Helmet and airflow integration
Start with the welding helmet design, PAPR variant and airflow range needed for the operator’s working pattern.
GL-PA100 Respiratory Protection
PA100 PAPR Respirator Specification for Welding Work
The GL-PA100 combines P3 filtration, adjustable airflow and a Li-ion rechargeable battery for industrial respiratory protection. Review this rechargeable battery PAPR respirator when runtime and airflow belong in the same brief, then use the welding PAPR respirator manufacturer page to confirm helmet compatibility and documentation.
99.97%P3 filtration efficiency
180-220 L/minAdjustable flow
9.5-10HLow-flow operation
Read the numbers together
Flow rate, filter efficiency, battery capacity, runtime, noise and weight answer different procurement questions. Keep them in one specification brief, then confirm the exact document set for the destination market.
Specification First
Read the PA100 Specification Sheet
The public model information creates a useful first map for distributors and industrial PPE teams comparing respiratory protection configurations.
| Model | GL-PA100 |
|---|---|
| Filter | P3 (P R S L) |
| Filter efficiency | 0.9997 / 99.97% |
| Flow rate | 180-220 L/min |
| Battery | Li-ion rechargeable, 7.4V / 5200mAh |
| Charging cycles | >500 cycles |
| Operating time | 9.5-10H low flow; 4.5-5H high flow |
| Charge time | Approximately 4-5 hours |
| Operating condition | -0°C to +60°C |
| Noise / weight | Max. 65dB / 995g |
| Certification | EN 12941 TH2P |
Work-Area Fit
Match the System to the Work Area
The right conversation changes with the hazard mix, helmet arrangement and duration of work. Use the setting to choose which PA100 questions come first.
Particle and face coverage
Discuss dust exposure, filter replacement, face protection and how the respirator will be worn with other PPE.
Runtime and maintenance
Bring battery runtime, charging cycles, noise, cleaning and shift length into the equipment review.
Technical Confirmation
Questions to Resolve Before Order
Compatibility
Which PAPR variants and welding helmet designs will be combined with the PA100?
Documentation
Which certification and destination-market documents should accompany the quoted configuration?
Maintenance
How will P3 filter inspection, replacement and battery charging be handled across the working shift?
Customization
What drawings or specifications should be sent if the respiratory protective device needs a tailored configuration?
Product-Specific Reading
Read the Protection Story in the Right Order
These Goldland articles add context around work areas, filtration wording and supplier-page specifications. Article cards are text-only because the current product page provides one usable product image and the image rules prohibit unrelated or repeated article artwork.
Welding, Grinding and Fabrication Areas
Frame the respirator discussion around fumes, dust, airflow, face protection and task layout instead of treating one device as a universal answer.
Read the work-area articleP3 Filtration and EN 12941 TH2P
Separate filter efficiency, filter class, certification wording and destination-market documents before comparing industrial PAPR systems.
Read the filtration articleHow to Read a PA100 Supplier Page
Use airflow, battery capacity, runtime, charging, noise, weight and application notes as a first product map before formal selection.
Read the PA100 articleFrequently Asked Questions
PA100 PAPR FAQ
What filtration does the GL-PA100 use?
The GL-PA100 uses a P3 filter with a listed efficiency of 99.97%.
What airflow range is available?
The listed flow rate is 180-220 L/min.
What battery is used in the PA100?
The system uses a 7.4V / 5200mAh Li-ion rechargeable battery.
How long can the battery operate?
Operating time is listed as 9.5-10 hours at low flow and 4.5-5 hours at high flow.
Can the PA100 work with different welding helmets?
The system is designed to combine with multiple PAPR variants and various welding helmet designs.
What standard is listed for the PA100?
The listed certification is EN 12941 TH2P.
