Name three key checks you should perform before starting a pump test.

Name three key checks you should perform before starting a pump test.

• A. Check engine oil and coolant levels; verify gauges and throttle; inspect hoses, fittings, and priming equipment for leaks or damage.
• B. Check fuel type, vehicle color, and radio frequency.
• C. Set the ladder to ladder rung 3 and check the anchor.
• D. Review the incident action plan and assign tasks.

Answer: (A)

Before starting a pump test, the most important checks focus on the engine's readiness and the pump's ability to operate safely and accurately. Checking engine oil and coolant levels ensures the engine has proper lubrication and cooling, reducing the risk of overheating or damage during testing. Verifying gauges and throttle ensures you can read pressure and RPM correctly and that the throttle is set to the desired speed for the test, preventing over- or under-speed during operation. Inspecting hoses, fittings, and priming equipment for leaks or damage protects against air leaks, fluid leaks, or hose failures that could compromise priming, cause unsafe spray, or lead to equipment injury. Together, these checks help ensure the pump starts reliably, runs predictably, and remains safe during the test. The other options do not address pump readiness or safety directly—they involve unrelated vehicle attributes, equipment positioning, or incident management tasks.

Before starting a pump test, the most important checks focus on the engine's readiness and the pump's ability to operate safely and accurately. Checking engine oil and coolant levels ensures the engine has proper lubrication and cooling, reducing the risk of overheating or damage during testing. Verifying gauges and throttle ensures you can read pressure and RPM correctly and that the throttle is set to the desired speed for the test, preventing over- or under-speed during operation. Inspecting hoses, fittings, and priming equipment for leaks or damage protects against air leaks, fluid leaks, or hose failures that could compromise priming, cause unsafe spray, or lead to equipment injury. Together, these checks help ensure the pump starts reliably, runs predictably, and remains safe during the test. The other options do not address pump readiness or safety directly—they involve unrelated vehicle attributes, equipment positioning, or incident management tasks.