Bosch Conettix DX4020 Manual de usuario

Installation Guide

Network Interface

Module

Conettix DX4020

Conettix DX4020 |Installation Guide | Contents

2 Bosch Security Systems, Inc. | 1/09 | F01U045288-05

Contents

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

2.0 Overview.............................................................................................................................................................4

3.0 Installation...........................................................................................................................................................5

3.1 Mounting............................................................................................................................................................... 5

3.2 Wiring.................................................................................................................................................................... 5

4.0 DIP Switch Settings ...........................................................................................................................................7

4.1 GV2 Series, G Series, and 9000 Series Control Panels.................................................................................... 7

4.2 DS7240V2, DS7220V2, and Easy Series V3+ (ICP-EZM2) Control Panels................................................7

4.3 DS7400Xi Control Panel.....................................................................................................................................8

4.4 FPD-7024 Control Panel ..................................................................................................................................... 8

5.0 LEDs...................................................................................................................................................................... 8

5.1 Ethernet and Serial...............................................................................................................................................8

5.2 XPort .....................................................................................................................................................................9

6.0 IP Address Programming.................................................................................................................................9

6.1 Factory-Programmed IP Configuration .............................................................................................................9

6.2 Identifying the MAC Hardware Address ..........................................................................................................9

6.3 Obtaining an IP Address.....................................................................................................................................9

6.4 Assigning the Initial IP Address .......................................................................................................................10

6.4.1 ARP Command Overview................................................................................................................................10

6.4.2 Using the ARP Command ................................................................................................................................10

6.5 Using Telnet to Complete Configuration ........................................................................................................11

6.5.1 Using Windows 98 Telnet.................................................................................................................................11

6.5.2 Using Windows 2000/XP Telnet......................................................................................................................15

7.0 Control Panel Programming .........................................................................................................................16

8.0 Specifications....................................................................................................................................................16

Conettix DX4020 |Installation Guide | Trademarks

Bosch Security Systems, Inc. | 1/09 | F01U045288-05 3

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.

UL Requirements

For Underwriters Laboratories, Inc. (UL)

Listed fire Installations, ensure that the

shared on-premises communications

equipment is UL Listed for information

technology equipment.

1. Set the parameters in the RADXAUX1 or

GV2AUX section of the control panels

(Table 1).

The GV2AUX handler is used for GV2

Series control panels. The RADXAUX1

handler is used for G Series control panels.

Table 1: Control Panel RADXAUX1 or GV2AUX

UL Parameters

Control Panel on Protected Premises1

UL1610 Line Security

Intrusion System

Installations

RADXAUX1

GV2AUX

Parameter

No Digital

Dialer

Backup

Digital

Dialer

Backup

UL864 Fire

Systems

Installations2

Poll Rate 75 sec 240 sec 75 sec

ACK Wait 13 sec 13 sec 13 sec

Retry Count 5 5 5

1 For local annunciation, G Series control panels require

Firmware Version 6.9 or higher. GV2 Series control panels

require Version 7.04 or later.

2Install the system according to NFPA-72.

2. Add a Telnet password to the DX4020

communications protocol. To complete the

configuration, refer to Section 6.5 Using Telnet to

Complete Configuration, page 11.

Keep your password for future reference.

Certifications and Approvals

UL Standards

•UL294, Access Control Systems Units

•UL864, UL Commercial Fire Alarm signaling

•UL365, Police Station Burglar Alarm Units and

Systems

•UL609, Local Burglar Alarm Units and Systems

•UL985, Household Fire Warning System Units

•UL1023, Household Burglar-alarm System Units

•UL1076, Proprietary Burglar Alarm Units and

Systems

•UL1610, Central Station Burglary, Line Security

ULC Standards

•CAN/ULC-S303-M91, Local Burglar Alarm Units

and Systems

•CAN/ULC-S304-M88, Central and Monitoring

Station Burglar Alarm Units

•CAN/ULC-S545, Residential Fire Warning System

Control Units

•ULC/ORD-C1076-M1986, Proprietary Burglar

Alarm Units and Systems Communicator

•ULC-C1023-1974, Household Burglar Alarm

Systems

Approvals

•

•CSFM

•NF A2P Type 2 Certification number:

122000076-05

•FM*

* When used with the Conettix D6600

Communications Receiver/Gateway.

