Remotely Monitor Temperatures to track and react to critical temperature issues in real time
At ioX-Connect, we specialize in providing advanced wireless IoT temperature sensors designed to meet the diverse needs of any environment—from industrial manufacturing to residential spaces. Our comprehensive range includes Digital Temperature Sensors, Standard Temperature Sensors, High and Low Temperature Sensors, Duct Temperature Sensors, and innovative Motion Plus Temperature Sensors that also measure motion and humidity.
Each sensor is engineered with cutting-edge technology to offer precise measurements, robust performance, and ease of use. Whether you need to monitor extreme temperatures, ensure HVAC efficiency, or manage environmental conditions in sensitive areas, our sensors deliver reliability and accuracy you can trust.
Enhance your operational safety, regulatory compliance, and energy management with ioX-Connect's IoT temperature sensors. Explore our versatile solutions to find the perfect fit for your temperature monitoring needs, and leverage the power of real-time data to make informed decisions.
Wireless Temperature Monitoring Solutions
Not ready to buy yet? Please reach out to us at: sales@iox-connect.com if you have any questions.
Key Features and Principles of Operation for ioX-Connect Wireless Temperature Sensors
Digital Temperature Sensor
- Key Features: Offers precise thermistor-based measurements with a digital display, configurable thresholds, and multiple lead lengths. Measurement range is -40 to 125°C with an accuracy of ± 1°C.
- Principles of Operation: Operates by energizing a thermistor to measure temperature, displaying readings on-demand with a digital interface. Ideal for environments where manual monitoring is feasible and accurate, real-time data is essential.
Standard Temperature Sensor
- Key Features: Utilizes an encapsulated thermistor in a waterproof probe for reliable temperature measurements. Available in leaded and non-leaded options, with a measurement range of -40°C to 125°C and a high resolution of 0.1°C.
- Principles of Operation: Measures ambient temperature through resistance changes in the thermistor, providing continuous data transmission to the ioX-Connect platform for environmental monitoring and analysis.
High Temperature Sensor
- Key Features: Features a glass-coated platinum RTD that can handle extreme temperatures up to 370°C. Offers calibrated accuracy options and robust design for high-temperature environments.
- Principles of Operation: Measures temperature by detecting resistance changes in the platinum RTD, suitable for industrial applications such as furnaces and high-temperature processing.
Low Temperature Sensor
- Key Features: Designed for extremely low temperatures, ranging from -200°C to 0°C. Incorporates a precision RTD for accurate monitoring in cold environments like cryogenics and refrigeration.
- Principles of Operation: Functions similarly by measuring resistance variations in a platinum RTD, tailored for settings where maintaining low temperatures is critical.
Duct Temperature Sensor
- Key Features: Ideal for HVAC systems, featuring an NTC thermistor with long lead wires for easy integration into ductwork. Measures temperatures with a high degree of accuracy and configurable alerts.
- Principles of Operation: Embedded within HVAC ducts, it continuously monitors air temperature, aiding in energy management and system efficiency.
Motion Plus Temperature Sensor
- Key Features: A multi-functional sensor that detects motion and measures temperature and humidity. Adjustable sensing ranges and lens options make it versatile for comprehensive room or area monitoring.
- Principles of Operation: Combines PIR motion sensing with temperature and humidity measurements, perfect for environments where occupancy and climate control are simultaneously needed.
At ioX-Connect, we understand the critical nature of precise temperature control and monitoring across various industries and applications. Our comprehensive range of wireless temperature sensors is designed to meet the diverse needs of our customers, whether it's for ensuring the safety and efficiency of industrial processes, maintaining the integrity of perishable goods, or optimizing HVAC systems for comfort and energy conservation. With advanced features like configurable thresholds, high accuracy, and robust wireless communication, our sensors provide dependable and actionable data. Coupled with our commitment to quality and customer support, ioX-Connect temperature sensors are not just tools but trusted partners in your temperature management strategy. Invest in our technology to safeguard your operations, minimize risk, and enhance system performance, all while enjoying peace of mind with reliable and consistent temperature monitoring solutions.
