Agenda Introduction Building Management System Architectures Why are Open Protocols & Systems Important? Definition of Open Protocols & Open Systems DDC Controllers and Programming SW Integration of Multiple Products

Open Choice Contracting Partners Honeywell E&ES Building Automation Controls & Security Authorized Systems Distributors Honeywell Building Solutions Control Integrators Controls Specialist Associate Standardize on a common platform, devices & tools and still obtain competitive quotes Before we begin, I’d like to explain the manner in which Honeywell goes to market. Honeywell E&ES is not part of the Honeywell Branch Organization. Explain how we go to market. We provide options to the End User.

Legacy Field Controllers Typical Building Management System Architecture Internet WEB Browser Enterprise Server & Energy Analytics Station Ethernet / LAN Network Protocol ENTERPRISE SERVER: An ENTERPRISE SERVER is defined as the Graphical User Interface (GUI) Software on a PC or a Server that provides the single point of access to the system via the MASTER CONTROLLERS. Graphics, Dashboards, Schedules, Setpoints, Analytics, Alarms, Trends, and Historical Data are accessed via the ENTERPRISE SERVER. MASTER CONTROLLERS: A MASTER CONTROLLER is defined as a microprocessor-based device that usually includes an Ethernet Port (to connect to an end user’s LAN/WAN) and one or more Field Bus ports (to connect to Field Controllers via an “Open Protocol” like LON, BACnet MS/TP, MODBUS, or via proprietary protocols).  The MASTER CONTROLLER usually provides scheduling, alarming, point trends/historical data, point sharing between field controllers (like Outside Air Temperature), and handles communication between controllers. Since MASTER CONTROLLERS are microprocessor-based, they require a programming tool. FIELD CONTROLLERS.  FIELD CONTROLLERS are defined as microprocessor-based controllers that communicate to the MASTER CONTROLLER via an “Open Protocol” (i.e. LON, BACnet MS/TP or MODBUS) or via a proprietary protocol.  FIELD CONTROLLERS are the devices that actually control mechanical equipment such as AHU’s, RTU’s, VAV Boxes, Heat Pumps, Boilers, Chillers, etc.  Since FIELD CONTROLLERS are microprocessor-based, they require a programming tool, just as MASTER CONTROLLERS require a programming tool. Master Controller(s) Legacy Field Controllers VAV Field Controllers Unitary Tstat CVAHU This is a typical BMS Architecture today. It is comprised of an “Enterprise Server”, 1 or more “Master Controller(s)”, and “Field Controllers”. In order to lay the foundation for our Open Protocol / Open System discussion, let’s understand the purpose of each Tier of the BMS Architecture. VAV Lighting Control

Why are Open Protocols & Open Systems Important? End Users want the ability to change a Business Relationship End Users are more cost-conscious than ever, thus they want choices. End Users DO NOT want to be locked into one, and only one, Service Provider. No choice in a Building Temperature Controls Service Provider results in escalated non-competitive service costs No choice in a Building Temperature Controls Contractor results in escalated non-competitive addition or renovation costs No choice in Building Temperature Controls Products results in escalated non-competitive repair costs An Open System addresses all of these concerns If you talk to End Users, you’ll hear these concerns.

What is the Difference Between Open Protocols & Open Systems?

Open Protocols An “Open Protocol”, as described by ASHRAE, provides a means by which computerized equipment may exchange information, regardless of the particular building service it performs, with other computerized equipment. As a result, an “open protocol” may be used by mobile and cloud-hosted devices, head-end computers, general-purpose direct digital controllers, and application-specific or unitary controllers with equal effect. Common “Open Protocols” include: LON & LON IP BACnet MS/TP & BACnet IP MODBUS RTU & MODBUS TCP This is the ASHRAE definition of “Open Protocols” … you can find this definition on the ASHRAE website. Think of Protocols as Languages. All BMS Manufacturers go to market with Open Protocol Field Controllers. But that’s not the whole story …

Open Protocols – A Brief Description of LON LonTalk is the communication protocol used by LonWorks products as established by the LonMark Association. Along with the LonTalk protocol, a LonMark profile is important because it signifies that a LonMark-identified device adheres to the interoperability guidelines set forth by the LonMark Association for a given application. The LonMark profile identifies mandatory and optional network variables for a given application that every manufacturer must include to ensure interoperability. The LonMark approval provides a level of confidence that LON devices will communicate and interact properly. Let’s talk briefly about LON. LonTalk is the Protocol. LonWorks products use LonTalk Protocol to communicate. LonMark profile establishes network variables for a given application that every manufacturer must include. Think of a LonMark profile as a standard for a given application (such as VAV, RTU, Heat Pump, etc.). The LonMark Association developed the LonMark profiles.

