Soil temperature and humidity sensor (NBL-S-THR)

Soil temperature and humidity sensor NBL-S-THR should be selected when a project needs soil condition records at defined agricultural, greenhouse, nursery or research points. The buyer should confirm the selected manual before writing range, accuracy, output or power values into specifications.

Where NBL-S-THR fits

The sensor belongs in the field measurement layer. It can provide soil temperature and moisture-related data to a collector, RTU, PLC, data logger or platform-compatible gateway when the output is matched. NiuBoL projects should define crop, depth, soil type, number of points and data use before purchase.

For greenhouse substrates and open fields, installation depth and contact method may differ. The project should document both.

Selection table

Procurement and maintenance

If several NBL-S-THR sensors are used, label each point by field block, bed or depth. This prevents operators from comparing unrelated locations. Maintenance should check probe movement, cable damage and platform channel names after field work or irrigation repair.

Do not substitute another sensor without confirming output and installation compatibility.

How to avoid soil sensor misuse

NBL-S-THR should not be installed without a depth plan. A probe at the wrong layer can still transmit data, but the readings may not match the crop root zone or research purpose. The installer should mark each point on a simple map, record the depth and protect the cable from pulling force, irrigation work and field machinery.

For procurement, ask whether the delivered package includes only the sensor or also collector, power and platform setup.

For greenhouse and field projects, soil temperature and humidity data should be reviewed as trends. A single value may change after irrigation, transplanting or soil disturbance. Keeping field notes beside the data helps users understand whether the change is environmental or caused by work around the probe.

Project FAQ

Q1: What is NBL-S-THR used for?
It is used to monitor soil temperature and humidity-related conditions at defined points.

Q2: Where can it be applied?
Farmland, greenhouse beds, nurseries and research plots are common applications.

For soil temperature and humidity sensor (nbl-s-thr), q3: Can it connect to a data logger? Yes, when output and receiver compatibility are confirmed.

Q4: What should buyers specify?
Crop, depth, quantity, cable, output, receiver and data platform needs.

Q5: What affects reading quality?
Depth, soil contact, cable condition and correct channel labels affect quality.

Q6: How should acceptance be checked?
Check live values, labels, depth record, upload and export.

Summary

NBL-S-THR soil temperature and humidity sensor selection should start with field point, depth and receiver compatibility. Final values should be confirmed from the exact NiuBoL manual.