BIO-S-CAPE compressed air mask with 3 LT steel cylinder SAFETOP

BIO-S-CAPE compressed air mask with 3 LT SAFETOP steel cylinder. The BIO-S-CAPE compressed air mask, with a 3-liter SAFETOP steel cylinder, is a self-contained open-circuit respiratory equipment designed for emergency situations. This system allows for easy donning and offers optimal respiratory protection against the inhalation of toxic gases. When the transport bag is opened, the breathable air supply from the bottle is automatically activated, and the hood deploys thanks to an integrated inflatable air cushion. Additionally, it features a built-in alarm that indicates a lack of air supply, thus ensuring the user's safety in hazardous environments.

FEATURES

• Self-contained open-circuit respiratory equipment.
• Compressed air emergency breathing equipment.
• Designed to provide easy donning and optimal respiratory protection.
• The equipment is contained in a transport bag, which, when opened, automatically activates the breathable air supply from the bottle.
• Provides great protection against the risk of inhaling toxic gases.
• The hood automatically opens thanks to the integrated inflatable air cushion.
• Built-in alarm with an indicator for lack of air supply.

BENEFITS

Incorporated steel bottle (empty) of 3L.

APPLICATIONS

The BIO-S-CAPE compressed air mask with 3 LT SAFETOP steel cylinder is suitable for:

• Contaminated environments
• Fires
• Rescues
• Chemical industry
• Petrochemical
• Toxic gases
• Explosions

TECHNICAL DATA

• Materials: Hood material: Polyurethane Backpack harness material: PVC (orange)
• Operating temperature -15°C/+60°C
• STANDARDS: EN1146

NORMATIVE

- EN 1146: The EN 1146 standard establishes the requirements and testing methods for self-contained breathing apparatus that use compressed air in emergency situations. This regulation focuses on ensuring the safety and performance of these devices, specifying criteria for their design, manufacturing, and testing. Additionally, it aims to ensure that the devices are effective in protecting the user in hazardous environments, providing guidelines on aspects such as pressure resistance, comfort, and air supply effectiveness.