Liquid PH 0-14 Value Detection Regulator Sensor Module – KSH 3,000 at HIMA TRONICS Mombasa – Top quality sensors. Best electronics in Kenya. Shop now for Arduino, ESP32, sensors and IoT devices.
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Liquid PH 0-14 Value Detection Regulator Sensor Module

SKU: HMJ535 Category: Sensors
KSH 3,000.00
In Stock
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Product Description

Liquid pH 0-14 Value Detection Regulator Sensor Module

= High-Precision pH Meter for Arduino and Water Quality Monitoring =

This pH sensor module is a high-performance tool for measuring the acidity or alkalinity (pH) of aqueous solutions . It provides a complete solution for water quality monitoring, hydroponics, and aquarium control projects, delivering reliable analog output for seamless integration with microcontrollers .

Measures full pH 014 range Suitable for a wide range of liquids from acidic to alkaline .
Easy integration with Arduino and ESP32 - Analog output connects directly to analog input pins .
Operating voltage: 5±0.2V DC with 5-10mA current .
Output: Analog voltage signal (0-5V) proportional to pH value .
Regular calibration using standard buffer solutions (pH 4.0, 7.0, 10.0) ensures accurate readings .
The pH probe's glass bulb is fragile - avoid contact with hard objects .

= Technical Specifications =

ParameterValue
----
Detection RangepH 0-14
Operating Voltage5 ± 0.2V DC
Operating Current5-10mA
Temperature Range (Probe)0-80°C
Response Time≤ 5 seconds
Stability Time≤ 60 seconds
Power Consumption≤ 0.5W
Module Size42mm x 32mm x 20mm

Key Features

+Accurate pH value detection from 0 to 14 in various liquids

+Analog signal output suitable for Arduino, ESP32, and Raspberry Pi

+Onboard potentiometer for calibration adjustment

+LED power indicator and BNC connector for pH probe

+Compact design with 4 M3 mounting holes for easy installation

+Fast response time under 5 seconds for efficient monitoring

== Applications ==

  1. Water quality monitoring and analysis systems
  2. Aquarium and hydroponic pH control
  3. Environmental and laboratory research
  4. Industrial process monitoring
  5. Educational electronics experiments
Durable and Reliable Designed for longterm use in various monitoring setups .
UserFriendly Setup Simple connection and calibration process suitable for beginners and professionals .

√ Includes pH electrode probe with BNC interface for easy connection .

√ Compatible with Arduino IDE and DFRobot_PH library for quick integration .

√ Temperature compensation possible when paired with a temperature sensor .

= Calibration Instructions =

For first use or after extended periods, calibration is essential :

  1. Prepare standard buffer solutions (pH 4.0 and pH 7.0) .
  2. Upload the sample code to your Arduino board .
  3. Wash the probe with distilled water and gently dry it .
  4. Insert the probe into pH 7.0 buffer, stir gently, wait for values to stabilize.
  5. In Serial Monitor, enter enterph to enter calibration mode .
  6. Enter calph to start calibration - the program automatically identifies the buffer .
  7. Enter exitph to save parameters and exit calibration mode .
  8. Repeat steps 3-7 with pH 4.0 buffer for second calibration point .
After completing two-point calibration, the sensor is ready for accurate measurements .
Calibration saves to the EEPROM, so it persists across power cycles .

= Troubleshooting =

Inaccurate readings:

  • Wash the probe with distilled water between measurements to prevent cross-contamination .
  • Ensure the BNC connector and signal board remain clean and dry .
  • Recalibrate using fresh buffer solutions .

Slow response or unstable readings:

  • Check for debris on the glass bulb .
  • The probe may need rehydration - soak in storage solution or pH 4.0 buffer for several hours .
  • If the probe dries out, soak it in 3M KCl solution for 8 hours .