Raghuram Group

The GE Engstrom Adult Flow Sensor is a medical device typically used in respiratory care and patient monitoring systems. It is designed to measure the flow of air or gases in adult patients, particularly in ventilators or anesthesia systems.

This flow sensor works by detecting the rate of air or oxygen being delivered to a patient, providing critical data for medical professionals to ensure proper ventilation and respiratory support. It helps to monitor the volume and flow of gases to optimize the patient's breathing or ventilatory parameters.

ge flow sensor

ge flow sensor price

ge ventilator flow sensor

ge 9100c flow sensor

ge sle flow sensor

ge sle5000 flow sensor

ge dishwasher flow control sensor

ge carescape r860 flow sensor

ge anesthesia flow sensor

ge neonatal flow sensor

ge datex ohmeda flow sensor

ge aisys flow sensor

ge aespire flow sensor

ge anesthesia machine flow sensor

flow sensor anestesi ge

ge carestation 30 flow sensor

ge flow sensor recall

ge flow sensör

ge engstrom flow sensor

expiratory flow sensor ge

flow sensor ge healthcare

heat flow sensor

high temperature flow sensor

air flow sensor

ge df868 flow meter manual

ge flow meter

omega flow sensor

q-flow system

ge r860 flow sensor

the flow sensor

ge r860 ventilator flow sensor

ge enflow fluid warmer

 

ge flow

GE HealthCare offers a range of oxygen sensors compatible with their anesthesia machines, including models like the Aestiva™, Aisys™, and Avance™ series. These sensors are essential for accurate oxygen monitoring during anesthesia procedures.

Hamilton Medical offers a range of flow sensors designed for precise measurement of volume, flow, and pressure in mechanical ventilation. These sensors are essential for accurate monitoring and adjustment of ventilator settings, ensuring optimal patient care.

Compatibility

Siemens offers a range of oxygen (O₂) sensors tailored for various applications, including combustion optimization and medical monitoring.

The Maxtec KE250A Oxygen Sensor, also known as the Max-250A, is a high-precision electrochemical sensor designed for accurate oxygen concentration measurements in medical and industrial applications.

The GE Ohmeda Flow Sensor is a medical device used in respiratory monitoring systems to measure gas flow in patients. It is commonly used in conjunction with anesthesia machines, ventilators, and other respiratory support devices to ensure accurate measurement of the flow of gases such as oxygen, nitrous oxide, or air. The Ohmeda brand, which is part of GE Healthcare, is well-known for providing reliable respiratory and anesthesia monitoring equipment.

Ge aestiva flow sensor

Dräger offers a variety of oxygen sensors tailored for different applications, including medical devices, industrial safety, and environmental monitoring. These sensors are integral to Dräger's gas detection systems, providing accurate and reliable oxygen measurements.

A Ventilator Adult Circuit Plain is a medical device used in mechanical ventilation to deliver air or oxygen to an adult patient who is unable to breathe effectively on their own. The circuit connects the ventilator machine to the patient's airway, ensuring that the patient receives the appropriate volume of air or oxygen to maintain proper respiration.

A Double Water Trap Adult Ventilator Circuit is a specialized medical device used in mechanical ventilation to ensure proper airflow, humidity, and moisture control in the respiratory system of adult patients. It is an advanced form of the standard ventilator circuit, with two water traps or moisture traps integrated into the circuit. These water traps help to manage the humidity and condensation that may form during mechanical ventilation, particularly when humidified air is being delivered to the patient.

The expiratory valve in GE ventilators, such as the CARESCAPE R860, is a critical component that manages the patient's exhaled gases, ensuring precise control over respiratory phases and positive end-expiratory pressure (PEEP). This valve assembly plays a vital role in maintaining optimal ventilation and preventing the ventilator's internal components from exposure to exhaled air.

The flow sensor is one of the most important components of your critical care ventilator. It automatically checks patient airway flow and pressure 250 times per second, making it the “eye” of your ventilator. Both reusable and single-patient-use EVA options are available. The exhalation valve housing contains the expiratory flow sensor and water trap. Connecting the Exhalation Valve Assembly 1. To attach the housing, place the tab (2) of the housing into the groove (1) and push the housing into position. • Listen for audible click and then gently pull on the housing to make sure it is securely latched 2. To remove the housing, press down (3) on the latch to release the exhalation valve housing and then pull the housing from the ventilator. 

A vented full face mask is a type of respiratory mask designed to cover both the nose and mouth, often used in medical or healthcare settings to provide respiratory support. It is most commonly used in non-invasive ventilation (NIV) treatments for patients who need assistance with breathing, such as those with conditions like chronic obstructive pulmonary disease (COPD), obstructive sleep apnea (OSA), acute respiratory distress syndrome (ARDS), or post-surgical recovery.

TECHNICAL SPECIFICATIONS Characteristic Measure Measurement range 0 % ... 100 % oxygen (at atmospheric pressure) Nominal sensor lifetime > 1,000,000 % volume oxygen hours Initial output signal range in ambient air 9 mV ... 14 mV Electrical interface 3,5 mm mono phone jack Accuracy meets ISO 80601-2-55 requirements Repeatability < 1 % volume O2 at constant temperature and pressure Linearity error < 3 % relative Response time < 12 s to 90 % of final value Zero offset voltage < 200 μV in 100 % nitrogen, applied for 5 min Cross interference meets ISO 80601-2-55 requirements Influence of humidity -0.03 % rel. per %RH at 25°C Pressure range 0.6 bar ... 2 bar (ppO2 0 ... 1250 mbar O2) Influence of pressure proportional to change in oxygen partial pressure Influence of mechanical shock < 1 % relative after a fall from 1 m Operating temperature 0°C ... 50°C Temperature compensation built-in NTC compensation Effect of temperature compensation (steady state) between 25°C and 40°C: 3 % relative error between 0°C and 50°C: 8 % relative error Operating humidity 0 % ... 99 %RH non-condensing Long-term output drift < 1 % vol. oxygen per month, typically < -15 % relative over lifetime Storage temperature -20°C ... 50°C Recommended storage 5°C … 15°C Recommended load ≥ 10 kOhm Warm-up time < 30 minutes, after replacement of sensor Weight approximately 28 grams Expected sensor lifetime >2.5 years Part number E01-00-0020

The Dräger Babylog Flow Sensor is specifically designed for use with Dräger’s Babylog series of neonatal ventilators. These sensors are used to measure and monitor the flow of gases (such as oxygen or air) in neonatal ventilation systems, ensuring proper respiratory support for infants, especially premature or critically ill babies.

A Dräger Adult Flow Sensor is used in respiratory monitoring systems, such as ventilators or anesthesia machines, to measure the flow of gases (like oxygen or anesthetic gases) delivered to the patient. These sensors are crucial for accurately assessing the patient's respiratory status and ensuring the proper delivery of gases during mechanical ventilation or anesthesia.