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Corporate Information Technology Services Training for Honeywell HVAC Systems 1901 Lexington Avenue N Paul MN 55113 * Telephone (651)414-3096 * Fax (651) 646-4279
ALL RIGHTS RESERVED
Class Description PC Hardware/Software Systems Service
Class Type: Basic Operation
System: Mechanical HVAC Systems
Duration: 2.5 Days
Class Audience: Operators of Mechanical HVAC Systems, Mechanical Systems
Maintenance Persons, Electronic Technicians responsible
for installing/servicing HVAC Automation Systems
Objectives: Upon completion of the course the student will be able to:
Define all major functions of any Pneumatic Control System
Understand all basic thermostat Control System concepts
Setup and test a thermostatic Pneumatic Control System
Calibrate any Thermostat for any thermostatic control system
Test and checkout a thermostatic Pneumatic Control System
Perform all Repair and Replacement functions for a
thermostatic Pneumatic Control System
Topics: Air Conditioning and Air Conditioning Concepts
Pneumatic Air Supply Hardware and Concepts
Thermostats/Hardware and Concepts
Ultimate Control Devices/Hardware and Concepts
Pneumatic Reset Systems
Mathematical and Pneumatic Reference Information
Class Type: Basic Operation System: Mechanical HVAC Systems Duration: 2.5 Days Class Audience: Operators of Mechanical HVAC Systems, Mechanical Systems Maintenance Persons, Electronic Technicians responsible for installing/servicing HVAC Automation Systems Objectives: Upon completion of the course the student will be able to: Analyze a sensor-controller system Evaluate a Pneumatic Control System for efficiency of operation Configure a sensor-controller system for a single input control system Configure a sensor-controller system for a 2 input control system Test/checkout/calibrate a sensor-controller system Perform all Repair and Replacement functions for a sensor-controller system Topics: Pneumatic Control Systems Overview Specialized Pneumatic Hardware such as switches and relays VAV Control systems Enthalpy Control Systems Fan Systems Control Static Pressure Control Sensor and non-sensor inputs
Class Type: Engineering/Service System: Mechanical HVAC Systems Duration: 4.5 Days Class Audience: Mechanical Systems Maintenance Persons interested in energy efficient engineering/retrofitting Pneumatic Control Systems at their sites, Electronic Technicians responsible for installing/servicing HVAC Automation Systems Objectives: Upon completion of the course the student will be able to: Analyze a Pneumatic Control System of any complexity Evaluate a Pneumatic Control System for efficiency of operation Fine-tune/retrofit/design a Pneumatic control system of any complexity Test/checkout/calibrate a Pneumatic Control System of any complexity Perform all Repair and Replacement functions for a Pneumatic Control System Understand fully and work fully with the functioning of a VAV Control System Topics: Pneumatic Control Systems Overview Specialized Pneumatic Hardware such as switches and relays VAV Control systems Enthalpy Control Systems Fan Systems Control Static Pressure Control Sensor and non-sensor inputs
Class Type: Maintenance System: Alpha/Delta 1000 Duration: 4.5 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta1000 systems Central equipment Objectives: Upon completion of the course the student will be able to: Describe the D1000 system hardware components and draw a D1000 system block diagram. Exhibit a full knowledge of D1000 card cage, D1000 CPU card complement. Wire a D1000 system hardware system including the W1008 power supply module Perform all system programming function codes and understand their nature and significance Use all memory access system designed for the Delta 1000 system and exhibit a working knowledge of the Hexadecimal number system Load and dump the D1000 system CPU using tape and disk load/dump procedures. Understand the significance of the D10-00 OS as opposed to the D1000 Data File Initialize a PROM or RAM based D1000 system Wire a D1000 system CPU, the W1008 power supply and D1000 system DGP's, channels and remote devices. Program and enter a basic D1000 Data file after a system crash in order to bring up the system on line. Run all D1000 diagnostic programs and procedures. Exhibit a working knowledge of all old and new D1000 front-end programs and hardware interfaces such as DPC, PCU, the Micro and Graphic Central systems. Order D1000 system parts and accessories Topics: D1000 system hardware/software/firmware overview. D1000 wiring including transmission and channel wiring and load/dump interfaces. D1000 load/dump procedures D1000 diagnostic programs D1000 System function codes. D1000 System Maintenance
Class Type: Maintenance System: Alpha/Delta 1000 Duration: 4.5 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta 1000System Distributed HVAC Hardware Modules (DGP's) Objectives: Upon completion of the course the student will be able to: Describe the D1000 system hardware components and draw a D1000 system block diagram. Exhibit a working knowledge of the theory of operation of each HVAC DGP Perform all Diagnostics and test and checkout functions for each HVAC DGP Repair and maintain all HVAC DGP's Configure, trouble shoot, program and bring on-line a failed HVAC DGP Topics: D1000 system hardware/software/firmware overview DGP remote device and transmission wiring Theory of operation of each HVAC DGP Trouble shooting and test/checkout of Each HVAC DGP Maintenance and repair for all HVAC DGP's Configuration and programming of each HVAC DGP
Class Type: Maintenance System: Alpha/Delta 1000 Duration: 4.5 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta1000 System Distributed HVAC Hardware Modules (DGP's) Objectives: Upon completion of the course the student will be able to: Describe the D1000 system hardware components and draw a D1000 system block diagram. Exhibit a working knowledge of the theory of operation of each F&S and Security DGP Perform all Diagnostics and test and checkout functions for each F&S and Security DGP Repair and maintain all F&S and Security DGP's Configure, trouble shoot, program and bring on-line a failed F&S and Security DGP Topics: D1000 system hardware/software/firmware overview DGP remote device and transmission wiring Theory of operation of each F&S and Security DGP Trouble shooting and test/checkout of Each F&S and Security DGP Maintenance and repair for all F&S and Security DGP's Configuration and programming of each F&S and Security DGP
Class Type: Programming System: Alpha/Delta 1000 Duration: 2.5 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta1000 System Distributed HVAC Hardware Modules(DGP's) Objectives: Upon completion of the course the student will be able to: Describe the D1000 system hardware components and draw a D1000 system block diagram. Perform all System Initialization Function codes Perform all DGP Programming Function Codes Perform all Peripheral Programming Functions codes Patrol Tour Programming Function Codes Time and Event Programming Function codes Topics: D1000 system hardware/software/firmware overview Level 1 Function Codes Level 2 Function Codes
Class Type: Programming System: Alpha/Delta 1000 Duration: 3.0 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta1000 System Distributed HVAC Hardware Modules (DGP's) Objectives: Upon completion of the course the student will be able to: Describe the D1000 Control Interpreter Language Utility Describe the D1000 CIL Data Entry Format and Procedures Write, enter and test the Pump Rotation Program Write, enter and test the Enthalpy Program Write, enter and test all Start/Stop Programs designed for the class Write, enter and test all Date and Time-Initiated Programs Topics: D1000 system hardware/software/firmware overview The D1000 Control Interpreter Language Fundamentals D1000 Control Interpreter Language Data Entry CIL Program Test and Checkout Procedures
Class Type: Programming System: Alpha/Delta 1000 Duration: 4.5 Days Class Audience: Operators of Delta 1000 systems and/or maintenance personnel for the Delta1000 System Distributed HVAC Hardware Modules (DGP's) Objectives: Upon completion of the course the student will be able to: Describe the D1000 system hardware components and draw a D1000 system block diagram. Describe the D1000 EMS fundamentals and the theory of operation of each EMS module Write, enter and test the Duty Cycle Program Write, enter and test the Optimum Start/Stop Program Write, enter and test the Power Demand Monitoring and Control Program Topics: D1000 system hardware/software/firmware overview The Duty Cycle Program The Optimum Start/Start Program The Power Demand Monitoring and Control Program Class Type: Basic Operation/System Maintenance System: Excel Duration: 4.5 Days Class Audience: Operators of down-line Excel processors and/or maintenance personnel for the Excel Controllers in Excel Microcentral or Distributed Excel HVAC Systems Objectives: Upon completion of the course the student will be able to: Identify functionally critical components of an Excel system. Understand the purpose and function of the S and the I buses. Understand the purpose and function of the Excel controller firmware. Perform all operator functions using the W1035 POT. Understand functionally the purpose of the Controller Point and Program files. Analyze Controller Program and Point databases. Identify and work with the Controller inputs and outputs. Perform all system maintenance functions. Read and decipher system engineering documentation as prepared by Honeywell or other engineers. Topics: System Block Diagram W1035 POT keyboard and usage Controller Functional Hardware/Firmware Controller Diagnostics / Trouble Shooting Introduction to RACL Programming Introduction to EMS Programming
