49522D DX4020 Ethernet Ifc Module Inguide · 3.1 Bosch Control Panels 3.1.1 DX4020 Mounting The...

EN Installation Guide

Network Interface Module

DX4020

DX4020 | Installation Guide | EN | 2

Bosch Security Systems | 6/04 | 49522D

Trademarks Microsoft®-and Windows® are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.

Lantronix is a registered trademark of Lantronix Corporation, registered in the U.S. and other countries.

XPort with its patent-pending technology is a trademark of Lantronix, Inc.

DX4020 | Installation Guide | Contents EN | 3


Contents 1.0 Introduction.........................................................4

2.0 Overview .............................................................4 2.1 Specifications.......................................................4 2.2 System Overview................................................5

3.0 Installation ...........................................................5 3.1 Bosch Control Panels .........................................5 3.1.1 DX4020 Mounting .............................................5 3.1.2 Wiring ..................................................................6 3.2 SDI Bus................................................................7 3.2.1 Bosch Control Panel SDI Bus Address Scheme

..............................................................................7

4.0 DX4020 LEDs.....................................................7 4.1 Ethernet/Serial Status LEDs..............................7 4.2 Xport LEDs .........................................................8

5.0 IP Programming..................................................9 5.1 Factory Programmed IP Configuration ...........9 5.2 Identifying the MAC Hardware Address ........9 5.3 Obtaining an IP Address ...................................9 5.4 Initial IP Address Assignment...........................9 5.4.1 ARP Command Usage.....................................10 5.5 Using Telnet to finish the configuration ........10 5.5.1 Using Windows 95/98 Telnet .........................10 5.5.2 Using Windows 2000/XP Telnet ....................14

6.0 Control Panel Programming ...........................15 6.1 Programming for Communication .................15 6.1.1 Using RPS (RAM IV) ......................................15 6.1.2 Using D5200 .....................................................16

7.0 UL Requirements .............................................19

8.0 UL Listings and Approvals..............................19

Figures Figure 1: DX4020 Network Interface Module......... 4 Figure 2: Connection Diagram – NetCom System of

DX4020 and Bosch Control Panels .......... 5 Figure 3: Wiring the DX4020 to a Bosch Control

Panel ............................................................. 6 Figure 4: Ethernet Status LEDs – Location.............. 7 Figure 5: DX4020 Xport LEDs.................................. 8 Figure 6: DX4020 MAC Address location............... 9 Figure 7: ARP.EXE Command Syntax .................. 10 Figure 8: arp -g .......................................................... 10 Figure 9: DX4020 Encryption ................................. 13

Tables Table 1: DX4020 Specifications ............................... 4 Table 2: Wiring Connection ..................................... 6 Table 3: SDI Bus Address Settings........................... 7 Table 4: DX4020 Bus/Serial Status LED Functions7 Table 5: Xport LEDs ................................................. 8 Table 6: DX4020 Default IP Address ...................... 9 Table 7: Netmask Addresses................................... 12 Table 8: Bosch Control Panels RADXAUX1 UL

Parameters ................................................. 19

DX4020 | Installation Guide | 1.0 Introduction EN | 4


1.0 Introduction

The control panels D9412G, D7412G, D7212G, D9412, D9112, D7412, and D7212 must have software version 6.30 or later.

These instructions are for installing and setting up the DX4020 Network Interface Module (NIM) to work with the D9412G/D7412G/D7212G/D9412/D7412/ D9112/D7212 Control Panels as an SDI bus device.

Throughout the rest of this manual, the term “Bosch Control Panels” will refer to the D9412G, D7412G, D7212G, D9412, D7412, and D7212 Control Panels.

The DX4020 is used for bi-directional communications over Ethernet networks. Typical uses include PC front-end software packages such as PC9000, Remote Programming Software (RPS / RAM IV) connection for programming, diagnostic troubleshooting, D6600 NetCom Central Station Receiver (CSR) reporting and/or history retrieval.

Figure 1: DX4020 Network Interface Module

RYGB

1 2

34

5 6

1 - Lantronix® Xport™ NIM

2 - EPROM 3 - SDI Bus

4 - DIP Switches 5 - Serial/Bus LEDs 6 - P2 Jumper

Follow these instructions to avoid personal injury and damage to equipment.

