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Temtop

Temtop C1+ CO2 Monitor, Indoor Air Quality Monitor with BLE App | Portable CO2 Meter, CO2 Temperature Humidity Detector, Real-Time Data Sync for Home, Office, School, Baby Room

Temtop C1+ CO2 Monitor, Indoor Air Quality Monitor with BLE App | Portable CO2 Meter, CO2 Temperature Humidity Detector, Real-Time Data Sync for Home, Office, School, Baby Room

Regular price $64.48 USD
Regular price Sale price $64.48 USD
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About This

  • Indoor CO2 MonitorTemtop CO2 monitor with a high-precision Sensirion CO2 sensor, measures CO2 levels, temperature, and humidity in real-time.
  • Large and Clear DisplayEquipped with a 3.3-inch large LCD screen, it can simultaneously display the test results of multiple parameters clearly, allowing users to grasp the indoor environmental conditions at a glance.
  • Long-lasting Battery LifeWith energy-saving algorithms and an 800mA large-capacity lithium battery, the C1+ can achieve a battery life of up to 70 days in ECO mode, reducing the hassle of frequent charging or battery replacement, and being more environmentally friendly.
  • Multiple Alert MethodsThe color coding, prominent CO2 number on the display, and optional buzzer of this air quality meter alert you when the CO2 concentration becomes too high.
  • Easy to useBasic key functions, BLE networking, easy to use, support for product OTA updates to ensure that the technology is continuously updated.

Overview

  • Brand : Temtop
  • Style : Modern
  • Power Source : Battery Powered
  • Color : black
  • Alarm : Audible / Visual
  • Upper Temperature Rating : 140 °F
  • Sensor Type : Photoelectric
  • Material : Metal, Plastic
  • Professional sensors make professional air quality detectors.
  • Temtop has more than 10 years of experience in developing particulate matter sensors,
  • only to create more professional air quality monitor, to visualize the air quality around you.
  • Temtop has over one million users worldwide and has been a reliable choice for many organizations, including the University of Washington, the University of Chicago, and U.S. government agencies
  • Typically, human respiration is the primary contributor to rising CO2 levels indoors. Elevated CO2 concentrations often signal inadequate ventilation, potentially resulting in a buildup of pollutants like VOCs and heightened risks of airborne virus transmission.
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