Honeywell Spyder BACnet Core Competency Training

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1 Honeywell Spyder BACnet Core Competency Training 3 Day Training July 10 th -12 th 8:00 AM to 5:00 PM Charles D. Jones North Denver Branch 4900 Osage Street Denver, CO Class topics include controller specifications, BACnet architecture, device addressing, function blocks, simulation, debugging, macros, applications, BACnet objects, proxy points, time schedules, Spyder library, priority array, Zio wall module, and VAV balancing. $ per attendee Class includes meals and course materials Seating is limited to 12 students. Pre-requisite: WEBs/Niagara AX Tridium Certification or N4 Crossover or N4 Tridium Certification Audience: This course is intended for Niagara AX certified systems integrators, OEMs, distributors, and other business partners who have specifically contracted with Tridium to sell and service Niagara 4, which is the 4th generation of our award winning and patented Framework technology. End user are also welcome to attend this class in order to more fully understand and exploit the implementation of this product in their facility. To register contact Mark Bisbee or Courtney Price (303) mbisbee@cdjones.com/courtneyt@cdjones.com *Payment is due at time of registration* Pre-registration is required to attend all classes. 72 hours cancelation notice required to avoid being charged.

2 Student Requirement Checklist Honeywell Spyer BACnet Training Class Honeywell Technical Training Program (HTTP 201A) Length: 3 Days Required: Student Provided Hardware and Software Personal Laptop Computer Physical Ethernet Port on Laptop o A USB to Ethernet adapter may be used. Cat 5 Ethernet patch cable PC Mouse o The built in touch pad does not meet this requirement. Windows Software o Windows 7 or Windows 10 o Local Administrator Account with Administrator Privileges. o Domain Logon is not supported for class. Other Software o Ability to disable any VPN software such as Cisco VPN. o Ability to disable any Anti-Virus program. o Ability to modify and open ports with any Firewall Software. Honeywell Software o Honeywell WEBPro AX or WEBStation AX version or higher o Valid Honeywell WEBS AX License o Spyder Tool version or higher (this is preinstalled in WEBS AX )

3 Sypder BACnet Training Course Outline 1. Spyder Installation and Architecture a. Spyder Models b. Spyder Specifications c. Power Wiring d. BACnet MSTP e. MSTP Termination and Biasing f. BACnet Unit Load Calculation g. BACnet Who Is / I Am Service h. MAC Address i. Device Instance j. BACnet Networks k. BBMD l. Routers 2. Platform, Station, and BACnet Network Configuration a. Niagara AX BACnet driver b. BACnet IP configuration c. BACnet MSTP configuration d. BACnet IP to MSTP Router configuration 3. Adding and Addressing a Spyder BACnet Controller a. Adding a Spyder Device b. Setting the Model Type c. Spyder BACnet Network Device Manger View d. Setting the Mac Address e. Setting the Device Instance Number f. Setting the Device Network Number 4. Physical Points and Terminal Assignment a. Engineering Mode b. Normal Mode c. The Control Program d. Physical Point Configuration e. Physical Point Terminal Assignment f. Sylk Expansion IO g. Sylk Dedicated Devices h. Sylk Terminal Assignment 5. Control Program and Function Blocks a. Control Loops b. Spyder PID Operation c. Boolean Logic Blocks d. Connector vs Constant Values e. Pin Slots Function

4 f. Function Block Execution Order 6. Validate, Simulate, and Resources a. Validating the Control Program i. Errors and Warnings b. Spyder Simulation Mode i. Simulation Settings ii. Force Values iii. Overrides iv. Ranges c. Spyder Resource Usage View 7. Check out and Test a. Overriding Outputs with Diagnose Outputs b. Spyder Download Functions i. Smart Download ii. Full Download iii. Compile iv. Batch Download c. Spyder Debug Operations d. Calibrating Sensors e. Syncing the Field Device with the Control Program 8. Creating a Spyder Macro a. Intro to Spyder Macro b. Reusable Components c. Sequencer Logic d. Ratio Blocks e. Encapsulating Logic f. Pass Thru Blocks g. Composite Slots 9. The Spyder Application Block a. Intro to Application Block b. Control Strategies c. Reusable Applications d. Multiple Applications e. Temperature Control Application f. Zone Control Application g. Wall Module Configuration h. Spyder Setpoint Calculator i. Effective Setpoint Calculation j. Spyder Set Temperature Mode 10. Spyder Library a. Creating New Libraries b. Importing and Exporting c. SbusWallModuleApps