Refer to the D6200 Software Operation

and Installation Guide (P/N: 4998154991)

to configure the D6600/D6100i

Communication Receiver/Gateway to

receive UL Listed communications from a

DX4020.

Conettix DX4020 |Installation Guide | 1.0 Introduction

4 Bosch Security Systems, Inc. | 1/09 | F01U045288-05

1.0 Introduction

Use the Conettix DX4020 Ethernet Network Interface

Module (Figure 1) for bi-directional communications

over Ethernet networks. Generally, you use the

DX4020 in PC front-end software packages such as:

•Conettix D6600 Communications

Receiver/Gateway reporting

•History retrieval

•Building Integration System (BIS) and PC9000

•Remote Programming Software (RPS) connection

for control panel programming

•Diagnostic troubleshooting

Figure 1: DX4020 Network Interface Module

3 4 5 6

1 - Lantronix®XPort™network interface module

(NIM)

2 - Erasable programmable read only memory

(EPROM)

3 - Data bus

4 - DIP switches

5 - Serial and bus LEDs

6 - P2 Jumper

Failure to follow these instructions can

result in a failure to initiate alarm conditions.

Bosch Security Systems, Inc. is not

responsible for improperly installed, tested,

or maintained devices.

Follow these instructions to avoid

personal injury and damage to the

equipment.

2.0 Overview

Refer to Figure 2 for general system connections. The

main components are:

•Compatible control panel

•Conettix DX4020 Ethernet Network Interface

Module

•Conettix D6600 Communications Receiver/

Gateway

•Conettix D6680 Ethernet Network Adapter

•Conettix D6100i Communications

Receiver/Gateway

Figure 2: System Connections Overview

10 7

1 - Compatible control panel

2 - Compatible control panel data bus to the

DX4020 data bus terminals connection

3 - DX4020 Network Interface Module

4 - DX4020 to Ethernet connection

5 - Ethernet network

6 - Ethernet network to the D6100i connection

7 - Conettix D6100i Communications

Receiver/Gateway

8 - Ethernet network to the D6680/D6682

connection

9 - D6680/D6682 Ethernet Network Adapter

10 - Conettix D6600 Communications

Receiver/Gateway

11 - D6680 to the D6600 COM4 Port connection

12 - Ethernet network to Host PC Ethernet network

interface card (NIC) connection

13 - Host PC running D6200 Programming

Administrative Software

Conettix DX4020 |Installation Guide | 3.0 Installation

Bosch Security Systems, Inc. | 1/09 | F01U045288-05 5

3.0 Installation

Inform the operator and the local authority

having jurisdiction (AHJ) before installing

the DX4020 in an existing system.

Disconnect all power to the control panel

before installing the DX4020.

Before installing the DX4020, refer to

Table 7 on page 16 for control panel

compatibility information.

3.1 Mounting

Mount the DX4020 inside the control panel enclosure

using any of the standard three-point mounting

patterns (Figure 3). Refer to the associated control panel

documentation for complete installation instructions.

Figure 3: Mounting Holes

1 - Mounting holes (3)

Use an AE1 or AE2 Enclosure when

mounting the DX4020 in a separate

enclosure. Ensure that all external wiring

between and originating from the

enclosures is in a metal conduit no longer

than 6 m (20 ft).

3.2 Wiring

Run the wiring connections from the DX4020 data bus

terminals to the compatible control panel’s data bus

terminals (Figure 4). Refer to the associated control

panel documentation for complete wiring instructions.

Figure 4: DX4020 to Control Panel SDI, Option,

and Data Bus Wiring

1 - DX4020 data bus

terminals

2 - Compatible control

panel SDI, option,

and data bus

terminals

3 - Black (-) wire

4 - Green (G) data wire

5 - Yellow (Y) data wire

6 - Red (+)wire

Conettix DX4020 |Installation Guide | 3.0 Installation

6 Bosch Security Systems, Inc. | 1/09 | F01U045288-05

Figure 5 shows an example of wiring the DX4020 to a control panel.

Figure 5: Wiring the DX4020 to a Control Panel

EARTHGROUND

COMMON

BATTERY NEGATIVE ONLY

Maximum Charging

Current 1.4 Amps.

