| CFE001 | FIGHTING CAR FIRES | Captain Bill Gustin, a 25-year veteran of the fire service, demonstrates safe & effective techniques for extinguishing car fires. He discusses the main features & components of newer cars & how they affect firefighting efforts, as well as what to expect with fires in older makes & models. See from actual car fires how magnesium reacts when present, what happens when the fire reaches the fuel tank & other hazards, the best way to spot apparatus & make your approach, & the best ways to open hoods & trunks. Old #603 |
| CFE002 | WATER TANKER ROLLOVER PREVENTION | The DVD was developed with the U.S. Department of Transportation to eliminate or at least reduce the number of cargo tankrollovers. The principles in the original presentation apply equally to the safe operation of water tankers. |
| CFE003 | EXTRICATION PRINCIPLES & VEHCILE DESIGN | HAVE INSTRUCTOR GUIDE. This tape creates a foundation of safe rescue practices to help rescuers reduce extrication time to less than 15 minutes, while maintaining the highest possible level of pre-hospital emergency care. Issues addressed in this tape include: Design trends in autos, mini-vans, and light trucks, Supplemental restraints systems (front, side air bags, inflatable curtains, pretensioning belts) and Rescue action plans. |
| CFE004 | HAND TOOLS & PNEUMATICS | HAVE INSTRUCTOR GUIDE. This tape covers the safe operations of basic hand tools & pneumatic devices in conjunction with power hydraulic tools to help reduce extrication time to less than 15 minutes, while maintaining the highest possible level of pre-hospital emegerncy care. Issues addressed in this tape include: Cutting plastics, Tips for "Plan B" when "Plan A" doesn't work, and Tool care. |
| CFE005 | EXTRICATION TECHNIQUES | HAVE INSTRUCTOR GUIDE. Extrication techniques provides thorough coverage of powered hydraulic rescue tools & illustrates techniques such as side removal. You'll find that the training in this video: Meets NFPA requirements on positioning apparatus, Includes expanded hazard control, Covers new vehicle construction (mini-vans, light trucks & sport utility vehicles), and Walks you through scene termination duties. |
| CFE006 | PATIENT CONSIDERATIONS & MECHANISMS OF INJURY | HAVE INSTRUCTOR GUIDE. Patient considerations & mechanisms of injury covers physical & psychological considerations, efficient assessment, protection, immobilization, and removal of patients plus a completely updated section on mechanisms of injury. Other issues addressed in this tape are: Kinematics of trauma, Infection control & universal precautions, Children's injuries from supplemental restraints, Considerations for the elderly, and rescuer safety & lefting techniques. |
| CFE008 | Hybrid Emergency Response Information: Training Presentation | The presentation introduces the emergency responser to Toyota/Lexus hybrid vehicles by describing vehicle operation & vehicle identification. Except for the Prius, other Toyota/Lexus hybrid vehicles are available as both conventional & hybrid, sharing a common exterior body. The orange color coded power cables, hybrid components, and the high voltage safety systems are described in detail. Included in the presentation are tasks associated with hybrid vehicle rescue - fire, extrication, submersion, spills and first aid. |
| CFE009 | PUMPING APPARATUS - SAFE OPERATION OF EMERGENCY VEHICLES | Part 1 (Safe operation of emergency vehicles) This program presents safety factors for starting and driving fire apparatus. The focus is on pumping apparatus, but the safe driving information applies to all types of emergency vehicles. Training Objectives: To present safe driving techniques that apply to all emergency vehicles. To show how to correctly start and operate both gasoline and diesel powered pumping apparatus. To demonstrate the performance criteria for the practical driving exercises in NFPA 1002-98. |
| CFE010 | PUMPING APPARATUS: POSITIONING APPARATUS | PART 2 (Positioning apparatus) A driver/operator or engineer must be able to quickly and efficiently maneuver the apparatus in all types of situations. This program demonstrates the correct positioning of pumping apparatus for different functions such as fire attack, water supply and highway operations. Training Objectives: To present the factors involved in determing the positioning of attack pumpers. To demonstrate correct positioning for water supply pumpers. To show correct positioning for special situations. To define and demonstrate staging procedures. To present the tactical & safety considerations of operations on limited access highways. |
