Smoke Sensor Module with TTL, Pin/Terminal

SKU: SUCH-GAS-ZP13
$46.33
● Detect gas: Propane, smoke ● Interface: Terminal socket, Pin socket ● Output data: A signal switching output ● Output data type: TTL level
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Overview

Designed for propane and smoke detection, this high-performance smoke sensor module offers a choice of terminal/pin connectors and provides a standard TTL-level signal output, making it easy and quick to integrate into various electronic projects. The sensor module is compact and lightweight, consumes low power of ≤60mA, and is powered by 5V DC. Built-in protection resistors ensure safe operation.

Feature

Smoke sensor module feature

  • The smoke sensor module utilizes advanced chip-type thick-film semiconductor gas sensors.
  • The smoke sensor is highly sensitive to smoke, propane, and other gases.
  • The module has undergone aging, commissioning, calibration, and other adjustments to ensure excellent consistency and high sensitivity.
  • The smoke sensor module is widely suitable for home and industrial smoke alarms, as well as portable smoke detection devices.

Dimension (unit: mm)

Smoke sensor module dimension

Application Diagram

Smoke sensor module application diagram

Precautions

  • Avoid contact of the smoke sensor module with organic solvents (including silicone and other adhesives), paints, chemicals, oils, and high-concentration gases.
  • The sensor module should not be subjected to excessive impact or vibration.
  • The module must be preheated for at least 5 minutes before initial power-up.
  • Do not use this module in systems involving personal safety.
  • Do not install the module in environments with strong airflow.
  • Do not expose the gas module to high-concentration organic gases for extended periods.
  • Strictly follow the specified power supply voltage when supplying power to the module. Voltages exceeding 5.5V can cause irreversible damage to the module.

Pin Definition

Smoke sensor module pin definition

Name Function
GND Input power negative terminal
5V Input power positive terminal
A Output signal A (high level generates an alarm signal, low level does not generate an alarm signal)
B Signal B (factory reserved)
Specs
Detection Gas Propane, smoke
Physical Interface XH2.54-4P terminal socket
Output Data A signal switching output
Working Voltage 5.0±0.2V DC (no voltage reverse protection)
Output Data Type TTL level (built-in 2002 protection resistor)
Working Current ≤60mA
Preheating Time ≤3 minutes
Response Time ≤20s
Recovery Time ≤60s
Working Temperature 0°C~50°C
Working Humidity ≤95%RH
Storage Temperature 0°C~ 60°C
Storage Humidity ≤60%RH
Sensitivity Attenuation ≤1%/year
Service Life ≥5 years
Dimension 24*20*15mm
Weight ≤20g
Application
Smoke gas sensor of home smoke alarm

Home Smoke Alarms

Smoke gas sensor of industry smoke alarm

Industrial Smoke Alarms

Smoke gas sensor of protable smoke detector

Portable Smoke Detectors

FAQ

Smoke and gas modules primarily use semiconductor or electrochemical sensing principles, detecting changes in the concentration of combustible gases or smoke particles in the air and outputting an electrical signal. When the concentration of smoke or harmful gases in the air increases, the sensitive material on the sensor surface changes resistance. The module converts this change into a voltage or digital signal for output, which is used for alarms or control mechanisms.

Smoke gas sensor modules are widely used in home fire alarms, factory safety monitoring systems, warehouse fire warning systems, and fire protection systems for school dormitories and office buildings. They can quickly detect and signal the early stages of a fire or a combustible gas leak, assisting the system in taking emergency measures to prevent the incident from escalating and improving overall environmental safety and reliability.

To ensure the long-term and stable operation of a smoke sensor module, the sensor surface should be cleaned regularly to prevent clogging with dust or oil. The module should also be protected from prolonged exposure to high humidity or corrosive gases. The sensor module should be powered by the manufacturer's recommended voltage to avoid current overload. The typical module lifespan is 3 to 5 years, and proper maintenance can significantly extend its service life.

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