2.0 Overview 2.1 Specifications

Table 1: DX4020 Specifications

Dimensions 7.6 cm x 12.7 cm (3 in. x 5 in.) Current Draw 84 mA max, 80 mA nominal 10 Base-T

110 mA max, 100 mA nominal 100 Base-T Operation Voltage

12 VDC Nominal

Control Panel

SDI Bus Terminal Strip Connectors

LAN/WAN RJ-45 Modular Jack (Ethernet)

Category 3 or better unshielded twisted pair

Ethernet Cable

Max Length 100 m (328 ft)

Interface IEEE 802.3 Compatibility Bosch Control Panels

- Version 6.3 or later Default IP Address

0.0.0.0 (DHCP mode)

DX4020 | Installation Guide | 3.0 Installation EN | 5


2.2 System Overview Figure 2 is a diagram of a D6600 NetCom System using a Bosch Control Panel, DX4020 Ethernet Interface Module, D6600 Receiver, and a D6680 Network Adapters.

Figure 2: Connection Diagram – NetCom System of DX4020 and Bosch Control Panels

1

2

5

7

7

9

8

9

10

3 4

6

1 - Bosch Control Panels 2 - DX4020 Network Interface Module – Ethernet 3 - Host PC – running D6200 Programming

Administrative Software 4 - Ethernet network 5 - D6680 Network Adapter

6 - D6600 Central Station Receiver 7 - Connection – Bosch Control Panels SDI Bus to

DX4020 SDI Bus terminals 8 - Connection – Ethernet network to Host PC

Ethernet Network Interface Card (NIC) 9 - Connection – Ethernet network to D6680 10 - Connection – D6680 to D6600 COM4 Port

3.0 Installation Failure to follow these instructions can result in system failure in initiating alarm conditions. Bosch Security Systems is not responsible for improperly installed, tested or maintained devices.

Inform the operator and the local authority before installing the DX4020 in an existing system. Disconnect all power to the Control Panel before installing the DX4020.

3.1 Bosch Control Panels 3.1.1 DX4020 Mounting

The DX4020 can be mounted inside a D8103 or D8109 enclosure using any of the standard three-point mountings (two locations are on the inside side of the enclosure and two more locations are on the inside top of the enclosure).

If mounting the DX4020 in a separate enclosure, use an AE1 or AE2 enclosure. All external wiring between enclosures and originating from enclosures must be in metal conduit no longer than 6.1 m (20 ft).

DX4020 | Installation Guide | 3.0 Installation EN | 6


3.1.2 Wiring

The DX4020 is designed to work with Bosch Control Panels (with software version 6.30 or higher) as an SDI bus device. Refer to Section 3.1.2.1 Connection Wiring (DX4020 to Bosch Control Panels) on page 6 for the proper connection sequence.

Figure 3: Wiring the DX4020 to a Bosch Control Panel

+-

EARTH GROUND

COMMON

BATTERY NEGATIVE ONLY

Maximum ChargingCurrent 1.4 Amps.

BATTERY POSITIVE ONLY

RELAY A

RELAY B

RELAY C

+ AUX POWER

1

2

3

4

5

6

7

8

9

10

CLASS 2 TRANSFORMER16.5 VAC 40 VA 60 HzPart No. D1640Internally Fused - Do Not shortRequires Unswitched OutletDo Not Share With Other Equipment

LEDs Off When Normal

Charging Status

Low Battery - 12.1 VDC

YEL

RED

PROGRAMMABLEALARM OUTPUTS

Terminals

Requires OptionalD136 Relay

In ALT ALARM& SW AUX

&7 8

GROUND FAULT DETECTEnabledDisabled

PHONELED

RED

ON WH ENCOMMUN IC AT INGOF F WHEN ID LE

Digital Alarm Communicator Transmitter

Reference Manual #43494 ___ For System Wiring Diagram, Issue AReference Document #33284 ___ For Compatible Smoke Detectors

POWER SUPPLY REQUIREMENTSThe Power Supply Provides a Maximum of 1.4 Amps For The ControlPanel and All Accessory Devices. For System Loading, See Operation-Installation Manual #43488 ___.All External Connections Except Terminal 5 (Battery Positive) AreInherently Power Limited.Requirements For Battery Standby Time May Reduce Allowable Output.

CAUTION: See Manual For Power Requirements Relating to Terminals 6 7

WARNING!Multi-Battery Installation RequiresModel No. D122 Dual Battery Harness.Improper Installation Can Be a FireHazard.