| CFE011 | PUMPING APPARATUS: OPERATING FIRE PUMPS | PART 3 ( OPERATING FIRE PUMPS) The driver/operator's ability to operate a fire pump that provides the necessary water supply while maintaining the mechanical soundness of the pump is critical to the success of the operation. This program presents how to operate the pump using water from 3 common water sources. Training Objectives: To show how to operate the pump using the water on the apparatus. To demonstrate how to operate the pump using an external pressurized water supply. To present how to operate the pump using water from a draft source. |
| CFE012 | PUMPING APPARATUS: APPARATUS INSPECTION & MAINTENANCE | PART 4 ( APPARATUS INSPPECTION & MAINTENANCE) An organized system of preventive maintenance assures that the apparatus will be in top condition ready to respond to an emergency. This program presents the tasks involved in routine pumping apparatus inspection & maintenace required of a driver/operator. Training Objectives: To demonstrate a systematic apparatus inspection procedure. To present the tasks for routine maintenance of the apparatus. To show procedures for inspection & preventive maintenance of the fire pump. |
| CFE013 | PUMPING APPARATUS: WATER SHUTTLE & RELAY PUMPING | PART 5 (Water shuttle & relay pumping) Water shuttle operations & relay puming are two methods for providing water to emergency scenes in remote areas. This program presents basic information about each type of operation. Training Objectives: To describe a typical water shuttle & show the equipment involved. To show basic procedures for setting up a water shuttle. To describe a basic relay pumping operation. To present the process for setting up a typical water relay. |
| CFE014 | EMERGENCY VEHICLE SAFETY PROGRAM | |
| CFE015 | PUMPING APPARATUS DRIVER/OPERATOR HANDBOOK | The study guide on CD-Rom is an electronic version of the IFSTA printed study guide. The study guide consists of questions in a multiple-choice format, which is the format used for many civil service and certification exams. The program [rovides students immediate feedback on their answers and refers students to the source for the correct answer, if necessary. The program also tracks the results of each session as a record of progress. Each time the student goes through the program, the questions are rearranged randomly so each session has a different look. |
| CFE016 | PUMPING APPARATUS DRIVER/OPERATOR CURRICULUM | This customizable curriculum includes: Lesson plans for the instructor including learning objectives, a detailed lesson outline, assignment sheets, skill sheets, lesson quizzes, lesson tests, and final exams.; Powerpiont visuals; This curriculum is customizalbe to meet local needs. All the files are in Microsoft Word of powerpoint to facilitate customization. |
| CFE017 | HYBRID EMERGENCY RESPONSE INFORMATION | HYBRID EMERGENCY RESPONSE INFORMATION TRAINING PRESENTATION |
| CFE018 | HYBRID EMERGENCY RESPONSE INFORMATION | HYBRID EMERGENCY RESPONSE INFORMATION TRAINING PRESENTATION |
| CFE019 | AUTO EXTRICATION | This CD includes: Basic auto extrication, Extrication protocol, Patient extrication, Hybrid car extrication, Extrication awareness, Ops & Technician. |
| CFE020 | DOWN & DIRTY ENGINE & PUMP OPERATIONS | Disc 1: Pump theory, Pump Components, Pump Panel, Pump Maintenance, Drivers Safety Disc 2: Hydrant Types, Hydrant Connections, Pump Operations Videos, Lead Out, Hydraulics, Points to Remember |
| CFE021 | AUTO DESIGN AND EXTRICATION FORUM | This CD includes: RestraintSystem Technology, Hybrid Vehicles, High-tech Metals and more. |
| CFE022 | AUTO DESIGN AND EXTRICATION FORUM | This CD includes: RestraintSystem Technology, Hybrid Vehicles, High-tech Metals and more. |
| CFE023 | AUTO DESIGN AND EXTRICATION FORUM | This CD includes: RestraintSystem Technology, Hybrid Vehicles, High-tech Metals and more. |
| CFE024 | AUTO DESIGN & EXTRICATION FORUM | This CD includes: RestraintSystem Technology, Hybrid Vehicles, High-tech Metals and more. |
| CFE025 | FIGHTING CAR FIRES | Captain Bill Gustin, a 25-year veteran of the fire service, demonstrates safe & effective techniques for extinguishing car fires. He discusses the main features & components of newer cars & how they affect firefighting efforts, as well as what to expect with fires in older makes & models. See from actual car fires how magnesium reacts when present, what happens when the fire reaches the fuel tank & other hazards, the best way to spot apparatus & make your approach, & the best ways to open hoods & trunks. |
| CFE026 | FIGHTING CAR FIRES | Captain Bill Gustin, a 25-year veteran of the fire service, demonstrates safe & effective techniques for extinguishing car fires. He discusses the main features & components of newer cars & how they affect firefighting efforts, as well as what to expect with fires in older makes & models. See from actual car fires how magnesium reacts when present, what happens when the fire reaches the fuel tank & other hazards, the best way to spot apparatus & make your approach, & the best ways to open hoods & trunks. |
