Measurement Principle: Piezoelectric Capacitor/resistive Type
Measured Component: Ambient Pressure
Measurement Principle: NDIR Dual - Channel + MOX + Light Scattering
Measured Components: PM2.5 + CO2 + CO + P
Measurement Principle: NDIR Dual - Channel + MOX + Light Scattering
Measured Components: PM2.5 + CO2 + CO
Detection Principle: Non - Dispersive Infrared (NDIR) Detection Technology
Tested Gas: Electrolyte Vapor DMC
Data Refresh: ≤1s
Output Method: CAN2.0
Detection Principle: Thermal Conductivity Technology (TC)
Detection Type: H₂
Measurement Principle: NDIR Dual - Channel + MOX + Light Scattering
Measured Components: PM2.5 + CO₂ + H₂
Measurement Principle: LSD + TCD
Measured Components: PM + H₂
Measurement Principle: NDIR + TCD
Measured Components: CO₂ + H₂
Detection Range: 400 - 40000ppm
Operating Temperature: -40°C - 85°C
Technical Principle: Metal Oxide Semiconductor (MOX)
Detection Objects: CO, NO₂, NH₃ (optional)
Detection Range: PM2.5: 0 - 1000μg/m³
Detection Accuracy: ±15% Of The Reading Or ±15μg/m³ (-20°C - 60°C, Calibrated Against TSI8530)
Detection Principle: Non - Dispersive Infrared (NDIR) Detection Technology
Detected Gas Types: Electrolyte Vapors Such As DMC, EMC, EC
Detected Gases: PM2.5, CO₂
Technical Principle: PM2.5: Laser Scattering;CO₂: Single - Light - Source NDIR, Dual - Channel
Component Range: O₂: 0 - 25%; COe: 0 - 10000ppm
Response Time: O₂: T90 ≤ 10s; COe: T90 ≤ 20s
Supply Voltage: DC 9 - 16V
Operating Current: ≤100mA
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