STYLE 4
PAIR A SUPERVISED POWER LIMITED
NON-POWER LIMITED
NON-POWER LIMITED
SUPERVISED,
NON-POWER
LIMITED
SUPERVISED,
NON-POWER
LIMITED
VNT-PS
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
TO AIC, TERMINAL 1 (+)
TO AIC, TERMINAL 1 (+)
TO AIC, TERMINAL 2 (-)
TO AIC, TERMINAL 2 (-)
*EOLR 120 OHMS, 1/2W, 5%
P/N 140-820350
*
*
*
*
AUDIO OUT CABLE P/N 555-150464 (GREEN)
AUDIO OUT CABLE P/N 555-150464 (GREEN)
+_
+_
VNT
BACK OF VNT
BACK OF VNT
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
*WIRING SHOWN IS
STYLE 7 (CLASS A).
CAN ALSO BE WIRED
STYLE 4 (CLASS B).
*WIRING SHOWN IS
STYLE 7 (CLASS A).
CAN ALSO BE WIRED
STYLE 4 (CLASS B).
SUPERVISED,
NON-POWER LIMITED
SUPERVISED,
NON-POWER LIMITED
SECURE WITH TIE WRAP
TO LANCES INSIDE
THE ENCLOSURE
SECURE WITH TIE WRAP
TO LANCES INSIDE
THE ENCLOSURE
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
Figure 6 Fiber Switch Connection Diagram for VNT-Building
CONNECTING TO VNT-BUILDING

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-34
Figure 7 Fiber Switch Connection Diagram for VNT-FCC (Fire Command Center)
P1
P2
P3 P4
P5
P6
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
GND FAULT
24V 12A FAIL 24V 4A FAIL
MODULE FAIL
HNET FAIL CAN FAIL
RESET
POWER
PSC-12
P5
11
19
1
1
+
+
+
_
_
_
2
2
H
N
GND
6
24
12 18
7
13
12 34
TB1
TB2
BATTERY
P9 P12
TB3
TB4
P4
OFF
O—
ON
P10
HNET/CAN
NEXT
SWITCH
NEXT
SWITCH
TO P5 IN
TO P5 IN
TO P5 OUT
TO P5 OUT
FIBER
FIBER
FROM P6 IN
FROM P6 IN
FROM P6 OUT
FROM P6 OUT
FIBER
OPTIONAL CONNECTIONS TO ONE OR MORE: 1. ADDITIONAL VNT 2. NCC 3. SMOKE CONTROL CATEGORY 5 RJ45 CABLE LESS THAN 20 FT. IN CONDUIT
OPTIONAL CONNECTIONS TO ONE OR MORE:
1. ADDITIONAL VNT 2. NCC
3. SMOKE CONTROL
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
PREVIOUS
SWITCH
PREVIOUS
SWITCH
RJ45
VIDEO
DO NOT USE
DO NOT USE
DIAGNOSTIC ONLY
DIAGNOSTIC ONLY
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
KEYBOARD
KEYBOARD
DO
NOT
USE
DO
NOT
USE
SUPERVISED,
NON-POWER
LIMITED
SUPERVISED,
NON-POWER
LIMITED
+_
L1+
M1
BLK
RED
BLK
RED
1
2
3
4
5
NCC-2F
(HNET)
CATEGORY 5 RJ45 CABLE LESS THAN 20 FT. IN CONDUIT
CATEGORY 5 RJ45 CABLE
LESS THAN 20 FT. IN CONDUIT
SIEMENS
BLK
RED
DO NOT USE
DO NOT USE
EARTH GROUND
NON-POWER LIMITED
NON-POWER LIMITED
VNT-PS
VNT
DO
NOT
USE
DO
NOT
USE
DO NOT USE
DO NOT USE
+_
ADDITIONAL 24V
NON-POWER LIMITED
ADDITIONAL 24V
NON-POWER LIMITED
BACK OF VNT
BACK OF VNT
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
DO NOT USE
*WIRING SHOWN IS
STYLE 7 (CLASS A).
CAN ALSO BE WIRED
STYLE 4 (CLASS B).
*WIRING SHOWN IS
STYLE 7(CLASS A).
CAN ALSO BE WIRED
STYLE 4(CLASS B).
SECURE WITH TIE WRAP
TO LANCES INSIDE
THE ENCLOSURE
SECURE WITH TIE WRAP
TO LANCES INSIDE
THE ENCLOSURE
SUPERVISED,
NON-POWER LIMITED
SUPERVISED,
NON-POWER LIMITED
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
NOTE:
POWER LIMITED
AND NON-POWER
LIMITED WIRING
MUST BE
SEPARATED
BY A MINIMUM
OF 1/4” SPACING.
CONNECTING TO VNT-FCC (FIRE COMMAND CENTER)

