Your Professional Volatile Organic Compounds Sensor Module Supplier
Suzhou Huiwen Nanotechnology Co., Ltd is a high-tech company specializing in the development and production of advanced smart gas sensors and providing integrated gas detection solutions. At present, Our core products focused with gas sensors, detectors and high-end analyzers. For all products, we forces on quality, and innovation.
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![MEMS VOC Gas Sensor Module Digital Signal MMD1013S]()
MEMS VOC Gas Sensor Module Digital Signal MMD1013SLow power consumption. Zero point calibration . Built-in temperature and humidity compensation.read more -
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MEMS Micro VOC Gas Sensor Module Small Size MMJ1013Long-term stability. Calibrated by factory. Low cost.read more -
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VOC Gas Sensor Four-Level Module MMD1013D4 warning levels can display results on 2 LED. High sensitivity. Good stability.read more -
![Three-in-one Air Quality Detection Module MMD1013C]()
Three-in-one Air Quality Detection Module MMD1013CUART serial port signal output, simple application. Zero point calibration, three-in-one data output. Good stability.read more
Why Choose us
ODM/OEM Services Available
We are capable of providing both Original Design Manufacturing (ODM) and Original Equipment Manufacturing (OEM) solutions to meet diverse customer requirements.
Comprehensive Product Qualifications
Our company holds a wide range of international certifications and possesses the capability to obtain additional necessary certifications to fulfill global market demands and customer-specific needs.
24/7 Online Support
We provide round-the-clock online assistance, ensuring prompt and efficient responses to inquiries and technical support requests.
Specification
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Module Model |
MMD1013S |
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Sensor Model |
SMD1013B |
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Target Gas |
Alcohol, formaldehyde, benzene and other organic volatile gases |
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Electrical Parameters |
Physical Interface |
XH2.54-4 vertical socket |
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Output Data |
I²C (5V level) or UART (5V level) |
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Input Voltage |
5.0 ±0.2VDC (no polarity protection) |
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Sensing Characteristics |
Measurement Range |
0-10.00mg/m³(resolution:0.01mg/m³) |
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Sensitivity |
0.1ppm ethanol |
Recovery Time |
≤ 120 seconds |
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60 seconds |
Response Time |
≤10 seconds |
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Preheat Time |
Temperature |
-10 - 55 ℃ |
Humidity |
≤90 % RH |
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Storage |
Temperature |
-20 - 60 ℃ |
Humidity |
≤60 % RH |
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Physical |
Weight |
Around 20 g |
Dimensions |
24×20×10.5 mm ( L×W×H ) |
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Sensitivity Attenuation |
≤1%/ year |
Life time |
≥ years |
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Environmental Monitoring: Identification of benzene sources and quantification of its concentration levels in ambient air.
Indoor Air Quality Assessment: Precise measurement of formaldehyde concentration in indoor air environments.
Industrial Safety: Detection of potential leaks or spills of tetrachloroethylene to ensure workplace safety and regulatory compliance.
Fire Detection: Early-stage identification of fire and smoke through real-time monitoring of changes in volatile organic compound (VOC) composition and concentration in ambient air.
Health Applications: Measurement of acetone levels in human breath for non-invasive monitoring and potential support in diabetes management.
The Working Principle of the Volatile Organic Compounds Sensor Module
The sensor used in the volatile organic compounds sensor module is a photoionization detector (pid) sensor. The sensor generates an electrical current proportional to the concentration of gas that comes in to contact with the sensor. The current generated differs depending on the organic compound, so the pid module is only quantitative towards the compound it is calibrated with; in most applications this is isobutylene.
The volatile organic compounds sensor module is sensitive to a wide range of vocs, including benzene and toluene, though not methane, ethane, propane, formaldehyde, or low molecular weight alcohols.
The patented volatile organic compounds sensor module design cycles between reading the sample air and reading air that has been filtered using a proprietary scrubber. This negates the effect of ambient air humidity changes, known to reduce the performance of a pid-based voc measurement. The module has a controlled flow rate. The flow rate is determined by a flow control orifice on the exhaust side of the sensor and measured at the inlet to the sensor module (expected to be approximately 60 ml min-1).
The sensor current in converted to a voltage and the voltage is measured and used to calculate the voc concentration using a proprietary algorithm approximately once per minute.
Logistics
We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.
| The time frame of an order delivery is divided into two parts: |
Processing time: 7-14 Days Shipping time: 20~30 Days |
| Shipping methods: | DDP, DAP, EXW, etc. |
| Shipping fee: | The shipping fee will be changed according to every pacel's weight. |
Certificates
FAQ
We're well-known as one of the leading volatile organic compounds sensor module manufacturers and suppliers in China. Be free to buy customized volatile organic compounds sensor module at competitive price from our factory. For quotation and free sample, contact us now.
MEMS VOC Gas Detection Module Digital Signal, VOC Sensor Module, Digital Signal Air Quality odor Monitoring Module