THE ECONOMICAL UNDERSTANDING OF MODERN ANESTHESIA
HEYER Medical’s new anesthesia system Pasithec fully featured and simple to use.
The modular construction concept fulfills all individual situations in OR’s.
- Comprehensive ventilation modes
- Minimal tidal volume of 20 ml makes it fit for pediatric use
- Heated patient module to avoid moisture buildup
- Display of Loops
The new Pasithec is a cost-effective, flexible anesthesia workstation for performing and monitoring inhalation anesthesia. Low-flow techniques minimize gas and anesthetic agent consumption for economical day-to-day operation.
HEYER Pasithec naturally complies with the highest standards in ergonomic design, safety and easy operation and reliable respiratory settings.
The Pasithec is also available in a version with 4 PIN Index connectors to adapt 4 supply cylinders (2x O2 and 2x N2O) and is equipped with 4 gauges to indicate the pressure of the cylinders.
|Dimensions (H x W x D)||1400 x 950 x 750 mm|
|Weight (basic unit)||148kg|
|Storage temperature||-20 °C – +55 °C|
|Storage rel. humidity||≤ 93 %|
|Operating temperature||+10 °C – +40 °C|
|Operating rel. humidity||≤ 80 %|
Electrical Connection Data
|Power supply||100 – 240 VAC, 50/60 Hz|
|Maximum input current||8 A|
|Battery supply||> 90min|
|Auxiliary sockets||4, 1.5 A each|
Pneumatic Connection Data
|Central gas supply||NIST, DISS|
|Oxygen (O2)||280 – 600 kPa|
|Compressed air (AIR)||280 – 600 kPa|
|Nitruous oxide (N2O)||280 – 600 kPa|
|Cylinders (optional)||O2, N2O 2x or 4x PIN Index|
Fresh Gas Dosing
|Fresh gas dosing||6 fold flowmeter block|
|O2||0.05 – 1.0 L/min, 1 – 10 L/min|
|Air||0.05 – 1.0 L/min, 1 – 15 L/min|
|N2O||0.05 – 1.0 L/min, 1 – 12 L/min|
|Ratio system||Integrated (min. 25 Vol. % O2 in fresh gas)|
|Sterilization||Aluminum assembly: autoclavable up to 134°C|
Other parts: immersion in chemical disinfectants
|System compliance||Automatically compensated|
|Capacity CO2 absorber||1800 ml|
|Internal volume circuit||approx. 2.5 L|
|Connector||Common gas outlet ISO5356|
|Heating||33 – 40 °C|