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BS2 COMMUNICATION SYSTEM

User Manual 7.1 (2016-12) 1

Wildeboer-Net

BS2 communication system for fire dampers

The German original version of this document shall prevail.

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User Manual 7.1 (2016-12) 2 Subject to change

BS2 communication system for fire dampersUse / Description / Special characteristics and benefits

• Standard data cables are used. They can be up to 100 m long between modules. Up to 32 modules can be installed as a subnetwork with up to 3200 m of cable length.

• Non-affected devices (rest bus operation) continue to operate in the event of open circuits and other faults. A relevant diagnosis is automatically made and displayed.Operation is automatically fully resumed when the fault is eliminated.

• Modules and subnet controllers are connected to 230 V AC mains voltage. Problems with voltage drops along the lines are eliminated.

• I/O modules can power the connected sensors and actuators with 24 V DC operating voltage.

• The fire dampers receive their 24 V DC operating vol-tage from the motor modules, so all fire dampers can be opened simultaneously. No additional power supply units are required.

• Modules and the devices connected to them are automatically addressed. This makes commissioning significantly easier.

• Modules permanently log and store the operational data of connected devices. Motor modules measure and store cycle times and electrical currents. Runtime changes due to wear or contamination are displayed.

• Modules can perform sequential switching, for example, if other fire dampers have to close when particular ones are closed and if fans have to be switched off via I/O modules.

• Functional checks of fire dampers can be initiated manually or automatically according to pre-set times.

You can replace the functional tests on site.

Buildings with ventilation and air conditioning systems require fire dampers for safety reasons. They must close automatically in the event of fire to prevent fire and smoke from spreading through ventilation ducts. Closing is then initiated no later than when higher tempe-ratures occur in the interior of the fire dampers. In many cases, other fire dampers also have to close immediately. Release groups should be added for this purpose. Release mechanisms can be fitted above smoke in order to close fire dampers in good time before the nominal release temperature is reached.Building control legislation may specify that the function of fire dampers be checked regularly. In the case of motorised fire dampers, this can be done by remote

control, where drive mechanisms of the fire dampers are required to be fully enclosed so that the fire dampers are maintenance-free. Functional tests can only then be automated if the results are reliably recorded over a longer time period, perman-ently stored and evaluated.A communication system geared towards controlling these special requirements is required!

The BS2 communication system for fire dampers has a well-arranged modular design, configured as a plug-and-play system. It is largely intuitive and easy to install and commission, as well as easy for the user to operate and use. The software, with all its functions and data, which is required for operating and monitoring connected devices is contained in each module and is permanently stored there in non-volatile memory. CAN BUS data transmission occurs between the modules, whose function is continually monitored.The following modules are available:•Motor modules for up to two motorised fire dampers.• I/O modules for external sensors and actuators.

•Subnet controller to initialise, control and monitor up to four sub-networks.

•Control unit with touch display for centrally operating and displaying all operational data.

• Interfaces for the building management system (BMS)

• Gateway BACnet/Modbus •Gateway BACnet/Modbus + LON •Gateway BACnet/Modbus + KNX •OPC UA server

BS2 communication system for fire dampers

Special characteristics and benefits

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subnet controller 12,800 m

Cable length up to 100 m Cable length up to 100 m between modules

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Cable lengthup to100 m

Cable length up to 100 m between modules

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User Manual 7.1 (2016-12) 3Subject to change

BS2 communication system for fire dampersSystem configuration

Central control unit ⇒ see page 11

Alternatively: On-site PC Gateways ⇒ see pages 8 and 9

BACnet/Modbus+ LON

BAC-net/Modbus

OPC UA server ⇒ see page 10BACnet/

Modbus+ KNX

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CAN-outCAN-in


BS2 communication system for fire dampersMotor modules for two fire dampers with electric spring return actuators

BS2-MO motor modules for connecting one or two fire dampers, with an electric spring return actuator, thermo- electric release and with integrated limit switches for OPEN and CLOSED operating positions. Motor modules monitor the operating status of the fire dampers by performing functional checks to verify functional capability. Fire dampers are closed and opened again. The modules measure runtimes and current consumption of motors in the process and determine any changes. Functional tests can be replaced on site. Scheduled controls enable automated functional checks.All activities and functions are remote-controlled, or controlled using the module’s push buttons. Fire dampers can be opened so long as they have not been permanently closed by thermo-electric release.