BATTERY POSITIVE ONLY

RELAY A

RELAY B

RELAY C

+ AUX POWER

CLASS 2 TRANSFORMER

16.5 VAC 40 VA 60 Hz

Part No . D1640

Int ernal ly Fuse d - Do No t shor t

Requires Uns witched Outlet

Do Not S hare With Oth er Equipmen t

LEDs Off WhenNormal

Charging Status

Low Battery - 12.1 VDC

YEL

RED

PROGRAMMABLE

ALARM OUTPUTS

Terminals

Requires Optional

D136 Relay

InALTALARM

& SW AUX

GROUND FAULTDETECT

Enabled

Disabled

PHONE

LED

RED

ON WHEN

COMMUNICATING

OFF WHEN IDLE

DigitalAlarm Communicator Transmitter

Reference Manua l #43494 ___ For System Wi ring Diagram, Issue A

Reference Docu ment #33284 ___ For Compatibl e Smoke Detectors

POWER SUPPLY REQUIREMENTS

The Power Supply Provides a Maximum of 1.4 Amps For The Control

Panel and All Accessory Devices. For System Loading, See Operation-

Installation M anual #43 488 ___.

All Externa l Connections Ex cept Terminal 5 (Battery Positiv e) Are

Inherently Power Limited.

Requirements For Battery Standby Time May Reduce Allowable Output.

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

WARNING!

Multi-BatteryInstallationRequires

Model No. D122 Dual Bat tery Harness.

Improper Installatio n Can Be a Fire

Hazard.

Battery: Replace Every 3 to

5 years with Model D126, 12 V

7 Amp Hr Lead Acid Battery

This equipment should bei nstalled in accordancewith the NFPA70 (National ElectricalCode)

and NFPA 72 (N ational F ire Alarm Cod e) for Loc al, Centr alS tation, Re mote Stat ion and House hold Fire

Warning System s and under th e limits of the L ocal Authori ty Having Juri sdiction (Nati onal Fire

Protection Association, BatterymarchPark, Quincy,MA 02269) Printed information describingproper

instal lation, o pera tion, t esting, m ainten ance, evac uation p lanning a nd repair s ervice i s to be provi ded

with this equipment.

D9412G Control / Communicatoris ULListed For Central Station, Local,Remote Stationand Household

FireAlarm,a nd CentralStation, Local, PoliceStationConnectand HouseholdBurglarAlarm.

SystemisIntendedTo BeCheckedBy A Qualified TechnicianAt LeastEvery 3 Years.

The types of ini tiating circuits that the pane l has been app roved for are A, M, W, SS .

VOLTAGE RANGES

Open 3.7 - 5.0 VDC

Normal 2.0 - 3.0 VDC

Short 0.0 - 1.3 VDC

GRN

Reset Pin

DisableAll Except Battery

Charging And Programming

PERIPHERA L DEVICE CONNE CTIONS

RED POW ER +

YELLOW DATA BUSA

GREEN DATAB US B

BLACK COMMON

ZONEX OUT 1

ZONEX IN 1

N.F.P.A.

Style 3.5

Signaling

Line

Circuits

PROG

CONN

43489F

LOOP START

PHONEMONITOR SELECT

Point 8

GND FAULT

Detect

ZONEX OUT 2 26

ZONEX IN 2

ZONEX POWE R + 24

ZONEX COMMON 23

1211 13

Point 1 Point 2

1514 16

Point 3 Poin t 4

1817 19

Point 5 Point 6

2120 22

Point 7 Point 8

GROUNDS TART

Requires

Relay # D136i n

Ground

Start Socket

GND START

10.2 VDC - Battery Load Shed

1 - D9412G Control Panel*

2 - D8103 or D8109 Enclosure

3 - DX4020 location in control panel enclosure

4 - DX4020 (not in scale with control panel)

5 - To Ethernet network

6 - Battery

7 - To AC transformer

8 - Non-power limited area. Keep all power wiring

out of this area

*The D9412G is used as an example.

Table 2 lists the connection sequences.

