Customization: | Available |
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Type: | Ventilator |
Used for: | Adult, Pediatric and Neonatal |
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H-100D has the following modes available: |
(a) Pressure Control |
(b) Volume Control |
(c) Spontaneous . |
(d) Sigh and Manual Breaths |
have servo controlled variable Bias Flow which shuts off totally during patient exhalation. |
Pressure support ventilation available in volume control, pressure control and spontaneous modes. |
be capable of automatically adjusting the flow waveform rise time (slope). |
have facility to proximally monitor and display the airway pressure and have the facility for distal triggering to monitor the patient effort at the Carina. |
have the following controls/ settings on the front panel:- |
(a)FiO2 0.21 to 1.0 |
(b)Flow 1 to 100 lpm |
(c) Inspiratory Time 0.1 to 3.0 sec. |
(d)Tidal Volume 10 ml to 2000 ml. |
(e)Inspiratory Pause 0, 10, 20 and 30% of I.T |
(f) Respiratory Rate 1 to 100 bpm. |
(g) Pressure Control 0 to 75 cm H2O |
(h) Pressure Support 0 to 60 cm H2O |
(j) PEEP/CPAP 0 to 45 cm H2O |
(k) Bias Flow 0 to 30 lpm. |
(l) Sensitivity/ Trigger 0 to -5 cm H2O |
(m) Maximum Inverse I:E 3:1 |
(n) Pneumatic Pressure Relief 0 to 120 cm H2O |
(o) SIGH 1.5 x Insp. Time Operator Controlled (volume or Pressure Breath) |
monitor the following parameter: |
(a) Inspiratory Tidal Volume (b) Set Tidal Volume |
(c) Inspiratory Minute Volume (d) Respiratory Rate (total) |
(e) Peak airway pressure (PIP), Mean airway pressure (MAP) and Baseline Pressure |
(PEEP/CPAP) |
(f) Inspiratory Peak Flow |
have Apnoea backup ventilation available as standard feature. |
have the facility for non-invasive positive pressure ventilation and mask ventilation. |
have a backlit digital manometer for the monitoring of airway pressures proximally |
have a built in Nebulizer to enable the delivery of medication without dis-intubating. |
have the following Audio-Visual Alarms:- |
(a) High and Low pressure (b) High and Low Minute Volume |
(c) I.T too long (d) Ventilator inoperative |
have the following audible alarms:- |
(a) Gas supply source failure (c) Power Failure |
(b) Power Down (d) Proximal Line Disconnect |
The critical components like the pressure sensors the flow sensors and the micro processors provided in duplicate inside the ventilator for safety and reliability. |
The ventilator have the facility for independent lung ventilation. |
have auto zero function. |
The ventilator supplied with a standalone fisher and paykel humidifier with adult chamber and one set adult breathing circuit. |
The ventilator system include a standalone Graphic monitor. This have the additional capability of being connected to a ventilator already in use in the department. The Graphics monitor monitor all parameters proximally (at the patient airway). have the following facilities:- |
(i) use autoclavable, reusable flow sensors which are connected at the patient airway. |
(ii) have graphical display of wave forms and loops:- |
(iii) monitor and display the following :- |
(a) Tidal Volume (e) Oxygen Concentrator (FiO2) |
(b) Minute Volume (f) Respiratory Rate |
(c) ET-Tube Leakage (g) Peak, Mean and Base Pressures |
(d) PEEP |
(iv) have interface facility :- |
(a) 1 Parallel for Printer (c) 1 Ventilator Connection Port |
(b) 1 Serial Interface for PC |