Siemens Cerban Splitter CBS-3 Bedienungsanleitung

Manual LMSmodular Hardware

Section 2

Cerberus®LMSmodular

Cerban Splitter CBS-3

Technical Manual

Siemens Building Technologies

Cerberus Division

Cerberus

Security

for People

and Assets

Data and design subject to change

without notice. / Supply subject to

availability.

Siemens Building Technologies AG

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Siemens Building Technologies

Cerberus Division 06.2000

1Introduction .................................................................................. 1

1.1 Document overview.......................................................................... 1

1.2 Related publications ........................................................................ 1

2Product description....................................................................... 2

2.1 The CPU board............................................................................... 2

2.2 The connection board ...................................................................... 3

2.3 The network configuration of CBS-3................................................... 4

3CPU board configuration ............................................................... 5

3.1 Introduction .................................................................................... 5

3.2 Configuration by dip-switches ........................................................... 5

3.2.1 Subsystem setting........................................................................... 5

3.2.2 Cerban vitality telegram.................................................................... 6

3.3 Configuration by Flash EPROM......................................................... 6

4Hardware installation..................................................................... 7

4.1 Inside the CS4................................................................................ 7

4.2 Inside the CS11 .............................................................................. 8

4.3 Power supply.................................................................................. 8

5Cables and connections................................................................. 9

5.1 Connection to GW-20 ...................................................................... 9

5.2 Connection to GW-21 ...................................................................... 9

5.3 Connection to an user-provided device..............................................10

6Baud rates....................................................................................10

7Dip-switches description ..............................................................11

Siemens Building Technologies

Cerberus Division e1148c

06.2000

1Introduction

The Cerban Splitter CBS-3 accepts in input a serial line on which data are transmitted

using Cerban protocol and outputs the signal to two serial lines with the same protocol.

The Cerban Splitter CBS-3 is composed by one CPU board to which is connected an

asynchronous board with four communication lines.

1.1 Document overview

This manual is intended as a guide for planning, installation and service personnel of

Cerberus systems which use CBS-3 device.

The manual is divided into 5 chapters and 1 annex; a Table of Contents and an Index

allow easy referencing to the arguments.

-Chapter 1 is an introduction to the manual.

-Chapter 2 describes the product.

-Chapter 3 shows how to install the CBS-3, to supply and connect it.

-Chapter 4 shows how to configure the CBS-3.

-Chapter 5 describes how you can identify problems that can possibly arise.

-Annex A lists the firmware versions available for the Cerban Splitter

1.2 Related publications

The following documents could be useful in dealing with Cerban Splitter and under-

standing how it relates to other pieces of the CMS/LMS network:

-CS11 commissioning manual

-CS4 commissioning manual

-GW-20 Technical manual e1114

-GW-21 Technical manual e1112

Siemens Building Technologies

Cerberus Division e1148c

06.2000

2Product description

2.1 The CPU board

The CPU board (Fig. 1) is the only board that composes the Cerban Splitter CBS-3.

Neuron

Chip

Flash EPROM

RAM

CPU

RTC

UART

Reset

Service

UART1

UART2

UART3

UART4

service pin LED

Diagnostic

1 2 87643 5

2 87643 5

Fig. 1 The CPU board

On this board there are:

§the CPU, the RAM and Flash EPROM

§the Real Time Clock (RTC)

§two UART chips, that manage the four GW-21 serial lines

§the Neuron Chip, that lets the GW-21 to communicate with the LonWork network

§four dip switch blocks (S1 - S4), used to configure the GW-21 as described later

§one reset push-button, used to reset the board

§one service push-button, to send the service signal to the Neuron Chip

§four sets of two LEDs. These LEDs show the status of UART RX/TX lines.

§three LEDs used for diagnostic purposes.

Siemens Building Technologies

Cerberus Division e1148c

06.2000

2.2 The connection board

The connection board (CD96811) has two connectors. One is used to insert the CPU,

the other is not used in CBS-3.

All the UARTs, from 1 to 4, are accessible through screw connectors located on the

right side of the connection board. Only the TX, RX and GND signals are available.

In the lower right corner of the connection board there is the power supply block with

two pins marked + and -. You must connect here the voltage source (10 to 30 V d.c.).

GND

RX4

TX4

GND

RX3

TX3

GND

RX2

TX2

GND

RX1

TX1

Vdc

Fig. 2 The connection board

Siemens Building Technologies

Cerberus Division e1148c

06.2000

2.3 The network configuration of CBS-3

The Cerban Splitter CBS-3 is inserted in the network configuration shown in Fig. 2.4. It

allows to connect any device which uses the Cerban protocol to two independent serial

lines. The two lines can be connected to any device able to understand the Cerban

protocol.