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-35
ELECTRICAL RATINGS
All connectAll connect
All connectAll connect
All connections are supervised and powerions are supervised and power
ions are supervised and powerions are supervised and power
ions are supervised and power limitlimit
limitlimit
limited unless sted unless st
ed unless sted unless st
ed unless statat
atat
ated otherwise.ed otherwise.
ed otherwise.ed otherwise.
ed otherwise.
TheThe
TheThe
The
fiberfiber
fiberfiber
fiber switcswitc
switcswitc
switch mah ma
h mah ma
h may be connecty be connect
y be connecty be connect
y be connected to a PSC-1ed to a PSC-1
ed to a PSC-1ed to a PSC-1
ed to a PSC-12 (P/N 312 (P/N 31
2 (P/N 312 (P/N 31
2 (P/N 315-033060),5-033060),
5-033060),5-033060),
5-033060), oror
oror
or PP
PP
PAD-3 (P/N 31AD-3 (P/N 31
AD-3 (P/N 31AD-3 (P/N 31
AD-3 (P/N 315-5-
5-5-
5-
099082) or099082) or
099082) or099082) or
099082) or P
P
PP
PAD-4 (P/N 31AD-4 (P/N 31
AD-4 (P/N 31AD-4 (P/N 31
AD-4 (P/N 315-050215-05021
5-050215-05021
5-050217) for7) for
7) for7) for
7) for powerpower
powerpower
power..
..
.
Input Voltage: Regulated 24VDC
Input Current: 265mA @ 24VDC
Connecting to Siemens Power Supply and Building Management System
Remove all system power before installation, first battery and then AC. (To
power up, connect the AC first and then the battery.) Figures 8 and 9 show the
general layout of the PAD-3 and PAD-4 main board, respectively.This section also
provides specific wiring details to the Siemens UL approved power supply. Consult
your control unit manual for specific wiring information on the control unit being
used.
Figure 8
PAD-3-MB Layout
AUXILIARY POWER OUTPUT
3A MAX., 18-28 VDC
SUPERVISED, POWER LIMITE
D
COMMON TROUBLE
RELAY CONTACT
TB2

