Bosch D9133TTL-E User manual

EN
Installation Guide
Network Interface
Module
D9133TTL-E

D9133TTL-E |Installation Guide | Trademarks
2 Bosch Security Systems, Inc. | 6/07 | 4998122717-01
Trademarks
Microsoft®Windows®, Windows NT®are either
registered trademarks or trademarks of Microsoft
Corporation in the United States and/or other
countries.

D9133TTL-E |Installation Guide | Contents
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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 3
Contents
1.0 Introduction.......................................................4
2.0 Overview ...........................................................4
2.1 System Interconnection .....................................4
2.1.1 Conettix System..................................................4
3.0 Installation.........................................................5
3.1 Mounting .............................................................5
3.1.1 Mounting Plate....................................................5
3.1.2 Attaching Module to Enclosure Door..............6
3.1.3 Mounting in a Separate Enclosure ...................7
3.2 Wiring..................................................................7
3.2.1 Connection Sequence (D9133TTL-E to
Panel in Separate Enclosure).............................7
3.3 Ethernet Connections.........................................8
4.0 LEDs....................................................................8
4.1 SDI LEDs ............................................................8
4.2 Ethernet/Serial Status LED ...............................8
5.0 IP Address Configuration Setup
Instructions ........................................................9
5.1 Factory Programmed Default IP Address........9
5.2 Identifying the MAC Hardware Address ......10
5.3 Obtaining an IP Address .................................10
5.4 Initial Assignment of the IP Address using
ARP.EXE...........................................................10
5.4.1 ARP Command Usage.....................................10
5.5 Using Telnet to Finish the Configuration ......11
5.5.1 Using Windows 98 Telnet...............................11
5.5.2 Using Windows 2000 or XP Telnet ...............16
6.0 Additional UL Requirements......................16
7.0 UL Listings and Approvals ..........................18
8.0 Specifications ..................................................18
Figures
Figure 1: D9133TTL-E................................................4
Figure 2: Conettix D6600 System Connection
Diagram using D9133TTL-E and Bosch
control panels...............................................4
Figure 3: D9133TTL-E Circuit Board Layout.......... 5
Figure 4: Installing the D9133TTL-E on the
Mounting Plate ............................................ 6
Figure 5: Attaching Module to Enclosure Door....... 6
Figure 6: D9133TTL-E mounted in Panel
Enclosure...................................................... 6
Figure 7: Mounting the D9133TTL-E in a
AE1/AE2 Enclosure.................................... 7
Figure 8: Wiring the D9133TTL-E to a Bosch
control panel (in a separate enclosure) ..... 7
Figure 9: SDI Address 88 – Alternate
Communication (Jumper 8 installed)........ 8
Figure 10: Ethernet Connector Pinouts.......................8
Figure 11: Diagnostic SDI LEDs and the LED
Enable Jumper............................................. 8
Figure 12: Ethernet Status LEDs - Location ............... 9
Figure 13: MAC Address Label.................................10
Figure 14: Command Syntax .....................................10
Figure 15: arp -g...........................................................11
Figure 16: Setting values in Telnet Session...............14
Figure 17: D9133TTL-E Encryption .........................15
Tables
Table 1: D9133TTL-E Connection Sequence...............8
Table 2: D9133TTL-E Ethernet Status LED Function. 9
Table 3: Netmask Address.............................................13
Table 4: Entering Datagram Values.............................15
Table 5: Bosch control panels RADXAUX1 and
GV2AUX UL Parameters........................17
Table 6: Specifications....................................................18

D9133TTL-E |Installation Guide | 1.0 Introduction
4 Bosch Security Systems, Inc. | 6/07 | 4998122717-01
1.0 Introduction
Throughout the rest of this guide, the D9412GV2,
D7412GV2, D7212GV2, D9412G, D7412G,
D7212G, D9412, D9112, and D7212 will be
collectively referred to as “Bosch control panels.”
The D9412G, D7412G, D7212G, D9412,
D7412, D7212, and D9112 must have
firmware version 6.30 or later.
These instructions are for installing and setting up the
D9133TTL-E Network Interface Module to work
with Bosch control panels as a SDI bus device.
The D9133TTL-E (Figure 1) is used for bi-directional
communications over Ethernet networks. Typical
uses include PC front-end software packages, local
RPS connection for programming, diagnostic
troubleshooting, Conettix D6600 Communications
Receiver/Gateway reporting and history retrieval.
Figure 1: D9133TTL-E
These instructions contain procedures to
follow in order to avoid personal injury and
damage to equipment.
2.0 Overview
2.1 System Interconnection
2.1.1 Conettix System
Figure 2 shows a Conettix D6600 System using Bosch
Security Systems, Inc. Control Panels, D9133TTL-E
Network Interface, D6600, and D6680.
Figure 2: Conettix D6600 System Connection
Diagram using D9133TTL-E and
Bosch control panels
1248
1234
5
6
7
8
9
10
11
12
13
9
1 - Bosch control panel
2 – Connection – control panel SDI bus to
D9133TTL-E/DX4020 SDI bus
3 - D9133TTL-E or DX4020
4 - Connection – D9133TTL-E/DX4020 Ethernet
jack to Ethernet hub
5 - Host PC- 6200 Programming Administrative
Software
6 - Connection – Ethernet hub to host PC Ethernet
NIC
7 - Ethernet hub
8 - Connection - Ethernet hub to D6680
9 - Conettix D6680 Network Ethernet adapter
10 - Connection - D6680 to D6600 COM1
(optional)
11 - Conettix D6600 Central Station Receiver
12 - Connection - D6680 to D6600 COM4
13 - Connection - Ethernet hub to D6680

