Masimo LNCS DCIP Pediatric SpO2 Sensor | Model 1864 | 3-Foot Intermediate Clip Cable | Integrated Zoll Medical Interface Custom Cross-Reference Part 11171-00018 | Direct-Connect Reusable Pulse Oximetry Transducer | Capital Patient Monitoring Consumable Asset

The Masimo LNCS DCIP Model 1864 (Zoll 11171-00018) is a medical-grade reusable pulse oximetry sensor engineered to provide continuous, non-invasive arterial oxygen saturation and pulse rate monitoring for pediatric patients. This specialized clip sensor utilizes Masimo Signal Extraction Technology (SET), which filters out optical noise and signal distortion caused by patient movement or low peripheral tissue perfusion. The structural clip enclosure features low-profile padding designed to distribute pressure evenly across small fingers, protecting delicate pediatric skin margins during extended monitoring workflows. Equipped with a integrated 3-foot cable, this transducer connects directly to compatible Zoll defibrillators and monitor systems, ensuring accurate, real-time physiological data tracking in emergency, critical care, and intraoperative environments.

Technical Specifications

• Sensor Technology Matrix: Masimo Signal Extraction Technology (SET) Functional Pulse Oximetry

• Factory Catalog Part Number (MPN): 1864

• OEM Manufacturer Series Index: LNCS DCIP (Low Noise Cable Sensor, Pediatric Direct Connect)

• Zoll Medical Cross-Reference Part Number: 11171-00018

• Target Patient Weight Profile: Pediatric parameter window ranging from 10.0 kg to 50.0 kg (22.0 lbs to 110.0 lbs patient mass)

• Preferred Application Site: Pediatric index finger or alternative matching digit profiles

• Cable Length Footprint: 3.0 Feet total integrated linear length (0.91 Meters continuous lead)

• Connector Interface Typology: Masimo LNCS 9-pin male connector block with a localized locking mechanism

• Optical Sensor Light Wavelengths: Red LED emitting 660 nm and Infrared LED emitting 905 nm nominal spectrums

• Maximum Photodetector Power Dissipation: 15.0 milliwatts total output ceiling

• SpO2 Saturation Measurement Accuracy Range: 70 percent to 100 percent saturation limits

• Measurement Accuracy Tolerance Under No-Motion Conditions: Plus or minus 2 percent absolute deviation standard

• Measurement Accuracy Tolerance Under Active Motion States: Plus or minus 3 percent absolute deviation standard

• Pulse Rate Tracking Accuracy Limits: 25 to 240 beats per minute operational window

• Pulse Rate Deviation Tolerance: Plus or minus 3 beats per minute under standard motion and no-motion profiles