5 d. Saving Controllers e. Saving Applications f. Saving Macros g. Using Library Controllers h. Using Library Applications i. Using Library Macros j. Library Management 11. BACnet Objects Overview a. Understanding BACnet Objects b. Physical Objects AI, AO, BI, BO c. Spyder Value Objects AV, BV, MSV d. Standard and Optional Object Properties e. BACnet Object Identifier f. BACnet Services g. BACnet BIBBS Statements h. BACnet Conformance Classes i. BACnet PIC Statement j. BACnet BTL document k. Spyder Supported Objects l. Spyder Software Points m. Discovering 3 rd Party BACnet Objects 12. BACnet Object Creation a. Creating BACnet objects b. AI, AO, AV, BI, BO, BV, MSV c. Renaming Objects d. Online Object Discovery e. Offline Object Discovery 13. BACnet Object Configuration a. Object Configuration View b. Object Instance Number c. Guaranteed Periodic Update (GPU) d. Change of Value (Sen Delta) e. Update Rate Settings f. Fail Detect Settings 14. BACnet Object Linking a. Spyder Link Manager View b. Linking Objects Spyder to Spyder c. Linking Objects 3 rd party to Spyder d. Linking Objects Spyder to 3 rd Party 15. BACnet Proxy Points a. Niagara Proxy Points b. Creating a Points Folder

6 c. Configuring Facets d. Niagara Enumerations for BACnet AV s 16. Overriding Points From Niagara a. Overriding Spyder Outputs i. Proxy Point Operation ii. Fail Detect Operation b. Tuning Policies i. Creating Tuning Policies ii. Niagara Max Write Time iii. Assigning Tuning Policies c. Overriding Spyder Inputs i. Spyder Network Points ii. Spyder Override Block iii. Niagara Set, Auto, Override, Emergency Override function 17. BACnet Priority Array a. Functionality with Binary and Modulating Outputs b. Standalone Functionality c. Understanding the Default BACnet Priority d. Interaction with Niagara Proxy Point Priorities 18. Schedules a. Spyder Built in Schedule Functionality i. Maximum Supported Events Per Day ii. Daily Schedules iii. Holidays b. VENOM BACnet Scheduling Components i. Niagara BACnet Schedule ii. Spyder Linkable Schedule Export Component iii. Linking Schedules c. VENOM BACnet Time Master i. Syncing Station Time with Spyder d. ZIO (TR75) Wall Module Schedule Operation and Configuration 19. ZIO Wall Module Functionality a. Default Configurations b. Creating and Understanding Categories c. Creating and Understanding Parameters i. Value from Controller ii. Value from Wall Module iii. Network Setpoint d. Tenant Mode / Contractor Mode e. Override / Bypass Functionality f. Fan Command g. System Status h. System Command i. Password Configuration

7 20. Spyder VAV Balancing a. Honeywell VENOM VAV Application b. VENOM Configuration View c. VAV Configuration Data d. Balancing Spyder VAV i. Using Rapid Balance to Balance ii. Using the ZIO to Balance iii. Using the on board Spyder Tool Balance iv. Using VENOM Balance e. Saving Balance Data 21. Spyder Lon and BACnet Common Applications a. Library BACnet Configuration View b. Library Lon Configuration View c. Modifying Library Components d. Dual Protocol Applications

Honeywell WEBS/NIAGARA N4 Tridium Certification Training

Honeywell WEBS/NIAGARA N4 Tridium Certification Training 5 Day Training June 18 th -22 nd 8:00 AM to 5:00 PM Charles D. Jones North Denver Branch 4900 Osage Street Denver, CO 80221 The goal is to educate