BS2 field bus system
BS2 bus control for complex control requirements
The BS2 bus control system from Wildeboer is a decentralized and modular bus control system, which fully meets your fire protection control requirements for ventilation and air conditioning systems. With the BS2 field bus system, fire and smoke dampers, electronic volume flow and pressure regulators in ventilation and air conditioning systems can be safely and easily controlled automatically. The decentralized and plug-in power supply allows you to install the modules in the immediate vicinity of fire dampers. The BS2 bus control system is suitable for use in both simple and very complex buildings.
All connected modules are automatically addressed when the BS2 bus control unit is commissioned. The easy-to-use software interface makes it easier for users to realise their control scenarios. Functional tests of fire dampers, for example, can be carried out automatically using calendar controls and documented reliably.
The creation of trigger groups and the assignment of components such as fire dampers or smoke protection dampers makes it easy to realise deliberately set control scenarios. Sequential controls allow functions such as fan release to be set according to defined events or the control of volume flow controllers or pressure regulators according to specifications.
The BS2 bus control can be seamlessly expanded with the KS2 compact control. The systems can be seamlessly networked within a ventilation and air conditioning system to fulfil even very complex requirements.
Due to the large selection of modules, you benefit from a well thought-out system configuration that promises customised, efficient and problem-free integration.
Moduls BS2 fieldbussystem
Bussteuerung BS2 für komplexe Steuerungsanforderungen
Modulares Bus-Steuerungssystem für die dezentrale Steuerung von Brandschutz- und Lufttechnikkomponenten.
Frequently Asked Questions about the BS2 field bus system
The KS2 compact control unit and the BS2 fieldbus system are used to control and monitor fire dampers and to integrate smoke detection devices. They enable the monitoring of damper positions and the carrying out of functional tests. Using the WiNet-SW-02 software, it is possible, amongst other things, to configure trigger groups, sequence controls, fan enable functions and calendar-based controls, as well as to carry out and document functional tests.
The KS2 compact control system is installed in a control cabinet. It is also possible to install several control cabinets within a building and connect them to one another via the Wildeboer-Net. It is particularly suitable when fire dampers, smoke dampers, louvre dampers, smoke detectors or fans are to be clearly organised within one or more compact control systems.
The BS2 bus control system is a decentralised, modular fieldbus system. The modules can be mounted close to the components and communicate via the BS2 fieldbus. This makes both the BS2 and KS2 equally suitable for spatially distributed ventilation and air-conditioning systems with numerous components, trigger groups and sequential control systems.
KS2 and BS2 can also be combined with one another within the Wildeboer-Net. This allows centralised and decentralised control concepts to be implemented together within a single system.
A BS2 subnet controller has four subnets. Up to 32 motor modules can be connected to each subnet, with each motor module capable of controlling up to two fire dampers with 24 V DC actuators. This means that up to 64 fire dampers can be connected per subnet and a total of up to 256 fire dampers per subnet controller. In addition, up to 32 subnet controllers can be networked together. The specific configuration should be determined on a project-by-project basis, taking into account the system structure and the required modules.
Yes. The BS2 fieldbus system and the KS2 compact controller can be combined. Both systems can be networked within the Wildeboer-Net and operated and configured across the system using the WiNet-SW-02 software. This allows centralised and decentralised control areas within a ventilation and air-conditioning system to be mapped together.