• Mains connection 230 V AC with Europlug and 1.5 m connecting cable.

• Power supply unit for the system electronics and to power the spring return actuator with 24-V-DC operating voltage. Their current consumption must be ≤0.5 A, and start-up currents are allowed at ≤5.8 A and ≤5 ms. Elec-tronic protection against overcurrent, and undervoltage detection. Microfuse, T 2.5 A, replaceable via front side.

• LEDs for displaying operational data. •Push buttons for manual operation.• Plastic casing 250 mm L x 110 mm W, 85 mm H.

Protection class II, protection rating IP40.• Galvanically isolated CAN bus connections with

plug-in screw terminals. Data cable: Twisted pair 1 x 2 x 0.34 mm², 120 W,shielded. Length between modules up to 100 m.

• Real-time clock with leap year correction and switches to summer/winter time.Initial charge time of the buffer capacitor 30 minutes, discharge time 31 days.

• The modules permanently store all data, even in the event of a power failure.

• The motor modules can be parameterised to perform uninterruptible sequential switching;if, for example, other fire dampers have to close when a particular one is closed and if fans have to be switched off.

Types by connections:

• BS2-MO-01 for AMP connectors.

• BS2-MO-2 for cable connections with plug-in screw terminals.

• BS2-MO-3 for AMP connector of a fire damper and with plug-in screw terminals for the second.

Motor module BS2-MO-01

CANCAN

BS2-MO-01 Connection of fire dampers directly to a motor module

BS2-MO motor modules for connecting one or two fire dampers

Motor connection cables approx. 0.75 m

7 8 7 8

2

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CAN outCAN in

on-site 8-wire,0.75 mm² cable,

up to100 m


2

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31 2 64 5

CLOSED OPEN

3 12

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M

+24 V DC GND

31 2 64 5

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+24 V DC GND

CAN-HIGH (1)

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1 32CAN-LOW (2)

CAN-Shield (3)

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76 78

Connection box AB-01

BS2 communication system for fire dampersMotor modules for two fire dampers with electric spring return actuators

BS2-MO-02 Connecting fire dampers to connection boxes

BS2-MO-03 Connection of fire dampers directly to a motor module and to a connection box

Connection box AB-01 for fire dampers with spring return actuator 24 V DC• Plastic casing

140 mm x 110 mm, 67 mm H. Protection class II, protection rating IP40.

• Connection of fire dampers via the AMP connectors of the motor connection cables.

• Plug-in screw terminals for cable connection.


Sub-network

Motor connection via screw terminals

Limit switch connection via screw terminals

77Motor connection with3-pin AMP connector

Limit switch connection with6-pin AMP connector


Connection box AB-01

Motor connection cable approx. 0.75 m

CANCAN

CANCAN




on-site cables8-wire 0.75 mm², up to 100 m

on-site cables8-wire 0.75 mm², up to 100 m

5 6 5 6

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CAN-HIGH (1)

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CAN-Shield (3)

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BS2 communication system for fire dampersModule for external sensors and actuators / connection box for spring return actuators

BS2-IO-01 I/O module for connecting external sensors and actuatorsBS2-IO-01 I/O modules each allow up to 8 external sensors and actuators to be connected. The modules can be used for sequential switching. For instance, fans can be switched off.All activities and functions can be remote-controlled or manually controlled via the I/O module’s push buttons.


• Power supply unit for the system electronics and ope-rating voltage of connected sensors and actuators.Microfuse, T 2.5 A, replaceable via front side.

• LEDs for displaying operational data.•Push buttons for manual operation.• Plastic casing 250 mm L x 110 mm W, 85 mm H.

Protection class II, protection rating IP40.• The modules permanently store data, even in the event

of a power failure.• Real-time clock with leap year correction and switches

to summer/winter time.Initial charge time of the buffer capacitor 30 minutes, discharge time 31 days.

• Galvanically isolated CAN bus connections with plug-in screw terminals. Data cable: Twisted pair 1 x 2 x 0.34 mm², 120 W,shielded.Length between modules up to 100 m.

• 8 galvanically isolated inputs (24 V DC) according to EN 61131-2 (Type 1) for external sensors. Connections with plug-in screw terminals.

• 8 galvanically isolated outputs (24 V DC / 0.6 A) accor-ding to EN 61131-2 for external actuators. Connections with plug-in screw terminals.

•Operating voltage 24 V DC for inputs and outputs, either on site or from the I/O module (max. 0.85 A).