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-36
Figure 9
PAD-4-MB Layout
TB11
1+ 1- 2+
1
11
TB12 TB13 TB14 TB15
NAC3B NAC4B (NAC2A)
_
+_ +
NAC1B NAC2B (NAC1A)
_
+_ +
J4
NC COM NO
NCCOM2- 2
1
J5
1
1 1
TB16
J8
AUX PWR SUPPLY
_
+
J7
P1
J2**
S2
JP7
DS7
BAT DS5 AUX/PS
DS8
PWR DS6 DS1
OUT1 DS2
OUT2 DS3 OUT3 DS4 OUT4
J9
TB10
J10
J12
J14
J13
J11
RESET
10 9 8 7 6 5 4 3 2 1
ON
S1
J3
P2
SERVICE
PORT
J6
J16
NOT
USEDTROUBLE
1
B-
B+
INPUT 1 INPUT 2
DS11
BUSY
BRNOUT PSSI GND +24V
170W 10A
300W 20A
J1*
*J1 - Set Jumper J1 to 2-3 for normal operation
**J2 - Must be installed for Canadian installations. Must be removed for UL installations. AUXILIARY POWER OUTPUT
3A MAX., 18-28 VDC
SUPERVISED, POWER LIMITED
COMMON TROUBLE
RELAY CONTACT
Auxiliary Power Supply Output
The auxiliary power supply output provides a 24VDC power source. It is supervised
for ground fault and short and is power limited. For applications where the battery
charger circuit charges batteries of 7.0 A.H. or less, or if the battery charger is dis-
abled, this output is limited to 3.0 amps maximum. For batteries between 15 A.H.
and 7.0 A.H., this output is limited to 1.5 amps maximum.
Common Trouble Relay
The UL approved power supply has a built-in Form C trouble relay. The trouble relay
will de-energize under a trouble condition. A typical application of the trouble relay is
to connect the UL approved power supply normally closed (N.C.) contacts in series
with an EOL of a spare IDC or NAC or monitor input from a fire alarm control unit.
This will cause a trouble on the fire alarm control unit when the UL approved power
supply opens its trouble contacts. The common trouble relay will be de-energized
after selectable delay (60-180 minutes) if AC is low or lost.
Note: The N.C. contact is the relay contact that is closed when the PAD-4 has power
and there are no trouble conditions.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-37
SIEMENS
PAD-3
FIBERTOOTHE
R
SCALANCE
SW
TB2ETHERNET
TROUBLERELAYCONTACT
(SHOWNINNORMALSTANDBYCONDITION)
2A@30VDC,RESISTIVEFORPOWERLIMITEDSOURCE
UNSUPERVISED
IDCEOL
(SEECONTROL
UNIT
INSTALLATION
INSTRUCTIONS)FIBER
S
WITCHMODULE
ETHERNET
ETHERNET
ETHERNET
SIEMENS
FIBER
TOOTHER
SCALANCE
SW
ETHERNET
TROUBLERELAYCONTACT
(SHOWNINNORMAL
STANDBYCONDITION)
2A@30VDC,
RESISTIVEFORPOWER
LIMITEDSOURCE
UNSUPERVISED
IDCEOL
(SEECONTROL
UNIT
INSTALLATION
INSTRUCTIONS)FIBERSWITCHMODULE
DO NOT USE
INPUT 1 INPUT 2
TB11
1+ 1- 2+1
11
TB12
TB13 TB14
NAC1B NAC2B (NAC1A)
_
+_ +
NC COM NO NCCOM2- 2
1 1
PAD-4TOOTHER
ETHERNET
CONNECTIONS
Figure 10
Scalance X204-2 Multimode or X204-2LD Single Mode Ethernet Fiber Switch Connection to PAD-3
Figure 11
Scalance X204-2 Multimode or X204-2LD Single Mode Ethernet Fiber Switch Connection to PAD-4
Siemens Building
Management System
Siemens Building
Management System

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-38
CONFIGURING THE SCALANCE X204-2 MULTIMODE OR X204-2LD SINGLE MODE ETHERNET FIBER SWITCH
This section describes how to assign an IP address to the Scalance X204-2 Multi-
mode or X204-2LD Single Mode Ethernet Fiber Switch and the methods used for
determining IP addresses to assign to the switches. It also describes how to config-
ure one of the switches as the ring master.
FIBER SWITCH The fiber switch can be configured independently or in the network.The initial
configuration of the fiber switch must be made before connecting it to the system.
The fiber switch has four RJ-45 jacks (P1-P4) for Ethernet connections and two pair of
fiber optic connection ports (P5-P6).
Each fiber switch must be programmed with a unique IP address. The recom-
mended range of IP addresses is from 192.168.1.201 to 192.168.1.250. In addition to
the unique IP address, each switch is identified in the NCC by an address number
ranging from 201 to 250.
P1
P2
P3
P4
P5
P6
IN
OUT
IN
OUT
FAULT
F1
F2
L1+
M1
L2+
M2
ETHERNET
CONNECTIONS
P1-P4
ETHERNET
CONNECTIONS
P1 - P4
FIBER
CONNECTIONS
P5-P6
FIBER
CONNECTIONS
P5 - P6
Figure 12
Scalance X204-2 Multimode/X204-2LD Single Mode Ethernet Fiber Switch Connections
The fiber switch is powered from the battery backed up local 24V power supply. It is
monitored by the NCC. Configuration is made using a Primary Setup Tool (PST) and a
web browser.
Primary Setup Tool The Primary Setup Tool (PST) is used to assign an IP address to an unconfigured fiber
switch. If a fiber switch is already initially configured with an IP address then the
Primary Setup tool is not needed
• Install the Primary SetupTool using the setup executable from the CD
provided.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-39
• Open the CD drive and browse to the SW directory. Double click Setup.exe.
• Follow instructions until installation is complete.
• Once completed, a Primary Setup Tool icon appears on the desktop.
• A DLC (Data Link Control) Protokoll and Profinet IO RT-Protocol need to be
installed on the laptop/PC being used to configure the fiber switch.
• To check that these protocols are installed, click Start->Network Connec-
tions->Local Area Connection.
Figure 13
Checking Local Area Connection
• Verify that the DLC Protokoll and Profinet IO RT-Protocol are installed.
Figure 14
Verify Local Area Connection Items

