Dust sensor SNL_P | Better Air Quality

One of the significant factors contributing to the low performance and degradation in quality of systems is the accumulation of dust on their internal components. The dust settled on system parts acts as thermal insulation, hindering proper cooling and impairing ventilation and air circulation. In some cases, it can even lead to short circuits in electronic device boards. To mitigate efficiency reduction and system failures, it is recommended to use the SNL_P dust sensor for monitoring dust levels in offices and factories.

This sensor is designed to detect airborne particle levels. It consists of an infrared light transmitter on one side and an optical receiver on the other. When particles pass between these two components, a pulse is generated at the device’s output, with the size of the pulse depending on the particle diameter. The sensor can detect tiny floating particles in the air as small as 2.5 PM, allowing for the detection of even smaller air pollutants and providing detailed information to the user. With its high sensitivity, the SNL_P dust sensor can detect very small particles in the air, including cigarette smoke and particles larger than one micron, such as dust on electronic components, servers, and high-tech devices.

What Is Dust and Where Does It Come from?

Dust is commonly found in our surroundings and originates from various sources. The primary contributors to dust production include natural processes, human activities, and environmental factors. Natural sources of dust include soil erosion, volcanic eruptions, and the decomposition of organic materials. Human activities such as construction, industrial operations, and vehicle emissions also generate dust particles. Environmental factors like wind and air currents play a crucial role in dispersing dust over long distances. Dust particles vary in size and composition, ranging from large visible particles like dust and pollen to microscopic pollutants and allergens. Understanding the sources of dust can enhance equipment efficiency and create a healthier work environment. These particles can enter the respiratory system through the mouth and nose, leading to pulmonary and cardiovascular issues.

How Are Pollutant Particles Measured?

If you aim for a dust-free room, this sensor is suitable for you. The SNL_P dust sensor is designed to detect dust particles. An infrared emitting diode and a phototransistor are placed diagonally in this device to allow it to detect light reflected from dust in the air. This sensor is particularly effective in detecting very small particles such as cigarette smoke. It is commonly used in air conditioning systems.

Advantages of SNL_P Dust Sensor

Indoor air pollution can be as harmful as outdoor air pollution, especially in enclosed spaces such as factories, server rooms, data centers, homes, offices, and schools. Below are some of the advantages of using this sensor.

Industrial Applications: SNL_P dust sensors are utilized in various industries to monitor and control air quality. Many dust particles are generated in factories and companies. Removing dust and reducing its level is essential to safeguard the health of workers and employees and enhance the performance of devices. Dust sensors, when integrated with Sepehr’s environmental monitoring system, can initiate purification and dust removal processes if these particles exceed the user-defined threshold.

Convenient User Interface: The SNL_P dust sensor is designed with user convenience in mind, ensuring peace of mind regarding the absence of dust in work environments and homes. It features a user-friendly interface that enables easy access to the collected data and facilitates appropriate actions if necessary.

Smart Alerts and Notifications: A standout feature of this sensor is its ability to adjust sensitivity levels and send alerts through the Sepehr environmental monitoring system. Users can manage dust presence by setting sensitivity and concentration thresholds. When the dust level surpasses these thresholds, the sensor triggers an alarm, and users receive alerts via mobile notifications or email.

Durability and Resistance: The SNL_P dust sensor is crafted from high-quality materials and boasts a sturdy structure, ensuring continuous use in diverse environments. Its durable components guarantee reliable performance, making it a cost-effective and sustainable solution for monitoring air quality, work environments, and dust accumulation levels.

Dust Sensor in the Server Room

The utilization of dust sensors in server rooms is crucial for maintaining optimal conditions and ensuring the peak performance of critical IT equipment. Dust particles can accumulate on server components, obstruct airflow, and result in device overheating. This can lead to decreased performance, elevated power consumption, and the potential for hardware damage. Installing dust sensors in the server room enables continuous monitoring of airborne dust levels. By effectively managing dust levels, the SNL_P dust sensor aids in prolonging the lifespan of server equipment and enhancing performance.

Dust Sensor in Data Center

In data centers, where large amounts of sensitive and valuable data are stored and processed, maintaining optimal conditions is of paramount importance. SNL_P dust sensors play a vital role in ensuring the cleanliness of the indoor environment in data centers. Dust particles pose a significant risk to the performance of servers and other critical equipment. They can obstruct cooling systems, disrupt airflow, and cause overheating, resulting in system crashes and potential data loss. By deploying dust sensors in data centers, company managers can continuously monitor dust levels and implement preventive measures to mitigate any risks.

Technical Specifications

• Detection of suspended particles PM10
• Sampling at a rate of 1 second
• Equipped with an internal fan for accurate measurement
• Power supply: 9V-1A
• LAN port
• Ability to connect an external sensor
• Backup battery and charger if needed
• Ability to support SNMP-V3 protocol