Digitalinputs

Digitaloutputs

Operating voltage 24 V DC (SELV) from the I/O module

Operating voltage 24 V DC (SELV) on site Operating voltage 24 V DC (SELV) on site

Operating voltage 24 V DC (SELV) from the I/O module

Current rating • max. 0.85 A over all inputs and outputs• max. 0.6 A per output• 1000 µF in total for the outputs

Current rating • max. 0.6 A per output

I/O module BS2-IO-01

Sub-networkCAN CAN

Current rating • max. 0.85 over all inputs and outputs

factory-produced bridges

1 2 3 4 5 6 7 8 9 10

8 NI

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6 NI

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3 NI

2 NI

1 NI

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+24 V DC

GND

8 NI

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7 NI

6 NI

5 NI

4 NI

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2 NI

1 NI

CD

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remove factory-produced bridges

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1T

UO

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3T

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4T

UO

5T

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6T

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7T

UO

8T

UO

CD

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factory-produced bridges

1 2 3 4 5 6 7 8 9 10

1T

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+24 V DC

GND

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Ethernet Ethernet

Rest bus operation

Short circuit or open circuit

Rest bus operation

Failure or fault of field module

Break

Fault


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CAN-HIGH (1)

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CAN-Shield (3)

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BS2 communication system for fire dampersSubnet controller

BS2-SC-01 Subnet controller for four CAN bus sub-networksBS2-SC-01 subnet controllers control, regulate and monitor the CAN bus data communication in up to four sub- networks, with each containing up to 32 modules. Data is fed to a central control unit via Ethernet. Subnet controllers automatically detect and address connected field modules (motor modules, I/O modules). They detect and locate faults, breaks and short circuits, initiating a rest bus operation accordingly. Full operation automatically resumes once the causes have been eliminated.All activities and functions can be remote-controlled or manually controlled via the I/O module’s push buttons.


• Power supply unit for the system electronics.Microfuse, T 2.5 A, replaceable via front side.

• LEDs for displaying operational data. •Push buttons for manual operation.• Plastic casing 250 mm L x 110 mm W, 85 mm H.

Protection class II, protection rating IP40.

• Four galvanically isolated CAN bus connections with plug-in screw terminals. Data cable: Twisted pair 1 x 2 x 0.34 mm², 120 W, shielded.Length to the next module up to 100 m.

• Ethernet connections with integrated switch. Data cable: at least CAT 5.Length up to 100 m.

Explanation for rest bus operation ⇒ see also page 2

⇒ see also page 3

LAN Sub-network

Subnet controller BS2-SC-01

Connection Signalacc.

EIA/TIA 568A

12 TX+ white/green2 TX- green3 RX+ white/orange4 RX- orange5 shielded shielded

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BS2 communication system for fire dampersUniversal gateways (1)

BS2-GW-01 universal gatewayBS2-GW-02 universal gateway for BACnet and Modbus

• Casing 65 mm x B x 100 mm, protection class III, Protection rating IP20 B = 31 mm for BS2-GW-01, -02

B = 48 mm for BS2-GW-03, -04, -05, -06• DIN mounting rail TS35 according to EN 50022•Supply voltage 12 – 24 V AC/DC•Current consumption 200 mA max.•Operating temperature range 0 – 45 °C•Relative humidity 20 – 80% without dew •Module permanently stores configuration, even in the

event of a power failure.• Galvanically isolated RS-485 interface with plug-in

screw terminal. Data cable:Twisted pair, 120 Ω, shielded.

•Development and automatic generation of the EDE file required for BACnet via the BS2-SW-01 Wildeboer-Net software.

• Types with corresponding data points

BS2-GW-01: 200 Data points BS2-GW-02: 1000 Data points BS2-GW-03: 200 Data points BS2-GW-04: 1000 Data points BS2-GW-05: 200 Data points BS2-GW-06: 1000 Data points An update to 2500 data points is possible.

Power

LAN

RS485

DIP switch

LON

KNX1 + KNX connection2 + KNX connection3 - KNX connection4 - KNX connection

1 Shield: Shield2 Shield: Shield3 LON: LON24 LON: LON1

BS2-GW-05 universal gateway BS2-GW-06 universal gateway for BACnet, Modbus and KNX

1 +24: Supply voltage 24 V AC/DC2 GND: GND

RJ45 10/100 Mbit Ethernet

1+2: Bias voltage for RS485

ON: If few RS485 devices are connected or no other RS485 device specifies a bias voltage

3: 120-Ω terminating resistor ON: If the gateway is connected to the end

of a RS485 chain.