Table 2: Wiring Connections (DX4020 to Control Panels)

Sequence Number DX4020 Connection Control Panel Connection Other

1 XPort Ethernet to Local-area network (LAN)/wide-area

network (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)

Conettix DX4020 |Installation Guide | 4.0 DIP Switch Settings

Bosch Security Systems, Inc. | 1/09 | F01U045288-05 7

4.0 DIP Switch Settings

Use the DIP switch settings in Sections 4.1 through 4.4

for the DX4020 network communication.

4.1 GV2 Series, G Series, and 9000

Series Control Panels

The GV2 Series consists of the following control

panels:

•D9412GV2

•D7412GV2

•D7212GV2

The G Series consists of the following control panels:

•D9412G

•D7412G

•D7212G

The 9000 Series consists of the following control

panels:

•D9412

•D7212

•D9112

For proper network communication

between the DX4020 and the control panel,

the D9412G, D7412G, D7212G, D9412,

D7412, D7212, and D9112 require

firmware revision 6.3 or later.

Use SDI Bus Address 80 (Figure 6) with the DX4020

and PC9000. Use SDI Bus Address 88 (Figure 7) with

the DX4020 and RPS, or for network communication.

Figure 6: DIP Switch Setting for Address 80

12345678

1 - ON (down) 2 - OFF (up)

Figure 7: DIP Switch Setting for Address 88

12345678

1 - ON (down) 2 - OFF (up)

4.2 DS7240V2, DS7220V2, and Easy

Series V3+ (ICP-EZM2) Control

Panels

For proper network communication

between the DX4020 and the control panel:

-The DS7240V2 and DS7220V2 require

firmware revision 2.xx or later.

-The Easy Series (ICP-EZM2) control

panel requires firmware version 3.0 or

later, and the DX4020 requires firmware

version 2.23 or later.

For network communication, set the DIP switches on

the DX4020 to Address 134 (Figure 8) when using the

DS7240V2, DS7220V2, or Easy Series V3+ control

panels.

Figure 8: DIP Switch Setting for Address 134

12345678

1 - ON (down) 2 - OFF (up)

Conettix DX4020 |Installation Guide | 5.0 LEDs

8 Bosch Security Systems, Inc. | 1/09 | F01U045288-05

4.3 DS7400Xi Control Panel

Use Option Bus Addresses 13 and 14 (Figure 9 and

Figure 10) to send reports. Use Option Bus Address 13

to connect to the RPS for remote programming.

Figure 9: DIP Switch Setting for Address 13

12345678

1 - ON (down) 2 - OFF (up)

Figure 10: DIP Switch Setting for Address 14

12345678

1 - ON (down) 2 - OFF (up)

4.4 FPD-7024 Control Panel

For proper network communication

between the DX4020 and the FPD-7024

Control Panel, the DX4020 requires

firmware revision 2.21 or later.

Use Option Bus Address 250 (Figure 11) when using the

DX4020 with an FPD-7024 Control Panel.

Figure 11: DIP Switch Setting for Address 250

12345678

1 - ON (down) 2 - OFF (up)

5.0 LEDs

5.1 Ethernet and Serial

Figure 12 and in Table 3 identify and describe the

DX4020’s four bus and serial status LEDs.

Use the P2 jumper to enable (jumper on) or disable

(jumper off) LED operation.

Figure 12: Ethernet and Serial LEDs

1 - Ethernet and serial

LEDs

2 - P2 jumper

3 - LED enabled

4 - LED disabled

Table 3: Bus and Serial Status LEDs

LED Name Color Function

1 BUS-XMIT Red Flashes when the data bus

sends a message.

2 BUS-RCV Red

Flashes when the data 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 a message is

sent to the Ethernet port.

Conettix DX4020 |Installation Guide | 6.0 IP Address Programming

Bosch Security Systems, Inc. | 1/09 | F01U045288-05 9

5.2 XPort

Figure 13 and Table 4 identify and describe the

DX4020’s two bi-color LEDs that are built into the

front of the XPort connector.

Figure 13: XPort LEDs

1 - Link LED 2 - Activity LED

Table 4: XPort LEDs

Link LED Activity LED

Color Indicates Color Indicates

Off No link Off No activity

Amber 10 Mbps Amber Half duplex

Green 100 Mbps Green Full duplex

6.0 IP Address Programming

Use this section to configure the DX4020 with a

network IP address. Use resident commands and

programs such as the ARP and ping commands, and

the telnet program available in the Microsoft

Windows®operating system.

