The EcoStruxure Building Operation software supports the major communication protocols in building automation and security management.
All modules connect to a hardware terminal base backplane. When the Central IO module is installed on that terminal base, the EcoStruxure Building Operation software associates the Central IO module with the position of the terminal base. There are a maximum of 32 positions per I/O bus that any terminal base can occupy.
Für weitere Informationen siehe Central IO Modules Overview .
The MP controller is an IP-enabled, native BACnet field controller from Schneider Electric. It is a highly flexible, open protocol device that is fully programmable through the EcoStruxure Building Operation software for control and supervision of equipment typically used in HVAC applications. Its mix of universal I/O and intelligent SpaceLogic sensor support allows for a wide-range of control solutions.
Für weitere Informationen siehe MP Controllers Overview .
The EcoStruxure BMS is a native BACnet system with features that enable you to create and manage an interoperable BACnet building automation system according to the ASHRAE Standard. The EcoStruxure BMS features and components support the BACnet services in all five of the BACnet interoperability areas.
Für weitere Informationen siehe BACnet Overview .
b3 BACnet devices are a family of intelligent, programmable, stand-alone devices that provide Direct Digital Control of air handlers and systems as well as individual terminal units: VAV boxes, fan powered induction units, unit ventilators, and heat pumps.
Für weitere Informationen siehe b3 BACnet Device Controllers .
MNB BACnet devices are a family of programmable, stand-alone devices that provide direct digital control in a building's environmental control system. MNB BACnet devices comprise MNB-70, MNB-300, MNB-V1, MNB-V2 and MNB-1000 devices. MNB devices support S-Link sensors, which are designed specifically for use with these devices.
Für weitere Informationen siehe MNB BACnet Device Overview .
The Schneider Electric SE8000 and VT8000 controllers are a family of BACnet room controllers designed to bridge the gap between stand-alone thermostats and DDC systems controllers. The SE8000 and VT8000 controllers simplify installation and commissioning, and feature universal I/O that provide control for a wide variety of facilities and applications including rooftop units, fan coil units, terminal units, heat pumps, and VAV.
Für weitere Informationen siehe SE8000 and VT8000 Room Controller Overview .
LonWorks is a fieldbus standard that is used for the automation of various functions within buildings, such as lighting and HVAC. The platform is built on an open, scalable protocol, called LonTalk that was developed by Echelon Corporation and supported by LonMark International.
Für weitere Informationen siehe LonWorks Overview .
The Xenta 280/300/401 LonWorks devices are a family of programmable, stand-alone devices that provide Direct Digital Control of air handlers and systems as well as individual terminal units.
Für weitere Informationen siehe Xenta LonWorks Device Overview .
MNL LonWorks devices are a family of programmable, stand-alone devices that provide direct digital control in a building's environmental control system. MNL LonWorks devices consist of standard MNL LonWorks devices and MNL-800 LonWorks devices. MNL devices are complemented by S-Link sensors, which are designed specifically for use with these devices.
Für weitere Informationen siehe MNL LonWorks Device Overview .
Modbus is a master/slave protocol used for communicating with industrial hardware. The protocol works by one master device requesting data from (or writing data to) one or more slave devices.
Für weitere Informationen siehe Modbus Overview .
I/NET is an integrated building management system that uses software and a mix of hardware to provide environmental control, access control, and energy management solutions. I/NET uses a proprietary, token-passing communication protocol, operating in a tiered LAN architecture.
Für weitere Informationen siehe I/NET Overview .
The NETWORK 8000 system is a modular and integrated facility management system.
Für weitere Informationen siehe NETWORK 8000 Overview .
MicroNet provides control of Heating, Ventilation, and Air Conditioning (HVAC) devices such as fan coil units, heat pumps, rooftop units, boilers, and air handling units
Für weitere Informationen siehe MicroNet Overview .
Sigma is a building management system that comprises controller device and communications components which can be applied to a variety of environmental and building control services. The system components are seamlessly linked by a suite of user interface and control software called Satchwell Sigma.
Für weitere Informationen siehe Sigma Overview .
Infinet devices are intelligent, programmable, stand-alone devices that provide cost-effective Direct Digital Control of air handlers and systems, as well as individual terminal units: VAV boxes, fan powered induction units, unit ventilators, and heat pumps. Using the EcoStruxure Building Operation software, you configure an Infinet network that connects WorkStation with AS-P servers and Infinet devices. Their true peer-to-peer communications protocol provides the Infinet series with the ability to instantly communicate with a AS-P server and its entire network of devices.
Für weitere Informationen siehe Infinet Device Overview .
The SmartDriver functionality enables you to create customized interfaces in an EcoStruxure BMS that monitors and controls third-party devices from an EcoStruxure BMS server.
Für weitere Informationen siehe SmartDrivers Overview .
Web Services are programmable applications accessible from standard Internet protocols. You can use Web Services to consume information, such as temperature from a weather service.
Für weitere Informationen siehe Web Services Overview .
Zigbee is a communication protocol used to create personal area networks with small, low-power devices.
Für weitere Informationen siehe Zigbee Overview .
MQTT is a light weight data transfer protocol for IoT resources. An EcoStruxure Building Operation server can act as an MQTT client and transfer data to a MQTT broker.
Für weitere Informationen siehe MQTT Overview .