| CFE027 | TRAFFIC CONTROL FOR EMERGENCY RESPONDERS | EMERGENCT TRAFFIC CONTROL |
| CFE028 | DRIVER TRAINING SIMUiLATOR | Contents: DriverSimulator.mpg SnozzlesSimulator.mpg |
| CFE029 | HYBRID EMERGENCY RESPONSE INFORMATION | The presentation introduces the emergency responder to Toyota/Lexus hybrid vehicles by describing vehicle operation & vehicle identification. Except for the Prius, other Toyota/Lexus hybrid vehicles are available as both conventional & hybird, sharing a common exterior body. The orange color coded power cables, hybrid components, and the high voltage safety systems are described in detail. Included in the presentation are tasks associated with hybrid vehicle rescue- fire, extrication, submersion, spills and first aid. |
| CFE030 | BASIC EVOC &OFFICER'S ROLE IN EMERGENCY VEHICLE OPERATIONS | |
| CFE031 | PUMPING APPARATUS: SAFE OPERATION OF EMERENCY VEHICLES | This program presents safety factors for operating fire apparatus. The focus is on pumping, but the safe driving information applies to all types of emergency vehicles. Topics covered include: safe driving techniques for emergency vehicles, how to correctly start and operate gas and diesel-powered pumping apparatus and a demonstration of the practical driving exercises in NFPA 1002-98. |
| CFE032 | PUMPING APPARATUS: POSITIONING APPARATUS | Driver/operators and engineers need to know how to correctly position the apparatus at the emergency scene. This program presents; how to determine the best position for an attack pumper, how to position water supply pumpers, correct pumper positioning for special situations, a demonstration of staging procedures, and the tactical and safety considerations for operations on limited access highways. |
| CFE033 | PUMPING APPARATUS: OPERATING FIRE PUMPS | The driver/operator's ability to operate a fire pump that provides the necessary water supply while maintaining the mechanical soundness of the pump is critical to the success of the operation. This program shows: how to operate the pump using water on the apparatus,how to operate the pump using an external pressurized water supply and how to operate the pump using water from a draft source. |
| CFE034 | PUMPING APPARATUS: APPARATUS INSPECTION & MANITENACE | This program presents the tasks involved in routine pumping apparatus inspection and maintenance required of a driver/operator. It demonstrates: a systematic apparatus inspection procedure (the "walk-around" inspection), routine maintenance tasks and inspection and preventive maintenance of the fire pump. |
| CFE035 | PUMPING APPARATUS: WATER SHUTTLE & RELAY PUMPING | Water shuttle operations and relay pumping are two methods for providing water to emergency scenes in remote areas. This program presents basic information about each type of operation, including a description of a typical water shuttle and the equipment involved, a basic procedure for setting up a water shuttle, a description of a basic relay pumping operation and the process for setting up a typical water relay. |
| CFE036 | VEHICLE EXTRICATION: INCIDENT OVERVIEW | Discusses initial arrival and establishing command. Defines how to size up scene and locate hazards. Gives an overview of patient access, disentanglement and extrication. |
| CFE037 | VEHICLE EXTRICATION: STABILIZATION | Demonstrates how to stabilize a vehicle on four wheels, a side-resting vehicle and a roof-resting vehicle. Shows how to prevent forward movement and how to stabilize a vehicle on another object. Discusses patient stabilization. |
| CFE038 | VEHICLE EXTRICATION: HAZARD CONTROL AND SAFETY | Describes glass types and removal techniques. Identifies airbag locations and hazards. Demonstrates how to shutdown the vehicle's electrical system. Discusses restraint systems. Describes how to mitigate the hazards of hybird vehicles. |
| CFE039 | VEHICLE EXTRICATION: INITIAL PROCEDURES | Demonstrates how to access the patient, how to access the battery and how to open a jammed trunk. Shows how to remove a windshield and how to create interior space. |
| CFE040 | VEHICLE EXTRICATION: DOOR AND SIDEWALL PROCEDURES | Demonstrates opening a jammed door. Presents a hinge attack and a latch attack. Shows how to do a vertical crush and how to create a third door. Demonstrates total door removal and total sidewall removal. |
| CFE041 | VEHICLE EXTRICATION: ROOF AND TRUNK PROCEDURES | Demonstrates how to work with a collapsed roof. Presents the roof flap and the C-B-A roof pillar cut. Shows the pecedure for total roof removal. Demonstrates trunk tunneling. |
| CFE042 | VEHICLE EXTRICATION: INTERIOR PROCEDURES | Demonstrates how to relocate a steering column. Shows how to move the dash, how to remove and relocate pedals and how to remove and relocate seats. |