Battery: Replace Every 3 to5 years with Model D126, 12 V7 Amp Hr Lead Acid Battery

This equipment should be installed in accordance with the NFPA 70 (National Electrical Code)and NFPA 72 (National Fire Alarm Code) for Local, Central Station, Remote Station and Household FireWarning Systems and under the limits of the Local Authority Having Jurisdiction (National FireProtection Association, Batterymarch Park, Quincy, MA 02269) Printed information describing properinstallation, operation, testing, maintenance, evacuation planning and repair service is to be providedwith this equipment.

D9412G Control / Communicator is UL Listed For Central Station, Local, Remote Station and HouseholdFire Alarm, and Central Station, Local, Police Station Connect and Household Burglar Alarm.

System is Intended To Be Checked By A Qualified Technician At Least Every 3 Years.The types of initiating circuits that the panel has been approved for are A, M, W, SS.

VOLTAGE RANGESOpen 3.7 - 5.0 VDCNormal 2.0 - 3.0 VDCShort 0.0 - 1.3 VDC

GRN

Reset PinDisable All Except Battery

Charging And Programming

PERIPHERAL DEVICE CONNECTIONS

RED POWER +

YELLOW DATA BUS A

GREEN DATA BUS B

BLACK COMMON

ZONEX OUT 1

ZONEX IN 1

N.F.P.A.Style 3.5SignalingLineCircuits

32

31

30

29

28

27

PROGCONN

43489F

LOOP START

PHONE MONITOR SELECT

Point 8GND FAULT

Detect

ENABLE

DISABLE

ZONEX OUT 2 26

25ZONEX IN 2

ZONEX POWER + 24

ZONEX COMMON 23

1211 13

Point 1 Point 2

1514 16

Point 3 Point 4

1817 19

Point 5 Point 6

2120 22

Point 7 Point 8

GROUND STARTRequires

Relay # D136 inGround

Start Socket

GND START

10.2 VDC - Battery Load Shed

1

23

4

5

6

7

8

1 - Bosch D9412G is used as an example 2 - D8103 or D8109 Enclosure 3 - Battery 4 - To AC Transformer

5 - DX4020 Network Interface Module (not in scale with control panel

6 - Location of DX4020 in control panel enclosure 7 - Non-power limited area, all power wiring must

remain out of this area 8 - To Ethernet network

3.1.2.1 Connection Wiring (DX4020 to Bosch Control Panels)

Table 2: Wiring Connection

Seq. #. DX4020 Connection Control Panel Connection Other

1 Xport Ethernet To LAN/WAN 2 R Terminal To POWER + (Terminal 32) 3 Y Terminal To DATA BUS A (Terminal 31) 4 G Terminal To DATA BUS B (Terminal 30) 5 B Terminal To COMMON (Terminal 29)

DX4020 | Installation Guide | 4.0 DX4020 LEDs EN | 7


3.2 SDI Bus The following DIP Switch settings in Table 3 must match with the type of control panel used and the address used for the application.

3.2.1 Bosch Control Panel SDI Bus Address Scheme

Table 3: SDI Bus Address Settings

Bus Address

1 2 3 4 5 6 7 8

80* DN DN DN DN N/A N/A UP N/A 88** DN DN DN UP N/A N/A UP N/A

* = PC9000 ** = RPS and NetCom

4.0 DX4020 LEDs 4.1 Ethernet/Serial Status LEDs The DX4020 has four Bus/Serial status LEDs (see Figure 4).

These LEDs on the DX4020 are described in Table 4.

The P2 Jumper is used to enable (jumper on) or disable (jumper off) the LEDs in Figure 4.

