»The Nuffield 200 Ventilator has an enviable reputation as a reliable compact, powerful and easy to use anesthesia ventilator and is primarily for use with a Bain Co-Axial Circuit.
»The ventilator is equally suitable for use with an Ayre’s Tee Circuit for resuscitation, for High-Frequency Positive Pressure Ventilation with the use of a bronchoscope injector, and in a closed-circuit system incorporating a CO2 absorber.
»The time-cycled Penlon Nuffield 200 is powered by medical air or oxygen at 340 kPa- 410 kPa and has pre-set volume and flow rate for small and large animals. You can replace the standard patient valve with a Newton Valve and the ventilator range is further extended to include ventilation of small animals — a considerable achievement for a small, inexpensive ventilator. A considerable achievement for a small, inexpensive ventilator.
»The Nuffield 200 is a pneumatically driven time-cycled ventilator with preset volume and flow rate for adult or pediatric patients. The four simple controls provide a wide range of settings that enable a constant flow during the inspiratory phase and infinite variability of I: E settings. A suitable ventilator alarm and pollution control system can be attached to the ventilator if required.
»The Penlon Series 200 requires a higher drive pressure to work. It will not work with an O2 concentrator due to their low-pressure output.
- Compact, easy to use
- Multi-use capabilities, including Co-Axial Circuit, Ayre’s Tee Circuit, Circle System and Resuscitation
- Comes with adult & pediatric valve
- Standard Schrader probe oxygen hose fitting
- MRI compatible (optional)
- Main unit and valves can be sold separately – please ask
|Dimensions||270 X 210 X 100 Mm|
|Drive Gas||Medical Air Or Oxygen At 340 KPa (50 Lbf/In 2) – 410 KPa (60 Lbf/In2)|
|Tidal Volume||10 Ml – 300 Ml (Newton Valve) » 50 Ml – 2000 Ml (Standard Valve)|
|Frequency (Cycle/Min)||10 – 85 (Cycle/Min)|
|Frequency For HFPPV||60 – 125 (Cycle/Min)|
|Inspiratory Flow (Liters Per Sec)||0.25 – 1.0 (Independent And Continuously Variable)|
|I: E Ratio: Continuously Variable And Dependent On Chosen I||E Settings|
|Gas Consumption||Minute Volume Plus 0.1 Liter/Cycle To Power Fluid Logic Circuit|
|Minute Volume||1.0 – 30.0 Liters|
|Inspiratory||Time: 0.2 – 2.0 Sec. (Independent And Continuously Variable) » Flow: 0.25 – 1.0 Liters/Sec (Independent And Continuously Variable) » Pressure Relief: 60 CmH2O|
|Expiratory||Time: 0.5 – 4.0 Sec. (Independent And Continuously Variable) » Resistance: 2.5 Cm H2O/Liter|
|Respiratory Manometer||Range -20 To +100 CmH 2O With Zero Adjust Facility|
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