Class Type: Programming System: Excel/Excel Microcentral Duration: 4.5 Days Class Audience: Programmers of down-line Excel processors and/or maintenance personnel for the Excel Controllers in Excel Microcentral or Distributed Excel HVAC Systems Objectives: Upon completion of the course the student will be able to: Identify the Point and Program of an Excel Controller database Understand the nature and significance of an HVAC Control Loop Flow-chart an HVAC Control Loop using RACL Standard Programming Symbology Write RACL program code to implement a flowchart for an HVAC Control Loop Use System Commands to execute written program code Test/checkout a completed program for correct on-line operation Use all RACL HVAC-related Operators to write error-free and easily understood programs Create Custom Submodules and use them in the Main Module M0 Save and Load Controller Program and Point databases to tape Topics: Excel/Excel Microcentral System Block Diagram Controller Point and Program files DDC control loops RACL flowchart form Main Module M0 RACL statement flowchart Introduction to Standard Submodules Creating a Custom submodules Creating a Datafile Completing A RACL flowchart Complete RACL Instruction Set Deciphering System Documentation Class type: Basic operation
System: Micro/Graphic Central
Duration: 2.5 days
Class Audience: Operators of down-line Excel Plus processors and/or maintenance
personnel for the Excel Plus Controllers in Microcentral or
Graphic Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of an Excel Plus panel.
Understand the purpose and function of the peer bus.
Understand the purpose and function of Excel Plus firmware.
Perform all operator functions using the W1044 POT.
Understand functionally the purpose of the Controller Point and Program files.
Analyze Controller Program and Point databases.
Identify and work with the Controller inputs and outputs
Topics: System Block Diagram
W1044 POT keyboard and usage
Controller Functional Hardware/Firmware
Controller Diagnostics / Trouble Shooting
Class Type: Basic Operation
System: Microcentral/Graphic Central
Duration: 2.5 days
Class Audience: Operators of down-line satellite Excel Plus processors and/or
maintenance personnel for the Micro/Macrocel Controllers on
Microcentral or Graphic Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of a Micro/Macrocel Controller.
Understand the purpose and function of the C-NAP bus.
Understand the purpose and function of Micro/Macrocel Firmware.
Perform all operator functions using the CCT2194 MPOT.
Understand functionally the purpose of the Micro/Macrocel
Controller Point and Program data files.
Identify and work with the Controller inputs and outputs
Topics: Micro Central/Graphic Central System Block Diagram
CCT2194 MPOT keyboard and usage
Micro/Macrocel Controller Functional Hardware/Firmware
Micro/Macrocel Controller Diagnostics / Trouble Shooting
Class Type: Engineering System: Microcentral/Graphic Central Duration: 4.5 days Class Audience: Mechanical HVAC systems maintenance persons that have responsibility to maintain or reconfigure Micro/Macrocel systems integrated with their Excel Plus systems and using a Microcentral/ Graphic Central front end. Objectives: Upon completion of the course the student will be able to: Interface a Microcel Portable Programmer's Terminal to an MCEL. Perform all Point File Programming functions for any MCEL. Perform all Programming functions for the Point File of any MCEL. Perform all configuration functions of the MPPT. Topics: Installing and running the MPPT program MPPT System Menu Penetration MCEL Point Database Programming MCEL Program Database Microcel Configuration Functions Microcel Operator Functions through the MPPT Program merging for Macrocels Class Type: Basic Operation System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for operating the Excel Plus System with a PC and a Bus Interface Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Microcentral System Hardware including the Peer Bus Identify software/firmware in all components of the Excel Plus Microcentral System Use the W1044 XPOT to perform Point Data Access and Scheduling functions. Perform all operator functions using the provided data entry templates and the short-cuts Perform/create Microcentral Data View screens/shortcuts using the Keyname Processor Perform all Microcentral Data Entry functions using the provided templates Perform the critical Microcentral Database Save/Restore functions using the PC Application Packages Program. Use all features of the PC Applications Packages Program except the Optional Programs. Topics: Excel Plus Microcentral System Block Diagram Overview of system extensions and enhancements Excel Plus System Software/Firmware Operating Procedures Programming/Data Entry Procedures Overview of Excel Plus Programming Keyname Processor PC Applications Packages System Reports Custom Reports
Class Type: Basic Operation System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for operating the FS90/FS90 Plus Microcentral System with a PC and a Bus Interface Objectives: Upon completion of the course the student will be able to: Identify FS90/FS90 Plus Microcentral System Hardware including the Peer Bus Identify software/firmware in all components of the FS90/FS90 Plus Microcentral System Perform all field programming functions for the FS90/FS90 Plus downline processors Perform all operator functions using the provided data entry templates and the short-cuts Perform/create Microcentral Data View screens/shortcuts using the Keyname Processor Perform all Microcentral Data Entry functions using the provided templates Use all features of the PC Applications Packages Program except the Optional programs. Topics: FS90/FS90 Plus Microcentral System Block Diagram Overview of System Extensions and Enhancements FS90/FS90 Plus System Software/Firmware Operating Procedures Programming/Data Entry Procedures FS90/FS90 Plus Field Programming Keyname Processor PC Applications Packages System Reports Custom Reports
Class Type: Data Entry System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for operating the Excel Plus System with a PC and a Bus Interface Objectives: Upon completion of the course the student will be able to: Describe the nature and significance of a controller database Perform all Database Modification functions using Record Format XPOT Perform all Database Modification functions using Record Format PPT Perform all Database Modification functions using Record Format Microcentral Perform the critical Microcentral Database Save/Restore functions using the PC Application Packages Program. Use all features of the PC Applications Packages Program except the Optional programs. Topics: Excel Plus Microcentral System Block Diagram Overview of Excel Plus System Software/Firmware Nature and significance of R7044 Databases Controller Database Access/Display/Modify Procedures Using Record Format PPT Controller Database Access/Display/Modify Procedures Using Record Format Microcentral Controller Database Access/Display/Modify Procedures Using Record Format XPOT Overview of Excel Plus Programming
Class Type: Programming System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for optimization of a Excel Plus Microcentral Energy Management System Objectives: Upon completion of the course the student will be able to: Define each of the standard Honeywell Energy Management Programs on the Excel Plus Microcentral System Identify the required sensor inputs and actuator outputs of all energy management Programs Understand the theory of operation and control action of each energy management program . Write/Modify each of the energy management programs in order to optimize comfort-energy savings calculus Test the control action of the major energy management programs Use Honeywell documentation for planning the Energy-Comfort strategy Topics: Excel Plus Microcentral System Block Diagram Energy Management Implementation Provision in CAE, the Database Generation Program for the Excel Plus Systems Theory of Operation of Each of the Energy Management Programs Program Creation/Modification on-line Program Testing/Optimization Honeywell Documentation Strategic use of Standard/Custom Reports
Class Type: Programming System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for Customization/Configuration of an excel Plus Microcentral DDC system Objectives: Upon completion of the course the student will be able to: Identify the Point and Program files of an R7044 Controller database Understand the nature and significance of an HVAC Control Loop Flow-chart an HVAC Control Loop using Deltanet Pascal Standard Programming Symbology Write program code to implement a flow-chart for an HVAC Control Loop Compile program code to executable/object code format using the Pascal Compiler Download object code for a DDC program into an R7044 memory Test/checkout a downloaded program for correct on-line operation Use all Honeywell Pascal HVAC operators to write error-free and easily understood programs Eliminate the use of the 'IF' statement from any already written program to enhance program readability Topics: Excel Plus Microcentral System Block Diagram Controller Point and Program files DDC control loops Flow-charting Program Code writing using an editor program Program Compilation Program downloading/Program test/checkout on-line