Figure 4: Ethernet Status LEDs – Location

RYGB

1

2

3

4

See Table 4 for descriptions of the LEDs

Table 4: DX4020 Bus/Serial Status LED Functions

LED Name Color Function 1 BUS-XMIT Red Flashes when the SDI or

Option bus sends a message

2 BUS-RCV Red Flashes when the SDI or Option bus receives a message

3 SER-RX Green Flashes every time a message is received from the Ethernet port

4 SER-TX Green Flashes when message is sent to Ethernet port

DX4020 | Installation Guide | 4.0 DX4020 LEDs EN | 8


4.2 Xport LEDs

Figure 5: DX4020 Xport LEDs

1 2

1 - Left LED 2 - Right LED

Table 5: Xport LEDs

Left LED Right LED

State Color State Color Meaning Off Off No Ethernet Link Off Solid Amber 100 BASE-T Half

Duplex Link Off Blinking Amber 100 BASE-T Half

Duplex; Activity Off Solid Green 100 BASE-T Full

Duplex Link Off Blinking Green 100 BASE-T Full

Duplex; Activity Solid Amber Off 10 BASE-T Half

Duplex Link Blinking Amber Off 10 BASE-T Half

Duplex; Activity Solid Green Off 10 BASE-T Full

Duplex Link Blinking Green Off 10 BASE-T Full

Duplex; Activity

DX4020 | Installation Guide | 5.0 IP Programming EN | 9


5.0 IP Programming The purpose is to set up the initial IP address so that the DX4020 can be set with a Network IP address. The setup consists of using resident commands and programs such as the commands ARP, Ping and the program Telnet available in the Microsoft Windows operating system.

Remember that the IP, MAC address, and port number used here are for demonstration only!

A working knowledge of DOS commands, Windows®, networks and their operation is required.

If your installation uses DHCP to obtain an IP Address and port 7700 for communication, then continue to Section 6.0 Control Panel Programming unless you plan to use RPS over the network through this device. If so continue with the next section.

5.1 Factory Programmed IP Configuration

The DX4020 is shipped with the following default IP address:

Table 6: DX4020 Default IP Address

Default IP Configuration Number Default Port DHCP 7700

5.2 Identifying the MAC Hardware Address

The MAC address label is located on top of the Xport.

This address is hard-coded into the DX4020 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 DX4020.

Figure 6: DX4020 MAC Address location

5.3 Obtaining an IP Address Go to the network administrator with the MAC address. The network administrator assigns your DX4020 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 IP Address Assignment Read this entire step before beginning. Also, make sure there is power to the DX4020 and the Ethernet Network RJ-45 connection is in place.

To telnet into the configuration program, the PC used to configure the DX4020 and the DX4020 itself must both be on the same gateway (the device that connects the LAN to the WAN).

Use telnet to communicate with the DX4020 and establish its communications configuration parameters.

Once the DX4020 is configured and has an IP address, you can telnet from anywhere on the network to change the configuration parameters.



Once 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. Use the ARP program to temporarily assign the DX4020s IP address to its hardware address on the Host PC. The ARP program is installed into the /WINDOWS directory (in Windows® 95, Windows 98, Windows Millennium) or the \WINNT directory (in Windows 2000, and Windows XP) by default during install.

At the DOS prompt (usually C:\windows), the following command syntax is to be used.

Figure 7: ARP.EXE Command Syntax

arp -s xxx.xxx.xxx.xxx zz-zz-zz-zz-zz-zz

1 2

1 xxx.xxx.xxx.xxx = the IP address assigned to the

DX4020 Network Interface Module by the network administrator

2 zz-zz-zz-zz-zz-zz = the MAC hardware address found on the DX4020’s Xport NIM

The following sections detail the assignment of an IP address to a DX4020 Network Adapter, using the ARP command.

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. 4. At the DOS command line type:

arp –s 172.17.10.70 00-20-4a-12-04-0e [ENTER] 172.17.10.70 would be the example IP address given from the Network Administrator and 00-20-4a-12-04-0e would be the example MAC hardware address from DX4020.

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 is 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]

Figure 8: arp -g

This shows the Internet address (IP ADDRESS) and the corresponding Physical Address (MAC hardware address). The third line of the table in Figure 8 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.

5.5 Using Telnet to finish the configuration

If you are using Windows 95/98, refer to Section 5.5.1 Using Windows 95/98 Telnet.

If you are using Windows 2000/XP, refer to Section 5.5.2 Using Windows 2000/XP Telnet on page 14.

5.5.1 Using Windows 95/98 Telnet 1. Open a DOS window from the Start menu by

selecting Start � Run. 2. At the Run dialog box,

telnet [ENTER]. The Telnet application should now be running.

3. Click on the Connect � Remote System...

The Connect window displays.



4. Type the IP address of the DX4020 (this is the IP

address that was assigned to the DX4020 in the previous section) in the Host Name field, In this example, the IP address is 172.17.10.70. Type 1 into the Port field and leave the TermType field at vt100.

