MAX30102 Pre-Soldered Heart Rate & Pulse Oximeter Sensor Module

Name: MAX30102 Pre-Soldered Heart Rate & Pulse Oximeter Sensor Module
Brand: ShillehTek
SKU: NB212
Price: 6.99 USD
Availability: InStock

SKU NB212

$6.99 USD Shipping & tax calculated at checkout

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MAX30102 I2C heart rate and pulse oximeter sensor module for SpO2 blood oxygen monitoring in wearables, fitness trackers, Arduino, Raspberry Pi, ESP32, robotics and prototyping; pre-soldered pins.

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Overview

Product Overview

Heart rate and pulse oximeter sensor module based on the MAX30102, this compact I2C biometric sensor measures pulse rate and SpO2 blood oxygen levels for wearable health monitors, fitness trackers, and biomedical prototyping. The combined sensing design helps you add vital-sign monitoring to Arduino, Raspberry Pi, ESP32, and other microcontroller projects without needing separate boards for heart rate and oxygen sensing. Its I2C interface keeps integration straightforward for embedded systems, data logging, and real-time health measurement demos, while the small module format fits portable electronics and custom enclosures. With pre-soldered pins for easier hookup, it is a practical choice for rapid development of wellness devices, research builds, and IoT health projects.

Questions & answers

Frequently asked questions

Does the MAX30102 sensor work with Arduino and Raspberry Pi?

Yes. This MAX30102-based module is intended for Arduino, Raspberry Pi, ESP32, and similar microcontroller projects that can communicate over I2C. Use a suitable software library or driver for your chosen board and programming environment.

Is the MAX30102 module ready to plug in?

The module comes with pre-soldered pins, so it can be connected to a breadboard or jumper wires without soldering header pins first. You still need to wire it correctly and install compatible code or libraries.

What interface does the MAX30102 sensor use?

The MAX30102 communicates over I2C, so typical connections are power, ground, SDA, and SCL. Match the module’s power and logic requirements to your controller board, and avoid assuming it is compatible with every voltage level without checking your setup.

What projects can use this pulse oximeter module?

It is commonly used for wearable health monitors, fitness trackers, biomedical prototypes, data loggers, and IoT health demos. The module combines pulse-rate and SpO2 sensing on one compact board, reducing the need for separate heart-rate and oxygen-sensing modules.

Why are MAX30102 readings unstable or inconsistent?

Optical pulse and SpO2 readings can be affected by finger placement, motion, pressure, and ambient light. Keep the sensor steady against the skin, reduce movement, and treat results as project or prototype data rather than certified medical measurements.

Have other questions?

Chat with our US-based team — we usually reply fast.

What's included