Building Automation
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Building Automation with WAGO Building Solutions with WAGO Integrated Building Automation Building Automation — Overview Basic WAGO Software Libraries for Building Automation Modules for Distribution Boxes WAGO Services DALI Multi-Master Modbus TCP/IP 3-Phase Power Measurement Module EnOcean Radio Technology Additional Technologies

Building Automation with WAGO — Winning Formula for Architects, Planners and Developers Since its establishment in 1951, WAGO has pioneered innovative electrical interconnect and electronic interface systems. In that same year, the idea for a screwless termination system was born and the first spring pressure terminal blocks were introduced. WAGOʼs ELECTRICAL INTERCONNECTIONS division has undergone rapid development over the years, paving the way for more industry-leading innovations. In 1995, WAGO reached another milestone by launching the WAGO-I/O-SYSTEM, the worldʼs first...

WAGO SPEEDWAY 767, Modular I/O-SYSTEM, IP67 WAGO JUMPFLEX ® Transducers and Pluggable Relay Modules TO-PASS ® — Scalable Telecontrol Technology Pluggable Electronic Modules for DIN-Rail-Mount Terminal Blocks WINSTA® Pluggable Connection System TOPJOB® S DIN-Rail-Mount Terminal Blocks Compact Splicing Connectors for All Wire Types WAGO COMPACT PUSH WIRE® Connectors for Junction Boxes 221 Series WAGO COMPACT Splicing Connectors for All Wire Types WAGO Brazil​ WAGO China

OFFICE AND ADMINISTRATIVE BUILDINGS Investors are increasingly placing a great amount of importance on flexible spaces supported by an appropriate infrastructure. WAGOʼs room automation systems can be commissioned quickly and adapted flexibly to address this need. Energy efficiency class A (per DIN EN 15232) can be easily and reliably achieved using WAGO products. PRODUCTION FACILITIES AND WAREHOUSES Safe and efficient energy management in production facilities and warehouses is essential to reduce operating costs. Lighting represents a significant cost factor. Using WAGOʼs solutions,...

Integrated Building Automation — Heating, ventilation and air conditioning (HVAC) systems represent one of a buildingʼs major costs. Automatically regulating HVAC systems minimizes energy costs and improves the climate in a building. Planning and executing HVAC systems requires extensive knowledge from every building automation professionals, starting with the creation of demanding control programs on through to visualizing energy flows. Extensive libraries with ready-made system macros generally make programming unnecessary. The use of such system macros contributes to standardization,...

ROOM AUTOMATION Planning, implementation and building operation must demonstrate maximum efficiency and a high degree of adaptability. Modern building technology maximizes flexibility by enabling rooms to be individually planned, managed and even repurposed at any time — without any programming. WAGOʼs modern room automation performs many tasks in a building. It optimizes room temperature, automatically adjusts shades based on the sunʼs position throughout the day, regulates light intensity and switches lights off when not needed. ENERGY MANAGEMENT Energy efficiency hinges on the savvy...

WAGO Building Automation — Overview At the management level, building automation is linked to cost and facility management, as well as the control level. Open protocols link higher-level functions and building automation. WAGO offers software tools for commissioning and diagnostics, providing optimal support for both engineering and monitoring. Access to the Web visualization of the individual control units is also performed at this management level. ETHERNET has established itself as the dominant medium at the automation level. WAGOʼs control units can be easily and efficiently connected...

Sensorwerte übersteuern Störung Quit Statusmeldungen Sammelstörung: Ok Vorspülen: Vorspülen beendet Zuluftklappe: geöffnet Abluftklappe: geöffnet Zuluftventilator: Ok Abluftventilator: Ok Termination+BIAS ON/OFF

WAGO-I/O-SYSTEM Fieldbus Controllers and I/O Modu WAGOʼs comprehensive range of fieldbus controllers support established protocol standards. Configuration, programming and visualization are easily performed using the IEC 61131-3-compliant WAGO-I/O-PRO software package. BACnet Controllers For BACnet communication, WAGO offers two different controllers equipped with BACnet/IP (ETHERNET) or BACnet MS/TP (RS-485) interfaces. Both high-performance controllers support the B-BC BACnet profile and are freely programmable. The controllers can be easily commissioned using WAGOʼs user-friendly BACnet...

les DIGITAL OUTPUT MODULES ANALOG OUTPUT MODULES Relays Contactors Digital outputs: 1-, 2-, 4-, 8-, 16-channel 5/12/24 VDC AC to 230 V 0.2 to 16 A Actuators (e.g., 0–10 V) Setting values for electronic ballasts Lighting fixtures DIGITAL INPUT MODULES Measured value output Control of frequency converters ANALOG INPUT MODULES​ Switches Magnetic contacts Digital inputs: 2-, 4-, 8-, 16-channel 5/24/48 VDC 24/120/230 VAC Signal contacts, potential-free Wind speed Current transformers (e.g., 100/5 A) SPECIALTY MODULES Display Romutec manual operation interface Level converter for M-Bus MODBUS...

BASIC WAGO SOFTWARE WAGO-I/O-CHECK WAGO-I/O-CHECK is an easy-to-use Windows® application for checking inputs and outputs, as well as displaying a WAGO-I/O-SYSTEM 750 node. The node does not have to be connected to a fieldbus system. In addition to checking the actuators/sensors connected on the field-side and the module-specific configurations, the application can also document node configuration. WAGO-I/O-PRO WAGO-I/O-PRO is a basic tool for creating control programs. The software contains six major, IEC 61131-3 graphic/textbased programming languages (FBD, LD, IL, ST, CFC and SFC),...

Web Visualization Project-specific visualizations are generated in a graphic editor in the WAGO-I/O-PRO software. Ready-made macros with a graphical configuration interface are available for certain functions or function blocks, which can be easily integrated into the project. Visualization is performed on a Web server, which is locally contained in the ETHERNET controller. This allows the visualization to be displayed in a Web browser on any computer connected to the Internet (e.g., for remote maintenance). The Web visualization can also be accessed on a tablet or smartphone using an app....