D9133TTL-E |Installation Guide | 3.0 Installation
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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 5
The Bosch Security Systems, Inc. D6200
Programming/Administration Software is a D6600
programming utility that is designed to work over a
network or serial connection. Each network interface
device (Conettix D6680 Ethernet Network Adapter,
D9133TTL-E Network Interface, or C900TTL-E
Dialer Capture Module) or device connected to
COM3 must be added to the ARP table (refer to
Section 5.4 Initial Assignment of the IP Address using
ARP.EXE on page 10)then configured through a
Telnet session (refer to Section 5.5 Using Telnet to
Finish the Configuration on page 11) before network
communications will function.
The Address Resolution Protocol (ARP) is used to
temporarily assign the D9133TTL-E IP address to its
hardware address on the host PC.
3.0 Installation
If the Bosch control panels are used for fire
applications, test according to NFPA-72.
Failure to follow these instructions may result in
failure of the system to initiate an alarm condition.
Bosch Security Systems is not responsible for
improperly installed, tested or maintained devices.
For UL Listed Fire Installations, shared on-
premises communications equipment is
required to be UL Listed for Information
Technology Equipment.
Inform the operator and the local authority
before installing the D9133TTL-E in an
existing system. Disconnect all power to the
Control Panel before installing the
D9133TTL-E.
The D9133TTL-E has several important features that
are shown in Figure 3.
Figure 3: D9133TTL-E Circuit Board Layout
1
23
4
5
6
7
8
1 - LED Enable Jumper(refer to Section 4.1 SDI
LEDs on page 8)
2 - SDI LEDs (refer to Section 4.1 SDI LEDs on
page 8)
3 - Network Interface Module and metal enclosure
4 - Ethernet Link LED (refer to Section 4.2
Ethernet/Serial Status LED on page 8)
5 - Ethernet RJ-45 Modular Jack (refer to
Section 3.3 Ethernet Connections on page 8)
6 - Address Jumpers (refer to Section 3.2 Wiring
on page 7)
7 - SDI Bus Connection Terminal Strip (refer to
Section 3.2 Wiring on page 7)
8 - Ethernet Interface Indicator LEDs (refer to
Section 4.2 Ethernet/Serial Status LED on page
8)
3.1 Mounting
The D9133TTL-E can be mounted in one of two
ways:
•In its own enclosure (AE1 is recommended).
•To include mounting plate and hung on the door
of the panel enclosure.
3.1.1 Mounting Plate
The D9133TTL-E Module has an included mounting
plate (P/N: 40182) that is used to attach to the door
of a standard panel enclosure.

D9133TTL-E |Installation Guide | 3.0 Installation
6 Bosch Security Systems, Inc. | 6/07 | 4998122717-01
Figure 4: Installing the D9133TTL-E on the
Mounting Plate
1
2
3
4
5
5
6
7
8
Detail A
1 - Top plastic standoffs
2 - Top mounting brackets
3 - Bottom mounting brackets
4 - Bottom plastic standoffs
5 - Bottom mounting holes
6 - Bottom screws
7 - Top Screws
8 - D9133TTL-E Module
To attach the mounting plate to the module:
1. Insert the top hook of the top and bottom plastic
standoffs into the mounting brackets on the
mounting plate. Refer to Detail A on Figure 4.
2. Insert two of the screws into the top two plastic
standoffs and secure to the top mounting plate
brackets by tightening the screws.
3. Place the top edge of the D9133TTL-E module
under the facing hook (refer to Detail A) on the
plastic standoffs.
4. Align the bottom two mounting holes with the
bottom two mounting brackets.
5. Insert two of the screws through the bottom
module mounting holes, through the bottom
standoffs, and into the bottom mounting
brackets. Slowly tighten them down until the
D9133TTL-E is seated securely to the mounting
plate.
3.1.2 Attaching Module to Enclosure Door
When the module is securely attached to the
mounting plate (refer to Figure 4), slide the tabs at the
top of the mounting plate over the top lip of the
enclosure door (refer to Figure 5), then slide the
mounting plate to the outer edge of the enclosure
door (refer to Figure 6).
Figure 5: Attaching Module to Enclosure Door
12
1 - Tabs
2 - Top lip of enclosure door
Figure 6: D9133TTL-E mounted in Panel
Enclosure
3
21
64
5
1 - Mounting plate
2 - D9133TTL-E Network Interface Module
3 - Bosch control panel
4 - Battery
5 - Non-power limited area
6 - Enclosure Door
Non-power limited area - All power limited
wiring must remain out of this area.

