Capnography OEM solutions

Microstream™ nanoMediCO₂ OEM module

<p>The Microstream™ nanoMediCO₂™ OEM module is designed for efficiency and flexibility and can be integrated into a wide range of host monitors and devices.</p>

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Features

One-third less power, weight, and volume.^† The nanoMediCO₂™ capnograph module is 4th Edition compliant. Reduced power requirements help meet the USB 2.0 industry standard. The module is engineered to promote longer battery life and provide:

Measurements of etCO₂, FiCO₂, and respiration rate values and trends
Clear, crisp waveforms and accurate respiratory rates
A single, integrated spectroscopy sensor for use across the healthcare continuum
CO₂-specific infrared technology at a distinct wavelength
A low sampling rate of 50 mL per minute to allow for the monitoring of a wide range of patients — from neonates to adults
Measurements without impact from other gases (i.e., O_2, N₂O, He, or inhaled anesthetics)
Moisture handling to help reduce complications caused by clogged sampling lines

Accuracy and workflow algorithms

Standard Smart Capnography™ algorithms

The nanoMediCO₂™ capnograph module comes standard with two Smart Capnography™ algorithms to help ensure accuracy and streamline workflow:

Smart Alarm for Respiratory Analysis™ algorithm (SARA), engineered to recognize and reduce nuisance alarms
Smart Breath Detection™ algorithm (SBD), designed to help mitigate the effect of artifact and enable monitoring for non-intubated general care floor patients

Optional Smart Capnography™ algorithms

To help enhance clinical support, the nanoMediCO₂™ capnograph module may be upgraded to include:

Integrated Pulmonary Index™ algorithm (IPI), which incorporates four real-time respiratory measurements etCO₂, respiratory rate, pulse oximetry, and pulse rate — into a single number that represents an inclusive respiratory profile
Apnea-Sat Alert™ algorithm (ASA), to track and report apneas per hour to help clinicians identify and quantify recurrent apnea and desaturation events without additional equipment or changes to workflow
Oxygen desaturation index (ODI), to measure the number of dips per hour in SpO₂, 4% or lower from baseline, with a return to baseline in 240 seconds or less

Specifications

Physical
Dimensions (maximum)	60.5 mm (h) × 41.2 mm (l) × 25.7 mm (h) ±0.5 mm
Weight	85 ±2 g
Power characteristics
Average power	1 W
Maximum power	1.15 W
Voltage	3.3 V–15 V and 3.3 V–5.5 V to digital supply
Standards and regulations
The following standards are met by the module, as long as the monitor in which it is installed also meets these standards: USA: ANSI/AAMI ES60601-1 (2012) CAN/CSA C22.2 (2014) ISO 80601-2-55 ed. 1 (2011) IEC 62304, ed/ 1.1 (2015) ROHS Directive 2011/65/EU IEC 60601-1 (Ed. 3.2): 2020 IEC 60601-1-2 (Ed. 4.1):2020 ISO 80601-2-55 ( 2nd Ed.):2018 IEC 80601-2-49, only section 202.8.102, Figure 202.104 (Ed.1.0):2018 ISO 15223-1:2021 RoHS: 2011/65/EU + 2015/863/EU Amendment ISTA, January 2011
Environmental
Operating temperature	0 to 65 C (32 to 149 F)
Storage temperature	-40 to 70 C (-4 to 158 F)
Relative humidity	0–90% (noncondensing)
Operating pressure	430 to 805 mmHg
Operating altitude	-487.68 to 4,572 m (-1,600 to 15,000 ft)
Storage pressure	88 to 805 mmHg
Storage altitude	-487.68 to 4,572 m (-1,600 to 15,000 ft)
Communication interface
Module communicates with its host via RS 232 communications interface or USB 2.0