Parweld Powered Air Purifying Respirator, PAPR
The versatile respirator is designed for use in particulate environments, offering a user-friendly experience and comfort. It features a multi-adjustable headband that ensures a secure fit, while a lightweight blower unit rests comfortably on the back, enhanced by shoulder straps that minimise strain. The contoured outer surface reduces the risk of snagging, and the lithium battery packs provide extended life. Equipped with a P3 particulate main filter, a carbon odour pre-filter, and a stainless steel spark trap, this respirator ensures efficient filtration. Its intuitive one-button control system, alongside triple alarms for low battery, airflow, and filter blockage, maintains optimal airflow and user safety throughout use.
Features and Benefits
Multi-adjustable headband guarantees a secure and comfortable fit, helping to distribute weight evenly
Compact blower unit sits lightly on the back, supported by additional shoulder straps to lessen leverage-related discomfort
Designed with a smooth outer surface to reduce the likelihood of snagging on other materials
Lightweight lithium batteries ensure long operational periods without increasing the overall weight
Fitted with essential filters including a P3 main filter, a carbon pre-filter for odours, and a stainless steel spark trap to enhance filtration
One-button control simplifies operation and includes three types of alerts to warn users about low battery, airflow restrictions, or filter issues
Advanced electronic control keeps airflow steady, adjusting for any filter blockages or battery depletion
Standards
EN12941:1998/A1:2003/A2:2008 TH3 P R SL
Notes
Includes a Li-ion 14.8V rechargeable battery
Charging time: 2.5hrs approx.
Dimensions: 224mm x 190mm x 70mm (maximum)
Features external shade control
Features grind mode
Brushless motor
Noise: 60dB(A) (Maximum)
Run time: 11hrs at 170nl/min
Shade: 5-13
Viewing size: 101mm x 94mm
Total weight: 530g
The filters lifetime is dependent upon the working environment
The unit is not suitable for operation in areas where the oxygen supply is depleted or there may be a risk of toxic gas build-up
