G1 Control Module Overview

What does the G1 control module interface with?

How is the G1 control module connected to the power module?

What type of display does the G1 control module feature?

What vital information does the G1 control module provide?

What additional component is part of the G1 control module besides the graphical display?

What happens when the PASS device detects 30 seconds of stillness?

How can the user check the battery status of the MSA G1 power supply?

What is the primary purpose of the speaker module in the G1 SCBA?

When should the battery be replaced?

How long does it take to fully charge the G1 battery?

G1 Control Module

Serves as the user interface connecting the SCBA and PASS device.
Assembles with high pressure air source and power module via a pneumatic and electronic hose assembly.
Features an analog gauge and a graphical display for critical information including estimated Time Remain.

PASS Device

Comprises three key components: Battery Module, Power Module, Control Module.
Incorporates a motion sensor to monitor user movement.
Activates pre-alarm after 20 seconds of inactivity; transitions to full alarm after 30 seconds.
Continuously monitors cylinder pressure and battery status.

G1 Speaker Module

Amplifies and clarifies speech from the face piece during operation.
Automatically deactivates when SCBA is turned off.
Can be activated or deactivated with a button that emits a beep as acknowledgment.

Battery

Utilizes a rechargeable Lithium Ion battery for power supply.
Powers all lights, communication, and control features.
Provides 6-8 hours of continuous use with all functionalities enabled.
To check battery status, press and hold one or both green buttons for 3-5 seconds.
Replace battery when power indicator shows yellow, signifying only 2 hours of usage remaining.
Takes 4-6 hours to fully charge.
Removal tool for the battery is conveniently located on the shoulder.

This quiz covers the G1 control module used in SCBA and PASS devices, focusing on its functions and components. Participants will learn about the interface, the analog gauge, and the graphical display that informs users about essential information, such as estimated time remaining in the cylinder.