Class type: Programming System: Microcentral Duration: 4.5 Days Class Audience: Maintenance Personnel interested in Supervisory/Management optional programs implemented on the Microcentral Systems Objectives: Upon completion of the course the student will be able to: Identify the purpose and intent of the PC Applications Program Load the optional programs onto the system hard disk Verify the correct operation of the loaded programs Perform all operating procedures for all 3 of the optional programs Topics: Excel Plus Microcentral System Block Diagram PC Applications Program Optional Program Loading Optional Program Operation Verification Operating procedures for the DR HALO Program Operating procedures for the Maintenance Manager Program Operating Procedures for the Energy Auditor Program
Class Type: Programming System: Microcentral Duration: 4.5 Days Class Audience: Maintenance/Supervisory Personnel responsible for an Excel Plus System with a PC and Bus Interface Objectives: Upon completion of the course the student will be able to: Exhibit independent investigative ability Exhibit a knowledge of Honeywell Technical Literature Organization Articulate questions/comments for the Honeywell Rep using technical terminology Topics: Honeywell Technical Literature Organization Student initiated questions/problems/projects Instructor initiated questions/problems/projects
Class Type: Engineering/Service System: Microcentral Duration: 4.5 Days Class Audience: Mechanical HVAC systems maintenance persons that have responsibility to maintain or reconfigure Micro/Macrocel systems integrated with their Excel Plus systems using Microcentral/Graphic Central front end. Also, Electrical trades people or Electronic Technicians responsible for Engineering/Reengineering or Servicing an Excel Plus Microcentral HVAC System. Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Microcentral System Hardware including the Peer Bus and the C-NAP bus Identify software/firmware in all components of the Excel Plus Microcentral Central System Perform all Database Modifications functions using the Interactive Database Modification Utility of the Honeywell Engineering Program Perform the Database Validation Function provided in the Honeywell Engineering Program Interpret and rectify the validation error messages with dispatch Perform the Database Generation function provided in the Honeywell Engineering Program Interpret and rectify the Database Generation error messages with dispatch Perform the Media generation functions provided in the Honeywell Engineering Program Generate required reports for analysis Download Generated Databases to the required downline processors Test and Checkout on-line the generated Databases after download Topics: Excel Plus Microcentral System Block Diagram Overview of Excel Plus System Software/Firmware Nature and significance of R7044 Databases Controller Database Record Access/Display/Modify Procedures Using the Interactive Database Generator of the Engineering Program Database Validation Procedure Validation Error Messages Database Generation/Compilation Database Generation Error Messages Downloading Processor databases Database Test and Checkout Class Type: Basic Operation
System: Graphic Central
Duration: 4.5 days
Class Audience: Operators of Excel Plus systems with a Graphic user interface
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of the Graphic Central System.
Understand the purpose and function of functionally critical components of the Graphic Central System.
Perform all daily and routine functions on the Graphic Central System.
Perform all System Data Modification functions provided in the Graphic Central System.
Perform all standard report generation functions.
Appreciate the need for well-documenting the Graphic Central System
Topics: Graphic Central System Block Diagram
Basics of the Windows Operating System
Graphic Central Screen Conventions
System Data Access
Operating Procedures
Data Modification Procedures
Report Generation
Class Type: Programming System: Graphic Central Duration: 2.5 days Class Audience: Programmers of Excel Plus systems with a Graphic user interface Objectives: Upon completion of the course the student will be able to: Start the Designer program Use every design tool provided in the Designer program Access the Honeywell provided repertoire of graphic objects Use the copy/paste technique skillfully Construct a meaningful graphic hierarchy for any building or make modification to a given one Assign a graphic to the Graphic User Interface program Program or reprogram a given graphic using the Graphic User Interface program Topics: Loading the Designer program Designer Operating Procedures Designing Tools Cut/Copy/Paste technique Graphic Assignment Graphic Programming Graphic Importing
Class Type: Programming System: Graphic Central Duration: 4.5 days Class Audience: Programmers of Excel Plus systems with a Graphic user interface Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Graphic Central System Hardware including the Peer Bus Identify software/firmware in all components of the Excel Plus Graphic Central System Perform all Database Modifications functions using the Interactive Database Modification Utility of the Customer Program Pak Perform the Database Validation Function provided in the Customer Program Pak Interpret and rectify the validation error messages with dispatch Perform the Database Generation function provided in the Customer Program Pak Interpret and rectify the Database Generation error messages with dispatch Perform the Media generation functions provided in the Customer Program Pak Generate required reports for analysis Download Generated Databases to the required downline processors Test and Check out on-line the Generated Databases after download Topics: Excel Plus Graphic Central System Block Diagram Overview of Excel Plus System Software/Firmware Nature and significance of R7044 Databases Controller Database Record Access/Display/Modify Procedures Using the Interactive Database Generator of the Customer Program Pak Database Validation Procedure Validation Error Messages Database Generation/Compilation Database Generation Error Messages Processor Loading Database Test and Checkout
Class Type: Programming System: Graphic Central Duration: 4.5 Days Class Audience: Programmers of an excel Plus System with a Graphic User Interface Objectives: Upon completion of the course the student will be able to: Identify the point and program files of an R7044 Controller database Understand the nature and significance of an HVAC Control loop Flow-chart an HVAC Control loop using Deltanet Pascal Standard Programming Symbology Use the Editor program provided in the Customer Program Pak to write program code to implement a flow-chart for an HVAC control loop Compile program code into the executable/object code format using the Pascal Compiler Download object code for a DDC program into an R7044 memory Test/checkout a downloaded program for correct on-line operation Use all Honeywell Pascal HVAC operators to write error-free and easily understood programs Eliminate the use of the 'IF' statement from any already written programs to enhance program functionality and readability for trouble shooting purposes Topics: Excel Plus Graphic Central System Block Diagram Controller Point and program files DDC control loops Flow-charting Program Code writing using an editor program Program Compilation Program downloading Program test/checkout on-line
Class Type: Programming System: Graphic Central Duration: 4.5 Days Class Audience: Mechanical HVAC systems maintenance persons that have responsibility to maintain or reconfigure Micro/Macrocel systems integrated with their Excel Plus systems using Graphic Central front end. Also, Electrical trades people or Electronic Technicians responsible for Engineering/Reengineering or Servicing an Excel Plus Graphic Central HVAC System. Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Graphic Central System Hardware including the Peer Bus and the C-NAP bus Identify software/firmware in all components of the Excel Plus Graphic Central System Perform all Database Modifications functions using the Interactive Database Modification Utility of the Engineering Program Perform the Database Validation Function provided in the Engineering Program Interpret and rectify the validation error messages with dispatch Perform the Database Generation function provided in the Engineering Program Interpret and rectify the Database Generation error messages with dispatch Perform the Media generation functions provided in the Engineering Program Generate required reports for analysis Download Generated Databases to the required downline processors Test and Checkout on-line the generated Databases after download Topics: Excel Plus Graphic Central System Block Diagram Overview of Excel Plus System Software/Firmware Nature and significance of R7044 Databases Controller Database Record Access/Display/Modify Procedures using the Interactive Database Generator function of the Engineering Program Database Validation Procedure Validation Error Messages Database Generation/Compilation Database Generation Error Messages Downloading Processor Databases Database Test and Checkout Class Type: Engineering/Service System: Micro/Graphic Central Duration: 2.5 Days Class Audience: Maintenance Personnel responsible for maintaining the downline FS90/FS90 Plus Fire Alarm Processors Objectives: Upon completion of the course the student will be able to: Identify all components of Honeywell Higher Order User Interfaces Identify all components of an FS90/FS90 Plus panel Operate any downline Fire Alarm Processor Read and Understand the configuration of an FS90/FS90 Plus Panel Build a Fire Alarm Panel with given Honeywell Fire Alarm Parameters as a learning/diagnostic and trouble hooting technique Program the downline Fire Alarm processors in the field and understand the limitations of this process Understand the FS90/FS90 Plus interface to the Higher Order Honeywell User Interface Systems Topics: Honeywell User Interface Block Diagrams Block diagram of the FS90/FS90 Plus FS90/FS90 Plus Wiring FS90/FS90 Plus Operating Procedures FS90/FS90 Plus Field Programming Building FS90/FS90 Plus Panels with given Fire Alarm Parameters Test and Checkout