The IP, MAC address, and port number

used in this document are for demonstration

only.

A working knowledge of DOS commands,

Windows, networks, and their operation is

required.

If your installation uses Dynamic Host

Configuration Protocol (DHCP) to obtain an

IP address and Port 7700 for

communication, refer to the associated

control panel documentation for instructions

unless you plan to use RPS over the

network through the DX4020. If using RPS,

proceed to Section 6.1 Factory-

Programmed IP Configuration.

6.1 Factory-Programmed IP

Configuration

The DX4020 is shipped with the following default IP

settings:

•Default IP Configuration Number: DHCP

•Default Port: 7700

•Default DHCP Device Name: Cxxxxxx

xxxxxx = last six digits of the MAC address

6.2 Identifying the MAC Hardware

Address

The MAC address is hard-coded into the DX4020

during its manufacture and cannot be changed. This

address is six bytes (twelve digits) long.

The MAC address label is affixed to the XPort

connector (Figure 14).

Figure 14: MAC Address Location

6.3 Obtaining an IP Address

Give the network administrator the MAC address. He

or she assigns an IP address to your DX4020.

An IP address is an identifier for a computer or device

on a transmission control protocol/internet protocol

(TCP/IP) network. Networks using TCP/IP route

messages based on the destination’s IP address. The IP

address format is a 32-bit numeric address written as

four numbers separated by periods ranging from 0 to

255, such as 172.17.10.70. Within an isolated

network, you can assign IP addresses at random

providing each address is unique. To avoid duplicate

addresses, use registered IP addresses (Internet

Protocol addresses) when connecting a private network

to the Internet.

Conettix DX4020 |Installation Guide | 6.0 IP Address Programming

10 Bosch Security Systems, Inc. | 1/09 | F01U045288-05

6.4 Assigning the Initial IP Address

Before proceeding, read this entire section.

Ensure that the DX4020 has power and the

Ethernet Network RJ-45 connection is in

place.

Ensure that the PC used to configure the

DX4020 and the DX4020 itself are on the

same gateway (the device connecting the

LAN to the WAN).

Use Telnet to configure the DX4020’s

communications parameters.

When the DX4020 is configured and has

an IP address, you can use Telnet from

anywhere on the network to change the

configuration parameters.

6.4.1 ARP Command Overview

When you have received a valid IP address from the

network administrator, open the DOS prompt (from

Windows) on any PC connected to the network you

are using.

Temporarily assign the DX4020 IP address to its

hardware address on the Host PC using ARP. During

installation, the ARP is installed by default in the

\WINDOWS directory (Windows 98, Windows

Millennium) or the \WINNT directory (Windows 2000

and Windows XP).

At the DOS prompt (usually C:\windows) use the

command syntax shown in Figure 15.

Figure 15: ARP.EXE Command Syntax

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

1 xxx.xxx.xxx.xxx (The IP address assigned to the

DX4020 by the network administrator.)

2 zz-zz-zz-zz-zz-zz (The MAC hardware address

on the DX4020 XPort NIM.)

Section 6.4.2 describes how to assign an IP address to a

DX4020 NIM using the ARP command.

6.4.2 Using the ARP Command

1. From the Start Menu, select Start ÆRun to open

a DOS window.

2. At the Run dialog box, type COMMAND and

click [OK].

A DOS window appears.

1. At the DOS command line, type arp –s

172.17.10.70 00-20-4a-12-04-0e and press [Enter].

3. In this example, 172.17.10.70 is the IP address

from the network administrator and 00-20-4a-12-

04-0e is the DX4020 MAC hardware address.

The system does not indicate that the

operation was properly performed. The

absence of an error message indicates the

function is correct.

4. Verify that the IP address was correctly entered in

the ARP table by typing arp -g and pressing

[Enter].

The following message appears.

This message shows the Internet address (IP address)

and the corresponding physical address (MAC

hardware address). The third line in the table shows the

arp MAC address of 00-20-4a-51-19-8c is 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,

such as dynamic, depends on the network and the

number and type of devices the PC communicated

with. You must identify the MAC address of the device

you are installing and verify it has an IP address linked

to it.

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