Preconnected pediatric defibrillation electrodes for Zoll equipment. 1 pair

Pair of disposable electrodes designed for defibrillation procedures in pediatric patients whose total weight does not exceed 10 kilograms. Made from biocompatible materials for safe use and free from adverse reactions, and supplied with the cable outside for pre-connection to the equipment without the need to open the packaging. Their design makes them ideal for emergencies, making them perfect for ambulances and emergency triages.

General Features
- Non-sterile, single-use electrodes designed for pediatric defibrillation
- Free from natural latex, phthalates and compounds of biological origin, ensuring high biocompatibility
- Able to withstand up to 15 discharges at 360 joules of power continuously
- Supplied with exterior cable for pre-connection, ideal for emergency cases

Technical Specifications
- Electrode dimensions: 97 x 90 mm
- Active area dimensions: 29.18 cm2
- Recommended usage time: 24 h
- Maximum patient weight: 10 kg
- Shelf life: 2 years from the date of manufacture
- Compatibility: Zoll (X Series) equipment

Materials
- Support: White polyethylene foam, 1 millimeter thick and waterproof cell with biocompatible acrylic adhesive
- Conductive area: Tin foil with biocompatible acrylic base hydrogel
- Protector: Polyethylene terephthalate
- Connection cable: Copper (65/0.127 mm) coated with non-toxic polyvinyl chloride
- Connector mold: Plastic material
- Ring terminals: Brass
- Washer: ethylene-vinyl acetate/thermoplastic elastomer

Electrical Properties
- Low-frequency AC impedance at 10 Hz: < 3000 Ω
- Low-frequency AC impedance at 30 kHz: < 10 Ω
- High-frequency AC impedance: < 5 Ω
- Defibrillation overload recovery after 4 s: < 500 mV
- Defibrillation overload recovery after 60 s: < 400 mV
- DC Offset Voltage: < 100 mV

Standards and Certifications
- IEC 60601-2-4
- ISO 10993-5
- ISO 10993-10
- ISO 13485 (manufacturer)
- RoHS regulations
- Directive 93/42/EEC, Class I medical product

* The initial image is indicative; the second photograph shows the true shape of the connector.