Class Type: Programming System: Graphic Central Duration: 4.5 Days Class Audience: Mechanical Fire Alarm systems maintenance persons that have responsibility to maintain or reconfigure Microcentral/Graphic Central systems integrated with FS90/FS90 Plus or Delta 1000 Fire Alarm Systems using FS90/FS90Plus Panels. Also, Electrical trades people or Electronic Technicians responsible for Engineering/ Reengineering or Servicing an FS90/FS90 Plus Alarm System with a Graphic Central/Microcentral or Delta 1000 front-end. Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Graphic Central/Microcentral System Hardware including the F&S Bus, Fire Alarm Equipment and Fire Alarm Processors Identify software/firmware in all components of the Graphic Central/Microcentral Central Fire Alarm Systems Perform all Database Modification functions using the Interactive Database Modification Utility of the Engineering Program Perform the Database Validation Function provided in the Engineering Program Interpret and rectify the validation error messages with dispatch Perform the Database Generation function provided in the Engineering Program Interpret and rectify the Database Generation error messages with dispatch Perform the Media generation functions provided in the Engineering Program Generate required reports for analysis Install Generated Databases into the required downline Fire Alarm Processors Test and Checkout on-line the installed databases Topics: Microcentral/Graphic Central System Block Diagram Overview of Fire Alarm System Software/Firmware Processor Database Record Access/Display/Modify Procedures Database Validation Procedure Validation Error Messages Database Generation/Compilation Database Generation Error Messages Installing Processor Databases Database Test and Checkout
Class Type: Basic Operation System: Graphic Central/XBS-i Duration: 2.5 Days Class Audience: Maintenance Personnel Responsible for Operating the Deltanet Access Control Program Module Implemented in the Micro Central/Graphic Central Application Program for the Downline Access Management Controllers and Card Readers Objectives: Upon completion of the course the student will be able to: Identify all components of a Graphic Central/XBS-i Higher Order User Interface Identify all components of an Access Management Controller Panel Start/sign on/sign off the Graphic/XBS-i User interface and the DAC Program Module Perform all Area Management Functions Perform all Elevator Management Functions Perform all Card Related Functions Perform all Database Management Functions Topics: Honeywell User Interface Block Diagrams Access Management Controller Hardware Layout Basics of Graphic Central/XBS-i Operating Procedures Deltanet Access Control Operating Procedures Database Management Procedures
Class Type: Basic Operation System: Graphic Central/XBS-i Duration: 2.5 Days Class Audience: Maintenance Personnel Responsible for maintaining the downline Access Management Objectives: Upon completion of the course the student will be able to: Identify all components of a Graphic Central/XBS-i Higher Order User Interface Identify all components of an Access Management Controller Panel Start/sign on/sign off the Graphic/XBS-i User interface and the DAC Program Module Perform all Area Management Functions Perform all Elevator Management Functions Perform all Card Related Functions Perform all Database Management Functions Topics: Honeywell User Interface Block Diagrams System Layout of an Access Management Controller Access Management Controller Configuration/Wiring Access Management Controller Operating Procedures Access Management Controller Field Programming Building an Access Management Controller with given Access Control Parameters Test and Checkout
Class Type: Engineering/Service System: Graphic Central/XBS-i Duration: 4.5 Days Class Audience: Access Management Systems maintenance persons that have responsibility to maintain or reconfigure Graphic Central/XBS-i systems integrated with Access Management Controllers. Also, electrical trades people or Electronic Technicians responsible for Engineering/Reengineering or Servicing an Access Management Controller System with a Graphic Central/XBS-i front-end. Objectives: Upon completion of the course the student will be able to: Identify Excel Plus Graphic Central/Microcentral System Hardware including the F&S Bus, Fire Alarm Equipment and Fire Alarm Processors Identify software/firmware in all components of the Graphic Central/XBS-i Access Management Systems Perform all Database Modification/Creation functions using the Interface Database Modification Utility of the Engineering Program Perform the Databse Validation Function provided in the Engineering Program Interpret and rectify the validation error messages with dispatch Perform the Database Generation function provided in the Engineering Program Interpret and rectify the Database Generation error messages with dispatch Perform the Media generation functions provided in the Engineering Program Generate required reports for analysis Install Generated Databases into the required downline Access Management Controllers Test and Checkout on-line the installed databases. Topics: Microcentral/Graphic Central System Block Diagram Overview of Access Management Controller System Software/Firmware Database Validation Procedure Validation Error Messages Database Generation/Compilation Database Generation Error Messages Installing Processor Databases Database Test and Checkout
Class Type: Engineering/Service System: XL5000 Duration: 4.5 Days Class Audience: Fire and Security Systems Service/Installation Personnel Objectives: Upon completion of the course the student will be able to: Describe all Cabinets and Chassis modules Verify integrity of all field wiring Describe all chassis components and verify inter-chassis cables Perform all LRM wiring Apply AC power and connect all batteries involved Download the initial start-up version of the CITS-generated application program Connect all field devices including signatures series devices and remove all wiring problems Download the CITS-generated final application program and configure the XBS front-end Verify proper system operation through system test and checkout Topics: System Block Diagram Enclosures System Wiring Chassis Components Local Rail Modules Remote Devices including Signature Series Devices Application Program Downloading System Test and Checkout
Class Type: Engineering/Installation System: XL5000 Duration: 5 Full Days Class Audience: Fire and Security Systems Designers/Engineers and Service/Installation Personnel for Fire Alarm Systems Objectives: Upon completion of the course the student will be able to: Install all Cabinets and Chassis modules Install and verify integrity of all field wiring Install all chassis components and inter-chassis cables Mount all LRM on the rails and perform all wiring for them Apply AC power and connect all batteries involved Download the initial start-up version of the application program Connect all field devices including signatures series devices and remove all wiring problems Download the final application program and configure the XBS front-end Verify proper system operation through system test and checkout Topics: System Block Diagram Enclosures System Wiring Chassis Components Local Rail Modules Remote Devices including Signature Series Devices System Programming using the System Definition Utility (SDU) Application Program Downloading System Test and Checkout Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading
Class Type: Engineering System: PC Hardware/Software Duration: 4.5 Days Class Audience: Maintenance Personnel responsible for maintaining the PC Equipment for any Honeywell PC Based HVAC System. Objectives: Upon completion of the course the student will be able to: Identify all components of an IBM compatible PC Use a basic but critical set of DOS commands Run and Interpret and standard Diagnostics program on a PC Run and Interpret the Debug program on the PC Perform all repair functions for the PC Load and run any DOS based Honeywell program Topics: PC Architecture DOS commands and Windows Operation PC Diagnostics Program PC Debug I/O Port Addresses and IRQ's PC Upgrading PC Repair Honeywell Software Loading Class Type: Basic Operation System: XBS Central Duration: 3.0 days Class Audience: Operators of down-line XBS processors and/or maintenance personnel or the XBS Controllers in XBS Central or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Describe the hardware components of the XBS Central System Connect an operator unit to any Excel Controller Work with the operator unit keyboard, the screens and the menus Perform all daily functions on the operator units such as sign-on/sign-off, viewing alarm information, requesting trend logs and system point data access Perform all data access functions Modify all time program elements Perform all controller Save/Restore functions Topics: System Block Diagram System Operator Units Operator Unit Operating Procedures Save/Restore Functions
Class Type: Maintenance
System: XBS Central
Duration: 4.5 days
Class Audience: Operators of down-line XBS processors and/or Maintenance personnel
for the XBS Controllers in XBS or XBS-i Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Describe the hardware components of the XBS Central System
Exhibit an understanding of the function and purpose of each Hardware Module in the XBS System Demonstrate a working knowledge/logical understanding of the XBS Engineering Process Exhibit a maintenance knowledge of all technical modules of all Excel controllers Run the provided Test and Checkout programs to exercise the Excel Controllers Exhibit knowledge of all wiring termination's from the maintenance point of view Perform all controller Save/Restore functions Interpret and use site documentation created by Honeywell or other engineers Use Test and Checkout tools developed by CITS Topics: System Hardware/Software Overview Technical Descriptions of all Excel Controller Modules and their Functions Point Data Access for Maintenance work Controller Commissioning Bus Communication Problems Excel Controller Problems
Class Type: Installation System: XBS Central Duration: 3.0 days Class Audience: Operators of down-line XBS processors and/or maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Describe the hardware components of the XBS Central System Exhibit an understanding of the function and purpose of each Hardware Module in the XBS system Demonstrate a working knowledge/logical understanding of the XBS Engineering Process Unpack and physically mount all Excel Hardware Perform all wiring termination's for all Excel Hardware Modules Exhibit knowledge of all wiring termination's from the maintenance point of view Perform all controller Load/Dump and software/firmware install functions Interpret and use site documentation created by Honeywell or other engineers Topics: System Hardware/Software Overview Unpacking/mounting of all Excel Controller Modules and other components System Wiring Termination's System Documentation Interpretation
Class Type: Engineering/Service System: XBS Central Duration: 4.5 days Class Audience: Operators of down-line XBS processors and/or maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Describe the hardware components of the XBS Central System
Describe the hardware components of each of the subsystem
Trouble shoot a fully networked XBS System with subsystems
Perform all required database conversions necessary for the XBS front-end
Exhibit a knowledge of all basic operating procedures for each of the configured subsystems Perform all controller Load/Dump system backup/restore procedures Create and interpret all required documentation Topics: System Hardware/Software Overview Nature and significance of all Databases Conversion Tools and the conversion processes for each database Configured systems startup and checkout/test Configured systems Operating Procedures System Documentation Interpretation
Class Type: Maintenance System: XBS Central Duration: 3.0 days Class Audience: Operators of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Identify functionally critical components of a Micro/Macrocel controller. Understand the purpose and function of the C-NAP bus. Understand the purpose and function of Micro/Macrocel firmware. Perform all operator functions using the CCT2194 MPOT. Understand functionally the purpose of the Micro/Macrocel Controller Point and Program data files.
Identify and work with the Controller inputs and outputs
Topics: XBS/XBS-i Central System Block Diagram
CCT2194 MPOT keyboard and usage
Micro/Macrocel Controller Operating Procedures
Micro/Macrocel Controller Functional Hardware/Firmware
Micro/Macrocel Controller Diagnostics / Trouble Shooting
Class Type: Basic Operation System: XBS Central Duration: 4.5 days Class Audience: Operators of XBS systems and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Identify functionally critical components of the XBS Central System. Understand the purpose and function of functionally critical components of the XBS Central System.
Perform all daily and routine functions on the XBS Central System.
Perform all System Data Modification functions provided in the XBS Central System.
Perform all standard report generation functions.
Appreciate the need for well-documenting the XBS Central System
Topics: XBS Central System Block Diagram
Basics of the Windows Operating System
XBS Central Screen Conventions
System Data Access
Operating Procedures
Data Modification Procedures
Report Generation
Class Type: Programming System: XBS Central Duration: 3.0 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Start the Designer program
Use every design tool provided in the Designer program
Access the Honeywell provided repertoire of graphic objects
Use the copy/paste technique skillfully
Construct a meaningful graphic hierarchy for any building or make modification to a given one Assign a graphic to the XBS Central program Topics: Loading the Designer program Designer Operating Procedures Designing Tools Cut/Copy/Paste technique Graphic Assignment Graphic Importing
Class Type: Programming System: XBS Central Duration: 3.0 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems Objectives: Upon completion of the class the student will be able to: Display/Print all System Graphics Delete a graphic from the XBS system Display and Change the Graphic Point Information Display the Color Dialog Box and be able to use all features provided in it Create/Change/Modify a Graphic Penetration Structure/Scheme Program graphics using the Graphic Programming Dialog Box Program graphic, command, animation, text, and point ID symbols Topics: Typical Graphic Procedures Creating/modifying/changing Graphic hierarchical structures Assigning Graphic ID's/Creating clickable areas Programming Graphic ID's Testing Graphic schemes for proper operation
Class Type: Programming System: XBS Central Duration: 3.0 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Describe what a SmartPad is
Identify the various Pad Styles
Configure a Pad Button Using all Button Functions
Operate the SmartPad in Configuration and Server Modes
Start the SmartPad Software
Create a SmartPad
Use all Configuration Commands for a Pad or Button
Perform Pad Association Functions
Perform Pad Resizing/Styling/Button Detail Functions
Perform all Macro/Viewer Functions for a Pad
Establish DDE Conversation with another Windows Application
Use effectively the QuickLearn Feature of the SmartPad Functionality
Perform all DDE Execute Commands
Perform all Replacement String Function Programming
Topics: SmartPad Basics
SmartPad Operation and Usage
Button and Pad Creation/Configuration
Pad Association/Resizing/Styling/Button Details
DDE Execute
Macro/Viewer Functions/Programming
QuickLearn Feature
Replacement String Function Programming
SmartPad Initialization Parameters
SmartPad Error Messages
Class Type: Programming System: XBS Central Duration: 4.5 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS Central or XBS-i Central HVAC Systems
Objectives: Upon completion of the course the student will be able to:
Physically wire up/connect up an XI584 Computer System
Start-Up an XI584 system
Perform Sign-on and sign-off and other basic Startup functions
Perform all Typical Procedures such as, Check System Status,
Controller Data File Changes, Clear Controller Datafiles,
Find and Display Point Information, Respond to Alarms,
Create/Modify Schedules, and Report Generation Functions
Perform all CARE Project Administration Functions
Modify/Change all DDC Parameters
Modify/Change Controller Databases
Perform Backup/Restore Functions
Perform Applicable Subsystem Access Functions
Emulate XI581 Terminal
Perform all Applicable Text Database (such as Descriptor files)
Modification Functions
Topics: XI584 Wiring and Start-Up
Sign-on/sign-off
Controller Database Changes
Clear Controller Database Procedures
Find and Display Point Information
Respond to Alarm functions
Change/Modify Schedules
System Reports
CARE Project Administration Functions
Change/Modify DDC Parameters
Database Save/Restore Functions
XI581 Emulation
Class Type: Installation
System: XBS Central
Duration: 4.5 days
Class Audience: Electricians, electronic systems specialists, maintenance persons
responsible for electrical/electronic installation work at
customer sites, Honeywell Authorized System Distributor
Installation personnel, and Honeywell systems technicians for
XBS or other systems and Programmers/analysts familiar with PC
Hardware and Application programs, and Windows.
