Qonda System partners with top companies to provide comprehensive, turnkey IoT solutions using affordable wired and wireless sensors, catering to a wide range of industries and applications, from small businesses to large corporations.
We’ll find the best type of wired and wireless IoT sensors and networks (WiFi, Sigfox, LoRa, Modbus, BACnet, etc.,) to fit your needs and requirements. Our team will assist in constructing your IoT platform, complete with monitoring and analytical tools to track your operational KPIs.
The growing implementation of industrial 4.0 to maintain competitiveness and sustainability has driven the widespread use of IoT sensors to gather data for improved understanding and control. Automated data collection via sensors is necessary to achieve goals such as increased energy efficiency in factories, optimized utilization of human resources for cleaning or enhanced control of agricultural environments. Qonda System offers a comprehensive range of commercial and industrial sensors, thoroughly sourced, tested, and equipped to meet virtually any requirement.
Our current sensor partners include Netvox, Monnit, Contec, Milesights, Oizom, Senso8, SensGuard, Aranet, Innokez, and many more.
A partial list of sensors include:
- Temperature sensors
- Humidity sensors
- Barometric sensors
- Motion sensors
- Different types of gas sensors (CO, CO2, O2, SO2, NO2, No,H2S,TVOC, HCHO, O3, ammonia,
- Dust sensors (PM100)
- Particle sensors (PM1, PM5, PM5, PM10)
- Light sensors (ambient light, UV radiation, growth light)
- Odour sensors
- Air quality sensors
- Air flow sensors
- Differential air pressure sensors
- Noise sensors
- Current sensors (single and three-phase)
- Water leak sensors (contact, water rope)
- Temperature logger
- Thermocouple sensors
- Water flow sensors (ultrasonic, pulse)
- Gas flow sensors
- Contact sensors
- Voltage sensors
- Resistance sensors
- Tilt sensors
- Impact sensors
- Bin sensors
- Seat sensors
- Occupancy sensors
- Toilet paper sensors
- Soap sensors
- Pressure sensors
- Liquid level sensors
- Vibration sensors
- Accelerometer sensors
- Seat sensors
- Flex sensors
- Compass direction sensors
- Ultra-sonic sensors
- Soil moisture sensors
- Water quality sensors (DO, pH, salinity, hardness, NH3, NO3-,turbidity,)
- Vehicle detect sensors
- Pulse counters
- Weather station
- Analog meter interface
- PLC controller interface
- Energy meters interface
10 Main Purposes of IoT Sensors and Their Functions
IoT sensors serve as a crucial link connecting the digital and physical realms by facilitating the acquisition of data from the physical environment. These sensors possess the capability to detect and measure a wide range of parameters, including temperature, humidity, motion, light, gas levels, and more. The data collected by these IoT sensors is subsequently transmitted to a network or cloud-based platform, where it undergoes additional processing, analysis, and can prompt appropriate actions. To enhance the implementation of IoT technology, many of these sensors have been designed to operate wirelessly, relying on batteries, solar panels, or energy harvesters for autonomous functionality.
The 10 main purposes of IoT sensors include:
- Data collection: IoT sensors gather real-time data from the physical environment, including environmental conditions, energy usage, and human activities.
- Monitoring and control: IoT sensors enable remote monitoring and control of systems and processes, leading to proactive maintenance and efficient resource management.
- Automation: IoT sensors play a vital role in automating and optimizing smart systems by detecting environmental changes and triggering automated actions.
- Decision-making: IoT sensors provide valuable data for data-driven decision-making, allowing organizations to optimize operations and improve efficiency.
- Predictive maintenance: By monitoring equipment and infrastructure, IoT sensors enable predictive maintenance, reducing downtime and lowering maintenance costs.
- Safety and security: IoT sensors enhance safety and security by detecting potential hazards or breaches and alerting appropriate authorities.
- Environmental monitoring: IoT sensors assist in monitoring and managing environmental conditions such as air quality, water quality, and noise levels.
- Optimization and efficiency: IoT sensors aid in optimizing processes and resource utilization by providing real-time data, helping identify inefficiencies and improve overall efficiency.
- Enhanced user experiences: IoT sensors enable personalized services, automation, and convenience, enhancing user experiences based on individual preferences and context.
- Data-driven insights: IoT sensors generate a wealth of data that can be analyzed for trend analysis, forecasting, and making informed decisions.
The Purpose and Function of IoT Sensors
IoT sensors have specific purposes and functions, serving various industries and applications. Here is a list of IoT sensors and their main roles:
1. Temperature & humidity sensors: Used in environment monitoring, HVAC systems, weather monitoring, and industrial processes to measure and monitor temperature and humidity levels.
Temperature monitoring with sensors enables precise control of ambient temperatures, ensuring optimal conditions for sensitive equipment, storage facilities, and industrial processes. It helps detect temperature fluctuations that could lead to equipment failure, product degradation, or compromised safety.
Humidity monitoring with sensors allows for the measurement of moisture levels in the air. This information is vital in environments where humidity control is crucial, such as laboratories, cleanrooms, museums, and manufacturing facilities. Maintaining proper humidity levels helps prevent mold growth, equipment corrosion, material warping, and discomfort for occupants.