The following table sums up the UARTs connections to other network elements.

USART NUMBER DEVICE PROTOCOL

1CS11/CS4 CERBAN

2GATEWAY or USER DEVICE CERBAN

3GATEWAY or USER DEVICE CERBAN

4NONE NONE

Any user

provided device

Cerban line Cerban line

Cerban line

GW-0xGW-0x

CSxx

CBS-3

Fig. 3 The LMS/CMS network configuration

Siemens Building Technologies

Cerberus Division e1148c

06.2000

3CPU board configuration

3.1 Introduction

On the CPU board you can find four groups of dip-switches, numbered from S1 to S4.

A fifth block can be found on the expansion board if it is installed. The dip-switches re-

place the jumpers that were used on the CBS-3 for configuration purposes.

We will refer in this document to dip-switches with a double numbering convention: the

fist number refers to the block the dip-switch belongs to, the second number is the

switch position inside the block. Therefore, S1-2 means “the second dip-switch on the

first block”.

CBS-3 configuration

The CBS-3 configuration can be done in two alternative ways:

§by dip-switches

§by Flash EPROM

Flash EPROM configuration is required when the Cerban Splitter has to handle interac-

tions among subsystems. The Flash EPROM can be configured using a proper soft-

ware tool provided by Cerberus Dati.

CBS-3 data-link

The CBS-3 can be connected to various devices, and namely to:

§CS11 fire detection control unit, manufactured by Cerberus

§CS4 intrusion detection control unit, manufactured by Cerberus

§CC60 gas detection unit, manufactured by Cerberus

What to configure

The switch S1-1 is used to discriminate between Flash EPROM configuration or dip-

switches configuration. If it is set OFF, the dip-switches are irrelevant for configuration

purposes. Otherwise, they set the CBS-3 parameters as described in the following sec-

tion.

S1-1 Function

ON Configuration by dip-switches

OFF Configuration by Flash EPROM

Tab. 1 Function S1-1

3.2 Configuration by dip-switches

To configure the CPU board by dip-switches, the dip-switch S1-1 has to be set ON.

When you configure the CBS-3 by dip-switches you have to:

-set the Cerban vitality telegram option;

-set the ciphering option, when needed.

3.2.1 Subsystem setting

Only Cerban protocol subsystems can be used in conjunction with CBS-3.

To specify the type of subsystem connected to each UART you have to use the follow-

ing two tables.

First of all define the dip-switches settings: look at Tab. 2 and identify the settings for

the subsystem type you wish to connect to CBS-3. For instance, a CS11 requires the

(OFF, OFF, ON) setting.

Then, using the Tab. 3, find out the dip-switches that are used by the UART to which

the subsystem is connected; set the three dip-switches as specified.

Siemens Building Technologies

Cerberus Division e1148c

06.2000

In a CBS-3 up to six UART are available and so 18 dip-switches are reserved (Actually

only four of them are available). They are divided into groups of three. Each group can

assume the value corresponding to the subsystem you want connect.

SUBSYSTEM DIP-SWITCHES

MSB LSB

no subsystem OFF OFF OFF

CS11/CZ10/CC60 OFF OFF ON

CS4/CZ12 OFF ON OFF

Tab. 2 Subsystem selection

UART DIP-SWITCHES

MSB LSB

1S1.6 S1.5 S1.4

2S2.4 S2.3 S2.2

3S3.2 S3.1 S2.8

4S3.8 S3.7 S3.6

Tab. 3 Association UART/subsystem

You must then set the communication baud rate according to the suggested proto-

col/baud rates (See section 6).

3.2.2 Cerban vitality telegram

The dip-switch S1-2 has the optional function to filter the Cerban vitality telegram; the

dip-switch is valid for all of the Cerban line which are defined on the gateway.

The only reason to filter the vitality telegram is to limit the traffic of messages to the

LMS station(s). Note that if the vitality check is enabled at LMS level, then this dip-

switch must be set to ON, else LMS will generate false fault events.

S1-2 Function

OFF Vitality telegram filtered

ON Vitality telegram not filtered

Tab. 4 Cerban vitality telegram filtering

3.3 Configuration by Flash EPROM

If you have the configuration EPROM, you have to set OFF the dip-switch S1-1. The

default configuration for this dip-switch set is for EPROM not installed, so you actually

have only to verify the settings.

Even if the Flash EPROM configuration is enabled, you must set the communication

baud rate with subsystems using the dip-switches and according to the suggested pro-

tocol/baud rates (See section 6).

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