Fire
and Security Systems
CITS1004
Fire and Security FS90/FS90 Plus Operation
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
Offered
At
St Paul or Customer site
# of
Students
Minimum 4 Maximum 8
Cost
$1172 per person at site, $1015 per person St Paul
Brief
The course starts with a block diagram of the Honeywell Graphic Central/Microcentral
or the Delta 1000 User Interfaces. The
place and function of the Fire Alarm Processors in the relevant User Interface
is discussed extensively. The
course then discusses the operating procedures of a running FS90/FS90 Plus
system. The course then introduces
the hardware of the Fire Alarm processors by having the students build running
and operational systems exhibiting various critical Fire Alarm features.
The class also discusses extensively the actual interfacing of the fire
alarm processors with Higher Order Honeywell User Interfaces. Field programming
of the Fire Alarm processors is an integral part of the class.
Limitations of such programming procedures are pointed out explicitly.
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 shooting 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
CITS5003
Excel Plus Graphic Central/Microcentral Engineering/Service Fire Alarm
Systems
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.
Offered
At St Paul or customer site
#
of Students Minimum 4,
Maximum 8
Cost
$2110 per person at customer site, $1827 per person St Paul
Brief The course provides an overview of the entire Excel Plus system and its extensions and enhancements. The basic portion of the course is a complete discussion of the entire Excel Plus Engineering Sequence for Fire Alarm Systems using FS90/FS90 Plus Hardware. The course deals with any job of any description or complexity.
The course is very fast paced
and learning takes place in large discrete segments.
The course focuses on developing a very independent thought pattern characterized by an aggressive problem annihilating and not merely problem-solving approach.
The
course first presents a very detailed block diagram of the Excel Plus
Microcentral/Graphic Central System. The
course then presents a small Fire Alarm system to be controlled by the Graphic
Central/Microcentral system.
To this end a point file is created quickly to define all mechanical and electrical Fire
Alarm
equipment. This is followed by a
Mechanical Systems Data Access scheme that is to be used by the end-user.
After this the defined equipment is set in required relationships with
each other via Time and Event programs and Input/output Association Techniques.
This completes the data base creation sequence.
Each record creation is illustrated on-line using a powerful Honeywell
Engineering Program. Students follow with the creation of similar records via
elaborate written exercises.
The created database is then checked via the Validation routines in the engineering
program. Error messages are interpreted and errors corrected. The validated database is then compiled and checked via the Generation Utility of the engineering program. Generation error messages are interpreted and errors corrected.
The compiled database is then used to print database logs and reports. These reports are deciphered and interpreted. Their extensive and unusually comprehensive nature is noted strongly.
The generated database is used to create media databases for the downline processors and the central processors.
The course then goes into media database installation and on-line test and checkout.
Finally
the entire sequence is done by the students again. This time the students work independently on a given project.
A successfully working project is a very satisfying and
confidence-building experience.
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
NICET12
Fire Alarm Technicians Certification Level I/II
Class Type
Engineering
System
General Fire Alarm Systems
Duration
5.0 days
Class Audience Fire Alarm Systems Designers, Electricians, Electronic Systems Specialists, maintenance persons responsible for Fire Alarm System, Honeywell Authorized System Distributor Installation personnel for Fire Alarm System, Honeywell systems technicians for Fire Alarm or other related systems, Customer Personnel responsible for NFPA code compliance at their sites and management personnel responsible for NFPA Code compliance
Offered
At
Customer site or St Paul
# of
Students
Minimum 4, Maximum 8
Cost
$2345 per person at site, $2030 per person St Paul
Pre-requisites None
Brief The objective of the course is to expose the student to the letter and spirit of the National Fire Protection Agency Code. The class is aimed at persons designing, servicing or managing a fire alarm system in a public building or facility.
The first objective of the class is to discuss the intent, approach and method of the various technical committees of the NFPA. It is submitted in class at length that the understanding of these three elements is critical for the future designer, servicer or manager of a fire alarm system.
Once the student has mastered the above the class then shows what are the different aspects of a fire alarm system to which the three elements referred to above are applied. This area is conveniently divided into work elements by NICET. Depending upon one’s objectives one needs to exhibit an understanding of 34 different work elements to fulfill the requirements for NICET Certification at level 1 and II.
The class discusses the specific application of the 3-part system of the NFPA to each fire alarm aspect in selected detail that shows instructor selection and knowledge of Fire alarm systems. On other aspects, students get guidance and assigned critical readings to report on.
The specific work
elements worked on in the class are listed below under topics.
Notice that more is worked on than is required for Level I/II.
Some of the work can be used by the students for Level III/IV
Certification.