Data Sheets:
- Digital Temperature Sensor Data Sheet
- Standard Wireless Temperature Sensors Data Sheet
- High Temperature Sensor Data Sheet
- Low Temperature Sensor Data Sheet
- Duct Temperature Sensor Data Sheet
- Motion Plus Temp Sensor Data Sheet
OTHER DOCUMENTS:
Use Cases and Applications of ioX-Connect Temperature Sensors
Digital Temperature Sensor
- Data Center Monitoring: Ideal for managing critical environments, ensuring servers operate within safe thermal conditions to prevent data loss and hardware damage.
- Laboratory Monitoring: Provides essential temperature data for scientific research and pharmaceutical development, ensuring environmental conditions meet strict regulatory standards.
Standard Temperature Sensor
- Food and Restaurant Refrigeration Monitoring: Critical for maintaining food safety standards by ensuring refrigeration units keep perishables at safe temperatures, crucial for health compliance in the food service industry.
- Environmental Monitoring: Tracks ambient temperatures in diverse ecosystems, supporting conservation efforts and climate research.
High Temperature Sensor
- Industrial Processing Applications: Monitors equipment and processes in high-heat environments such as metal foundries and chemical plants, optimizing operational efficiency and safety.
- Ovens and Kilns in Ceramic and Glass Industries: Ensures precise temperature management for consistent product quality in temperature-sensitive manufacturing processes.
Low Temperature Sensor
- Cryogenic Monitoring: Essential in medical and scientific settings where biomaterials require storage at ultra-low temperatures, ensuring the viability of critical biological samples.
- Cold Chain Logistics: Supports the transportation of pharmaceuticals and perishable goods by continuously monitoring and recording temperatures, safeguarding product integrity from production to delivery.
Duct Temperature Sensor
- HVAC System Efficiency: Enhances energy management in commercial and residential buildings by optimizing heating, ventilation, and air conditioning systems, improving indoor air quality and reducing energy costs.
- Building Management Systems: Integrates with smart building technologies to automate and regulate temperature throughout facilities, contributing to sustainability and occupant comfort.
Motion Plus Temperature Sensor
- Smart Building Automation: Combines motion detection with temperature and humidity monitoring for intelligent building management, enhancing security and environmental control.
- Senior Care Facility Monitoring: Ensures the comfort and safety of elderly residents by detecting activity and maintaining optimal living conditions, supporting quality care management.
The Role of Temperature Sensors in Food Processing Facilities
Maintaining Optimal Environments
Temperature sensors are crucial in food processing facilities, serving as the backbone for maintaining optimal environmental conditions. These sensors are strategically placed in refrigerators, freezers, and along production lines to ensure that temperatures remain within strict limits. This meticulous monitoring helps in preserving the freshness and quality of food products.
Safeguarding Food Safety
Beyond quality, temperature sensors play a critical role in food safety. By providing real-time data, they help identify any deviations from set temperature ranges, allowing facilities to take swift action to prevent spoilage or contamination. This not only ensures compliance with health regulations but also protects consumers from foodborne illnesses.
Enhancing Quality Control
With precise temperature controls, food processing facilities can enhance their quality control processes. Sensors provide detailed records that help in tracking the conditions under which food is stored and processed. This data is invaluable for audits and helps in making informed adjustments to improve the overall quality of the products.
Boosting Efficiency and Reducing Waste
By continuously monitoring temperatures, these sensors contribute to operational efficiency. Automated alerts can minimize downtime and reduce waste, as immediate corrective actions can be taken to address issues before they escalate. This leads to more efficient resource use and cost savings in the long run.
Integration with Advanced Systems
In modern facilities, temperature sensors often integrate with advanced management systems. This connectivity allows for seamless data analysis and improved decision-making. Facilities can predict trends, optimize processes, and ensure that every step of production aligns with safety and quality standards.
In summary, temperature sensors are indispensable in food processing, ensuring safety, quality, and efficiency throughout the production journey.