D9133TTL-E |Installation Guide | 3.0 Installation
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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 7
3.1.3 Mounting in a Separate Enclosure
If so desired, the D9133TTL-E can be mounted in a
separate enclosure like the AE1 (Grey) or the AE2
(Red). For other enclosures, please see the
instructions for panel to be used. The separate
enclosure to be used must be UL Listed for Fire
Applications and no other equipment is to be
present.
To install a D9133TTL-E in an AE2 enclosure, refer
to Figure 7.
Figure 7: Mounting the D9133TTL-E in a
AE1/AE2 Enclosure
A
1
234
5
6
7
8
1 - Enclosure top slot (detail)
2 - D9133TTL-E
3 - Enclosure top slot
4 - Mounting screws (2)
5 - Bottom mounting holes
6 - Top plastic standoffs
7 - Mounting Bracket (detail)
8 - Mounting brackets
It is recommended that the enclosure be
mounted on a vertical surface before
installing the module. When the module is
installed, one of the enclosure mounting
holes (item A in Figure 7) will be covered
by the module.
1. Place the top edge of the D9133TTL-E module
between the two slots on the inside top of the
enclosure.
2. Insert the top hook of the top plastic standoffs
into the mounting brackets on the back wall of
the enclosure.
3. Line up the bottom two mounting holes on the
D9133TTL-E with the plastic standoffs and the
enclosure mounting brackets.
4. Insert two screws into the holes and slowly
tighten them until the D9133TTL-E is seated
firmly on the enclosure.
3.2 Wiring
The D9133TTL-E is specifically designed to work
with the Bosch control panels as an SDI bus device
(D9412GV2, D7412GV2, D7212GV2, D9412G,
D7412G, D7212G, D9412, D9112, D7412, and
D7212 with software version 6.30 or later). Refer to
Section 3.2.1 Connection Sequence (D9133TTL-E to Panel
in Separate Enclosure) for the proper connection
sequence.
Figure 8: Wiring the D9133TTL-E to a Bosch
control panel (in a separate
enclosure)
+
-
EARTHGROUND
COMMON
BATTERYNEGATIVEONLY
MaximumCharging
Current1.4 Am ps.
BATTERYPOSITIVEONLY
RELAYA
RELAYB
RELAYC
+AU X POWER
1
2
3
4
5
6
7
8
9
10
CLASS2 T RANSFORMER
16.5VAC 40 VA 60 Hz
PartNo. D1640
Internally Fused - Do No t short
RequiresUnsw itched Outlet
DoNotShareWithOtherEquipment
LEDs Off When Normal
ChargingStatus
LowBattery-12.1VDC
YEL
RED
PROGRAMMABLE
ALARMOUTPUTS
Terminals
Requires Optional
D136Relay
InALT ALARM
&SW AUX
&
78
GROUNDFAULTDETECT
Enabled
Disabled
PHONE
LED
RED
ONWHEN
COMMUNICATING
OFFWHEN IDLE
DigitalAlarm Communicator Transmitter
ReferenceMa nual #43494 ___ For System Wiring Diagram, I ssue A
ReferenceDocument#33284___For CompatibleSmokeDetectors
POWERSU PPLYRE QUIREMENTS
ThePower Supply Providesa Maximum of 1.4 Amps For The Control
Paneland All Accessory Devices. For System Loading, See Operation-
InstallationManual#43488___.
AllExternal Connections Exce pt Terminal 5 (Battery Positive) Are
InherentlyPowerLimited.
RequirementsF orB attery Standby Time May Reduce Allowable Output.
CAUTION: See Manual For Power Req uirements Relating to Terminals 6 7
WARN ING!
Multi-Battery Installa tion Requires
Model No. D122 D ual Battery Ha rness.
Improper Installati on Can Be a Fire
Hazard.
Battery: Replace Every 3 t o
5years withModel D126,12 V
7Am p Hr Lead Acid B attery
ThisequipmentshouldbeinstalledinaccordancewiththeNFPA70 (NationalElectricalCode)
andNFPA72 (National Fire Alarm Code) forL ocal,Central Station, RemoteStation and Household Fire
WarningSystemsand under the limits of the Local AuthorityHaving Jurisdiction (NationalF ire
ProtectionAssociation,Batterymarch Park, Quincy,MA 02269) Printedinformation describing proper
installation,operation, testing, mai ntenance,e vacuation planning and repair service is to be provided
withthisequipment.
D9412GControl / Communicator is UL ListedF or Central Station,Local, Re moteStation and Household
FireAlarm, and Central Station,Lo cal, PoliceStation Connect and Household Burglar Alarm.
Systemis Intended To Be Checked By AQ ualified TechnicianA t Least Every 3 Years.
Thetypes of in itiating circuits that the panel has been approved for are A, M, W, SS.
VOLTAGE RANG ES
Open 3.7-5 .0VDC
Normal 2.0 - 3.0 VDC
Short 0.0- 1.3 VDC
GRN
ResetPin
DisableAllExceptBattery
ChargingAndProgramming
PERIPHERALDEVICECONNECTIONS
RED POWER +
YELLOW DATA BUS A
GREEN DATA BUS B
BLACK COMMON
ZONEXOUT1
ZONEXIN 1
N.F.P.A.
Style3.5
Signaling
Line
Circu its
32
31
30
29
28
27
PROG
CONN
43489F
LOOPS TART
PHONEMONITORSE LECT
Point8
GNDFAULT
Detec t
E
N
A
B
L
E
D
I
S
A
B
L
E
ZONEXOUT2 26
25
ZONEXIN 2
ZONEX POWER + 24
ZONEX CO MMON 23
1211 13
Point 1 Poin t 2
1514 16
Point3 Point4
1817 19
Point 5 Point 6
2120 22
Point7 Point8
GROUND START
Requires
Relay# D 136 in
Ground
StartSocket
GNDSTART
10.2VDC - Battery Load S hed
Battery
2
1
4
3
6
7
5
1 - Bosch control panel – D9412G is shown
2 - D9133TTL-E Network Interface Module
3 - To LAN/WAN via Ethernet Controller
4 - AE1 Enclosure
5 - D8103 Enclosure
6 - Battery
7 - To AC Transformer
3.2.1 Connection Sequence (D9133TTL-E to
Panel in Separate Enclosure)
Follow the procedures below to correctly wire the
D9133TTL-E to the control panel.

