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HTM108L low-power temperature sensor uses high-quality and high-stability PT100 or PT1000 as the sensing element, coupled with a dedicated electronic conditioning circuit, and is assembled and produced through strict technological processes. This product has an all-stainless-steel appearance, multiple electrical outlet methods and multiple output signals. This product can be powered by an external lithium battery, with extremely low power consumption and long service life. It can also be connected to a wireless module to achieve wireless transmission.
The HTM108L is designed for energy efficiency, making it the perfect low power temperature sensor for IoT applications. With minimal energy usage, it ensures prolonged operation without frequent battery replacements, which is essential for remote monitoring and sensor networks. This feature not only reduces operational costs but also minimizes environmental impact.
Equipped with both RS485 and I2C communication protocols, the HTM108L enhances versatility in various applications. The RS485 interface allows for long-distance data transmission, making it suitable for industrial environments, while the I2C protocol provides easy integration with microcontrollers and other devices. This flexibility ensures that the HTM108L can be seamlessly integrated into existing systems.
The HTM108L excels in providing precise temperature measurements critical for many sectors, including HVAC, agriculture, and manufacturing. Its advanced sensing technology ensures quick response times and high accuracy, making it reliable for monitoring temperature fluctuations. This capability enables timely interventions, enhancing process efficiency and product quality.
Built to withstand various environmental conditions, the HTM108L is suitable for both indoor and outdoor applications. Its durable construction ensures longevity, while the compact design allows for easy installation in tight spaces. Whether you are monitoring temperature in an industrial setting or an agricultural environment, the HTM108L meets diverse needs with ease.
Investing in the HTM108L Temperature Transmitter means choosing a product that combines low power consumption, advanced connectivity, and high accuracy. Enhance your IoT applications with this reliable temperature sensing solution.
1. What is the power consumption of the HTM108L?
The HTM108L is designed for low power usage, enabling extended operational life, especially in remote applications.
2. What communication protocols does the HTM108L support?
The device supports both RS485 and I2C communication protocols for versatile connectivity options.
3. How accurate is the temperature measurement?
The HTM108L provides highly accurate temperature readings, suitable for critical monitoring applications.
4. Can the HTM108L be used outdoors?
Yes, its robust design makes it suitable for both indoor and outdoor environments.
5. How can I integrate the HTM108L into my existing system?
The HTM108L is easy to integrate, thanks to its standard communication protocols and compact design.
HTM108L low-power temperature sensor uses high-quality and high-stability PT100 or PT1000 as the sensing element, coupled with a dedicated electronic conditioning circuit, and is assembled and produced through strict technological processes. This product has an all-stainless-steel appearance, multiple electrical outlet methods and multiple output signals. This product can be powered by an external lithium battery, with extremely low power consumption and long service life. It can also be connected to a wireless module to achieve wireless transmission.
The HTM108L is designed for energy efficiency, making it the perfect low power temperature sensor for IoT applications. With minimal energy usage, it ensures prolonged operation without frequent battery replacements, which is essential for remote monitoring and sensor networks. This feature not only reduces operational costs but also minimizes environmental impact.
Equipped with both RS485 and I2C communication protocols, the HTM108L enhances versatility in various applications. The RS485 interface allows for long-distance data transmission, making it suitable for industrial environments, while the I2C protocol provides easy integration with microcontrollers and other devices. This flexibility ensures that the HTM108L can be seamlessly integrated into existing systems.
The HTM108L excels in providing precise temperature measurements critical for many sectors, including HVAC, agriculture, and manufacturing. Its advanced sensing technology ensures quick response times and high accuracy, making it reliable for monitoring temperature fluctuations. This capability enables timely interventions, enhancing process efficiency and product quality.
Built to withstand various environmental conditions, the HTM108L is suitable for both indoor and outdoor applications. Its durable construction ensures longevity, while the compact design allows for easy installation in tight spaces. Whether you are monitoring temperature in an industrial setting or an agricultural environment, the HTM108L meets diverse needs with ease.
Investing in the HTM108L Temperature Transmitter means choosing a product that combines low power consumption, advanced connectivity, and high accuracy. Enhance your IoT applications with this reliable temperature sensing solution.
1. What is the power consumption of the HTM108L?
The HTM108L is designed for low power usage, enabling extended operational life, especially in remote applications.
2. What communication protocols does the HTM108L support?
The device supports both RS485 and I2C communication protocols for versatile connectivity options.
3. How accurate is the temperature measurement?
The HTM108L provides highly accurate temperature readings, suitable for critical monitoring applications.
4. Can the HTM108L be used outdoors?
Yes, its robust design makes it suitable for both indoor and outdoor environments.
5. How can I integrate the HTM108L into my existing system?
The HTM108L is easy to integrate, thanks to its standard communication protocols and compact design.
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