NFPA 1002 Driver/Operator - Tiller flashcards
NFPA 1002 Driver/Operator - Tiller · Build recall with a focused review session.
32 cards. Read the term and the definition here. The deck at the top of this page is optional.
- Tiller operator primary duty
- Steer the trailer axles so the trailer tracks the tractor, and relay rear-obstruction and clearance information to the driver/operator, who cannot see the rear of the apparatus.
- Tiller seat riding rule
- Remain seated and belted while the apparatus is moving; standing or leaning out is prohibited unless the manufacturer's standing tiller design includes an approved restraint.
- Standard tiller hand signals
- Agreed signals such as stop, slow, left, right, and back are established before the shift so the tiller operator and driver/operator share one meaning for each signal.
- Tiller PPE requirements
- Helmet with chin strap, eye protection, hearing protection, gloves, and seat belt; the open tiller position exposes the operator to exhaust, debris, and weather.
- Walk-around inspection sequence
- Begin at the driver's door and move clockwise, checking tires, wheels, body, compartments, lights, and the tractor-trailer connections at each stop on the route.
- Air brake static leak test
- With the system charged and engine off, observe air pressure for loss; verify the low-air warning activates and spring brakes apply before the governor cut-in pressure.
- Fifth-wheel inspection points
- Check locking jaws, kingpin, release handle, safety latch, and lubrication for wear or cracks; a partially latched fifth wheel places the apparatus out of service.
- Defect documentation
- Record each defect on the inspection form, report it to the company officer, and place the apparatus out of service until defects affecting safe operation are corrected.
- Coupling sequence order
- Back the tractor until the fifth-wheel jaws engage the kingpin, confirm the lock, tug test, then connect the emergency air line, service air line, and electrical cord.
- Coupling verification
- Visually and physically confirm the jaws are closed around the kingpin, the release handle is locked, and the safety latch is engaged; an audible click alone is insufficient.
- Uncoupling sequence
- Chock trailer wheels, lower landing gear to firm ground, disconnect the electrical cord and air lines, release the fifth-wheel latch, then pull the tractor slowly forward.
- Tiller steering direction rule
- Turning the tiller wheel left moves the trailer rear left, swinging the trailer front and aerial turntable right; the operator must anticipate this opposite swing.
- Trailer off-tracking
- On turns the trailer wheels track inside the tractor's path; the tiller operator steers to keep trailer wheels on the road and clear of curbs and shoulders.
- Tiller use at highway speed
- Tiller steering is used only at low speed during spotting and tight maneuvers; at highway speed the tiller is centered and locked per the manufacturer to prevent sway.
- Pre-trip aerial stowage check
- Confirm the aerial is stowed and locked, the turntable lock is engaged, stabilizers are fully retracted, and all compartment doors and ladder locks are secured.
- Clearance planning
- Know the apparatus's overall height and length and check bridge and overpass clearances against that height before selecting a route.
- Railroad crossing procedure
- Stop, look, and listen; do not shift gears on the crossing, and confirm the trailer clears the tracks before stopping beyond them.
- Backing without visibility
- If the driver/operator loses sight of the spotter or tiller operator while backing, stop immediately and reestablish communication before continuing.
- Stabilizer deployment
- Set the parking brake, chock wheels, deploy all stabilizers fully, and place pads or cribbing on firm ground; verify the apparatus is level before aerial operation.
- Stabilizer interlock rule
- Never operate the aerial unless all stabilizers are deployed and the interlock permits operation; bypassing interlocks is prohibited except for manufacturer-approved emergency procedures.
- Ground condition assessment
- Soft soil, curbs, and vault covers can fail under outrigger loads; use load-spreading pads and monitor for settling during aerial operations.
- Aerial load chart limits
- Operate only within the rated load, reach, and angle limits shown on the load chart and placard; never exceed maximum tip load or platform capacity.
- Emergency aerial lowering
- Know the manual override or auxiliary power procedure for lowering the aerial when hydraulic or electrical power fails, and practice it during drills.
- Aerial contacting power lines
- Remain in the platform, warn others away, avoid touching the apparatus and ground at the same time, and follow the utility's guidance before moving.
- Post-emergency inspection
- After any emergency operation or abnormal event, the aerial device must be inspected before it is returned to service.
- Stop command authority
- Either the tiller operator or the driver/operator can call stop at any time, and the stop command is obeyed immediately without discussion.
- Radio confirmation practice
- Use brief standardized phrases and repeat critical instructions such as stop and clear back to the sender to confirm the message was received correctly.
- Step completion reporting
- Report each completed step, such as stabilizers set or aerial stowed, so the other operator knows the current state of the apparatus.
- NFPA 1002 scope
- NFPA 1002 sets minimum job performance requirements for fire apparatus driver/operators, including those assigned to tractor-drawn aerial apparatus.
- AHJ qualification authority
- The authority having jurisdiction determines specific qualification, licensing, and recurrent training requirements for driver/operators beyond the minimums in NFPA 1002.
- Pump engagement procedure
- Set the parking brake, place the transmission in neutral or pump gear, engage the PTO per the manufacturer, then monitor discharge pressure and water supply.
- Aerial waterway pressure limit
- Know the waterway controls and pressure limits so aerial waterway or ladder pipe operations do not overload the aerial device or exceed its rated capacity.