Objectives: Upon completion of the course the Student will be able to:
Understand a given site documentation prepared by Honeywell or other engineers
Verify remote hardware/software/firmware installation for proper operation
Set-up and connect bus interfaces and PC workstations
Install bus interface and PC workstation software
Verify system operating sequences
Perform all test and checkout procedures
Generate final list of input/output Points for the entire system as built)
Topics: Analysis of system documentation as prepared by Honeywell or other engineers
Review of installed remote system hardware/software
Review of remote system hardware operation
Central System PC workstation wiring and set-up
Central system software loading
Central system test and checkout for all types of XBS configurations including LAN's
XBS Modem Systems Set-up
XBS System Bus Configurations
Class Type: Programming System: XBS Central Duration: 4.5 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Start the Honeywell CARE Application Program Sign-on/sign-off from CARE System Open an existing CARE project Open an existing Plant Select a controller Define a new Controller Attach/detach a Plant Delete a controller Modify/Change Physical Point types Modify/Change User Addresses Modify/Change Basic Control Strategy and Basic Switching Logic Modify/Change Time Programs Topics: CARE Start-Up Basic Navigation through the CARE Screens Point Database Modification Procedures Elements of Control Strategy and Switching Logic Time Programs
Class Type: Programming System: XBS Central Duration: 4.5 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Start the Honeywell CARE Application Program Sign-on/sign-off from CARE System Open an existing CARE project Open an existing Plant Select a controller Attach/detach a Plant Delete a controller Interpret a given Control Strategy Modify/Change extensively any given Control Strategy and Switching Logic Create new Control Strategies and Switching logics Topics: CARE Start-Up Basic Navigation through the CARE Screens Interpretation of control Strategies and Switching Logics Elements of Control Strategy and switching Logic Time Programs
Class Type: Programming System: XBS Central Duration: 4.5 days Class Audience: Programmers of down-line XBS processors and/or Maintenance personnel for the XBS Controllers in XBS or XBS-i Central HVAC Systems Objectives: Upon completion of the course the student will be able to: Start the Honeywell CARE Application Program Sign-on/sign-off from CARE System Open an existing CARE project Open an existing Plant Attach/detach a Plant Interpret a given Control Strategy and Switching Logic Create New Control Strategies using Excel Control Icons extensively Modify/Change any Control Strategy and any Switching Logic using Excel Control Icons Exhibit power-usage of Excel Graphic Application Programming using Excel Control Icons Convert any Control Strategy and Switching Logic to incorporate Excel Control Icons Topics: CARE Start-Up Basic Navigation through the CARE Screens Elements of Control Strategy and Switching Logic Analysis of Excel Control Icons Usage of Excel Control Icons in Graphic Program Segments Test and checkout of Graphic Programs using Excel Control Icons
Class Type: Engineering
System: XBS Central
Duration: 5.0 days, 10 Hours/Day
Class Audience: Electricians, electronic systems specialists, maintenance persons
responsible for electrical/electronic installation work at
customer sites, Honeywell Authorized System Distributor
Installation personnel, and Honeywell systems technicians for
XBS or other systems and Programmers/analysts familiar with PC
Hardware and Application programs, and Windows.
Objectives: Upon completion of the course the student will be able to:
Start the Honeywell CARE Application Program
Sign-on/sign-off from CARE System
Perform all opening and closing functions for all CARE Database Elements such as controllers and plants Perform all creation functions for all CARE Database Elements such as Excel Project Creation Perform all Management functions for Projects, Plants and Controllers Attach/detach a Plant Perform all Plant Schematics functions to prepare for a fully functional application for any applicable controller Program all necessary control Strategies to deliver a fully functional application for the end-user Program all necessary Switching Logic functions to deliver a fully functional application for the end-user Program all time program functions necessary to deliver a fully functional application for the end-user Work with all System Editors for text programming functions such as point descriptors and many others elements Translate all plants successfully to generate a fully functional application for the end-user Generate all system documentation for the end-user Perform professionally all file management functions for the created site database such as backup/restore, upload/download controllers, EPROM programming, import/export functions to Element Library Topics: Loading CARE and preparing PC to run CARE Use of Serialized Protection disks and Blocks CARE Start-Up Basic Navigation through the CARE Screens All Point Database Modification/Management Procedures All Control Strategy/switching Logic Procedures All System Editors Time programs Plant Translation System Documentation File Management
Class Type: Engineering/Maintenance
System: XBS Central
Duration: 3 days
Class Audience: Electricians, electronic systems specialists, maintenance
persons responsible for electrical/electronic installation work
at customer sites, Honeywell Authorized System Distributor
Installation personnel, and Honeywell systems technicians for
XBS or other systems and Programmers/analysts familiar with PC
Hardware and Application programs, and Windows.
Additionally the class is highly recommended by CITS for
maintenance/service personnel such as Operators/Programmers of
XBS systems and/or Maintenance personnel for the XBS
Controllers in XBS Central or XBS-i Central HVAC Systems.
Objectives: Upon completion of the course the student will be able to:
Initiate Controller Simulation
Connect to controller
Initiate/Exit Live Care
Use on-line Help
Select a Plant
Monitor/fix Points
Change Control Symbol Parameters
View Control Strategy
View Switching Logic
View user Addresses
View/Modify Excel 10 Information including Diagnostic Information
Topics: Live CARE Concepts
Live CARE Start-Up
Controller Simulation
Live CARE Initiation
Typical Procedures/Working with Controller Information
Control Strategies
Switching Logics
User Addresses
Working with Excel 10 Information
Class Type: Engineering System: XBS Central Duration: 4.5 days Class Audience: Electricians, electronic systems specialists, maintenance persons responsible for electrical/electronic installation work at customer sites, Honeywell Authorized System Distributor Installation personnel, and Honeywell systems technicians for XBS or other systems and Programmers/analysts familiar with PC Hardware and Application programs, and Windows. Objectives: Upon completion of the course the student will be able to: Start the Honeywell CARE Application Program Sign-on/sign-off from CARE System Perform all Plant Schematic functions Using the Control Icon Libraries to prepare a fully functional application for any applicable controller Program all necessary control Strategies Using the Control Icon Libraries to deliver a fully functional application for the end-user Program all necessary Switching Logic functions Using the Control Icon Libraries to deliver a fully functional application for the end-user Test and checkout all created applications using the Control Icon Libraries for proper operation Topics: Basic Navigation through the CARE Screens Analysis/discussion/study all Control Icon Library Symbols Test/checkout of all Control Icon Library Symbols
Class Type: Engineering
System: XBS Central
Duration: 5.0 days
Class Audience: Electricians, electronic systems specialists, maintenance persons
responsible for electrical/electronic installation work at
customer sites, Honeywell Authorized System Distributor
Installation personnel, and Honeywell systems technicians for
XBS or other systems and Programmers/analysts familiar with
PC Hardware and Application programs, and Windows.
