Philips Heartstart HS1 AED Pad

New

4.5

12456 Ratings

₹6,000₹7,00014% off

Specifications

Product Name : Philips HeartStart HS1 AED Pads
Compatibility : Philips HeartStart HS1 AED
Pad Type : Disposable, Pre-connected
Patient Category : Adult or Pediatric (variant specific)
Application : Defibrillation & ECG Monitoring
Electrode Type : Adhesive gel pads
Gel Type : Conductive medical-grade gel
Placement Guidance : Printed anatomical diagrams
Shelf Life : Approx. 2 years
Packaging : Sealed, single-use
Latex Free : Yes
Operating Temperature : As per AED operating range
Storage Conditions : Cool, dry place
Regulatory Compliance : CE / FDA (as applicable)
Intended Use : Emergency cardiac resuscitation

highlights

Designed specifically for Philips HS1 AED reliability
Fast, intuitive pad placement during emergencies
Ensures accurate rhythm detection and effective shock delivery
Trusted Philips quality for life-saving applications
Suitable for both trained and untrained responders

in the box

Philips HeartStart HS1 AED Electrode Pads
Integrated Connector Cable
Protective Pad Packaging
Instructions for Use (IFU)

Use Cases :

Public access defibrillation (PAD) locations
Airports, malls, offices, schools, and gyms
Hospitals and clinics
Ambulances and emergency medical services (EMS)
Corporate medical rooms
First responder and community AED programs

Key Features :

Compatible with Philips HeartStart HS1 AED
Pre-connected design reduces response time
Integrated ECG sensing and defibrillation electrodes
Clear anatomical placement graphics
High-quality conductive gel for effective energy delivery
Disposable, single-use pads
Long shelf life for emergency readiness
Available in adult and pediatric (infant/child) variants

Warranty

Seller

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Product Description

The Philips HeartStart HS1 AED Pads are pre-connected, disposable defibrillation electrode pads designed for use with Philips HeartStart HS1 Automated External Defibrillators. These pads are engineered to deliver efficient, uniform shock energy while providing accurate ECG sensing during cardiac eme...