5 Lead ECG Cable Compatible with Datascope Passport2 12 Pin Snap type

Rs. 800.00 Rs. 3,000.00

SKU: ECG-5181 Happy Hearts

Available Now!

Product Specification

COMPATIBILITY
Manufacturer Model
Datascope Passport2
Technical Specification
SKU ECG-5181
Category ECG
Certifications ISO Certified, ISO10993-1, 5, 10:2003E,RoHS Compliant
Connector Distal Datascope Passport2 12 pin ECG Connector
Connector Proximal Snap type 
Latex-free Yes
Lead Cable Color Bone Gray
Lead Cable Diameter 3.5 mm
Lead Cable Length Limb 1Meter
Main Cable Length V 2Meter
Lead Cable Material PVC Jacket
Lead Color Coding IEC
Lead Number 5
Packaging Type Poly Pouch
Packaging Unit 1 No
Patient Size Adult/Pediatric/Neonatal
Sterile No
Warranty 12 months
Weight 410 g

 

5 Lead ECG Cable Compatible with Datascope Passport 2 12 Pin Snap Type

The 5 Lead ECG Cable compatible with Datascope Passport2 12 Pin Snap type is designed for accurate and reliable cardiac monitoring in clinical environments. Built with high-quality medical-grade materials, this cable ensures stable signal transmission with minimal interference, delivering precise ECG readings.

The snap-type connectors provide a firm and secure connection to electrodes, reducing the risk of disconnection during patient movement. Its flexible and durable construction supports continuous use in hospitals, ICUs, and diagnostic centers. This ECG cable is a dependable replacement for Datascope Passport2 monitors, ensuring long-lasting performance and patient safety.

Key Features

  • Compatible with Datascope Passport2 ECG monitors (12 Pin connector)

  • 5 lead configuration for comprehensive cardiac monitoring

  • Snap-type connectors for secure electrode attachment

  • High shielding minimizes signal interference

  • Durable and flexible cable design

  • Easy to connect and disconnect

  • Medical-grade materials ensure safety and reliability

Applications

  • Hospitals and healthcare facilities

  • ICU and emergency monitoring

  • Cardiology departments

  • Diagnostic centers

  • Continuous bedside patient monitoring