Order no.: PCE-BPH 10

IoT Sensor PCE-BPH 10


£ 667.00
£ 800.40
price ex. (VAT / delivery)
Delivery time: Not in stock!


IoT Sensor with automatic temperature compensation / Data storage for 300 measured values ​​/ USB interfaces for mass data storage and PC connection / Large touchscreen /
Exchangeable probes / Stand for positioning the probes / Measuring range up to +19.999 pH

With the table-top IoT sensor it is possible to carry out quick and precise analysis of the pH concentration of liquid samples. For example, with the IoT sensor it is possible to check alkaline solutions, water, wine, milk and many other liquids for the pH content. The IoT sensor has a measuring range of -2 … +19.999 pH. With the temperature probe of the IoT sensor it is also possible to determine the temperature of the sample. This is particularly important as the pH measurement is highly temperature dependent. This means that both manual and automatic temperature compensation is possible with the IoT sensor.

The IoT sensor has a large 7" touchscreen and an easy-to-use user interface. With the supplied electrode stand, the pH electrode and the temperature sensor on the IoT sensor can be positioned appropriately in the samples. This has the particular advantage that the user can now fully concentrate on analyzing the measured values ​​and operating the IoT sensor. This also prevents errors.

Another special feature of the table-topIoT sensor is the multi-point calibration. This allows the IoT sensor to be calibrated to several reference points. This ensures that the measurement result is as accurate as possible. This is why the IoT sensor is also used in the analysis of samples in laboratories. The IoT sensor is also used in universities, vocational schools and other educational institutions. The multi-point calibration itself can be carried out with the optionally available pH buffer solutions.

The tabletop IoT sensor has a USB-A interface as a data interface. The measurement data stored on the IoT sensor can be transferred to any mass data storage device. The data from the IoT sensor are saved in XML data format. In addition to the USB-A interface for connecting mass data storage devices, there is also the USB-B connection for connecting the IoT sensor directly to a PC. The memory can now be read from the IoT sensor using the software. A live view via the software of the IoT sensor is also possible. A Bluetooth interface is also built into the IoT sensor. This allows the optional printer to be wirelessly connected to the IoT sensor.


- Measuring range between -2 ... +19.999 pH
- USB and Bluetooth interface
- Live viewing software
- Memory for 300 measured values
- 3 point calibration
- Automatic temperature compensation


Measuring range pH -2.000 ... +19.999 pH
Resolution 0.1 / 0.01 pH
Accuracy Electrode: ±0.02 pH
Input current ≤1×10-12 A
Input resistance ≥3×10+12 Ω
Measurement stability ±0.01 pH/3h
Temperature compensation 0 ... 100 °C / 32 ... 212 °F (automatic / manual)
Measuring range mV -1999.9 ... +1999.9 mV
Resolution 1 mV
Accuracy ±0.03 % of measuring range
Measuring range temperature   -10 ... +110 °C / 14 ... 230 °F
Resolution 0.1 °C
Accuracy 5 ... 60 °C (41 ... 140 °F): ±0.4°C

Rest: ±0.8 °C
Data memory 300 pH measuring points
Content of a memory point date and time,
  measured value with unit and temperature
Display 7" touchscreen
Resolution 1024 x 600 pixels
Interfaces USB A, USB B, Bluetooth
Protection class IP32
Power supply Primary: 230 ... 240 V / 50 Hz
  Secondary: 12 V DC / 1 A
Operating conditions 5 ... 35 °C / 41 ... 95 °F, < 85 % r.h. not condensing
Dimensions 175 × 220 × 40 mm / 68.9 x 86.6 x 15.7"
Weight ca. 310 g / 10.9 lb

Delivery Scope

1 x IoT Sensor PCE-BPH 10
1 x pH electrode
1 x Temperature sensor
1 x Electrode holder
1 x Power supply
1 x USB-A to USB-B cable
1 x Software
1 x Instruction manual