BS2- GW-03BS2- GW-04

BS2- GW-05BS2- GW-06

1 B+: not inverted input2 A-: inverted input3 AGND: GND4 Shld: Shield connected to PE

Universal gateways

BS2-GW-03 universal gateway BS2-GW-04 universal gateway for BACnet, Modbus and LON

1 2

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BSK 1manual ON/OFF

BSK 1manual ON/OFF

BSK 1Open/close

BSK 1Open/close

BSK 1open

BSK 1open

BSK 1closed

BSK 1closed

BSK 1open

BSK 1closed

BACnetWildeboer-net

1 data point

1 data point

1 data point

1 data point

1 data point

1 data point

Gateway

Modbus


ProtocolGateway

BS2-GW-01 BS2-GW-02 BS2-GW-03 BS2-GW-04 BS2-GW-05 BS2-GW-06

BACnet MS/TP 1) x x x x x x

BACnet IP x x x x x x

Modbus/serial (ASCII & RTU) 1) x x x x x x

Modbus/IP x x x x x x

LON x x

KNX/TP x x

Data points 200 1000 200 1000 200 1000

BS2 communication system for fire dampersUniversal gateways (2)

Gateways are used for communication between devices which have different communication protocols. A BS2-GW gateway enables the Wildeboer-Net system to be connected to the following open communication protocols. Protocols can also, at the same time, be operated by one gateway simultaneously.

Information is exchanged between devices with different communication protocols via data points. A data point, for example, is the position indicator “fire damper (BSK) opened”. If a data point of the Wildeboer-Net system is not only ported to one other protocol via the gateway, but to several protocols, more data points are required accordingly.

The Wildeboer-Net system provides many data points. The software BS2-SW-01 is used to configure which data points are to be transferred from the Wildeboer-Net system to the target system. The number of data points initially available is predetermined by the type of device and the licence.The number of data points can be expanded to 2500 by a licence update.

Data points

1) not possible simultaneously

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BS2 communication system for fire dampersSoftware

SCADA (supervisory control and data acquisition) denotes a computer system in which technical processes are monitored and controlled. Within SCADA systems, communication increasingly takes place on the basis of TCP-based internet technologies. Solutions independent of operating system, such as OPC UA, are enjoying increasing popularity in the field level. Status data of the Wildeboer-Net field modules are requested via the BS2-OPC-01 OPC-UA server software. In addition, this can be used to operate field modules, i.e. fire dampers can be opened and closed. Functional tests can be started and faults and alarms can be reset. An OPC UA client is required for visualisation and operation. An OPC gateway is required by the customer for connecting SCADA systems which are not based on the OPC UA standard, but on Classic OPC. The data carrier of the BS2 OPC 01 OPC UA server software includes an OPC UA gateway. The required licence for using the OPC UA gateway must be purchased from Unified Automation, www.unified-automation.com. Hardware information, such as MAC address, is exchanged for this purpose.

Supported operating systems: Microsoft® WindowsTM 7 Microsoft® WindowsTM 10Supported OPC UA specification: up to Part 8 – Data Access

SCADA system with OPC UA client

OPC UA server OPC UA server

OPC UA gateway

SCADA system with Classic OPC client

BS2-SW-01 software for data communication with the BS2-SC-01 subnet controller via Ethernet. Pre-configured user interface for displaying the operating and diagnostics data of the fire dampers, which is stored on the modules, as well as enabling their remote control and the configuration and initiation of functional checks and sequence controls.

BS2-OPC-01 OPC UA server software for integrating the Wildeboer-Net system into SCADA applications

BS2-SW-01 software

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•All the cables and modules required for the system are fully installed and properly wired by the customer as per the specifications of the operating instructions.

•An employee of the installation company is appointed who is familiar with the local conditions and system.

•Provision of all texts, data for scheduled controls and functional tests, as well as release groups.

• The modules are installed with accessibility.•Required equipment, ladders and the suchlike are to be

provided free of charge.

BS2-ZB-01 Central control unit for the BS2 communication system for fire dampers

• The display is shock- and vibration-proof, thermally stable and compliant with EMC norms. Long service life owing to LED backlighting. Display format 16:9.