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.”

Click OK to open the Telnet window again. 6. Repeat Step 3.

This time, leave everything as it is except, type 9999 into the Port field. Click Connect.

7. The message "Press Enter to go into setup mode"

message appears. Press [ENTER].

If you do not press [ENTER] within five seconds of seeing “Press Enter to go into Setup Mode,” you are disconnected. If you are disconnected, the following message displays:

8. If you pressed [ENTER] within 5 seconds 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 DX4020 Network Interface Module was programmed with an IP address in the past, it is displayed in parentheses (as shown below). For example, if this DX4020 was originally programmed to IP address 172.30.3.36, we would be changing it to address 190.200.128.219.

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]

11. When asked to set the Gateway address, if is not needed or if using DHCP, type N [ENTER] If it is needed, type Y and 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 (See Table 7). 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 7: Netmask Addresses

Host Bits

Netmask Host Bits

Netmask

1 255.255.255.254 17 255.254.0.0 2 255.255.255.252 18 255.252.0.0 3 255.255.255.248 19 255.248.0.0 4 255.255.255.240 20 255.240.0.0 5 255.255.255.224 21 255.224.0.0 6 255.255.255.192 22 255.192.0.0 7 255.255.255.128 23 255.128.0.0 8 255.255.255.0 24 255.0.0.0 9 255.255.254.0 25 254.0.0.0

10 255.255.252.0 26 252.0.0.0 11 255.255.248.0 27 248.0.0.0 12 255.255.240.0 28 240.0.0.0 13 255.255.224.0 29 224.0.0.0 14 255.255.192.0 30 192.0.0.0 15 255.255.128.0 31 128.0.0.0 16 255.255.0.0

13. If using DHCP, the following appears:

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 planning to use RPS over a network through this device, a unique name must be entered here. This name should be known to the person who is programming the panel.

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 [Y] and entering a password or press [ENTER] to leave at default of “No.”

This screen shows the Setup Mode screen you saw previously.

If a password is entered, store it in a secured place. If the password is lost or forgotten you cannot telnet this unit again until the DX4020 is sent back to the factory and reconditioned.



15. Now press [1] [ENTER] to go into setup Channel 1

configuration. 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. Press [Enter] to accept the default I/F Mode of (4C). If is not the default, type [4c] [ENTER] to change it

18. Press [ENTER] to accept the default Flow of (00).

If 00 is not the default, type [00] [ENTER] to change it.

19. 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.

20. Press [Enter] to accept the default ConnectMode of (CC). If CC is not the default, type [cc] [ENTER] to change it.

21. 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 24).

To use Datagram Type 07, firmware version 1.5d or greater is required the Xport module. See DeviceInstaller Operation and Installation Guide (P/N: 4998138688) for more information.

Type [07] if the unique port number typed in above is different than the one used for the D6680. Press [ENTER].

For more information on Datagram Types, refer to the D6600 NetCom System Guide (P/N: 4998122712).

22. Press [ENTER] four times to specify 0.0.0.0 for remote IP address.

23. Enter in the same port number that was used for the D6680 and press [ENTER].

24. If you want to enable encryption, Select 6- Security from the main menu and follow the next steps.

If encryption is enabled on the DX4020 it must be enabled at the D6680 with the same key.

The software revision of the Network Interface Module attached to the DX4020 must be 1.2 or greater. To check the version, telnet the unit and the version is displayed for five seconds before pressing [Enter].

Figure 9: DX4020 Encryption

25. At Disable SNMP (N) N press [ENTER]. 26. At SNMP Community Name ( ): press [ENTER]. 27. At Disable Telnet Setup (N) N press [ENTER]. 28. At Disable Port 77FEh (N) N press [ENTER]. 29. At Disable Web Server (N) N press [ENTER]. 30. At Disable ECHO ports (Y) Y press [ENTER]. 31. At Enable Encryption (N) press [Y]. 32. At Key length in bits (0), type 128 and press

[ENTER]. 33. Change keys (N) press ‘Y’.



34. Enter keys the bytes programmed in the D6680. These 16 bytes (32 characters) should match. Default value is 01-02-03-04-05-06-07-08-09-10-11-12-13-14-15-16.

35. At Enable Enhanced Password (N) press [ENTER]. 36. Select 9 at the main menu to save and close telnet

session. 37. A message is displayed the connection was lost.

