Taiwan EYC Multifunctional PM2.5 Indoor Air Quality Monitor - TGP03

Taiwan EYC Multifunctional PM2.5 Indoor Air Quality MonitorTGP03 Description:

EYC TGP03 can simultaneously monitor PM2.5, carbon dioxide, temperature and humidity data in indoor air quality. It uses imported high-stability, fast-response sensing elements with condensation environment chip protection. Simple appearance, easy installation, dual-row scrolling LCD display for real-time on-site data monitoring, and can be used with RS-485 and EYC programmable software to record and analyze monitoring data.

Taiwan EYC Multifunctional PM2.5 Indoor Air Quality MonitorTGP03 Features:

Simultaneously and continuously detects fine particulate matter PM2.5, carbon dioxide CO2, temperature and humidity

LCD on-site display function, fast response

Uses imported PM2.5 infrared LED, (CO2) NDIR non-dispersive infrared, (temperature and humidity) MEMS semiconductor chip sensing elements

With condensation environment chip protection, good long-term stability

Modbus RS485 output, remote monitoring of on-site data

Simple appearance, rear wiring design, wall-mounted easy installation

Free programmable software, via RS485 output, remote monitoring and recording of on-site detection data

Taiwan EYC Multifunctional PM2.5 Indoor Air Quality MonitorTGP03 Applications:

Widely used in indoor air quality monitoring

Commercial smart office buildings and residential indoor air quality monitoring

For example HVAC/air conditioning systems/libraries/green industries/supermarkets and department stores/data monitoring rooms/storage rooms/indoor ventilation regulation and

Air conditioning system monitoring and other indoor public places

Taiwan EYC Multifunctional PM2.5 Indoor Air Quality Monitor TGP03 Parameters:

Display Function
Display Type	Dual-row scrolling display
Output Signal	RS485
Measurement Medium	Air
Product Installation Method	Indoor wall-mounted installation
Protection Rating	IP20
Response Time
Temperature and Humidity	Approximately 3 seconds
Carbon Dioxide	Approximately 6 seconds
Fine Particulate Matter PM2.5	Approximately 20 seconds