• BS2-SW-01 software pre-installed ⇒see page 10

• Mains connection 230 V AC with mains adapter 24 V DC.

• Exterior dimensions: 420 mm x 270 mm, 70 mm W.• Switch cabinet section:400 mm x 251 mm.

The central control unit offers a 15.6-inch multi-touch display to be installed in an IP65 switch cabinet front panel. The Windows Embedded Standard 7 operating system and BS2-SW-01 software are pre-installed.

BS2-AP-01 Commissioning support for the Wildeboer-Net BS2 communication systemYou can receive commissioning support from our factory customer service. The following conditions are required to be met by the customer:

BS2 communication system for fire dampersCentral control unit / commissioning support

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BS2 communication system for fire dampersOrder data

Type

BS2-MO-01 Motor module, connection type:AMP connectorBS2-MO-02 Motor module, connection type: plug-in screw terminalsBS2-MO-03 Motor module, connection type:AMP plug and plug-in screw terminals ⇒ see pages 4 and 5

AB-01 Connection box ⇒ see page 5

BS2-IO-01 I/O module ⇒ see page 6

BS2-SC-01 Subnet controller ⇒ see page 7

BS2-GW-01 Universal gateway for BACnet/Modbus with 200 Data pointsBS2-GW-02 Universal gateway for BACnet/Modbus with 1000 Data pointsBS2-GW-03 Universal gateway for BACnet/Modbus + LON with 200 Data pointsBS2-GW-04 Universal gateway for BACnet/Modbus + LON with 1000 Data pointsBS2-GW-05 Universal gateway for BACnet/Modbus + KNX with 200 Data pointsBS2-GW-06 Universal gateway for BACnet/Modbus + KNX with 1000 Data points ⇒ see pages 8 and 9

BS2-OPC-01 OPC UA server software ⇒ see page 10

BS2-SW-01 Wildeboer-Net software ⇒ see page 10

BS2-ZB-01 Central control unit with pre-installed Wildeboer-Net software ⇒ see page 11

BS2-AP-01 Commissioning support for the Wildeboer-Net BS2 communication system ⇒ see page 11

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Wildeboer-Net BS2 communication system for fire dampers.The modules to be connected to it must be installable as plug-and-play and have to be connected directly to 230 V AC mains voltage. Data transmission in highly reliable CAN bus sub-networks for cable lengths up to 3200 m. Modules must inclu-de operating software with all the functions for operating and monitoring fire dampers. Automatic addressing must take place and unaffected devices must continue to operate in the event of faults. Faults must be automatically diagnosed and indicated; when they are remedied, communication as a whole must be automatically continued. Modules must enable configurable and uninterruptible sequential circuits. Opera-tional data must be kept logged and also saved in the case of power failure. All data must be able to be viewed cent-rally and evaluated.Regular functional checks for verifying the functionality of fire dampers must identify changes and be scheduled. Accordingly, they must consist of:

motor modules for connecting up to two fire dampers, with a 24-V-DC electric spring return actuator, integrated limit switches for OPEN and CLOSED operating positions and with thermo-electric release. Mains connection 230 V AC with Euro-plug and 1.5-m connecting cable. Galvanically isolated bus connections with plug-in screw terminals. Manual operation of connected fire dampers via push buttons, diagnostics via LEDs. Plastic casing IP40.

........ pc. BS2-MO-01 with AMP connector deliver: ........

install: ........ .........

........ pc. BS2-MO-02 with plug-in screw terminals deliver: ........

install: ........ .........

........ pc. BS2-MO-03 with AMP connector and plug-in screw terminals deliver: ........

install: ........ .........

I/O module with 8 inputs and 8 outputs for galvanically iso-lated connection of external sensors and actuators via plug-in screw terminals. Use for connections, transmitting alarm notifications, switching of fans etc. Mains connection 230 V AC with Europlug and 1.5 m connecting cable. Galvanically isolated bus connections with plug-in screw terminals. Manual operation via push buttons, diagnostics via LEDs. Plastic casing IP40.

........ pc. of BS2-IO-01 deliver: ........

install: ........ .........

Subnet controller for initialising and operating up to four sub-networks for 32 motor modules and 256 fire dampers and for I/O modules. Mains connection 230 V AC with Europlug and

BS2 communication system for fire dampersSpecification text (1)

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1.5-m connecting cable. Bus connections with plug-in screw terminals and Ethernet connection for control unit. Manual operation via push buttons, diagnostics via LEDs. Plastic casing IP40.