D9133TTL-E |Installation Guide | 4.0 LEDs
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Table 1: D9133TTL-E Connection Sequence
Seq Connection from Connected to
1 Ethernet RJ-45 Jack LAN or WAN
2 SDI PWR Power + (Terminal 32)
3 SDI A Data A (Terminal 31)
4 SDI B Data B (Terminal 30)
5 SDI COM Common (Terminal 29)
6 Battery – (Terminal 4) Battery Negative (-)
7 Battery + (Terminal 5) Battery Positive (+)
8 Terminal 1 AC Transformer
9 Terminal 2 AC Transformer
The D9133TTL-E address is set by placing and
removing jumpers from the “Address Pins” (refer to
Figure 3 on page 5 for location of Address Pins).
Figure 9 defines the current addresses that may be
used.
Figure 9: SDI Address 88 – Alternate
Communication (Jumper 8 installed)
1248
88
The D9133TTL-E address configuration is
read only at D9133TTL-E power-up. If the
address configuration is changed while the
D9133TTL-E is powered, a power reset
must be performed so that the
D9133TTL-E can reconfigure its address.
3.3 Ethernet Connections
The RJ45 Jack is used to connect to the D9133TTL-E to
the Ethernet Network (LAN/WAN). The connector
definitions are shown in Figure 10.
Figure 10: Ethernet Connector Pinouts
1
236
1 - TX +
2 - TX –
3 - RX +
6 - RX -
4.0 LEDs
4.1 SDI LEDs
To enable the SDI LEDs, place the jumper across the
LED Enable Jumper.
The function of the LEDs and the Jumper is
described in Figure 11.
Figure 11: Diagnostic SDI LEDs and the LED
Enable Jumper
1234
5
1 - BUS TX
2 - BUS RX
3 - SER TX
4 - SER RX
5 - Jumper P2
4.2 Ethernet/Serial Status LED
The D9133TTL-E has four Ethernet/Serial status
LEDs (refer to Figure 12 on page 9), three in the
center and one in the lower right corner next to the
RJ45 Modular Jack.
The LEDs on the D9133TTL-E are described in
Table 2 on page 9.
On power up, the three LEDs (LED 1, 2 and 3) are
on for one sec., LED 3 flashes four times, then
LED 1 and LED 2 turn on, and LED 3 turns off.
LED 4 stays on continuously as long as there is a
connection to the network.
If a Telnet session is established, LED 1 and LED 2
stay on; LED 3 toggles on and off.