Objectives: Upon completion of the course the student will be able to:
Install ZM7604/ZM5001 software
CARE Configuration for ZM7604/ZM5001 Software
Perform all Set-up and configuration Functions for the ZM7604/ZM5001 Software
Configure W7620 Controllers
Configure W7600 Networkable Controllers
Configure Building DDC Controllers
Configure Excel Link SSI's
Perform all Database Programming functions for all applicable controllers
Print all reports for the all applicable controller Databases
Topics: Starting ZM7604/ZM5001 Software
Configuring System Information
Configuring Communication Information
Configuration flow for a site
Configuring a site
Opening/closing a site
Reading/writing all applicable Controllers
Site Connect
Backup/restore for a site or system
Class Type: Engineering System: XBS Central Duration: 4.5 days Class Audience: Electricians, electronic systems specialists, maintenance persons responsible for electrical/electronic installation work at customer sites, Honeywell Authorized System Distributor Installation personnel, and Honeywell systems technicians for XBS or other systems and Programmers/analysts familiar with PC Hardware and Application programs, and Windows. Objectives: Upon completion of the course the student will be able to: Identify XBS Central System Hardware including the Peer Bus and the C-NAP bus Identify software/firmware in all components of the XBS Central System Perform all Database Modifications functions using the Interactive Database Modification Utility of the MPPT Program Perform all system programming functions using the MPPT Program Interpret and rectify all error messages with dispatch Perform the Database Compilation function using the MPPT Program Generate required reports for analysis Download Generated Databases to the required downline processors Test and Checkout on-line the generated Databases after download Topics: XBS Central System Block Diagram Overview of Excel Plus System Software/Firmware Nature and significance of MCEL Databases Controller Database Record Access/Display/Modify Procedures Database Generation/Compilation Database Generation Error Messages Downloading Processor databases Database Test and Checkout
Class Type: Engineering System: XBS Central Duration: 4.5 days Class Audience: Electricians, electronic systems specialists, maintenance persons responsible for electrical/electronic installation work at customer sites, Honeywell Authorized System Distributor Installation personnel, and Honeywell systems technicians for XBS or other systems and Programmers/analysts familiar with PC Hardware and Application programs, and Windows. Objectives: Upon completion of the course the student will be able to: Determine the end-user application programming requirements Create/Program an application in its entirety and independently using the graphic programming tools, Excel Control Icon libraries and the Standardized Application Library Modify/rewrite an application of any complexity using all programming tools Test the created applications in their entirety Topics: Review of all graphic programming tools Analysis/test/checkout of Standardized Application Library Programs Creation of complete applications Using Application Library Programs Creating/modifying new Standardized Applications Testing applications Class Type: Engineering
System: XL5000
Duration: 4.5 days
Class Audience: Technicians installing/servicing down-line satellite Excel 10
W7750A/B Controllers connected to an XBS system and/or maintenance
personnel responsible for the same.
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of a connected E-Bus
Understand the purpose and function of the E-Bus
Install and Operate the E-Vision Engineering Tool
Use all features of the E-Vision Engineering System
Wire a W7750A/B controller for a specific application
Understand the purpose and function of W7750A/B controller Hardware/Firmware
Perform Commissioning and Basic Configuration functions using the E-Vision Software
Understand functionally the purpose of the W7750A/B Controller physical input and outputs and to be able to work with them Topics: XL5000 System Block Diagram including the Zone Manager and satellite processors E-Vision Software Configuration/Installation/Operation W7750A/B Controller Functional Hardware/Firmware W7750A/B Controller Test and Checkout
Class Type: Engineering
System: XL5000
Duration: 2.5 days
Class Audience: Technicians installing/servicing down-line satellite Excel 10
W7750A/B Controllers connected to an XBS system and/or maintenance
personnel responsible for the same.
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of a connected E-Bus
Understand the purpose and function of the E-Bus
Wire a W7750A/B controller for a specific application
Understand the purpose and function of W7750A/B controller Hardware/Firmware
Configure the A/B Controllers using the available options
Perform Commissioning and Testing after each given set of configuration options
Understand functionally the purpose of the W7750A/B Controller physical input and outputs and to be able to work with them Topics: XL5000 System Block Diagram including the Zone Manager and satellite processors W7750A/B Controller Functional Hardware/Firmware W7750A/B Configuration Options Testing of the W7750A/B Configuration Options W7750A/B Controller Test and Checkout
Class Type: Engineering
System: XL5000
Duration: 3.0 days
Class Audience: Technicians installing/servicing down-line satellite Excel 10
W7751B/D/F/H Controllers connected to an XBS system and/or
maintenance personnel responsible for the same.
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of a connected E-Bus
Understand the purpose and function of the E-Bus
Wire a W7751B/D/F/H controller for a specific application
Understand the purpose and function of W7751B/D/F/H controller Hardware/Firmware
Configure the W7751B/D/F/H Controllers using all available options
Perform Commissioning and Testing after each given set of configuration options
Understand functionally the purpose of the W7751B/D/F/H Controller physical input and outputs and to be able to work with them Topics: XL5000 System Block Diagram including the Zone Manager and satellite processors W7751B/D/F/H Controller Functional Hardware/Firmware W7751B/D/F/H Configuration Options Testing of the Configuration Options for W7751B/D/F/H Controllers W7751B/D/F/H Controller Test and Checkout
Class Type: Engineering
System: XL5000
Duration: 3.0 days
Class Audience: Technicians installing/servicing down-line satellite Excel 10
Ancillary* Controllers connected to an XBS system and/or
maintenance personnel responsible for the same.
Objectives: Upon completion of the course the student will be able to:
Identify functionally critical components of a connected E-Bus
Understand the purpose and function of the E-Bus
Wire a W7751B/D/F/H controller for a specific application
Understand the purpose and function of Excel 10 Ancillary* Controller Hardware/Firmware
Configure the Excel 10 Ancillary* Controllers using all available options
Perform Commissioning and Testing after each given set of configuration options
Understand functionally the purpose of the Excel 10 Ancillary* Controller physical input and outputs and to be able to work with them Topics: XL5000 System Block Diagram including the Zone Manager and satellite processors Excel 10 Ancillary* Controller Functional Hardware/Firmware Excel 10 Ancillary* Controller Configuration Options Testing of the Configuration Options for Excel 10 Ancillary* Controllers Excel 10 Ancillary* Controller Test and Checkout * Excel 10 Ancillary controllers include Fan Coil Unit, Unit Ventilator, Remote I/O and Digital Display Wall Module Controllers. Class Type: Engineering
System: XL5000 and XBS-i Central Systems
Duration: 10 Days / 10 Hour Days
Class Audience: Honeywell Systems Engineers, Programmers, Electricians,
electronic systems specialists, and maintenance persons
responsible for electrical/electronic installation/maintenance of
XL5000/XBS-i systems or subsystems at customer sites, Honeywell
Authorized System Distributor Installation Personnel, and
Honeywell Systems Technicians for XBS or other systems and
Programmers/analysts familiar with PC Hardware and Application
programs, and some version of Windows.