Click OK to close the Telnet window. 38. To confirm that the IP address had been

configured properly, PING the IP Address and check for a response.

39. At the C:\> prompt, type PING <IP Address> then press [ENTER]. Four reply messages should be received, confirming that the DX4020 is talking to the network.

Configuration of the DX4020 Network Interface Module is complete. Perform this procedure for any additional DX4020’s you may have.

5.5.2 Using Windows 2000/XP Telnet

To finish the IP address configuration of the DX4020, a Telnet session must be launched.

It is necessary to be logged into Windows 2000 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:

The colors have been inverted here for clarity. The normal prompt window appears with white text on black.

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 Ex: open 172.17.10.70 1

6. The connection fails the first time. (This is

normal). At the prompt enter the same sequence but using port 9999 instead of 1. Ex: open 172.17.10.70 9999

010101010101

Pressing [F3] displays the last line typed, Backspace over the port and change to 9999.

7. Press [ENTER] and you should be in the setup menu of the DX4020 device.

Follow steps 7 to 39 in Section 5.5.1 Using Windows 95/98 Telnet on page 10.

DX4020 | Installation Guide | 6.0 Control Panel Programming EN | 15


6.0 Control Panel Programming 6.1 Programming for Communication Control Panel programming is required for the DX4020. Consult the appropriate application-specific documentation for further information:

Control panel must be programmed for Modem III format when communicating through the DX4020.

• 9000 Series Help File within RPS software

• 9000 Series Program Entry Guide (P/N: 74-07695-000)

• D9412/D7412G Program Entry Guide (P/N: 47775), or

• D7212G Program Entry Guide (P/N: 4998138538)

6.1.1 Using RPS (RAM IV) 1. Start up RPS and open the desired account.

2. Connect to the panel and select Receive Panel

Data to read the panel’s current configuration in RPS. Click OK to start the transfer.

3. The Receive Panel Data dialog box appears with

an animation of green dots moving from the panel icon to the PC icon. The updating is complete when both progress bars are full and “Synchronization complete” appears.

The Panel Update dialog box appears with three options. Click the SAVE button to save the received data and return to RPS.

4. Access PANEL WIDE PARAMETERS

(9000MAIN) Handler, and scroll to the parameter titled Routing.

5. Set the Primary on Route Group 1 parameter to 1.

6. Access PANEL WIDE PARAMETERS

(9000MAIN) Handler, and scroll to the parameter titled Enhanced Routing.

7. Set the Route Group 1 Primary SDI parameter to Yes.

8. Exit out of PANEL WIDE PARAMETERS

(9000MAIN) and select RADXAUX1.



9. Click the small plus arrow and select Enhanced

Communications.

10. Set the Enable Enhanced Communication?

parameter to Yes and enter the IP address of the D6600 Receiver for Path 1 IP Address.

11. Select the Path 1Poll Rate parameter. For UL requirements, refer to Section 7.0 UL Requirements on page 19.

12. Scroll down the D9412 Program Record Sheet menu tree to the RADXAUX1 Handler, click the small plus sign next to the name and scroll to the parameter titled Misc.

13. Under the Misc parameter, select the entry entitled

Enable Antireplay and select Yes for the value.

14. If still connected to the panel, click the Send/Rcv

button to send the changes back to the 9000 Series panel. If not connected, connect to the panel and send the data.

15. The Panel Sync dialog box appears.

Select Send RPS Data to Panel to send the data to the panel. Click OK to start the transfer.

16. The Send to panel dialog box appears with an

animation of blue dots moving from the PC icon to the panel icon. The updating is complete when both progress bars are full and the words “Synchronization complete” appear.

17. Following a reboot of the panel, the field unit

exchanges numeric keys with the D6600 Receiver, and they are synchronized.

18. Once synchronized all subsequent communications sessions are numerically validated as to authenticity of the sender and receiver.

19. Each session generates an entirely new set of keys, therefore making replay of even authentic sessions invalid.

6.1.2 Using D5200

For more information, see D5200 Programmer’s Operation and Installation Guide (P/N: 74-06176-000). 1. Connect up the D5203 Programming Cord to the

D5200 and the panel 4-pin programming jack marked PROG.

2. Press [ON[ to turn on the D5200.



3. Enter the correct password and press [ENTER]. 4. Highlight the 9000MAIN by scrolling up [↑] or

down [↓] and then press [ENTER GROUP].

