		Description Design Communication / Interfaces / Protocols Visualisation Programming Order overview Downloads References
Annunciator system TS400

TS400 Description

Main features

Building management alarm server with secure alarm chain

Visualisation of states, values and alarms

Data acquisition and logging also according to HACCP

Remote control and remote operation

Energy data management, load shedding control

Interface management, data concentrator

Scalable redundancy

System description

The fault indicating and building automation system TS400 is an alarmserver in compliance with DIN 19235 and offers the perfect platform to monitor predominantly technical systems and plants.
Thanks to the integrated visualisation and the save alarm chain your infrastructure is alway under control.
The access for monitoring and configuration is with a web browser either directly in the CPU or with a computer within the network. All system access can be password-protected.
The menuoperated parameterisation does not require any in-depth programming knowledge due to visualisation. The data is collected by a wide variety of analogue as well as digital inputs from the low-cost Wago range. Interfaces such as KNX, BACnet, OPC UA, ESPA444, Modbus, Unix-Syslog or SNMP-Traps can be imported and processed too.

The TS400 alarmserver offers multitude of media to indicate any faults occurring.
The TS400-D133 operator modules will give you up-to-date information in plain text about all system status and fault indication messages.
Using the SIA DC-09 / Contact ID protocol, any events can be transferred to an alarm or operation center.
Any alerts may also be sent in form voice message, fax, SMS, email or pager message to predefined groups.
Local nodes are connected via the usual networking KAT 5 and are therefore easily integrated into the exsisting infrastructure.
With the redundancy solution offered by the TS400, the system can be built up to complete redundancy in a scalable and fail-safe manner as required.
The degree of synchronisation of the configuration between the TS400 CPU processor modules can be largely parameterised.

Design

The system comprises the following primary components:

TS400 CPU Processor

Master control unit with 256 GB RAM. All events are recorded in log files and can be viewed and evaluated. The CPU can manage up to 128 nodes and 16 TS400-D133 operator modules. It ensures communication between all system components using standard network technology (Ethernet Cat.5). The CPU is also the platform for the visualisation / SCADA.

TS400 DM Operator module LAN

The TS400-D133 Operator module displays all messages in plaintext. When an alarm arises, the integrated acoustic alarm is also sounded. Thanks to the 13,3" Touch display the visualisation of data points, values, trending and alarms on floor plans is easy. Moreover it offers access to the configuration.

TS400 Remote display unit

The TS400 remote display unit is a large-size LED display unit for displaying alarm text that can be read from a distance of up to 80 metres.

TS400 Fieldbus controller

Positioned upstream, the TS400 Fieldbus controller is the intelligent starting point of each and every node. Up to 128 nodes can be used in the system. Each of these are supplied locally. Each controller can manage 2000 digital or 1000 analogue I/Os. The connection to the TS400 CPU Processor is realised with Ethernet. The TS400 Fielbus controller is expanded with the TS400 Local in- output modules.

TS400 Local in- output modules

Thanks to the integration of tried and trusted WAGO I/O technology, a broad range of inputs and outputs are available. Mostly all variants belonging to the 750 series can be used. This means an optimal, space-saving and cost-saving solution is available for all voltage variants. The data transfer to the TS400 Feldbus controller is realised with an internal bus.

TS400 Autonomous input modules

The VOICE agent can be used as an autonomous input module for the TS400 system. By doing so, you can achieve an autonomous and redundant alarm generation route in addition to the input acquisition. The network is used to connect to the TS400 CPU processor module.

Possible mounting options:

TS400 CPU Processor: 35mm DIN rail or on a rack tray
Modem: 35mm DIN rail or on a rack tray
PSU: Din rail 35mm
TS400 Fieldbus controller and Local in-output modules: 35mm DIN rail
TS400 Autonomous input modules: 35mm DIN rail
TS400-D133 Operator modules: Front mounting or with 100x100mm VESA monitor stand
TS400 Remote display unit: Wall or ceiling

Connections:

The connections to the nodes are made using network cables (min. Cat. 5) in a star configuration from the switch. Standard technology is used and existing cabling can be integrated. However, of the alarm network is to fully separated, a cabling system can be installed from the CPU which is fully independent of the company network

Basic principle:

Click on the drawing for a larger view

Communication / Interfaces / Protocols

The TS400 offers a variety of communication options:

TS400

Local	Remote
Display on the TS400-D133 Operator modules in plaintext Visualisation, e.g. on floor plans on the TS400-D133 Operator modules Display on the TS400 Remote displays in plaintext Activate lamp/horn outputs on the output modules Local or network log printer Pop up message on existing PCs Graphical display on existing PCs	Voice messages with acknowledgement and intervention time SMS Link to alarm centers / control rooms Messages to pager Email

Protocol processing

The TS400 Annunciator- and building automation system is able to handle several standard protocols. They are mainly used for communication and data exchange:

TS400

Protocol	Interface	Utilisation	Benefit	Requirements
KNX	Network	Receiving status messages	-Integration of signal sources without additional cabling -Integration in the visualisation	-TS400 CPU Processor with network integration -KNX-Interface
BACnet Ip client	Network	Receiving alarm and status messages	-Integration of signal sources without additional cabling -Integration in the visualisation	-TS400 CPU Processor with network integration
OPC-UA	Network	Receiving status messages	-Integration of signal sources without additional cabling -Integration in the visualisation	-TS400 CPU Processor with network integration
SIA DC-09 CID sending	Network	Sending alarm and status messages	-Simple integration to alarm and control centers	-TS400 CPU Processor with network integration -enabled communication path the control center -control center subscription
SIA DC-09 CID receiving	Network	Receiving of alarm and status messages	-Integration of alarm intrusion systems -Integration in the visualisation -Parallel alarming	-TS400 CPU Processor with network integration
MQTT	Network	Receiving of alarm and status messages	-Integration of IOT signals and values without cabling -Integration in the visualisation and trending	-TS400 CPU Processor with network integratio
Voice over IP / SIP external	Network	Sending external voice messages	-Inexpensive fees -Several simultaneous calls	-TS400 CPU Processor with direct internet access -SIP account with sufficient funds
Voice over IP / SIP internal	Network	Sending internal voice messages	-No fees -Several simultaneous calls	-TS400 CPU Processor with network integration -PBX with SIP capability -PBX with network integration -TS400 as registered PBX user
SNMP Client	Network	Receiving values and alarm and status messages	-Integration of signal sources without additional cabling -Dynamic alarm generation	-TS400 CPU Processor with network integration -Signal source as SNMP server with network integration
SNMP-Trap receiving	Network	Receiving alarm and status messages	-Integration of signal sources without additional cabling -Dynamic alarm generation	-TS400 CPU Processor with network integration -Signal source with network integration
SNMP-Trap sending	Network	Sending alarm and status messages	-Integration of signal receivers without additional cabling	-TS400 CPU Processor with network integration -Signal receiver with network integration
ESPA444 receiving	Serial RS232	Receiving alarm messages	-Integration of signal sources -Dynamic alarm generation	-Connection cable
ESPA444 sending	Serial RS232	Sending alarm messages	-Integration of signal receivers -Redundant alarm forwarding	-Connection cable
Unix-Syslog receiving	Network	Receiving alarm and status messages	-Integration of signal sources without additional cabling	-TS400 CPU Processor with network integration -Signal source with network integration
ATAS sending	Network	Sending text messages on internal phones	-Several simultaneous text messages on internal phones -Possibility to acknowledge	-TS400 CPU Processor with network integration -PBX with ATAS licence -TS400 as registered PBX user
CSTA sending	Network	Sending text messages on internal phones	-Several simultaneous text messages on internal phones -Possibility to acknowledge	-TS400 CPU Processor with network integration -PBX supporting CSTA protocol -TS400 as registered PBX user
Modbus receiving	Network and serial	Receiving status messages and values	-Integration of signal sources -Dynamic alarm generation -Integration of analogue values/trending	-TS400 CPU Processor with network integration -Connection cable -Device specific adaptation
Mail reception by SMTP	Network	Receiving status messages	-Integration of signal sources without additional cabling -Dynamic alarm generation -Possibility for project specific interpretation	-TS400 CPU Processor with network integration -Project specific integration
Mail sending by SMTP	Network	Sending status messages	-Integration of signal receivers without additional cabling -Configurable format	-TS400 CPU Processor with network integration
XPL	Network	Receiving status messages and values	-Integration of signal receivers -Integration of radio modules -Integration of analogue values/trending	-TS400 CPU Processor with network integration -Network integrated XPL Gateway

An additional communication option is remote access over the Internet. After logging in, users can monitor the actual status of the system. Any alarms that occur can be acknowledged. Various log files can be called up to view all alarms which arose in the past and how they were responded to.

Visualisation

The visualisation of the TS400 is essential for effective monitoring and management of technical infrastructures.
The TS400 offers integrated web-based visualisation that requires no additional software or licences and is directly accessible via a browser.

Visualisation Concept of the TS400

The TS400’s visualisation enables the display of operating states, measurement values and alarm messages. This is done via a user-friendly interface
that can be individually customised. For example, floor plans or layout maps can be embedded, showing current conditions and alarms in a graphical form.
Measurement data can also be displayed as trend curves, allowing trend analysis. Configuration is menu-guided and requires no programming knowledge.

Components of the Visualisation

TS400-D133 Control Module: A 13.3" touchscreen that displays alarm messages in plain text. It enables the visualisation of data points on overview plans, shows current measurements and trend curves, and allows access to log files and user configuration.
TS400 Remote Display: An LED large-format display that presents alarm messages and can be read from up to 80 metres away. Ideal for production or storage facilities.
Web Browser Access: The visualisation can be accessed via any standard web browser. This enables both local and remote monitoring and control.

