QuestionAugust 7, 2025

For all non-water types of fire extinguishers, any moisture shall be removed before recharging. Moisture can enter the extinguisher under which of the following conditions: (Select all that apply) A. After hydrostatic test B. When re-charging is being performed C. When the valve has been removed from the cylinder D. When compressed air and a moisture trap are used for pressurizing non-water types of extinguishers

For all non-water types of fire extinguishers, any moisture shall be removed before recharging. Moisture can enter the extinguisher under which of the following conditions: (Select all that apply) A. After hydrostatic test B. When re-charging is being performed C. When the valve has been removed from the cylinder D. When compressed air and a moisture trap are used for pressurizing non-water types of extinguishers
For all non-water types of fire extinguishers, any moisture shall be removed before recharging. Moisture can enter
the extinguisher under which of the following conditions: (Select all that apply)
A. After hydrostatic test
B. When re-charging is being performed
C. When the valve has been removed from the cylinder
D. When compressed air and a moisture trap are used for pressurizing non-water types of
extinguishers

Solution
4.5(325 votes)

Answer

A, B, C Explanation 1. Identify conditions allowing moisture entry Moisture can enter after a hydrostatic test (A), during re-charging (B), and when the valve is removed (C). Compressed air with a moisture trap (D) is designed to prevent moisture entry.

Explanation

1. Identify conditions allowing moisture entry<br /> Moisture can enter after a hydrostatic test (A), during re-charging (B), and when the valve is removed (C). Compressed air with a moisture trap (D) is designed to prevent moisture entry.
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