Objectives
Upon completion of the course the student will be able to:
· Exhibit a full knowledge and understanding of the methods and approach of the NFPA Technical committees
·
Given a fire alarm question, decide which of the NFPA codes is
applicable and then will be able to find the required section and paragraph
ruling on the subject
· Given a fire alarm situation/configuration, determine the applicable code and then will be able to rule on the compliance of the situation/configuration involved or will be able to pursue it to find the proper solution on the matter
·
Will be able to ensure compliance objectives of a given
commercial, industrial of governmental or other entity
· Work with compliance questions on an everyday basis
·
Act as liaison between the relevant authority having jurisdiction
and the entity he/she represents for all compliance/verification questions
· Ensure all testing and verification requirements of the NFPA for his/her entity
·
Exhibit an understanding of all documentation requirements of the
NFPA and will be able to assemble and maintain the same in a simple yet
exhaustive and complete manner as required by the NFPA
· Exhibit a knowledge of NFPA source code books, ordering sources for them and be able to purchase and maintain a library of the NFPA Code books and others at the site, and for the site use on a daily or other basis
·
Order and maintain the NFPA handbooks at his/her site for daily or
other use and will be able to encourage the use of the same and will be able to
lead and guide the users at his her site by interpreting the various provisions
of the NFPA for them
· Appreciate that some of the requirements of the NFPA are not directly determinate and require interpretation and hence will be able to chart a course of action in such cases and will be able to help and guide his/her entity in good faith
(1) 31001 Basic Fire Alarm Systems
NFPA72, 101, Fire Alarm Signaling Handbook
(2) 31002 NFPA Standards.
“Definition” and “Scope” Sections of the Standards
(3) 31004 Devices and Components
NFPA72 Training Manual on Fire Alarm Systems, Fire Protection
Handbook. Fire Alarm Signaling Systems Handbook.
(4) 31005 Periodic Tests
NFPA72
(5) 31009 Installation Practices
NFPA72
Basic Working Drawings
Part II
31006
Basic Electricity
31011 Basic Metric Units and Conversions
31008 Basic Mathematics
31010 Basic Communications Skills
Part III
(1) 32003
Basic Physical Science
(2) Household Fire Warning Systems
NFPA72
(3) Basic Individual Safety
OSHA2201
(4) First Aid Procedures
General Books on First Aid
33001 Fire Protection Plans and Symbols
NFPA170
33002 Basics of Systems Layout
NFPA72/NFPA75
33003
Electrical Installation Standards
NFPA70/NFPA72
33004 Basic Fire Alarm Signaling Systems
NFPA72
33005 Supervision and Supervisory Service
NFPA72, 70, 101,
Fire Alarm Signaling Systems Handbook
33006 Detection Methods
NFPA72/101
33007 Detector Spacing
NFPA72, Fire Protection Equipment Directory
33008 Power Supplies
NFPA70/72
Fire Alarm Signaling Systems Handbook.
33009 System Acceptance and Periodic Tests
NFPA72 (Manufacturers Test Manuals)
33016 Local Protection Signaling Systems
NFPA72/101
Fire Alarm Signaling Handbook
33017 Auxiliary Protection Signaling Systems
NFPA72, Fire Protection Handbook,
Fire Alarm Signaling Systems Handbook
33018 Remote Station Protection Signaling Systems
NFPA72/101, Fire Alarm Signaling Systems Handbook
33019 Proprietary Protection Signaling Systems
NFPA72
33020 Control Station Signaling Systems
NFPA72
33022 Heat Sensing Fire Detectors
NFPA72
Fire Alarm Signaling Systems Handbook
Fire Protection Equipment Directory
33023 Smoke Sensing Fire Detectors
NFPA72/80, 90A.
Fire alarm Signaling Systems Handbook
Fire Protection Equipment Directory
Guide for Proper Use of Systems Smoke Detectors
Guide for Proper Use of Smoke Detectors in Duct Applications
33024 Flame Sensing Fire Detectors
NFPA72
33025 Sprinkler Waterflow and Supervising Devices
NFPA13/72
Fire Protection Handbook
Fire Alarm Signaling Systems Handbook
33026 Alarm Indicating Appliances
NFPA72/101
Fire Alarm Signaling Handbook Manufacturers Test
33027 Basics of Signal Transmission
NFPA72 and Related Appendix
33029 Intermediate Mathematics
33028 Business Communications
Basic Grammar and Writing Tests
34001 Emergency Voice/Alarm Communication Systems
NFPA72/101
34002 Signal Processing
Training
Manual on Fire Alarm Systems, Fire Protection Handbook, Fire Alarm Signaling
Systems Handbook, Manufacturer’s Data and electric and electronic textbooks
34004 Fire Alarm System Maintenance
NFPA72 and Electrical Textbooks
34005 Fire Alarm System Wiring
NFPA70
34006 Emergency Evacuation Signals
NFPA72
34007 Combination Systems
NFPA72
Fire Protection Handbook
Fire Alarm Signaling Systems Handbook
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