5. Select NEWRECORD and press the red [RECV

(COPY)] key to copy the handler from the panel.

6. Select PANEL WIDE PARAMETERS and press

the [ENTER GROUP] button.

7. Select Routing and press the [ENTER GROUP]

button.

8. In Routing, select R1 Primary Device 1 and set

that 1 by pressing the [1] key. Press [ENTER] to accept value

9. Press the [EXIT GROUP] button once to return

to PANEL WIDE PARAMETER. 10. Select Enhanced Routing and press the

[ENTER GROUP] button.

11. Set RG1 Primary SDI to Yes and press

[ENTER].

12. Press the [EXIT GROUP] button twice to exit the handler. A save prompt appears allowing you to enter a new name for the record.

13. Type in a new name and press [ENTER] when

finished. The top line of the display changes to RECORD SAVED.

NETCOM1 is used here for illustration purposes. Use a unique name to identify the change to the product handler.

14. To send the new record to the 9000 Series Control Panel, press the [SEND (LOAD)] button.

15. When the record is sent, the top line changes to

SEND SUCCESSFUL.

16. Highlight RADXAUX1 by scrolling up [↑] or

down [↓] and then press [ENTER GROUP].

17. Select NEWRECORD and press the red [RECV

(COPY)] key to copy the handler from the panel.



18. Select ENHANCED COMM and press the [ENTER GROUP] button.

19. Set Enhanced Comm to Yes by pressing the [Y]

key.

20. Enter the IP address of the D6600 Receiver in

Path 1 IP Add1 to Path 1 IP Add 4. 21. Select the Path 1Poll Rate parameter. For UL

requirements, see Section 7.0 UL Requirements.

22. Press the [EXIT GROUP] button to exit out of

ENHANCED COMM. 23. At the NEWRECORD menu, scroll down to

MISCELLANEOUS and press the [ENTER GROUP] button.

24. Set EnableAntireplay to Yes by pressing the [Y]

key.

25. Press the [EXIT GROUP] button twice to exit

the handler. A save prompt appears allowing you to enter a new name for the record.

26. Type in a new name and press [ENTER] when finished. The top line of the display changes to RECORD SAVED.

NETCOM2 is used here for illustration purposes. Use a unique name to identify the change to the product handler.

27. To send the new record to the 9000 Series Control Panel, press the [SEND (LOAD)] button.

28. When the record is sent, the top line changes to

SEND SUCCESSFUL.

29. Following a reboot of the panel, the field unit

exchanges numeric keys with the D6600, and they are synchronized.

30. Once synchronized all subsequent communications sessions are numerically validated as to authenticity of the sender and receiver.

31. Each session generates an entirely new set of keys, therefore making replay of even authentic sessions invalid.

DX4020 | Installation Guide | 7.0 UL Requirements EN | 19


7.0 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 section of the Bosch Control Panels:

Table 8: Bosch Control Panels RADXAUX1 UL Parameters

Control Panel on Protected Premises

UL 1610 Line Security (formally Grade AA) Intrusion System

Installations

RADXAUX1 Parameter No Digital

Dialer Backup Digital Dialer

Backup

UL 864 Fire System Installations

(The system must be installed in accordance with NFPA-72.)

Poll Rate 75 seconds 240 seconds 75 seconds Ack Wait 13 seconds 13 seconds 13 seconds Retry Count 3 3 3

2. Add a Telnet password to the DX4020’s communications protocol (Refer to Section 5.5 Using Telnet to finish the configuration on page 10, Step 17). Keep the password for future reference.

8.0 UL Listings and Approvals The DX4020 Network Interface Module is UL Listed as a device.

• UL Central Station Burglary (1610), Line Security (Grade AA)

• UL Commercial Fire Alarm Signaling (864), Primary

• FCC Part 15 Radiated/Conducted Emissions

See the D6200 Software Operation and Installation Guide (P/N: 4998154991) for information on how to prepare the D6600 Receiver/Gateway in your Monitoring Center to receive UL Listed communications from a DX4020 Network Interface Module.

© 2004 Bosch Security Systems 49522D

Bosch Security Systems 130 Perinton Parkway Fairport, NY 14450-9199 Customer Service: (800) 289-0096 Technical Support: (888) 886-6189

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