Open Protocols – A Brief Description of BACnet BACnet is the communication protocol developed by ASHRAE to promote “Interoperability”. BACnet provides a model for creating an interoperable building automation system. BACnet defines rules for: LANs and Data Transport Systems Objects that represent data and control functions Services or data exchange methods BTL (BACnet Testing Laboratories) Mark provides a level of confidence that BACnet devices will communicate and interact properly. Let’s talk briefly about BACnet. BACnet is the Protocol (developed by ASHRAE). BACnet also defines Data Transport Systems, Objects & Services. The BTL Mark provides confidence that a BTL certified product will communicate & interact properly with other BTL certified products.

Open Protocols Today, almost all Building Management System Manufacturers sell FIELD CONTROLLERS and MASTER CONTROLLERS that communicate via “Open Protocols”. Mistakenly, many people within the Building Management System industry will define an “Open System” as a system that communicates via these “Open Protocols”. Let’s be clear … Open Protocol ≠ Open System Open Protocol DOES NOT EQUAL an Open System.

Open Systems An “Open System” is not defined by ASHRAE, so let’s define an “Open System”. We define an “Open System” as a Building Management System utilizing an Open Protocol whose Products, Software, and Programming Tools and can be purchased, provided, and serviced by multiple qualified Contractors in a market. A Building Management System whose Products, Software, and Programming Tools can be purchased, provided, and serviced by ONLY ONE QUALIFIED CONTRACTOR in a market is NOT an Open System – regardless of system Protocol. Earlier we stated ASHRAE’s definition of Open Protocol. Unfortunately, ASHRAE does not define an Open System … so we will. Let’s read this a few times. Does everyone understand the difference?

How do Open Protocols and Open Systems relate to the Parts of a Building Management System?

Legacy Field Controllers Typical BMS Architecture – Field Controllers Internet WEB Browser Enterprise Server & Energy Analytics Station Ethernet / LAN Network Protocol FIELD CONTROLLERS.  FIELD CONTROLLERS are defined as microprocessor-based controllers that communicate to the MASTER CONTROLLER via an “Open Protocol” (i.e. LON, BACnet MS/TP or MODBUS) or via a proprietary protocol.  FIELD CONTROLLERS are the devices that actually control mechanical equipment such as AHU’s, RTU’s, VAV Boxes, Heat Pumps, Boilers, Chillers, etc.  Since FIELD CONTROLLERS are microprocessor-based, they require a programming tool. Key Questions for the Building Management System Contractor: From how many qualified Contractors in my market (50 mile radius) can I purchase the FIELD CONTROLLERS and PROGRAMMING SOFTWARE? Please provide me a list of the qualified Contractors in my market (50 mile radius). Where does the Programming Software and backup Programs reside? Preference is inside the MASTER CONTROLLER because it will never be lost … not on a laptop that can be misplaced. How do Owners and Contractors gain access to the Programming Tools & Devices? Master Controller(s) Legacy Field Controllers VAV Field Controllers Unitary Tstat CVAHU Now that we’ve defined and understand the differences between Open Protocol & Open Systems, let’s return to our typical BMS Architecture & understand the Field Controllers Tier. ALL Field Controllers require a programming or configuration tool. Period. Field Controllers & the associated programming/configuration software & tools that are part of an Open System are available from multiple, factory trained Contractors in a market. Conversely, if only one factory trained Contractor can provide Field Controllers & the associated programming/configuration software & tools in a market, is that an Open System? We’ve included some questions to ask your BMS “Open” Contractors. VAV Lighting Control

Legacy Field Controllers Typical BMS Architecture – Master Controller Internet WEB Browser Enterprise Server & Energy Analytics Station Ethernet / LAN Network Protocol MASTER CONTROLLERS: A MASTER CONTROLLER is defined as a microprocessor-based device that usually includes an Ethernet Port (to connect to an end user’s LAN/WAN) and one or more Field Bus ports (to connect to Field Controllers via an “Open Protocol” like LON, BACnet MS/TP, MODBUS, or via proprietary protocols).  The MASTER CONTROLLER usually provides scheduling, alarming, point trends/historical data, point sharing between field controllers (like Outside Air Temperature), and handles communication between controllers. Since MASTER CONTROLLERS are microprocessor-based, they require a programming tool. Key Questions for the Building Management System Contractor: From how many qualified Contractors in my market (50 mile radius) can I purchase the MASTER CONTROLLERS and PROGRAMMING SOFTWARE? Please provide me a list of the qualified Contractors in my market (50 mile radius). Where does the Programming Software and backup Programs reside? Preference is inside the MASTER CONTROLLER, and backed up on the Enterprise Server, because it will never be lost … not on a laptop that can be misplaced. How do Owners and Contractors gain access to the Programming Tools & Devices? Master Controller(s) Legacy Field Controllers VAV Field Controllers Unitary Tstat CVAHU The Master Controllers Tier is very similar to the Field Controllers Tier. Master Controllers require a programming tool … and all the same concerns and questions apply. VAV Lighting Control

