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LY‑1062E adopts a capacitive‑hybrid humidity sensor for real‑time flue gas moisture content measurement. It integrates moisture content, flue gas velocity, dynamic pressure, static pressure, and flue gas temperature into one unit. The sampling tube, moisture module, and main unit are integrated with a single‑pipe extraction design and external data communication capability. It is fully compatible with the Lonying dust collection series, making it ideal for fixed pollution source emission monitoring.
Adopts high‑performance capacitive‑hybrid sensor to realize real‑time and stable measurement of flue gas moisture content with high accuracy and strong anti‑interference.
Sampling tube supports continuous heating with adjustable temperature, effectively preventing condensation and ensuring reliable measurement in high‑humidity flue gas.
One instrument completes moisture, temperature, flow velocity, dynamic pressure, static pressure measurement; oxygen content detection is available as optional.
Built‑in flue duct positioning function, automatically recommends measuring points quantity and distance to meet standard sampling requirements.
Equipped with USB interface for U‑disk data export; built‑in Bluetooth supports connection with portable printer for on‑site data report printing.
Built‑in lithium battery supports on‑site data display, storage and output; compact integrated structure is convenient for field mobile detection.
Fully compatible with Lonying dust sampling and flue gas monitoring series, forming a complete fixed source emission detection solution.
GB/T 11605‑2005 Method for Humidity Measurement
GB/T 16157‑1996 Determination of Particulate Matter and Sampling of Gaseous Pollutants from Stationary Pollution Source Exhaust Gas
HJ/T 48‑1999 Technical Specifications for Dust Samplers
HJ/T 397‑2007 Technical Specification for Emission Monitoring of Fixed Sources
HJ 836‑2017 Determination of Low‑concentration Particulate Matter in Exhaust Gases from Stationary Pollution Sources – Gravimetric Method
T/SSESB_1‑2020 Determination of Maturity for Exhaust Gas from Fixed Pollution Sources: Capacitance‑Resistive Method
Main Parameter | Parameter Range |
Moisture | (0～40)% |
Oxygen Content (optional) | (0～30)% |
Atmos | (50～130)kPa |
Flue Gas Dynamic Pressure | (0～2000) Pa |
Flue Gas Static Pressure | (-30～＋30) kPa |
Flue-Gas Temperature | (0–500) °C, scalable |
Flue Gas Flow Velocity | (1～45)m/s |
Heating Temperature | (50～120)℃ |
Pitot Tube Coefficient | 0.84±0.01 |
Thermal power plants, industrial boilers and kilns
Waste incineration plants, steel and metallurgical industry
Cement production, chemical engineering and processing
Fixed pollution source flue gas emission monitoring
Environmental protection bureaus, third‑party testing institutions
CEMS system verification and daily calibration
Lonying is a professional manufacturer focusing on environmental monitoring and flue gas detection equipment, with rich R&D and production experience in fixed source monitoring instruments. Our products feature stable performance, simple operation and complete standard compliance. We provide users with full‑process services including instrument training, technical support, calibration guidance and after‑sales maintenance, helping industrial users efficiently complete environmental monitoring and compliance detection
FAQs
Yes, the probe adopts full‑process heating design with adjustable temperature to avoid condensation and ensure stable measurement in high‑humidity working conditions.
Yes, it can be equipped with Bluetooth printer to realize on‑site real‑time printing of measurement data and reports.
Yes, it can synchronously measure moisture content, velocity, temperature, dynamic pressure, static pressure and other parameters; oxygen measurement is optional.
It is equipped with standard USB interface, supporting direct data export to U‑disk for subsequent sorting and analysis.
