Emergency Rescue Firefighting SCBA

The Emergency Rescue Firefighting SCBA is specifically designed as a firefighting SCBA, ensuring optimal performance in emergency situations.

The SCBA offers multiple cylinder volume options including 6.8L, 9L, and 12L to accommodate different needs during operations.

The cylinder working pressure of the Emergency Rescue Firefighting SCBA is 30 Mpa.

The cylinder is made from durable carbon fiber, which contributes to its lightweight and efficient design.

The Emergency Rescue Firefighting SCBA provides a use time of approximately 45 to 60 minutes, depending on breathing rate and conditions.

The mask used in the Emergency Rescue Firefighting SCBA is CE certified under EN136, ensuring compliance with safety standards.

The inhalation resistance is ≤500 Pa and the exhalation resistance is ≤1000 Pa, allowing for easier breathing during use.

Yes, the Emergency Rescue Firefighting SCBA is equipped with a built-in alarm that activates at an alarm pressure of 55±5 bar to warn users of low pressure.

This SCBA is suitable for various applications including firefighting operations, mining safety procedures, chemical spill responses, petroleum industry emergencies, and rescue missions in hazardous environments.

Yes, the Emergency Rescue Firefighting SCBA is designed to be lightweight, making it easier for firefighters and rescue workers to carry during operations.

Absolutely! You can select from the available cylinder sizes (6.8L, 9L, 12L) based on the specific requirements of your mission.

Regularly inspect the SCBA for any damage, ensure cylinders are properly filled, and follow the manufacturer's maintenance guidelines for optimal performance.

Yes, proper training is essential for using any SCBA safely and effectively. It is recommended that users undergo training prior to use.

Yes, the Emergency Rescue Firefighting SCBA is suitable for use in chemical spill responses and other hazardous environments where breathable air is compromised.

If the alarm activates, it indicates low pressure in the cylinder. You should exit the hazardous environment immediately and switch to a backup air supply if available.