Pierce Pumper Operation Manual Quiz

Never exceed 5 mph when deploying fire hoses.

Carefully pack hose in the hose bed to prevent snags and snarls.

Keep people away from hoses laid from moving vehicles; flying hoses can cause serious injury or death.

Maintain speeds below 5 mph to avoid hose jams during deployment.

Anchor hose using rope or, if unavailable, a J-pattern wrap around a hydrant and securing it with a booted foot.

Keep personnel clear of the deployment vehicle; all occupants must be seated & belted.

Charged hoses can burst unexpectedly; never straddle or stand over a charged hose.

Test packing methods under controlled conditions to determine appropriate speeds for smooth deployment.

The process of activating the water pump on a vehicle.

A transmission position that allows vehicle movement, disabling parking brake and potentially causing movement if the pump is engaged.

A transmission position that disables vehicle movement and prevents movement if the pump is engaged. This is a safe position for pump engagement.

Activating the parking brake is crucial before engaging the pump to prevent unintended movement.

Using chocks to prevent vehicle movement by blocking the wheels.

Prevent extended periods with closed discharge valves to avoid pump overheating.

Maintaining air pressure at 80 PSI or more for pumps to function correctly, preventing malfunctions.

A step-by-step guide for safely initiating the pump includes steps like shifting to neutral, using the parking brake and applying the service brake.

Procedure for filling an attack line with water from a water tank, adjusting discharge valves, and monitoring tank levels.

Sudden increases in pressure, often caused by rapid valve openings, potentially damaging hoses and causing injuries.

A pressure surge in a water system, often caused by abrupt changes in flow direction, capable of damaging the pump and components.

Pumping water from an open/draft water source, requiring careful monitoring to prevent overheating and potential hazards.

Pump malfunction due to prolonged operation with discharge valves closed, causing insufficient cooling and damage

Safety device that automatically releases pressure to prevent overheating in the pump.

Essential component for draft water supply preventing debris from damaging the pump.

Process of fine-tuning discharge valves to ensure a smooth water flow and adequate pressure at the nozzle.

Close valves to create a vacuum, allowing water to enter the pump.

Connect suction hose to pump, ensuring submersion, and avoiding obstructions.

Setting pump speed for better priming, preferred over Pressure mode for initial pump start up.

Increase engine speed to 1000 RPM, to build water pressure.

Opening the primer valve & engaging the primer motor, expelling air & water from the system to draw vacuum.

Watch the gauge to confirm water in the system and steady pressure build.

Open discharge valves slowly to start water flow to the lines.

Switch from Throttle Mode to Pressure Mode for proper pressurized operation, after successful priming.

If the transmission check light remains illuminated, schedule maintenance for the transmission.

Reduce engine speed, close valves slowly to avert water hammer, and disengage the pump.

In cold weather, drain the water pump system to prevent freezing and damage.

Open drain valves, bleed valves, pressure release valves, and nozzles to remove air and water.

Remove hoses, install caps on intake/discharge, flush the priming system, and operate the primer pump till fluid comes out if required.

Used to control engine speed; turning left increases, turning right decreases; a red button returns to idle.

Immediately decreases engine speed to idle, vital in emergencies.

Engine speed control is by foot pedal if parking brake or transmission not in neutral.

Controlled by foot pedal or hand throttle, depending on circumstances.

Base engine speed; achieved by pressing the red button on hand throttle or using emergency stop.

Close these valves to stop water flow during emergencies.

Adjusting engine speed with a toggle switch for operational control.

Monitors water pressure to regulate engine speed for precise pressure.