Shop Logo
Search your product from here
Product image
 - Thumbnail 1
 - Thumbnail 2
 - Thumbnail 3
 - Thumbnail 4
 - Thumbnail 5
1 / 5

Sensor Cable - Electrode Pads (3 connector)

5.0(1 review)
SKU: ME-460
JD8.00JD10.00

The Sensor Cable with 3-Connector Electrode Pads is a professional bio-signal cable designed for capturing electrical signals from the human body. With 3 snap-on connectors for ECG/EKG, EMG, and EEG electrode pads, it delivers reliable, low-noise signal transmission to your bio-signal measurement device. Featuring flexible, durable cabling and compatibility with most physiological monitoring systems, it's ideal for heart rate monitoring, muscle activity tracking, fitness wearables, medical research, and DIY biomedical projects with Arduino and microcontroller boards.

كابل الحساس مع 3 موصلات لأقطاب الجلد (Electrode Pads) هو كابل احترافي للإشارات الحيوية مصمّم لالتقاط الإشارات الكهربائية من الجسم. يأتي بـ 3 موصلات سناب (Snap) لأقطاب ECG/EKG وEMG وEEG، ويوفّر نقل إشارة موثوق وقليل الضوضاء إلى جهاز القياس الحيوي. يتميّز بـ كابلات مرنة ومتينة وتوافق مع معظم أنظمة المراقبة الفسيولوجية، وهو مثالي لـ مراقبة نبض القلب، تتبّع نشاط العضلات، الأجهزة القابلة للارتداء، والأبحاث الطبية ومشاريع Arduino البيوميديكال.

Biomedical Sensors

The Sensor Cable with 3-Connector Electrode Pads is an essential accessory for bio-signal measurement systems, providing the critical link between disposable electrode pads and your data acquisition or monitoring device. It is widely used in applications that require capturing bio-electrical signals from the human body, including ECG (electrocardiography), EEG (electroencephalography), and EMG (electromyography).

The cable terminates in three snap-style connectors that attach securely to standard pre-gelled electrode pads (commonly the Ag/AgCl gel-coated disposable type). On the device side, the cable typically uses a standard 3.5mm jack or board connector compatible with popular bio-signal modules such as the AD8232 single-lead ECG module, MyoWare muscle sensor, and other educational, fitness, and clinical bio-signal front-ends.

The cable is constructed with flexible, durable shielded wires to minimize movement artifacts and electrical interference — both of which are critical for obtaining clean, accurate biological signals. The conductors are color-coded (commonly red, yellow/black, and green/white) to match standard ECG lead placement (RA, LA, RL or LL), making it easy to follow medical and educational placement diagrams.

Combined with soft, skin-friendly electrode pads, the system provides comfortable, low-impedance contact with the skin, which is essential for capturing low-amplitude bio-electrical signals reliably. The disposable pad design ensures a fresh, hygienic contact surface for each session, which is important both for signal quality and skin comfort.

This setup is widely used in medical training, biomedical engineering courses, fitness wearables, sleep monitoring, telemedicine projects, and DIY health tech experiments with Arduino, Raspberry Pi, and ESP32 boards.

Note: This is a measurement and educational product — it is not intended as a certified medical diagnostic device. For clinical diagnosis, always use FDA / CE-approved medical equipment.

 

Specifications

  • Product Type: Bio-signal sensor cable with electrode pad connectors
  • Number of Leads: 3 connectors
  • Electrode Connection: Snap-on (compatible with standard disposable Ag/AgCl gel pads)
  • Lead Color Coding: Standard ECG color coding (typically Red / Yellow / Green or Red / Black / White)
  • Device-Side Connector: Compatible with AD8232, MyoWare, and similar bio-signal modules
  • Cable Construction: Flexible, shielded wires for reduced noise
  • Signal Types Supported: ECG / EKG, EMG, EEG and other bio-signals
  • Use: Reusable cable + disposable electrode pads

 

Applications

  • Heart rate and ECG / EKG monitoring
  • Electromyography (EMG) — muscle activity sensing
  • Electroencephalography (EEG) — brain activity research
  • Wearable health and fitness devices
  • Sleep monitoring and biofeedback systems
  • AD8232 and MyoWare Arduino projects
  • Biomedical engineering education and labs
  • Prosthetics and rehabilitation research (myoelectric control)
  • Stress and relaxation monitoring (HRV analysis)
  • Telemedicine and remote health prototypes
  • Sports performance analysis
  • Medical research and academic studies
  • DIY health tech with Arduino, Raspberry Pi, and ESP32
Loading...
Loading...
Loading...
Loading...