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> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
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mfa0500

Centrifugal Blower for Hospital Respiratory Treatment

  • Intensive Care Unit fan
  • Emergency and/or transport fan
  • Ventilator for neonatal applications
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
EN FR
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
  •   Pressure range up to  110 hPa à 120 l/mn
  •   Acceleration to follow the patient's respiratory cycles
  •   Compatibility with the Hospital Oxygen
  •   Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit.
  •   Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm)
  •   Fully soundproof solution
  •   Supply voltage 24 VDC
  •   Compliant with the requirements of IEC 60601-1
  •   Reliability of the system on patients treated 365/24/7
  •   Service Life (L10) > 40 000H

 

> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
> Blowers for Mechanical Ventilation Support solutions for Hospital, Home Care, Transportation > Ventilators for Devices of Cough Assistance > BLDC Motor Driver Card
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H
Hospital, Intensive Care, Neonatal The air-oxygen mixture in the turbine with 100% safety even at very low flow (1-5 l/min), developed for maximum efficiency even in extreme cases in intensive care
 Pressure range up to 110 hPa à 120 l/mn Acceleration to follow the patient's respiratory cycles Compatibility with the Hospital Oxygen Securing the oxygen injection by absolute segregation between the electrical parts and the patient's air circuit. Allows the use of oxygen at high concentrations at very low flow (<2 l/min) and at very high respiratory cycles (300 bpm) Fully soundproof solution Supply voltage 24 VDC Compliant with the requirements of IEC 60601-1 Reliability of the system on patients treated 365/24/7 Service Life (L10) > 40 000H