PH Sensor module Digital kit (PH ELECTRODE PROBE + SENSOR MODULE) 5V DC (compatible with Arduino)

PH Sensor Module Digital Kit with Electrode Probe for Arduino (5V DC)

This PH Sensor Module Digital Kit offers precise pH measurement for liquids. It includes a high-quality PH Electrode Probe and a dedicated Sensor Module. Engineered for seamless integration with Arduino and other MCU circuits, it operates efficiently at 5V DC. The kit provides exceptionally stable and accurate pH readings, rigorously tested for reliability. It simplifies measuring hydrogen ion concentration, crucial for understanding acidity or alkalinity on a 1 to 14 pH scale. Its compact size and low power consumption make it highly versatile for various applications. With easy connectivity to microcontrollers, it's indispensable for water quality testing and aquaculture. An on-board LED power indicator ensures operational status is always clear. This system delivers amplified, digital, and temperature compensation outputs for comprehensive data. Perfect for DIY electronics, environmental sensing, and educational experiments.

Specifications:

• Operating Voltage: 5V DC
• Best Environment Temperature: Approximately 25°C
• PH Probe Connector: BNC connector
• Module Connection: Analog port (e.g., Arduino A0)
• Power Indicator: Blue/Red LED
• To Output (Temperature Compensation): Approx. 3.6V at 25°C (voltage decreases with temperature)
• Do Output (Digital): 5V / 0V, responsive to set pH threshold
• Po Output (Analog): -0.4V to 0.4V (amplified 2x), shifted 1V to 2.5V for PH7
• GND Pins: 2
• Power Input: V+ (5V)

Key features and benefits:

• High compatibility with Arduino and other MCU circuits.
• Delivers stable, accurate, and almost instantaneous pH readings.
• Includes a robust PH Electrode Probe with a standard BNC connector.
• Features an on-board LED power indicator for operational status.
• Capable of measuring pH values across the full 1 to 14 scale.
• Compact form factor and low power consumption for diverse applications.
• Easy connection to analog ports of microcontrollers.
• Offers amplified (Po), digital (Do), and temperature compensation (To) outputs.

Applications:

• Water quality testing and monitoring
• Aquaculture and fish farming
• Environmental sensing and analysis
• DIY electronics and robotics projects
• Hydroponics and plant growth systems
• Educational experiments and research

Package Includes:

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