Unit Price in Dirhams. 1275.00 / GBP £255.00
Wireless pH Sensor (1110) is part of the innovative Smart Wireless range, offering the same trusted, pre‑calibrated accuracy as traditional Data Harvest sensors but with the modern convenience of Bluetooth and USB connectivity. This advanced pH sensor connects wirelessly to tablets, mobile phones, Chromebooks, PCs and Macs—allowing students to conduct experiments independently, without the need for a separate data logger.
With an exceptionally long battery life and the ability to function as a stand‑alone data logger, the Wireless pH Sensor also integrates seamlessly with existing SmartQ sensors and data logging systems. Supplied with a high‑quality glass pH electrode, this sensor offers reliable, accurate measurement suitable for a broad range of school and laboratory investigations.
Key Features
- Wireless connectivity via Bluetooth for flexible classroom use
- USB connection for direct data transfer and charging
- pH measurement range: 0 to 14 pH
- ORP / ISE range: ±1000 mV
- Includes a high‑quality glass pH electrode
- Sealed Ag/AgCl gel‑filled electrode for stability and long life
- BNC connector for easy electrode replacement
- Isopotential point: pH 7
- Sensor response: 56 mV per pH, 0 ± 30 mV at pH 7
- Internal 1300mAh battery for extended operation
- Includes Mini USB lead, EasySense2 software and digital manual
Ideal for School Science Lessons
Perfect for KS3, GCSE, and A‑Level chemistry and biology, the Wireless pH Sensor enables accurate, real‑time data collection in practical investigations. It is especially useful for:
- Exploring acid–alkali reactions and neutralisation
- Monitoring pH changes in titrations
- Environmental sampling such as soil and water analysis
- Studying enzymes, respiration, and fermentation in biology
- Allowing students to gather data independently and wirelessly
Combining robust construction, wireless capability, and high‑accuracy measurements, the Data Harvest Wireless pH Sensor 1110 brings modern, flexible data logging to science classrooms and supports engaging, hands‑on learning.