Why Do Schools Use Wireless Sensors in Refrigerators and Freezers?
Schools implement wireless sensors in their refrigeration units to maintain strict temperature control, which is crucial for a few key reasons:
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Food Safety: Wireless sensors continuously monitor temperature levels to prevent food spoilage and bacterial growth. This ensures that the food stored is safe for consumption by students, thereby reducing the risk of foodborne illnesses.
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Quality Assurance: By maintaining precise temperature settings, these sensors help in preserving the nutritional quality and taste of perishable items. This is particularly important in educational institutions that serve meals throughout the day.
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Regulatory Compliance: Many local and national health regulations require strict adherence to specific temperature guidelines for food storage. Wireless sensors help schools meet these standards effortlessly by providing real-time data and alerts if temperatures deviate from the safe range.
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Cost Efficiency: Efficient temperature management reduces energy consumption and extends the lifespan of refrigerators and freezers. Moreover, by preventing the loss of valuable food supplies due to spoilage, schools can significantly cut down on waste and expenses.
Incorporating this smart technology ensures that schools prioritize the health and well-being of their students while also optimizing operational efficiency and compliance with health standards.
Other General Applications Across All Sensors
- Healthcare Facility Management: Monitors and controls the temperature in hospital wards, operating rooms, and storage areas to ensure patient care and safety.
- Manufacturing Facility Safety: Helps maintain a safe working environment by monitoring ambient conditions, preventing overheating of machinery, and ensuring worker comfort.
- Art Gallery and Museum Preservation: Maintains precise climate conditions to preserve the integrity of artworks and historical artifacts, crucial for heritage conservation.
By leveraging ioX-Connect temperature sensors, organizations across various sectors can achieve enhanced operational control, compliance with health and safety regulations, and significant improvements in energy efficiency. These sensors are not just tools but essential components for proactive management and environmental stewardship in any temperature-sensitive scenario.
- Enterprise AA-battery powered: Our most popular type is ideal for typical commercial & enterprise environments, such as server rooms. A 1,200+ ft. range readily covers most facilities.
- Commercial CC-battery powered: Compact sensor is great for space-restricted areas such as control cabinets or cold storage.
- Industrial: Sensor's weatherproof, NEMA-rated enclosure withstands demanding indoor/outdoor use, e.g., warehouses & production facilities.
| Connection Type | Wireless | ||
|---|---|---|---|
| Sensor Type | Commercial (CC Battery) | Enterprise (AA Battery) | Industrial |
| Sensor Housing Dimensions1 |
2.0" (50.8 mm) Width 0.875" (22.225 mm) Height 1.125" (28.575 mm) Depth |
4.375" (111.125 mm) Width 2.470" (62.738 mm) Height 1.111" (28.219 mm) Depth |
3.701" (94.0 mm) Width 2.316" (58.84 mm) Height 1.378" (35.0 mm) Depth |
| Gateway Required? | Yes | Yes | Yes |
| Range2 | 1200+ Feet 12+ Walls |
1200+ Feet 12+ Walls |
1200+ Feet 12+ Walls |
| Battery Required? | Yes Coin Cell (CR123) |
Yes Two AA's |
Yes 1800mAH Industrial |
| Battery Life3 | Up to 2 Years | Up to 10 Years | Up to 5 Years |
| Internet Required for Data Transmission?4 | No | No | No |
| Outdoor Use or Wet Conditions? | No | No | Yes (IP65 Nema Rated Housing) |
| Works with Other ioX-Connect Sensors? | Yes | Yes | Yes |
1Dimensions for standard housing sizes. For sensors in non-typical housings, please refer to their data sheets.
2Actual range may vary depending on environment.
3Battery life is determined by sensor reporting frequency and other variables.
4This is transmission from sensor to gateway. All gateways will need active connection for transmission to ioX-Connect. Gateway transmission can be Ethernet or Cellular.
Commercial Sensor Enclosure:
Enterprise Sensor Enclosure:
Industrial Sensor Enclosure:
