45 Liter Per Minute Respirator Blower & 90 Liter Per Minute Respirator Blower
The Onyx-45 Blower
Impertech's advanced and enhanced CBRN respirator blower is designed for evacuation teams and other personnel engaged in strenuous activity in dangerous environments.
The blower creates overpressure within the interior of the mask, to prevent the entry of chemical and biological contaminants.
The blower supplies approximately 90 liters of air per minute, via two personal filters. It is powered by 5.8V lithium batteries, giving at least 15 hours of continual operation, or 8 AA batteries for 9 hours.
Made from polycarbonate, the blower is fitted with loops for suspension from a belt or a back harness, providing maximum convenience under field conditions.
The ONYX-45 blower incorporates a versatile air-flow system that integrates with all protective respirators.
The blower transforms all NBC masks into overpressure masks.
The purpose of the blower is to create overpressure within the interior of the mask, in order to prevent the entry of chemical and biological contaminants.
The blower makes it easy to breathe and enhances the comfort of using a standard rubber mask.
The blower supplies approximately 45 liters of air per minute and is powered by four lithium batteries.
The blower is equipped with a monitor lamp, so that users can verify its proper operation at all times.
The Onyx - 90 advanced and enhanced respirator blower is designed for evacuation teams and other personnel engaged in strenuous activity in dangerous environments.
The Onyx - 90 blower creates overpressure within the interior of the mask, to prevent the entry of chemical and biological contaminants.
The Onyx - 90 blower supplies approximately 90 liters of air per minute, via two personal filters. It is powered by 5.8V lithium batteries, giving at least 15 hours of continual operation, or 8 AA batteries for 9 hours.
The Onyx - 90 is made from polycarbonate, the blower is fitted with loops for suspension from a belt or a back harness, providing maximum convenience under field conditions.
