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OVERVIEW
Improve Your Composting with Wireless Temperature Monitoring
This IoT-enabled Compost Temperature Sensing System is expertly crafted for precise temperature monitoring in small to medium composting setups. Engineered with rugged 1.5-meter-long stainless steel probes, this system features durable handles designed for easy penetration of dense compost piles, ensuring stable and accurate temperature readings.
Supporting configurations ranging from 1 to 15 sensors, this versatile sensing system is perfectly suited for councils, garden supply companies, and small-scale composting setups, providing valuable insights to improve composting efficiency and safety. It is ideal for monitoring a wide range of materials, including compost, mulch, hay, grain, and bio waste.
Experience unparalleled precision and efficiency with our Compost Temperature Sensing System, your trusted partner in sustainable compost management.
Long-Lasting, Durable Probes
The Compost Temperature Sensing System features a 1.5-meter stainless steel probe that is robustly constructed to withstand dense compost material. These probes are equipped with strong, easy-grip handles for effective insertion into compost piles. A high-visibility red top section ensures safety and allows for quick identification, making these probes both practical and reliable.
Advanced Wireless Sensor Technology
Equipped with Milesight LoRaWAN sensors, our system offers impressive technology with up to 9 years of battery life. The long-range UG67 Outdoor Gateway facilitates seamless wireless data transmission across large areas. This unique system supports flexible configuration, accommodating setups ranging from 1 to 15 sensors, ensuring adaptability to various operational needs.
User-Friendly IoT Platform
Milesight’s web-based platform provides intuitive dashboards to monitor and log temperature data effectively. Accessible on any web browser or through the free iOS and Android apps, users can enjoy mobile access to real-time temperature data visualization. This feature ensures compost piles remain within the optimal temperature range, enhancing overall composting efficiency.
Automated Alerts and Notifications
To ensure safety and optimal performance, the system offers push notifications and email alerts if temperatures exceed predefined alarm thresholds. This feature helps prevent risks such as compost pile overheating and self-combustion. Additionally, an optional wireless output module is available to connect an Alarm Light or Siren, providing an extra layer of safety and control.
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SPECIFICATIONS
Probe
Stem Length 1.5m Stem Diameter 17.5mm Tip Stab Handle Width 350mm with grips Top Plate Red Wireless Transmitter Milesight TS201 Wireless Signal LoRaWAN Signal Range Typical 2km, up to 15km, line of site Measuring Range -40 +125 Deg C Accuracy ± 0.5°C(-10°C ~ 85°C), ± 2°C(-40°C ~ -10°C, 85°C ~ 125°C) Battery Life Around 3 Years (25°C, 10 min Interval, SF10) and 9 Years (25°C, 10 min Interval, SF7) Protection IP37 Gateway
Model Milesight UG67 Connectivity Wi-Fi, PoE, Ethernet with optional 4G Power Supply 1 × 802.3 af PoE input, 1 × 12 VDC with M12 Connector Protection IP67 Mounting Wall or Pole Mounting, (brackets provided) Dimensions 250 x 172 x 92 mm Cloud Software
Type Milesight IoT Cloud Integration Simple integration with Milesight LoRaWAN® sensors via sensor QR Code Dashboards User configurable via drag and drop widgets Custom Image A site plan or Google earth snap shot can be used to locate sensors Alarms User settable Historical Data Online graphs, data points and full export of data Mobile App Yes, iOS and Android Optional Relay Output Module
Model Milesight UC300 Outputs Two Mounting Desktop, Wall Mounting, DIN Rail Mounting Power 5-24 VDC Protection IP30
OneTemp Standard Compost Monitoring Kit

From: $2,303.00 ex GST
An IoT-enabled Compost Temperature Sensing System featuring a 1.5-meter stainless steel probe and LoRaWAN technology, ideal for councils and garden supply companies. It enhances efficiency and safety in composting setups, offering precise monitoring for materials like compost, mulch, and bio waste, supporting diverse operational needs with 1 to 15 sensors.