MODULES (147.5 Hours)
All of the modules listed below are included in the Trainee and Instructor Guide(s). The following ISBN and pricing information is for ordering individual modules only.
Deluge/Preaction Systems (40 Hours)
Trainee $19 ISBN 978-0-13-378871-6
Instructor $19 ISBN 978-0-13-378876-1
(Module ID 18301-13) Describes deluge and preaction systems and explains installation techniques and troubleshooting. Covers hydraulic and pneumatic release mechanisms, noninterlocked and interlocked preaction systems and Firecycle (R) Systems.
Standpipes (25 Hours)
Trainee $19 ISBN 978-0-13-378872-3
Instructor $19 ISBN 978-0-13-378877-8
(Module ID 18302-13) Describes standpipe classifications and explains flow capabilities of each type. Covers requirements for sizing and installation of standpipes. Discusses pressure-reducing valves under flow and no-flow conditions. Also covers LINK-SEAL (R) installations.
Water Supplies (15 Hours)
Trainee $19 ISBN 978-0-13-378873-0
Instructor $19 ISBN 978-0-13-378879-2
(Module ID 18303-13) Covers basic water chemistry and properties. Discusses methods of determining water supply requirements and considerations for supply systems. Discusses infrastructure, measurement of water supply capability, water supply appurtenances, fire department connections, and typical city water pits.
Fire Pumps (40 Hours)
Trainee $19 ISBN 978-0-13-378874-7
Instructor $19 ISBN 978-0-13-378880-8
(Module ID 18304-13) Covers fire pump categories and components. Describes fire pump controller requirements and fire pump performance and alignment. Explains pump and driver characteristics and performance curves as well as controllers, sensing lines, supervision, and starting methods. Outlines project requirements, installation, maintenance, and troubleshooting.
Application-Specific Sprinklers and Nozzles (27.5 Hours)
Trainee $19 ISBN 978-0-13-378875-4
Instructor $19 ISBN 978-0-13-378881-5
(Module ID 18305-13) Describes application-specific sprinkler types and requirements. Discusses area of coverage, positioning, and obstruction requirements and explains system selection.