| CFE043 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE044 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE045 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE046 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE047 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE048 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE049 | AIR BAGS: A CRASH COURSE FOR RESCUE PERSONNEL | This video includes: how an airbags operates, parts of an airbag, how to determine if a car has one and rescue procedures. Old #30 |
| CFE050 | SCHOOL BUS EXTRICATION | Do you think of young children in large, yellow vehicles when you hear the words "school bus"? Think again. School buses today come in a variety of sizes a, and are used by everyone from church groups to river rafting outfits. Thses buses are on the road every day of the week, every hour of the day. Responders who may be well trained and experienced at car and ligth truck extrication techniques will be confronted with a much different challenge at a school bus incident. In this video you will learn: The potential for mass casualties; The problems you'll face; School bus types; School bus construction; School buses features; Rescue and extrication techniques; Considerations; Tactics; Incidnet preparation |
| CFE051 | SCHOOL BUS EXTRICATION | Do you think of young children in large, yellow vehicles when you hear the words "school bus"? Think again. School buses today come in a variety of sizes a, and are used by everyone from church groups to river rafting outfits. Thses buses are on the road every day of the week, every hour of the day. Responders who may be well trained and experienced at car and ligth truck extrication techniques will be confronted with a much different challenge at a school bus incident. In this video you will learn: The potential for mass casualties; The problems you'll face; School bus types; School bus construction; School buses features; Rescue and extrication techniques; Considerations; Tactics; Incidnet preparation |
| CFE052 | VEHICLE EXTRICATION: VEHICLE TECHNOLOGY- ALTERNATIVE FUEL AND SAFETY SYSTEMS | Dave Dalrymple addresses the challenges and concerns in performing extrication on traditional and alternative fuel vehicles. Manufacturers have introduced numerous structural and safety systems to make vehicles lighter, stronger, and safer that the vehicles of just a few years ago. Responders need to stay current with trends in automobile technologies such as airbags, rollover protection structures (ROPS), motive power, and construction considerations in order to maintain a safe extrication environment and increase the responders' chances of a swift, safe, and successful extrication. |
| CFE053 | VEHICLE EXTRICATION: SCENE MANAGEMENT | Dave Dalrymple address the overarching extrication process. As a first responder, it is important to understand proper scene size -up and management in order to set upp a safe and efficient extrication. Dalrymple als covers scene safety, stabilization, and glass management, all skills important in allowing the responder to access and deal with patient considerations. Responders have to stay ever mindful of their jobs and how they each fit into the overall extricatuion effort. Through effcient and deliberate operations on-scene, responders have a greater chance of a swift, safe, and successful extrication. |
| CFE054 | VEHICLE EXTRICATION: EVOLUTIONS | Dave Dalrymple reviews the basic evolutions that every extrication responder should be able to perform. Dalrymple looks at the various tools available to most responders and discusses which ones are appropriate for each task. He addresses various side, roof, dash, and trench evolutions, as well as tunneling and ramming techniques. Responders must be familiar with as many extrication evolutions as possible. With the complexity of today's extrication events, it is important to have a Plan B and Plan C on-scene. Through a deep understanding of the various extrication evolutions availabvle, responders have a greater chance of a swift, safe, and successful extrication. |
| CFE055 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE056 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE057 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE058 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE059 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE060 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE061 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE062 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE063 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE064 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE065 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE066 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE067 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE068 