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-310
• If the DLC Protokoll and/or Profinet IO RT-Protocol are not installed:
* From the Local Area Connections Properties, click Install.
* Select Network Component Type “Protocol” and click Add.
* From the Select Network Protocol window, click “Have Disk”.
* Select the DLC Protokoll from Network Protocol column, then
click OK.
Figure 15
DLC Protokoll and/or Profinet IO RT-Protocol Installation
• The laptop/PC being used to configure a switch needs to be on the same
network as the fiber switches. To do this temporarily change the IP address
of the laptop/PC.
* From Local Area Connection Properties dialog window select
“Internet Protocol (TCP/IP)” and click Properties.
* Choose “Use the following IP address” and pick an address in
the same network as the fiber switch.
* Use a subnet mask of 255.255.255.0.
Figure 16
Changing the IP Address of the Laptop/PC

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-311
Assign IP Addresss Make sure the Fiber Optic Switch is powered on and connected to the laptop/PC via
Ethernet.
• Launch Primary Setup Tool by clicking on the (Primary Setup Tool)
icon from the desktop.
• From the PST click Network->Browse or the icon.
Figure 17
Launching the Primary Setup Tool
• A list of all found devices displays on the left-hand side of the PST.
• Expand the device by clicking on the plus symbol (+) before the device name.
• Click on “Ethernet Interface.”The PST displays the input dialog for the
configuration data in the right-hand pane of the program window.
• Select the “Assign IP Parameters” option button and enter the IP address
for the device in the IP address box.
• In the Subnet mask box enter 255.255.255.0 as the Subnet mask.
Figure 18 Figure 18a
Enter Primary Setup Tool Data

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-312
• Download the configuration data to the switch
* Select the device you want to configure in the left half of the
program window.
* Click on the Download button (the second button from the left
in the tooolbar).
* The IP Address is downloaded to the fiber switch.
Figure 19
Download IP Address Configuration to Switch
To configure either single or multimode fiber optic switch via WEB interface.
Fiber Optic Switch Settings XNET over Ethernet Style 7 uses ring topology to connect the switches on the
network.The two ends of the bus are closed to form a ring by the fiber switch
operating as a redundancy manager. The redundancy function is enabled and
disabled with the WEB interface.
In contrast to the ring ports of the other switches, the ring ports of the redundancy
manager are disconnected when the network is operating problem-free.The fiber
switch operating in the redundancy manager mode monitors the connected bus over
its ring ports. It switches the ring ports through if there is an interruption on the
connected bus. In other words, it restores a functioning bus over this substitute path.
Reconfiguration takes place within 0.3 seconds. As soon as the problem has been
eliminated, the original topology is restored—the ring ports in the redundancy
manager are once again disconnected from each other.
After the RM (Redundancy Manager) function has been enabled or after the RM has
been switched through, this is indicated by the RM LED on the housing.
Only one switch can be configured as a redundancy manager (Master) in a ring.
Follow the steps listed below to enable the redundancy manager.
1. Start Explorer and type the switch IP address in the URL field. For example:
http://192.168.1.101
2. Type “admin” as user ID and “admin” as password. (The user is advised to
change the password.)
3. Select the X204-2 icon if connected to multimode or the X204-2LD icon if
connected to single mode fiber optic switch.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-313
Figure 19a
Status of Fiber Optic Switch
Figure 19b
Difference in connection between Single Mode X204-2LD and Multimode
There is only notification of identity of the scalance switch of single or multimode on
the window title.There are no differences in configuration, operation, or statust
diagnostics.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-314
Fiber Switch Ring Settings
1. Expand the X204-2/X204-2LD icon and click on Ring.
2. Select “Enable ring redundancy.”
3. Select the redundancy mode as either HRP Redundancy Manager or HRP
Redundancy Client.
Redundancy Manager should be selected for only one switch in the network.
Figure 20
Ring Redundancy Manager Configuration
Figure 20a