2. Energy sensors: Energy monitoring serves the crucial purpose of tracking and analyzing energy consumption to optimize energy usage and enhance efficiency. By monitoring energy consumption patterns, businesses and individuals gain valuable insights to identify areas of waste or inefficiency and implement strategies for reducing energy costs and environmental impact. Sensors collect data and facilitate the analysis of energy usage trends, peak demand periods, and the discovery of energy-saving opportunities. Effective energy monitoring is essential for achieving sustainability goals, cost savings, and informed decision-making.
3. Air quality sensors (PM1, PM2.5, PM5, CO2, TVOC, Ammonia, and more.): Air quality IoT sensors play a vital role in monitoring and assessing air quality across various environments. These advanced IoT sensors accurately detect and measure temperature, humidity, gases, and particulate matter, offering valuable insights into air composition and potential pollutants. By leveraging air quality IoT sensors, businesses, organizations, and individuals can make well-informed decisions, take proactive actions, and foster healthier and safer environments.
4. Motion sensors: Motion sensors are widely utilized in security systems and preventive maintenance applications. In security, these sensors play a critical role in detecting unauthorized movement, activating alarms to prevent break-ins, and bolstering overall safety measures. In preventive maintenance, motion sensor monitoring equipment for abnormal motion or vibration facilitates proactive maintenance to mitigate unexpected failures and help to optimize operational efficiency.
5. Gas sensors (CO, CO2, O2, SO2, NO2, NO, H2S and more): These IoT gas sensors are essential IoT devices that significantly contribute to monitoring air quality, ensuring safety, and preventing potential hazards related to gas leaks and harmful gas concentrations. These IoT gas sensors play a critical role in accurately measuring gas concentrations such as CO, CO2, O2, SO2, NO2, and H2S. With their precise measurements, IoT gas sensors enable timely detection of gas leaks, facilitate environmental monitoring, and ensure compliance with regulatory standards.
6. Dust sensors (PM100): Used in environmental monitoring, indoor air quality assessment, and industrial hygiene to measure airborne particle concentration. They play a vital role in assessing pollution levels and ensuring a healthy environment. Dust sensors find applications in environmental monitoring, indoor air quality assessment, and industrial hygiene. By accurately detecting and measuring particle concentrations, these sensors enable proactive measures to mitigate health risks and implement effective pollution control strategies.
7. Odour sensors: Odour sensors serve a crucial purpose in detecting and measuring specific odours or volatile organic compounds (VOCs) in industries, waste management, and indoor air quality monitoring. By accurately detecting odours, odours sensors enable effective odour control, and environmental monitoring, and ensure compliance with health and safety regulations.
8. Water detects sensors: Water leak or water detect IoT sensors are extensively used in water leak and sewer blockage detection systems to identify and mitigate potential issues. These sensors enable real-time monitoring and early detection of leaks or blockages, allowing for prompt action and minimizing damage. By deploying IoT sensors in water and sewer systems, businesses and individuals can enhance water management, prevent property damage, and ensure efficient operations.
9. Air flow and differential air pressure sensor: Air flow and differential air pressure IoT sensors are crucial for the precise measurement and management of air flow rates and pressure differences across a wide range of applications. These sensors are extensively employed in HVAC systems, cleanrooms, ventilation control, and industrial processes. By providing accurate measurements of air flow and pressure differentials, IoT sensors enable effective airflow management, improved energy efficiency, and compliance with ventilation standards.
10. Agriculture and aquaculture sensors: Agriculture and aquaculture sensors are essential for optimizing farming practices and maximizing yields. These sensors enable precise monitoring and control of various parameters, empowering farmers and aquaculturists to make informed decisions and improve resource management.
Agriculture sensors are available in different types, including soil moisture sensors, weather sensors, nutrient sensors, and pH sensors. Soil moisture sensors help determine the moisture content in the soil, enabling precise irrigation scheduling and preventing over or under-watering. Weather sensors provide real-time weather data, allowing farmers to adjust farming practices based on temperature, humidity, and rainfall patterns. Nutrient sensors measure nutrient levels in the soil, aiding in optimal fertilization practices. pH sensors assess soil acidity or alkalinity, helping maintain proper soil pH levels for crop growth.
In aquaculture, sensors play a vital role in maintaining optimal water conditions for fish or shrimp farming. Water quality sensors, dissolved oxygen sensors, temperature sensors, and pH sensors are commonly used in aquaculture systems. Water quality sensors monitor parameters such as ammonia, nitrate, and turbidity to ensure a healthy aquatic environment. Dissolved oxygen sensors measure oxygen levels in the water, crucial for fish or shrimp survival. Temperature sensors help maintain ideal water temperatures, and pH sensors ensure appropriate pH levels for aquatic species.
A variety of wireless protocols (LoRa, LoRaWAN, WiFi, Sigfox, BLE and proprietary) are available. Wireless sensors typically have a transmission range of 150m to 2km in indoor and urban environments.
Depending on the manufacturer of these IoT sensors, they can be integrated with the manufacturer’s own IoT platform, third-party platforms, or a customer’s own platform as many of them support industry-standard protocols and come with APIs for integration with other systems.
Custom sensor development is also available.