Soil pH sensor price

Soil pH sensor price depends on the sensor output, cable length, order quantity, data acquisition method and whether the buyer needs a sensor only or a complete monitoring point. A useful quotation should start from the project configuration, not from a single product name.

Verified NiuBoL soil pH sensor information

What changes the quotation

A sensor-only order is different from a complete soil monitoring node with RS485 wiring, data logger, gateway, enclosure, platform setup and field commissioning. Cable length, output signal and accessory requirements can change the final project scope.

When soil pH monitoring is worth adding

Soil pH monitoring is worth adding when acidity or alkalinity affects crop suitability, soil amendment planning or long-term field records. If the project only needs one-time laboratory confirmation, a fixed online sensor may not be necessary.

For connected projects, buyers should confirm how often pH data will be reviewed and whether it will be compared with soil testing records. The output choice should match the receiving controller or monitoring platform.

Project FAQ

Q1: What affects soil pH sensor price?

Output signal, cable length, quantity, logger, gateway, platform requirement and field commissioning all affect quotation. The same sensor model can have a different project price when accessories or integration work are included.

Q2: Can one fixed price apply to every soil pH project?

No. A sensor-only purchase and a complete RS485 monitoring system have different scopes. Buyers should separate sensor cost, data acquisition equipment, cable, installation accessories and platform requirements.

Q3: What NiuBoL parameters should be checked before ordering?

The product page lists 0-14 pH range, +/-0.1 pH accuracy, 0.01 pH resolution, DC 12-24 V supply and 0-5 V, 4-20 mA or RS485 output options. Confirm the current model page before final purchase.

Q4: When is RS485 worth selecting?

RS485 is useful when pH data must enter a logger, RTU, PLC, gateway or monitoring platform with other field sensors. Analog output may be simpler for a local controller with available analog input.

Q5: What information should buyers send for quotation?

Send quantity, output signal, cable length, installation environment, logger or platform need, destination country and whether moisture, temperature, EC or salinity data is also required.

Q6: What should be accepted after installation?

Verify pH response, unit, timestamp, output mapping, logger record, platform display and cable protection. The acceptance record should use the real installation point, not only a bench test.

Summary

Soil pH sensor price should be quoted from the real project scope. Output, cable, data acquisition and installation requirements matter as much as the sensor itself.