Preattached leadwire electrode Radiolucent
ECG accessories
Preattached leadwire electrode Radiolucent
ECG accessories
Disposable cloth, solid-gel electrodes with pre-attached 46 cm (18") non-shielded, radiolucent carbon leads. Silver/silver chloride (Ag/AgCl) sensor, repositionable. Neonatal and pediatric monitoring, cloth, AAMI, 22mm x 22mm (7/8" x 7/8"), non-invasive patient monitor supplies and accessories
Specifications
- Product details
- Use with Non-Philips Healthcare Equipment
- Yes
- Use with Philips Healthcare Equipment
- M8102A, M8105A, M3000A, M3001A, M3002A, M1001B, M1002B, 863063, 863064, 863065, 863066, 863068, 863077
- Product Category
- ECG
- Product Type
- Electrode
- Single-Patient Use OR Multi-Patient Use
- Single-Patient Use
- CE Certified
- No
- Package Weight
- 1.134
- Packaging Unit
- 3 per pack, 1 case = 100 packs = 300 electrodes per case
- Not manufactured with natural rubber latex
- Yes
- Minimum Shelf Life
- 6 months
- Sterile OR Non-Sterile
- Non-Sterile
- ECG Electrode
- Patient Application
- Neonatal; Child
- Material
- Cloth
- Gel-Type
- Solid
- Electrode Size
- 22mm x 22mm (7/8" x 7/8")
- Electrode Shape
- Square
- Electrode Connector Type
- Preattached leadwire
Recommended products
- The SureSigns VM series patient monitors are ideal for monitoring, recording, and alarming multiple physiological parameters of adults, pediatrics, and neonates in healthcare environments, including intra-facility transport.
- The SureSigns VM series patient monitors are ideal for monitoring, recording, and alarming multiple physiological parameters of adults, pediatrics, and neonates in healthcare environments including intra-facility transport.
- The SureSigns VM series patient monitors are ideal for monitoring, recording, and alarming multiple physiological parameters of adults, pediatrics, and neonates in healthcare environments, including intra-facility transport.
Disclaimer
Product may not be available in all geographies, please check with your Philips representative for complete portfolio availability.