Legacy Field Controllers Typical BMS Architecture – Enterprise Server Internet WEB Browser Enterprise Server & Energy Analytics Station Ethernet / LAN Network Protocol ENTERPRISE SERVER: An ENTERPRISE SERVER is defined as the Graphical User Interface (GUI) Software on a PC or a Server that provides the single point of access to the system via the MASTER CONTROLLERS. Graphics, Dashboards, Schedules, Setpoints, Analytics, Alarms, Trends, and Historical Data are accessed via the ENTERPRISE SERVER. Usually, the Enterprise Programming and Configuration Software is part of the Enterprise Software Package. Key Questions for the Building Management System Contractor: How does the ENTERPRISE SERVER communicate with the MASTER CONTROLLERS? From how many qualified Contractors in my market (50 mile radius) can I purchase the ENTERPRISE SERVER SOFTWARE? Please provide me a list of the qualified Contractors in my market (50 mile radius). Does the ENTERPRISE SERVER SOFTWARE include the programming and configuration software tools? Does the ENTERPRISE SERVER SOFTWARE backup all MASTER CONTROLLERS and FIELD CONTROLLERS? How do Owners and Contractors gain access to the Programming Tools & Software? Master Controller(s) Legacy Field Controllers VAV Field Controllers Unitary Tstat CVAHU The Enterprise Server Tier is very similar to the Master Controllers Tier. Again, the Enterprise Server requires a programming tool … and all the same concerns and questions apply, along with a few more. VAV Lighting Control

How can I Learn More? ASHRAE Technical Committee 7.5 is concerned with the performance and interactions of smart building systems (SBS), the impact of smart building systems on the total building performance, methods for achieving more intelligent control and operation of building processes, including supervisory control strategies and the optimization of dynamic building components and systems, interactions of smart buildings with utilities, and documentation of the benefits of smart buildings and smart building systems as they relate to energy consumption, cost of operation, maintenance, occupant comfort, building commissioning, operations, and impact of the SBS on utilities and natural resources. https://tc0705.ashraetcs.org/ With the explosion of the IoT (Internet of Things) … more devices being added to the BMS, more data being gathered, technology changing daily … ASHRAE Technical Committee 7.5 is attempting to keep pace.

Does Honeywell provide an Open System?

Yes! Open Choice Contracting Partners Honeywell E&ES Building Automation Controls & Security Authorized Systems Distributors Honeywell Building Solutions Control Integrators Controls Specialist Associate Standardize on a common platform, devices & tools and still obtain competitive quotes Yes! Open Choice Contracting Partners. Discuss the three levels of WEBs Contractors & the difference between them and the Honeywell Branch. Visit buildingcontrols.honeywell.com and select “Contractor Locator”

Today WEBs-N4 Supervisor Enterprise & Energy Analytics Station Internet WEB Browser Kiosk Dashboard Ethernet / LAN http, BACnet, oBIX, KNX, SNMP, XML, Fox Video Monitoring and Control WEB-8000 WEB-600E WEB-EAGLEAX26 WEB-8000 3rd Party Drivers 3rd Party Drivers Plant Control RS-485 RS-485 Spyder VAV Lon Spyder VAV BACnet Spyder Lon Spyder BACnet Intrusion Keypad/Display T7350 TB3026B Stryker CVAHU Lon Security Elevator Control This is the Honeywell WEBs BMS Architecture today, available from multiple factory trained WEBs Contractors in your market. The Honeywell WEBs BMS Architecture provides a complete Integration Solution for Buildings … from temperature & humidity control, to lighting control, to card access, elevator & video, to 3rd party systems, to energy monitoring, to analytics, to … you name it. Access Control Time and Attendance Stryker VAV Lon Lighting Control Stryker VAV BACnet Lighting Control

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