........ pc. of BS2-SC-01 deliver: ........

install: ........ .........

Central control unit with 15.6-inch multi-touch glass dis-play for installation on the IP65 switch cabinet front panel. Mains connection via plug-in power supply unit to 230 V AC. Pre-installed with Windows Embedded Standard 7 operating system and with BS2-SW-01 software for data communication with the BS2-SC-01 subnet controller via Ethernet and with a pre-configured user interface for display. This must display the operating and diagnostics data of the fire dampers, which is stored on the modules, as well as enable their remote control and the configuration and initiation of functional checks and sequence controls.

........ pc. of BS2-ZB-01 deliver: ........

install: ........ .........

Connection box for 24-V-DC spring return actuators with AMP connector on connecting lines for transmission via plug-in screw terminals to on-site line. Plastic casing IP40.

........ pc. of AB-01 deliver: ........

install: ........ .........

Universal gateway BS2-GW-01 for implementing Wildeboer-Net on BACnet/IP, Modbus/serial or Modbus/TCP. Up to 200 data points are developed and an EDE file is generated by the BS2-SW-01 software.

........ pc. of BS2-GW-01 deliver: ........

install: ........ .........

Universal gateway BS2-GW-02 for implementing Wildeboer-Net on BACnet/IP, Modbus/serial or Modbus/TCP. Up to 1000 data points are developed and an EDE file is generated by the BS2-SW-01 software.


install: ........ .........

Universal gateway BS2-GW-03 for implementing Wildeboer-Net on LON. Up to 200 data points are developed and an EDE file is generated by the BS2-SW-01 software.


install: ........ .........

Universal gateway BS2-GW-04 for implementing Wildeboer-Net on LON. Up to 1000 data points are developed and an EDE file is generated by the BS2-SW-01 software.


install: ........ .........


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Universal gateway BS2-GW-05 for implementation of Wildeboer-Net on KNX/TP. Up to 200 data points are develo-ped and an EDE file is generated by the BS2-SW-01 software.


install: ........ .........

Universal gateway BS2-GW-06 for implementing Wildeboer-Net on KNX/TP. Up to 1000 data points are developed and an EDE file is generated by the BS2-SW-01 software.


install: ........ .........

OPC UA server BS2-OPC-01 software for data communication with the WILDEBOER-NET BS2 communication system via on-site OPC clients.

........ pc. of BS2-OPC-01 deliver: ........ install: ........ .........

BS2-SW-01 software for data communication with the BS2-SC-01 subnet controller via Ethernet. Pre-configured user inter-face for displaying the operating and diagnostics data of the fire dampers, which is stored on the modules, as well as their remote control and configuration of functional checks and sequence controls.

........ pc. of BS2-SW-01 deliver: ........

install: ........ .........

BS2-AP-01 commissioning support for the Wildeboer-Net BS2 communication system

........ pc. of BS2-AP-01 deliver: ........

install: ........ .........


ComplexityOperating

costs

Wildeboer-Net

Operating principle

Test

Cold smoke

The solution:

Wildeboer Bauteile GmbHMarker Weg 11 | 26826 Weener (Germany) | +49 4951 950-0 | +49 4951 950-27120 [email protected] | www.wildeboer.de

Watch explanatory video on YouTubewildeboer.de/youtube

Network your fire protection and significantly minimise the cost of planning, installation and testing. The BS2 communication system “Wildeboer-Net” lays all the groundwork for you. Don’t miss out on these benefits. We would be glad to advise you.

BS2 communication system “Wildeboer-Net” Optimum system solution combined with our maintenance-free fire dampers

The system design, installation, programming and commissioning of conventional control systems in buildings is complex.

Special plug-and-play functionality allows control systems for fire dampers to be designed, built and connected in parent hierarchy without any measuring and control know-how.

Preventing smoke spreading is a challenge. Detect smoke and close fire dampers reliably and in good time via flexible release groups.

Recurring functional tests are time-consuming, affect operation and incur high costs.

The BS2 communications system “Wildeboer-Net” performs functional testing in less than 10 minutes in all.

Fire dampers have to operate reliably. Changes in the building control system always require new operating principle testing.

The BS2 communication system “Wildeboer-Net” controls and safeguards the functioning of fire dampers. Changes in the building control system have no effect.

BS2 communication system “Wildeboer-Net”

Our response:Existing problems:

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