ZH07 ZH06 ZH06-I/II/III/VI PM2.5 Laser Dust Gas Sensor Module High Precision Air Quality Detection Serial Port PWM GP2Y1014AUVF

ZH07 ZH06 ZH06-I/II/III/VI PM2.5 Laser Dust Gas Sensor Module High Precision Air Quality Detection Serial Port PWM GP2Y1014AUVF

$47.70

$47.70 $0.00

Color ZH06 III ZH06 IV ZH07 GP2Y1014AUVF ZH06 I ZH06 II

Model NumberPM2.5 Sensor

Description

SPECIFICATIONS

Brand Name: EC Buying

GP2Y1014AUVF PM2.5 sensor module: Dust/dust/air quality detection sensor module

High-concerned chemical: none

Material: Mixture

Origin: Mainland China

Output: Digital Sensor

Smart Electronics Experiment: Switch And Sensor For Arduino STM32

Theory: Optical Sensor

Type: Optical-Electronics Sensor

Use: Gas Sensor

ZH06-I/II/III/VI: ZH07 ZH06

is_customized: Yes

winsen: Can detect large particles Laser dust sensor module

Product description:

ZH07 is a general-purpose, miniaturized laser dust sensor

The module uses the principle of Mie scattering to

Detection of dust particles. Tested by professional algorithms and calibration

Process treatment, the sensor has good consistency and stability.

The sensor has both serial output and PWM output capabilities, which is convenient

Use, small size, easy to integrate application.

Features:

Good consistency

Real-time response

Accurate data

Low power consumption

Minimum resolution particle diameter 0.3 μm

Application:

air purifier,

Fresh air system,

Portable instrument,

Air quality monitor,

air conditioning,

Supporting consumer electronics and other equipment.

Parameter:

Detection particle size range: 0.3-10μm

Effective range: 0-1000μg/m⊃3;

Detection interval: 1s

PM2.5 detection accuracy: 0-100 μg/m⊃3;: ±15μg/m⊃3;; 101-1000 μg/m⊃3;: ±15% reading (test conditions: 25±2℃, 50±10%RH, TSI8530, cigarette, GBT18801- 2015)

Power-on stabilization time: 30s

Output data: UART_TTL output (3.3V level, default)

PWM output (3.3V level, default)

Working voltage: 4.8V～5.5V(DC)

Working current: <120mA

Current in power saving mode: <20mA

Response time: T90＜30s

Working humidity: 0～80%RH (no condensation)

Working temperature: －10～60℃

Storage temperature: －30～70℃

Product description:

The ZH06 is a versatile, compact laser dust sensor module. Using the principle of Mie scattering, it is possible to detect dust particles present in the air, and to achieve good consistency and stability through professional algorithms and calibration detection processes. The sensor has the serial output and PWM output simultaneous output capability, which is convenient to use. Small size for easy integration.

Sensor characteristics:

1. Consistent

2. Real-time response

3. Accurate data

4. Low power consumption

5. Minimum resolution particle diameter 0.3 μm

Product parameters:

Detection particle size range: 0.3-10μm

Effective range: 0-1000μg/m3

Detection interval: 1s

PM2.5 detection accuracy: 0-100 μg/m3: ±15 μg/m3;

101-1000 μg/m3: ±15% reading (test conditions: 25±2°C, 50±10% RH, TSI8530, cigarette, GBT18801-2015)

Power-on stabilization time: 30s

Output data: UART_TTL output (3.3V level, default) PWM output (3.3V level, default)

Working voltage: 4.9V ~ 5.5V (DC)

Working current : <120mA

Sleep current: <20mA

Response time: T90<45s

Working humidity: 0～80%RH (no condensation)

Working temperature: -10～60°C

Storage temperature: -30 ~ 70 ° C

MTTF: continuous uninterrupted > 10000 h

Application:

1. Air purifier,

2. Fresh air system,

3. Portable instruments,

4. Air quality supervision,

5. Measuring equipment, air conditioning, smart home equipment and other places.

ZH06-I

Terminal description: 1.25T-8P connector, pin pitch 1.25mm, pin count: 8

Installation method:

The dust collection hole is the air inlet of the sensor, and needs to be in good contact with the outside air; the fan installation position is the air outlet of the sensor. When the sensor is installed, avoid strong airflow around the sensor; if it is unavoidable, try to keep the direction of the external airflow perpendicular to the direction of the airflow inside the sensor.

When designing the detection cavity of the whole machine, the effective area of the sampling port of the sensor should be fully considered to ensure the smoothness of the sampling gas path as much as possible. Small sampling area and excessive air resistance will seriously affect the accuracy of sensor data.