D9133TTL-E |Installation Guide | 5.0 IP Address Configuration Setup Instructions
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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 9
Figure 12: Ethernet Status LEDs - Location
12
3
4
1 - Serial Port (Channel)1 Status
2 - Serial Port (Channel)2 Status
3 - Diagnostic
4 - Network Link Status
Table 2: D9133TTL-E Ethernet Status LED Function
LED Function
1 NIM Software Version 4.5: On to indicate Serial Port
(Channel) 1 is idle.
NIM software version 5.1b5 or 5.1b6: Off to indicate
Serial Port (Channel) 1 is idle.
2 Not used.
Disregard status.
Glows steadily or flashes red in combination with the
Channel 1 LED to indicate diagnostics and error
detection.
LED 3 solid red, LED 1 (Channel 1) flashing red:
1x EPROM checksum error
2x RAM error
3x Network controller error
4x EEPROM checksum error
5x Duplicated IP address on the network*
6x Software does not match hardware
LED 3 Flashing red,
LED 1 (Channel 1) flashing red:
4x Fault network connection*
3
5x No DHCP response received*
4 On to indicate the network port is connected to the
network.
* Non-fatal error
The Network Interface Module (refer to Item
3, Figure 3 on page 5) software version
must be version 4.5 or higher. To verify the
software version, a Telnet session must be
initiated. Refer to Section 5.5 Using Telnet
to Finish the Configuration on page 11.
5.0 IP Address Configuration
Setup Instructions
The purpose is to set up the initial IP address so that
the D9133TTL-E can be set with a Network IP
address. The set up consists of using resident
commands and programs, i.e. the commands “ARP”,
“Ping” and the program “Telnet” (the quotes used in
this explanation are not part of the command, they
are only used to identify the command string)
available in the Microsoft Windows®operating
system.
A working knowledge of DOS commands,
Windows®, networks and their operation
are required.
5.1 Factory Programmed Default IP
Address
Bosch Security Systems, Inc. has programmed a
default IP address into the D9133TTL-E Serial
Interface.
The default IP address is not used for any
of the Bosch Security Systems, Inc.
functions. This information is supplied only
to assist the technician if a failure of the
ARP commands occurs. It might be useful
to know the default IP address should the
ARP commands fail. However, this
occurrence is highly unlikely. Contact
Technical Support at [phone] if
you have further questions.
The D9133TTL-E ships with a default IP address of
192.168.000.002.

D9133TTL-E |Installation Guide | 5.0 IP Address Configuration Setup Instructions
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5.2 Identifying the MAC Hardware
Address
The MAC address label is located on the
side of the Co-Box.
This address is hard-coded into the D9133TTL-E
during its manufacture and cannot be changed. This
address is six bytes (twelve digits) in length and can
be found on a label on the large metal box soldered
to the D9133TTL-E.
Figure 13: MAC Address Label
5.3 Obtaining an IP Address
Go to the network administrator with the MAC
address. The network administrator will assign your
D9133TTL-E an IP Address.
An IP Address is an identifier for a computer or
device on a TCP/IP network. Networks using the
TCP/IP protocol route messages based on the IP
address of the destination. The format of an IP
address is a 32-bit numeric address written as four
numbers separated by periods. Each number can be
zero to 255. For example, 172.17.10.70 could be
an IP address. Within an isolated network, you can
assign IP addresses at random as long as each one is
unique. However, connecting a private network to
the Internet requires using registered IP addresses
(called Internet addresses) to avoid duplicates.
5.4 Initial Assignment of the IP Address
using ARP.EXE
Bosch Security Systems recommends that you read
this entire step before beginning. Also, make sure
there is power to the D9133TTL-E and the Ethernet
Network RJ45 connection is in place.
The D9133TTL-E being configured and the
PC being used to configure it must both be
on the same gateway (the device that
connects the LAN to the WAN) in order to
telnet into the configuration program. Telnet
is the process of using the Telnet program
to communicate with the D6680 Network
Adapter and establish its communications
configuration parameters. It may be called a
router or hub. After the D9133TTL-E has
been configured and it has an IP address,
you will be able to establish a telnet
connection to change configuration
parameters from anywhere on the network.
When you have the IP address and the network
administrator confirms that it is ready, open up the
DOS prompt (from Windows®) on any PC tied into
the network that is to be used. You will now need to
use the ARP program to temporarily assign the
D9133TTL-Es IP address to its hardware address on
the Host PC. The ARP program is installed into the
/WINDOWS directory by default in Windows 98®,
Windows 2000®, and Windows Millennium operating
systems during install.
At the DOS prompt (usually C:\windows), the
following command syntax is to be used.
Figure 14: Command Syntax
arp –s xxx.xxx.xxx.xxx zz-zz-zz-zz-zz-zz
xxx.xxx.xxx.xxx
is the IP address assigned
to the D9133TTL-E Serial
Interface by the Network
Administrator
zz-zz-zz-zz-zz-zz
is the MAC hardware
address found on the
label of the D9133TTL-E
Serial Interface.
The following sections detail the assignment of an IP
address to a D9133TTL-E Network Adapter, using
the ARP program.
Example MAC Address
The IP, MAC address, and port number
used in this example will not be the same
as the numbers you are using. This is for
demonstration only!
5.4.1 ARP Command Usage
1. Open a DOS window from the Start menu by
selecting, Start → Run
2. At the Run dialog box, type COMMAND and click
OK.
3. A DOS window appears looking like this:

D9133TTL-E |Installation Guide | 5.0 IP Address Configuration Setup Instructions
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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 11
4. At the DOS command line type: arp –s
172.17.10.70 00-20-4a-12-04-0e
[ENTER]
5. If following your command the computer
responds with a prompt (as shown to the right)
then the address was accepted.
There is no indication that the operation
has been performed properly. The absence
of an error message is your indication that
the function was correct.
6. Verify that the IP address was correctly entered
into the ARP table by typing:
arp -g [ENTER]
This shows the Internet address (IP ADDRESS) and
the corresponding Physical Address (MAC hardware
address). The third line of the table in Figure 15
shows that the arp table contains a MAC address
00-20-4a-51-19-8c temporarily linked to IP address
172.17.10.70.
The network uses this table to identify devices and
route signals. The number of devices and other
“types,” like “dynamic,” depends on the network and
the number and type of devices that this PC has
corresponded with. The important thing is to identify
the MAC address of the device you are installing and
verify that it now has an IP address linked to it.
Figure 15: arp -g
5.5 Using Telnet to Finish the
Configuration
If you are using Windows 98, refer to Section 5.5.1
Using Windows 98 Telnet.
If you are using Windows 2000 or XP, refer to
Section 5.5.2 Using Windows 2000 or XP Telnet
on page 16.
5.5.1 Using Windows 98 Telnet
1. Open a DOS window from the Start menu by
selecting, Start → Run
2. At the Run dialog box, type
telnet [ENTER].
The Telnet application should now be running.
3. Click on the Connect menu and the Remote
System...
The Connect window displays:
4. Type the IP address of the D9133TTL-E (this is
the IP address that was assigned to the
D9133TTL-E in the previous section) in the Host
Name field,
In this example, the IP address is 172.17.10.70.
Type 1into the Port field and leave the
TermType field at vt100.

D9133TTL-E |Installation Guide | 5.0 IP Address Configuration Setup Instructions
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5. Click Connect and wait a few seconds for a
connect failed message to display stating: “Could
not open a connection to 172.17.10.70.”
The IP, MAC address, and port number
used in this example are not the same
numbers you are using. This is for
demonstration only, along with the
presented screenshots. Actual values will
differ.
Click OK to open. The Telnet window appears
again.
6. Click the Connect menu and then Remote
System ...
This time, leave everything as it is except, type
9999 into the Port field. Click Connect.
7. The message, displays, "Press Enter to go into
setup mode".
Press [ENTER].
If you do not press [ENTER] within five sec.
of seeing the above message, you will be
disconnected. If you are disconnected, the
following message displays:
8. If you pressed [ENTER] within 5 sec. of seeing
the “Press Enter to go into Setup Mode”
message, you should see the following screen:
9. Press [0] then [ENTER] to set up the basic
Server configuration.
If the D9133TTL-E Dialer Capture Module has
been programmed with an IP address in the past,
it will be displayed in parentheses.
For example, if this D9133TTL-E was originally
programmed to IP address 190.200.128.152, we
would be changing it to address 190.200.128.219.

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10. To properly program the IP address
190.200.128.219, the following keys would be
entered:
190.200.128.219 [ENTER]
If using DHCP (Dynamic Host Configuration
Protocol), the following would be entered: 0.0.0.0
[ENTER]
The IP, MAC address, and port number
used in this example are not the same as
the numbers you are using. This is for
demonstration only along with the
presented screenshots. Actual values will
differ.
11. When asked to set the Gateway address, if is not
needed or if using DHCP,
type N[ENTER]
If it is needed, type Yand the gateway IP
address as:
190.200.128.1 [ENTER]
The Gateway IP is only needed if using a
Wide Area Network (WAN). In a Local Area
Network (LAN), typically the Gateway is not
needed.
12. The following displays:
If the Netmask needs to be changed from the
default, enter the number of bits that correspond
to the Netmask your network is using (refer to
Table 3). If using DHCP, press [ENTER]
See your network administrator for more
information.
Press [ENTER] after entering the correct number
of bits for the netmask.
Table 3: Netmask Address
Number of
Host Bits
Netmask
1 255.255.255.254
2 255.255.255.252
3 255.255.255.248
4 255.255.255.240
5 255.255.255.224
6 255.255.255.191
7 255.255.255.128
8 255.255.255.0
9 255.255.254.0
10 255.255.252.0
11 255.255248.0
12 255.255.240.0
13 255.255.224.0
14 255.255.192.0
15 255.255.128.0
16 255.255.0.0
17 255.254.0.0
18 255.252.0.0
19 255.248.0.0
20 255.240.0.0
21 255.224.0.0
22 255.192.0.0
23 255.128.0.0
24 255.0.00
25 254.0.0.0
26 252.0.0.0
27 248.0.0.0
28 240.0.0.0
29 224.0.0.0
30 192.0.0.0
31 128.0.0.0
13. If using DHCP, you will see:
If you want to assign a name for this device for
use on a LAN, type Y and enter up to 16
characters and [ENTER]. Otherwise just press
[ENTER[.
If no DHCP device name is entered, a
default name of Cxxxxxx is used (where
xxxxxx is the last six digits of the MAC
address).
14. Change the Telnet password by pressing [N] to
leave at default of "No".

