News
Industry News In modern domestic life, winter heating in northern regions, the use of bathroom water heaters, and gas combustion in enclosed kitchens all harbor the latent threat of carbon monoxide (CO)—the "colorless, odorless killer." To provide reliable life-saving alerts to households everywhere, Tensensor's TX320-E16B electrochemical carbon monoxide module. With its industrial-grade detection sensitivity and user-centric intelligent design, it is rapidly becoming the premier choice for the core component of home safety detectors.

TX320-E16B Electrochemical Carbon Monoxide Module
Technical Core: The "Dimensionality Reduction" Advantage of Electrochemical Principles
Compared to traditional semiconductor detection technologies, the electrochemical sensing principle employed by TX320-E16B demonstrates significant professional advantages within the consumer sector:
Exceptional Selectivity and Anti-Interference Capabilities: The module can precisely target carbon monoxide molecules while effectively filtering out common interfering gases found in the air—such as alcohol vapors and smoke. This fundamentally eliminates "false alarm" scenarios—akin to the "Boy Who Cried Wolf" fable—that might otherwise be triggered by kitchen cooking activities or cleaning sprays.
High Precision and Real-Time Responsiveness: The module boasts a resolution of up to 1 ppm and a response time (T90) of less than 30 seconds. This means it can acutely detect and issue a warning signal at the very onset of rising environmental CO levels—before they reach concentrations harmful to human health.
Built-in Temperature Compensation: To counteract temperature fluctuations caused by seasonal changes, the module features an integrated high-precision temperature sensor. Through internal algorithmic corrections, it ensures that measurement accuracy remains consistently stable—whether operating in a frigid northern home with central heating or a humid southern bathroom environment.
Design Highlights: Tailored for the "Home Environment"
The development of the TX320-E16B was meticulously engineered to facilitate the ease and efficiency of integrating the module into complete home alarm systems:
Versatile Output Interfaces: It simultaneously supports both UART digital serial and PWM (Pulse Width Modulation) outputs. Additionally, it features a dedicated output pin for a customizable alarm threshold (defaulting to a high-level signal trigger at 150 ppm), enabling direct interfacing with external buzzers or control boards.
Compact and Miniaturized: The module's compact, miniaturized design significantly shortens the product development cycle for manufacturers. Its low-power characteristics (operating on a 5V DC supply) make it perfectly suited for long-standby applications powered by batteries.
Rapid Warm-up: The device enters a stable monitoring state just 30 seconds after powering on, ensuring that safety protection remains "always online" and uninterrupted.
Advanced Application Scenarios for the Home
1. Smart Wall-Mounted Alarms
By utilizing the TX320-E16B as the core sensing unit, manufacturers can develop ultra-slim, aesthetically pleasing wall-mounted alarm devices. These units can be installed on the ceilings of bedrooms, living rooms, or boiler rooms; data is transmitted via a serial port to a smart home gateway, enabling remote alarm notifications to be pushed directly to a user's mobile app.
2. Integrated Kitchen and Bathroom Safety Systems
The module can be embedded directly into gas water heaters or smart range hoods. Should the module detect indoor carbon monoxide levels exceeding safe limits, it immediately triggers a control signal to automatically shut off the gas valve and activate a high-power exhaust fan, thereby neutralizing the hazard before it poses a threat.
TX320-E16B Carbon Monoxide Detection Module represents more than just a sophisticated technical solution; it embodies a profound commitment to home safety. By bringing proven industrial-grade electrochemical sensing technology to every household, Tensensor is empowering its partners to create safer, smarter living environments.
Email: [email protected]
WhatsApp: +86 18335818384