Example Visualisation

A building floor plan is displayed in the web interface.
Sensors and actuators are positioned on the plan and indicate their current status using colour coding (e.g. green for normal, red for alarm).
In the event of an alarm, the relevant area is highlighted and a plain-text message with details of the incident appears.
The user can take action directly via the interface, such as acknowledging the alarm or controlling actuators.

The TS400 offers various possibilities to present and visualise alarms, actual values and operating conditions. The trending function example given is prepaired to manage analogue values. By filling in a figure in the field "Trend" the value ist automatically shown on the page "Trending" in the main menue:

TS400 Visulaisierung

The detailed configuration is entered by clicking on the graph. In this sub-menue it is possible to edit the graph, export the values as CSV file or query past values.
Due to the data retention the trending funcion is also dedicated for the temperature recording of cold storages according to the HACCP concept:

TS400 Visulaisierung

Also digital signals/alarms can be visualised. The alarms or status signals can be shown on background images or ground plans. This overview enables a quick location of the alarm source:

TS400 Visulaisierung

Moreover, it is possible to visualise analogue values example given the actual temperature of the server room. Integrating switch buttons in the visualisation allows the user to control digital outputs.

Programming

Since all the programming takes place fully in the browser, there is no need to purchase software and updates. The configuration comes with graphics and is menu-based. The system can be programmed using any network PC, or a laptop connected to the switch. Participants are divided into groups for the purpose of alerting. Each entry may have a short text message (SMS) or long fax message as well as a language profile assigned to it. Otherwise, the TS400 will create a voice messages using the built in Text-to-Speech-Engine.
The fault indicating system TS400 includes a timer with numerous integrated functions. There are channels for weekdays, public holidays and other special days. These channels may be used to control how the alerts are being transmitted. There is also an option of disabling inputs or to switch outputs directly. Outputs are controlled according to fault indicating procedure DIN 19235 or via direct links.

The entire unit can be maintained and controlled remotely by APS systems AG

Example: Programming the user group

TS400

TS400 Order overview

Artikelnummer	Bezeichnung	Zusatz	Bestand^*1	Preis^*2
750-430	8-Kanal Digital Eingangsklemme 24VDC	1-Leiter Anschluss, positiv schaltend	13	152.00 CHF
750-452	2-Kanal Analog Eingangsklemme 0-20mA	Differenzeingang		489.00 CHF
750-453	4-Kanal Analog Eingangsklemme 0-20mA	Single-Ended	1	452.00 CHF
750-461	2-Kanal Analog Eingangsklemme	Widerstanssensor PT100 / RTD	1	525.00 CHF
750-517	2-Kanal Relaisausgangsklemme 230VAC	Potenzialfrei 230VAC/1A, Wechsler NO-NC	18	140.00 CHF
750-530	8-Kanal Digital Ausgangsklemme 24VDC	Kurzschlussfest, positiv schaltend	7	145.00 CHF
750-600	Endmodul / Endklemme	0 ... 55°C	4	39.00 CHF
750-612	Potentialeinspeisung 0-230 VAC/DC		3	57.00 CHF
750-613	Potentialeinspeisung DC 24 V	mit Busnetzteil	2	219.00 CHF
750-627	Klemmenbusverläng. - Endklemme	RJ45 Anschluss	1	127.00 CHF
750-628	Klemmenbusverläng. - Kopplerklemme	RJ45 Anschluss	1	193.00 CHF
832.700.110	TS400 CPU 256GB SSD	CZ DA-1100-N42 inkl. DIN Rail Kit	4	3744.00 CHF
832.700.490	Wandhalterung BIAS400, VESA-Standard	Fix-Montage, belastbar 18kg, schwarz	3	100.00 CHF
832.700.494	TS400-D133 Einbauhalterung	schwarz	12	35.00 CHF
832.700.495	TS400-D133 Desktop Netzteil (CH)	Output: 12.0V / 4A	3	68.00 CHF
832.700.496	TS400-D133 Desktop Netzteil (EU)	Output: 12.0V / 4A	4	68.00 CHF
832.700.550	TS400 Feldbuscontroller Ethernet 24VDC	2x RJ45, 10/100 Mbit/s, inkl. TS400 Firmware	2	1531.00 CHF
832.700.908	LTE Modem USB SIM7600E	mit DIN-Montageclip und Kabel, ohne Antennen	1	488.00 CHF
862.332.450	EcoPower PSS245	230VAC, 50Hz, 24VDC/5A		106.90 CHF
TS400-D133	TS400 Bedienmodul 13.3" Touch	LAN/seriell, Full HD mit Lautsprechern	4	2508.00 CHF
XPOL-1-5G	Omnidirektionale LTE-MIMO-Antenne	698-690 MHz / 2170-2700 MHz / 3400-3800 MHz	3	168.00 CHF