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This screen shows the Setup Mode screen you
saw previously.
If a password is entered, store in a secured
place. If the password is lost or forgotten
you will not be able to telnet this unit again.
The unit will have to be sent back to the
factory and reconditioned before it will be
able to receive another TELNET session.
15. Now press [1] [ENTER] to go into setup
Channel 1 configuration. The following displays
(refer to Figure 16):
Figure 16: Setting values in Telnet Session
16. Press [Enter] to accept the Baud Rate default of
(9600). If 9600 is not the default, type 9600 and
press [ENTER] to change it.
17. The following information appears:
18. Press [Enter] to accept the default I/F Mode of
(4C). If is not the default, type [4c] [ENTER] to
change it.
19. Press Enter to accept the default Flow of (00). If
00 is not the default, type [00] [ENTER] to
change it.
20. Type a unique port number for the particular
LAN that the device is connected to and then
press [ENTER].
Datagram Type 07 must be used if the
unique port number is not the same one
used for the D6680.
The port number displayed here is an
example and may not be the same.
21. Press [Enter] to accept the default ConnectMode
of (CC). CC is not the default, type [cc]
[ENTER] to change it.
22. Type [00] if the unique port number typed in
above is the same that was used for the D6680. If
00 is selected for the Datagram type, the remote
IP and port number do not apply and the next
step is the option to enable encryption (Step 25).
To use Datagram Type 02 or 07, an E2-
RAD version of the NIM with firmware
version 5.5c or greater is required. See
DeviceInstaller Operation and Installation
Guide (P/N: 4998138688) for more
information.
23. Enter the appropriate Datagram value based on
your type of control panel. Refer to Table 4 on
page 15.

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Table 4: Entering Datagram Values
Control Panel Type Do Step:
DS7240V2/DS7220V2 23a
FPD-7024 23a
D9412GV2/D7412GV2/D7212GV2 with
firmware version 7.06 or later 23a
D9412G/D7412G with firmware version
7.00 or later 23a
D7212G with firmware version 7.01 or later 23a
D9412/D7412/D7212/D9112/D9124 with
firmware version 7.00 or later 23a
DS7400XiV4+ 23b
D9412GV2/D7412GV2/D7212GV2 with
firmware version 7.05 or earlier 23b
D9412G/D7412G with firmware version
6.90 or earlier 23b
D7212G with firmware version 6.91 or
earlier 23b
D9412/D7412/D7212/D9112/D9124 with
firmware version 6.90 or earlier 23b
a. Type 02 and go to Step 26.
Datagram 02 on the 9000, G, or GV2
Series control panels requires RPS version
5.5 or later.
b. If the unique port number previously entered
is the same as the D6680, type 00 and go to
Step 26. Otherwise, type 07 and go to
Step 24.
For more information on Datagram Types,
refer to the Conettix D6600 Network
System Guide (P/N: 4998122712).
24. Press [ENTER] four times to specify 0.0.0.0 for
remote IP address.
25. Enter in the same port number that was used for
the D6680
26. If you want to enable encryption, from the main
menu Select 6- Security and follow the steps.
If encryption is enabled on the
D9133TTL-E, it must be enabled at the
D6680 with the same key.
Software revision of the Network Interface
Module attached to the D9133TTL-E must
be 5.16 or greater, the hardware revision
must be CM-E2-RAD to support
encryption. To check the version, Telnet the
unit and it will display in the first five sec.
before pressing [Enter].
Figure 17: D9133TTL-E Encryption
27. At Disable SNMP (N) N press [ENTER].
28. At SNMP Community Name ( ): press
[ENTER].
29. At Disable Telnet Setup (N) N press [ENTER].
30. At Disable Port 77FEh (N) N press [ENTER].
31. At Disable Web Server (N) N press [ENTER].
32. At Disable ECHO ports (Y) Y press [ENTER].
33. At Enable Encryption (N) press [Y].
34. Change keys (N) press ‘Y’.
35. Enter keys: These 16 bytes (32 characters) should
match the bytes programmed in the D6680.
Default value is 01-02-03-04-05-06-07-08-09-10-
11-12-13-14-15-16.
36. At Enable Enhanced Password (N) press
[ENTER].
37. Select 9at the main menu to save and close
telnet session.
38. A message is displayed the connection was lost.
Click OK to close the Telnet window.
39. To confirm that the IP address had been
configured properly, PING the IP Address and
check for a response.
40. At the C:\> prompt, type PING <IP Address>
then press [ENTER].