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-315
XNET over Ethernet Class B (Style 4) if the “Style 4 Fiber Optic Connections” option is enabled in NCC System
Settings. The Ring Redundancy should be unchecked in the Fiber Optic Switch Web Interface.
Figure 21
Style 4 Settings
Fiber Switch Fault Settings The Network Command Center (NCC) requires fault mask, agent configuration, agent
event configuration and agent traps configuration settings to supervise the fiber optic
switch using Simple Network Management Protocol (SNMP). Web Based Manage-
ment (WBM) is the tool used for these settings.
Figure 22
Fault Mask

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-316
For example, only one power line on the fiber switch, then Redundant power supply
should be unchecked and the fiber optic switch wired to M1 L1 power line.
Figure 23
Fault Mask Settings
Redundant Power Lines and Ring Redundancy enabled.
If PAD-3 or PAD-4 is used, then Redundant power supply must be checked at Fault Mask and
should be wired to M2 L2 on the switch. Power Line 1 and Power Line 2 should be
checked for monitoring.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-317
Fault Mask The settings in the Fault Mask dialog allow you to monitor the link status and the
ring redundancy manager.
1. Expand the X204-2 icon and click on Fault Mask.
2. Under Enable Monitoring, select “Ring redundancy manager.”
3. Select Enable Link Down Monitoring for Port 5 and Port 6.
4. Select Enable Link Down Monitoring for the used Ethernet ports that have
an Ethernet connection on the fiber ring.
5. Select “Link Up Monitoring” for unused ports to supervise unauthorized
connection to the fiber ring.
6. Click on the “Set Values” button.
Agent Configuration This dialog allows you to select which agents are to be enabled.
1. Click on the Agent icon.
2. Select the following Agent Enabled Features:
a. SNMP
b. Traps
c. TELNET (Optional)
3. Confirm that the IP address is the same as the switch IP address.
4. Click on the “Set Values” button.
Figure 24
Agent Configuration

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-318
Agent Event Configuration The settings in this dialog allow you to specify how the fiber switch reacts to
system events. By selecting the corresponding check boxes, you specify how the
switch reacts to the various events.
1. Expand the Agent icon and select Event Config.
2. Uncheck all events for E-mail agent. (The E-mail agent settings are optional.)
3. Check the events for Trap agent and Log agent as shown in the Agent Event
Settings table.
This product incorporates field-programmable software. In order for the product to
comply with the requirements in the Standard for Control Units and Accessories for
Fire Alarm Systems, UL 864, certain programming features or options must be
limited to specific values or not used at all as indicated below:
SGNITTESTNEVETNEGA
erutaeFmargorP noitpOro nidettimreP )N/Y(?468LU sgnitteSelbissoP sgnitteS"tnegAparT" 468LUnidettimrep sgnitteS"tnegAgoL" 468LUnidettimrep
tratSmraW/dloCYdekcehcnu/dekcehcdekcehcdekcehc
egnahCkniLY dekcehcnu/dekcehcdekceh
cdekcehc
eruliaFnoitacitnehtuANdekcehcnu/dekcehcdekcehcnudekcehc
egnahCrewoPNdekcehcnu/dekcehcdekcehcnudekcehc
eg
nahCetatStluaFYdekcehcnu/dekcehcdekcehcdekcehc
4. Click on the “Set Values” button.
Figure 25
Agent Event Configuration
The settings shown in Figure 23 are the only permitted settings for UL 864.

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-319
Agent Trap Configuration If an event occurs, the fiber switch can send traps to up to two different NCCs at
the same time. Traps are sent only for events specified in the Agent Configuration
Menu.
1. Expand the Agent icon and select Trap Config
2. In the first IP Address field enter the NCC IP address for the PCC (Primary
Command Center).
3. Check Enable trap for the first item.
4. In the second IP Address field enter the NCC IP address for the SCC
(Secondary Command Center).
5. Check Enable trap for the second item.
6. Click on the “Set Values” button.
Figure 26
Agent Trap Configuration

Siemens Industry, Inc.
Building Technologies Division
P/N 315-050537-320
FIRMWARE UPDATE
System Version Numbers To get to the following dialog box, click on system, then Version Numbers.
Figure 27
System Version Numbers: Multimode Fiber Optic System Version
Figure 27a: Single Mode Fiber Optic System Version