Uudet edistykselliset kaasu-anturit esittelyssä Figarolta
– TGS 5141 ja CDM7160
Figaro Engineering jatkaa uusien kaasu-sensori tuotteiden kehitystä ja markkinoille tuomista. Figaron käyttövarmoja, luotettavia ja turvallisia sensoreita on valmistettu jo yli 20 vuoden ajan. Uusilla teknisillä innovaatioilla Figaro tarjoaa sensoreita, jotka vastaavat entistä paremmin asiakkaiden uusiin mittaustarpeisiin, ja lisäävät käytettävyyttä ja turvallisuutta. Figaro tarjoaa sensorit ja sensorimoduulit useille eri kaasuille, kerro mitä haluat mitata, niin ehdotamme sinulle sensoria.
Over its long history, Figaro Engineering has continually expanded its development and production activities in the specialized field of gas sensors. Some of its product lines have a 20+ year track record of dependability, durability and safety.
To ensure that it remains ahead of the needs of its customer and of society in general, Figaro will continue its technical innovation by expanding the functionality and productivity of its product lines in-order to enhance convenience and safety.
TGS 5141 Ultra compact Carbon Monoxide (CO) sensor
Application
- Residental CO detector
- Home air quality monitor
- Fire detection
Target gases
- Carbon monoxide
Features
- Compact
- High repeatability and selectivity data bar code
- Long life
- UL recognized component
- Meets UL2034, EN50291 and EN54-31 requirements
CDM7160 – Infra-Red (NDIR), CO2, UART and I2C sensor
The CDM7160 CO2 module uses a compact NDIR CO2 sensor, featuring excellent performance characteristics, including high accuracy and low power consumption. Stable long-term operation and output are achieved by dual IR detectors and Figaro’s proprietary signal processing technology.
Every module is individually calibrated and is provided with both a UART and I2C digital interface.
The CDM7160 module is designed for simple integration into a user’s products. It can be used in a wide range of applications such as ventilation controls for the improvement of energy savings and to assure a good indoor climate.