HCHO-1 SS Micro TX Transmitter 0-1ppm
Product Code: 2112B012760Quick Overview
HCHO-1 SS Micro TX Formaldehyde Transmitter Module
Range: 0-1ppm. Formaldehyde advanced solid state micro sensor technology precalibrated in integrated transmitter with UART digital output.Add to enquiry
Details
HCHO-1 SS Micro TX Formaldehyde Transmitter Module
HCHO advanced solid state micro sensor technology precalibrated in integrated transmitter with UART digital output.
Range: 0-1000ppb HCHO
Measures Formaldehyde
Resolution: 1ppb. Lowest Detection Limit (LDL): 10ppb
Power supply: 3.3 – 5.5Vdc
Part no: 2112B012760
The HCHO SS Micro TX Formaldehyde module offers high-precision technology in both sensor and circuitry. The integrated sensor uses the world’s smallest solid polymer sensor. It can replace our nose to ‘sniff out’ gas concentration and provides accurate gas detection.
The module uses UART digital output, enabling ease of use and eliminating the need for customers to understand detailed technical information or calibration.
Applications for the Micro TX module:
☞ Indoor household Sulphur Dioxide pollution monitoring
☞ Household and commercial fresh air online purification system
☞ Fan and purifier
☞ Air quality pollution monitoring in commercial places (offices, shopping malls, airports, train stations, gyms, hotels)
☞ Indoor temperature and humidity monitor
☞ Car air purifier
☞ Air monitoring in public transportation space
☞ HVAC system
☞ Smart wearable devices (watches, masks, mobile phones)
☞ Health exercise equipment
Features of the Micro TX module:
☞ High accuracy and long life
☞ Fast response speed, fast return to zero, plug and play
☞ Good anti-toxicity
☞ Easy to use, UART digital signal output
☞ Durable and reliable
☞ Excellent accuracy, repeatability, linearity and consistency
☞ Zero drift
☞ Strong anti-electromagnetic interference ability
☞ With fixed mounting holes for easy installation
☞ Sleep design for low power IOT applications
☞ Independent temperature and humidity digital sensor output
☞ RoHS environmental design