Objectives: Upon completion of the course the student will be able to:
Define all major networking concepts, terms and definitions
Will be able to work with a PC of any description with ease and confidence
Hardwire at least one hardware configuration for Windows NT
Install Windows NT Sever and Windows NT Workstation software successfully
Perform all configuration functions available through the Control Panel
Perform all diagnostic and trouble shooting functions
Perform all Windows Registry Functions
Install and configure any Windows applications for running over the network
Install and configure all XL5000 and XBS-i applications over the network
Perform all maintenance functions such as backup/restore for the Windows NT network system Topics: Network Concepts and terminology Network hardware and wiring Hardware compatibility problems Network software installation and configuration Network Systems Operating Procedures Connectivity as related to Honeywell Automation Systems Application Programming Honeywell systems installation and configuration Network systems trouble shooting Honeywell systems trouble shooting Honeywell SRB's for running Excel 5000 and XBS-i System under Network Operating Systems Back to Bulletin Table of Contents
Electronic Systems Specialists, and maintenance persons responsible for electrical/electronic installation/maintenance of XL5000/XBS-i systems or subsystems at customer sites, Honeywell Authorized System Distributor Installation Personnel, and Honeywell Systems Technicians for XBS or other systems and Programmers/Analysts familiar with PC Hardware and Application programs, and some version of Windows. Offered At Customer site or St Paul # Of Students Minimum 4, Maximum 8 Brief The class starts with a thorough discussion of the system block diagram of an EBI System. All components of the system are discussed to a functional level. The class covers the basics of the Windows Operating System. The class first discusses EBI System Basics. This includes sign on, working with the station windows, using the pointing devices, entering commands, displays, calling a Web Page, display objects, alarm messages, point parameters, controlling points, searching for system items, scanning and getting help from the system. The EBI Access Control System is addressed next. This includes discussion of zones time periods, access levels and how doors are actually controlled. There is a discussion of cardholder management also. Hands-on exercises are only available on customer systems for this topic. Global schedules and XLNET Time programs are presented next as items under Building Management. There is a thorough discussion of Alarm and Event Management. This includes Message Management. Standard Report types is discussed and is followed by actual requesting and calling thereof. The class also includes a full discussion of the EBI Message and Mail System. The next topic is the management of CCTV Cameras and includes locking a monitor. Hands-on exercises on this topic are available only on customer systems. The class also includes every mode of point data access and displaying all point details such as point history. Group detail and trend set displays are elaborated and worked with. The last items to discuss are the system status monitoring and download controls. This also includes specialized system access control procedures such as deadmen timer messages, resetting deadmen timer points, managing shifts, sealing and unsealing an area. Written exercises are used to reinforce the learning process.
Class Type Basic Operation System Network Operating Systems Duration 4.5 Days Objectives Upon completion of the course the student will be able to:
Topics · EBI System Block Diagram · Basics of the Windows Operating System · Display Builder Basics and Screen Conventions · Display Builder Tutorial · Graphic Creation Techniques and Tools · Display Builder Object Properties · Display Builder Scripting Language · Guidelines for Creating Displays · Migrating Displays from older products
Class Type Engineering System Network Operating Systems Duration 5 Days 10 Hours/Day Class Audience Honeywell Systems Engineers, Programmers, Electricians, Electronic Systems Specialists, and maintenance persons responsible for electrical/electronic installation/maintenance of XL5000/XBS-i systems or subsystems at customer sites, Honeywell Authorized System Distributor Installation Personnel, and Honeywell Systems Technicians for XBS or other systems and Programmers/Analysts familiar with PC Hardware and Application programs, and some version of Windows. Objectives Upon completion of the course the student will be able to: · Define all major networking concepts, terms and definitions · Hardwire at least one hardware configuration for Windows NT · Install windows NT Sever and Windows NT Workstation software successfully · Configure EBI OPC Server · Use a Third Party OPC Client · Use EBI OPC Interface · Configure a redundant Server System · Set up EBI Client PC’s specially WIN95 and WIN98 Clients · Set up Operator Stations, printers, serial ports, network cards and other EBI Environmental functions · Configure a Terminal Server for Network Client/Server Communication · Perform EBI License functions and change Extended Event Archiving Directory · De-install EBI Software · Install EBI upgrades Topics · Network Concepts and terminology · Network hardware and wiring · Hardware compatibility problems · Network software installation and configuration · Network Systems Operating Procedures · Network Systems Programming Procedures · EBI OPC Sever · EBI Redundant Server Systems · EBI Distributed Server Architecture · EBI WIN95/WIN98 Clients · Terminal Server Configuration Remark: The class is over full with material to cover. Please plan for 5 long days.
Class Type Programming System Network Operating Systems Duration 5 Days 10 Hours/Day Class Audience Honeywell Systems Engineers, Programmers, Electricians, Electronic Systems Specialists, and maintenance persons responsible for electrical/electronic installation/maintenance of XL5000/XBS-i systems or subsystems at customer sites, Honeywell Authorized System Distributor Installation Personnel, and Honeywell Systems Technicians for XBS or other systems and Programmers/Analysts familiar with PC Hardware and Application programs, and some version of Windows. Objectives Upon completion of the course the student will be able to: · Configure an EBI System assuming required EBI Software is already installed on your system · Configure a printer and a workstation · Configure at least one controller to the EBI system · Configure at least one point of each type · Use the hdwbld utility and the point algorithms in EBI · Create pntbld files Topics · Configuration Overview · Quick Builder Basics · Configuring Stations and Printers · Controller Configurations · Point Configurations · Hdwbld utility · Pntbld files · Action Algorithms · Bckbld utility
Class Type Programming System Network Operating Systems Duration 5 Days 10 Hours/Day Class Audience Honeywell Systems Engineers, Programmers, Electricians, Electronic Systems Specialists, and maintenance persons responsible for electrical/electronic installation/maintenance of XL5000/XBS-i systems or subsystems at customer sites, Honeywell Authorized System Distributor Installation Personnel, and Honeywell Systems Technicians for XBS or other systems and Programmers/Analysts familiar with PC Hardware and Application programs, and some version of Windows. Objectives Upon completion of the course the student will be able to: · Configure an EBI System assuming required EBI Software is already installed on your system · Configure a printer and a workstation · Configure at least one controller to the EBI system · Configure at least one point of each type · Configure point collection and group control on the EBI System · Configure Alarm Paging and Advanced Alarm Management · Define and configure system Security and Site parameters · Configure Group and Trend displays · Configure container Points · Configure all available types of reports on the system Topics
Remark:
Class Type Programming System Network Operating Systems Duration 5 Days 10 Hours/Day Class Audience Honeywell Systems Engineers, Programmers, Electricians, Electronic Systems Specialists, and maintenance persons responsible for electrical/electronic installation/maintenance of XL5000/XBS-i systems or subsystems at customer sites, Honeywell Authorized System Distributor Installation Personnel, and Honeywell Systems Technicians for XBS or other systems and Programmers/Analysts familiar with PC Hardware and Application programs, and some version of Windows.
Objectives Upon completion of the course the student will be able to: · Configure an EBI System assuming required EBI Software is already installed on your system · Configure a Redundant Server System · Configure EBI Distributed Server Architecture · Configure all EBI Scheduling Options · Write and Use Exscript files · Define and exhibit an understanding of Extended Event Archiving · Use EBI data in other applications via Microsoft Data Exchange Products via EBI ODBC Drivers · Use the EBI Command language Reference for special functions · Administrate the EBI and Windows NT Environments · Use the Backup and Recovery features of the EBI System · Trouble shoot the EBI System Topics
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Training/Repair/Configuration/Engineering/Re-engineering/Programming/Modification
for All Honeywell Systems
Training Systems for all HVAC Systems and a whole lot more!
