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DRAGINO LoRaWAN Temperature Sensor with IP68 Waterproof Housing

DRAGINO LoRaWAN Temperature Sensor with IP68 Waterproof Housing

SKU: T68DL
$94.00Price

DRAGINO LoRaWAN Temperature Sensor with IP68 Waterproof Housing is a long-range wireless IoT temperature monitoring device designed for industrial, environmental, infrastructure, and automation applications. It features an integrated temperature sensor, IP68 waterproof protection, a 2400mAh battery with up to 10 years of potential operation, and LoRaWAN Class A connectivity. Its built-in data logging function can store temperature readings when network coverage is unavailable, helping maintain measurement continuity.

What Is the DRAGINO LoRaWAN Temperature Sensor with IP68 Waterproof Housing (T68DL)?

The Dragino T68DL is a long-range wireless LoRaWAN temperature sensor designed to collect and transmit temperature data for professional IoT and wireless sensor network applications. Its IP68 waterproof enclosure makes it suitable for deployment where protection against dust and water ingress is required.

The T68DL incorporates a built-in temperature sensor with a typical accuracy tolerance of ±0.3°C, a resolution of 0.01°C, and a measurement operating range of -40°C to 85°C. It communicates using the LoRaWAN v1.0.3 Class A protocol, allowing it to connect to a standard LoRaWAN gateway and transmit data to an IoT platform or network server.

A built-in 2400mAh non-chargeable battery provides long-term operation, with the manufacturer indicating up to 10 years of use depending on transmission frequency and operating conditions. The sensor also includes a datalogging function capable of storing up to 3,328 records, allowing users to retrieve historical measurements after network connectivity is restored.

How Does It Work?

  • The integrated temperature sensor measures the surrounding temperature.
  • The T68DL processes the measured temperature and device status information.
  • The sensor periodically transmits data through a LoRaWAN network.
  • A compatible LoRaWAN gateway receives the wireless data and forwards it to the connected network server or IoT platform.
  • Users can monitor temperature data remotely through their selected IoT monitoring system.
  • If network coverage is temporarily unavailable, the datalogging feature can record measurements for later retrieval.
  • Sensor parameters can be remotely configured using LoRaWAN downlink commands, while firmware can be updated through the supported update interface.

Why Choose this Product?

  • Long-range LoRaWAN communication enables wireless monitoring over extended distances.
  • IP68 waterproof protection supports deployment in challenging outdoor and industrial environments.
  • Long battery life can reduce maintenance requirements and battery replacement frequency.
  • Built-in data logging helps prevent loss of temperature measurements during temporary network outages.
  • High measurement resolution provides detailed temperature monitoring with 0.01°C resolution.
  • Low-power design is optimized for long-term wireless sensor network deployments.
  • Multiple frequency bands support deployment in different regions and LoRaWAN networks.
  • Remote configuration allows parameters to be adjusted through LoRaWAN downlink commands.
  • LoRaWAN Class A compatibility allows integration with standard LoRaWAN gateways and IoT platforms.

Benefits

  • Enables remote and long-distance temperature monitoring
  • Reduces the need for frequent manual temperature inspections
  • Supports long-term monitoring with low maintenance requirements
  • Helps maintain temperature records during network interruptions
  • Provides reliable monitoring in wet, dusty, or exposed environments
  • Supports integration with LoRaWAN-based IoT monitoring platforms
  • Helps organizations identify temperature changes and environmental conditions remotely
  • Suitable for scalable wireless sensor network deployments
  • Supports multiple international LoRaWAN frequency bands
  • Can help improve operational visibility and data collection efficiency
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