Air Gas Mass Flow Meter (plus Kit) 5310-1-AC
Flowmeter +DP, 300 lpm, Air, N2, 22mm, 1/2 inISO 17025 CertifiedRange: 0 to ± 300 Std L/min
Accuracy: 2% of reading
Calibration: Air, N2*
Includes Standard Accessory KitIdeal for CPAP testing for manufacturing/production and CPAP calibration applications*Nitrogen gas is a...
CO2 Gas Mass Flow Meter (plus Kit) 5210-7
Range: 0 to ± 30 Std L/min
Accuracy: 2% of reading
Calibration: CO2
Includes Standard Accessory KitIdeal for Insufflator testingISO 17025 Accredited Version
Air / CO2 Gas Mass Flow Meter (plus Kit) 5300-3
Range: 0 to ± 300 Std L/min (for Air and N2)
Range: 0 to ± 100 Std L/min (for CO2)
Accuracy: 2% of reading
Calibration: Air, CO2, N2*
Includes Standard Accessory Kit*Nitrogen gas is a correction from the air calibrationISO 17025 Accredited Version
Oxygen Gas Mass Flow Meter (plus Kit) 5300-4
Range: 0 to ± 300 Std L/min
Accuracy: 2% of reading
Calibration: O2
Inlcudes Standard Accessory KitISO 17025 Accredited Version
Gas Mass Flow Meter (plus Kit) 5200-8
Range: 0 to ± 30 Std L/min
Accuracy: 2% of reading
Calibration: N2O only
Includes Standard Accessory Kit
Safeguarding Workers from Heat
Manufacturing must prioritize worker safety in rising temperatures through heat stress monitoring and mitigation. Advanced technology and risk management protect health and productivity amidst climate change.
How do manufacturers manage product risk using cleanroom monitoring data?
Real-time monitoring ensures compliance, aids in root cause analysis, and supports continuous improvement, enhancing overall operational efficiency and regulatory adherence.
Does Qualitative Fit Testing Answer the Important Questions?
While qualitative testing is widely used and fully compliant, it can be the cause of much uncertainty
Quantitative vs. Qualitative Fit Testing: Which is Right for You?
The potential risks and consequences of an improperly fitted respirator should be weighed against the cost and ease of the fit testing method.
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