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Four reply messages should be received,
confirming that the D9133TTL-E is talking to the
network.
Configuration of the D9133TTL-E Network Interface
Module is complete. Perform this procedure for any
additional D9133TTL-E’s you may have.
5.5.2 Using Windows 2000 or XP Telnet
To finish the IP address configuration of the
D9133TTL-E, a Telnet session must be launched.
It is necessary to be logged into Windows
with an Administrator privilege level.
This example uses the IP address of
172.17.10.70 and the MAC Address of 00-
20-4a-72-04-0e.
1. Open a DOS window from the Start menu by
selecting, Start → Run
2. At the Run dialog box, type COMMAND and click
OK.
3. A command prompt window appears looking
like this:
4. At the C:\> prompt, type in telnet and press
[ENTER].
5. At the Microsoft Telnet> prompt, type open
(space) IP ADDRESS (space) PORT NUMBER
Example: open 172.17.10.70 1
6. The connection will fail the first time. (This is
normal). At the prompt enter the same sequence
but using port 9999 instead of 1.
Example: open 172.17.10.70 9999
Hint: Pressing [F3] will display last line typed,
Backspace over the port and change to 9999.
7. Press [ENTER] and you should be in the setup
menu of the D9133TTL-E device.
Follow steps 7 to 39 in Section 5.5.1 Using Windows 98
Telnet on page 11.
6.0 Additional UL
Requirements
For UL Listed Fire Installations, shared on-
premises communications equipment is
required to be UL Listed for Information
Technology Equipment.
1. Set the following parameters in the RADXAUX1
and GV2AUX section of the Bosch control
panels:
The GV2AUX handler is used for GV2
Series control panels. The RADXAUX1
handler is used for G Series control panels.

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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 17
Table 5: Bosch control panels RADXAUX1 and
GV2AUX UL Parameters
Control Panel on Protected Premises
UL 1610 Line Security
(formally Grade AA)
Intrusion System
Installations
RADXAUX1
and
GV2AUX
Parameters
No Digital Dialer
Backup
Digital
Dialer
Backu
p
UL 864 Fire
System
Installations
(The system must
be installed in
accordance with
NFPA-72.)
Poll Rate 75 seconds 240
second
s
75 seconds
Ack Wait 13 seconds 13
second
s
13 seconds
Retry Count 3 3 3
2. Add a Telnet password to the communications
protocol of the D9133TTL-E’s Network Interface
Module (refer to Section 5.5 Using Telnet to Finish
the Configuration, step 14 on page 13). Retain the
password for future reference.

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7.0 UL Listings and Approvals
The D9133TTL-E Network Interface Module is UL
Listed as a device.
•UL Central Station Burglary (1610), Line
Security (Grade AA)
•UL Commercial Fire Alarm Signaling (864),
Supplementary
•UL Commercial Fire Alarm Signaling (864),
Primary
• FCC Part 15 Radiated/Conducted Emissions
Refer to the Conettix D6200
Programming/Software Operation and
Installation Guide (P/N: 4998154991) for
information on how to prepare the account
database in the D6600 in your Monitoring
Center to receive UL Listed
communications from a D9133TTL-E
Network Interface Module.
8.0 Specifications
Table 6: Specifications
Dimensions
(Enclosure)
7 in. x 4.5 in.
(17.8 cm x 11.4 cm)
Current Draw 140 mA maximum
Operation Voltage 12 VDC Nominal
Connectors Control Panel: SDI Bus Terminal
Strip
LAN/WAN: RJ-45 Modular Jack
(Ethernet)
Ethernet Cable Category 3 or better unshielded
twisted pair
Maximum Length: 328 ft (100 m)
Interface IEEE 802.3
Compatibility D9412G, D7412G, D7212G,
D9412, D9112, D7412, or D7212
Control Panels – Version 6.3 or
later
Default IP Address 192.168.000.002

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Bosch Security Systems, Inc. | 6/07 | 4998122717-01 19
Notes

© 2007 Bosch Security Systems, Inc.
4998122717-01
Bosch Security Systems, Inc.
130 Perinton Parkway
Fairport, NY 14450-9199
[phone]