OptimAir® 10154877 Respirator Cartridge, For Use With OptimAir® TL PAPR Respirators, P100 Filter Class, Gray

Part #MSA10154877

$2,049.24 / Package

QTY

U/M

Description

MSA 10154877 Cartridge OPTIMAIR mask-mount combo PAPR, 54/PK

The low-profile OptimAir® TL Powered Air-Purifying Respirator combines state-of-the-art design with superior "smart" features. The unit packages the motor blower, cartridges, and battery in a single hip-hugging design for lightweight comfort and fit. The low profile motor blower offers optimal airflow through a crushproof breathing tube, while the ergonomic battery pack allows for free movement within confined spaces. The unit automatically adjusts flow rates for altitude via an internal pressure sensor, while the cutting-edge design permits fast, accurate change-out of cartridges, hoods and batteries. The standard kit includes motor blower, smart charger, standard battery, hose, and decon belt.
Audible and visual alarms indicate low flow indication and low battery voltage
Available with standard and an extended life battery
Less bulk and better weight distribution improves worker efficiency

MSA 10154877 Cartridge OPTIMAIR mask-mount combo PAPR, 54/PK

The low-profile OptimAir® TL Powered Air-Purifying Respirator combines state-of-the-art design with superior "smart" features. The unit packages the motor blower, cartridges, and battery in a single hip-hugging design for lightweight comfort and fit. The low profile motor blower offers optimal airflow through a crushproof breathing tube, while the ergonomic battery pack allows for free movement within confined spaces. The unit automatically adjusts flow rates for altitude via an internal pressure sensor, while the cutting-edge design permits fast, accurate change-out of cartridges, hoods and batteries. The standard kit includes motor blower, smart charger, standard battery, hose, and decon belt.
Audible and visual alarms indicate low flow indication and low battery voltage
Available with standard and an extended life battery
Less bulk and better weight distribution improves worker efficiency