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE069 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE070 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE071 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE072 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE073 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE074 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE075 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE076 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE077 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE078 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE079 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE080 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE081 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE082 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE083 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE084 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE085 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE086 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE087 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE088 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE089 | ADVNACED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE090 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE091 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE092 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE093 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE094 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE095 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE096 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE097 | EXTRICATION PRINCIPLES AND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE098 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE099 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE100 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE101 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE102 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |
| CFE103 | EXTRICATION PRINCIPLESAND VEHICLE DESIGN | Extrication principles and vehicle design creates a foundation of safe rescue practices to help rescuers reduce extriation times to less than 15 minutes, while maintaining the highest possible level of prehospital emergency care. Topics include: Design trends in autos, mini-vans, light trucks, and hybrid cars; Supplemental restraint systems such as front and side airbags, inflatable curtains, and pretensioning belts; Rescue action plans |
| CFE104 | HAND TOOLS AND PNEUMATICS | Hand tools and pneumatics demonstrates the safe operation of basic hand tools and pneumatic devices in conjunction with power hydraulic tools. Provides the depth necessary for a rescue team to meet the challenges of modern vehicle extrication, such as: changes in automobile design and construction techniques, variance among manufactures, and changes in the rescue tool business. Topics include: Cutting plastics; Tips for "Plan B" when "Plan A" doesn't work; Tool care |
| CFE105 | EXTRICATION TECHNIQUES | Extrication techniques demonstrates the safest and most efficient techniques for extricating a victim from the tangled wreckage of an automobile accident. Topics include: Thorough coverage of powered hydraulic rescue tools; NFPA requirements on positioning apparatus; new vehicle construction; Expanded hazard control; Side removal; Scene termination duties. |
| CFE106 | PATIENT CONSIDERATIONS AND MECHANISMS OF INJURY | Covers physical and psychological considerations, efficient assessment, protection, immobilization, and removal of patients. Includes in-depth discussion of rescuer safety and lifting safety. Topics include: Kinematics of trauma; Children's injuries from supplemental restraints; Considerations for the elderly; Inflection control and universal precautions |
| CFE107 | ADVANCED EXTRICATION | Advanced extrication provides a pre-determined set of operational parameters that will fit most rescue situations. Topics include: Special situations like heavy entrapment; Cars on their sides, roofs, or each other; Lifting and hositing operations; Multiple vehicle incidnets; Vehicle underride situations |
| CFE108 | LARGE VEHICLE CONSIDERATIONS | Large vehcile considerations addresses extrication principles for larger trucks and buses,including safety concerns unique to these large vehicles. Topis include: Large truck and bus design characteristics; Rescue tactics for large truck and bus vehicles; Hazard control and stabilization considerations; Patient access considerations; Working aound large vehicles (from ladders and platforms); Moving and removing wreckage (roof and door openings, panel access, dash lift maneuvers, freeing and removing the driver, freeing and removing trapped bus vehicle occupants) |