Anaesthetic apparatus, Dameca MPII, with OMV vaporisator

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General information

Basic anaesthetic unit (gas-driven and draw-over system), used in conditions where an oxygen supply is not  readily available or is unreliable.

Anaesthetic machine use for surgical procedures in emergencies.

Anaesthetic machine manufacturer: Normeca/Dameca, MP-2 model.

Specifications

Components:

A) Anaesthesia Machine

 

- Side rails (1)

 

- Rotameter box (2, 3 ,4 ,5)

 

- Draw-over selector (7)

 

- Vaporizer OMV 50 (8)

 

- Corrugated tubing (9)

 

- Table with built in reservoir

 

- Stand

 

B) Breathing circuit, adults and children

 

- Resuscitator AMBU, BABY: 1

 

- Resuscitator AMBU, Mark III: 2

 

- One-way expiratory valve: 2

 

- Mask, Nr 4 for adults and large children: 2

 

- Mask, Nr.2 for children: 2

 

- Mask, 0A for neonates: 2

 

- Mask, Nr.0 with boring for infant: 2

 

 - Mask hook: 1

 

- Breathing circuit, Jackson Rees with modified T-Ayres, complete, silicone: 2

 

- T-piece: for adding oxygen: 1

 

- Male connector for tubing, 22mm: 6

 

- Female connector for tubing, 22mm: 6

 

- Corrugated tube, rubber or silicone, 30cm: 1

 

- Corrugated tube, rubber or silicone, approximately 105cm: 6

 

- Self-inflating bags: six 1-litre and six 2-litre bags, rubber or silicone.

 

- Maintenance and user manual.

Specifications:

The anaesthetic machine can operate as a draw-over or a gas-driven system.

 

When fresh gas (O2) is unavailable or supply is irregular, ambient air can be used as "fresh gas" (using the draw-over system).

 

Gas delivery system: With oxygen using gas-driven system

 

- Oxygen gas supplied in cylinders enters via the reduction valve then proceeds to the rotameter box (2), the draw-over valve (7), the vaporizer (8) and finally to the patient breathing circuit. When using oxygen the lever for the draw-over valve (7) must be in the horizontal position.

 

Gas delivery system: Without oxygen using draw over system

 

- When oxygen is unavailable, the lever for the draw-over valve is placed in the vertical position, ambient air from the built-in reservoir (10) is then used as  a main carrier to evaporate the anaesthetic agent in the vaporizer (8).

 

- During inspiration, the air is sucked from the built-in reservoir through the vaporizer; the mixed gas is then fed to the patient through a self-expending bag and Ambu valve.

 

OMV 50 VAPORISER (Oxford miniature vaporizer)

- A partial temperature-compensated, calibrated vaporizer. Low internal resistance allows ambient air to be used as a gas carrier, it can also be used with a continuous gas flow.

 

-Aesthetic agent: halothane

 

-Content: 50ml

 

ROTAMETER BOX

 

- Driving gas: O2–N2O

 

- Driving gas pressure: kPa

 

- Rotameter tubes: 1 to 10 litres/min

 

- Low-flow regulation: 0.1 to 2 litres/min

 

- Accuracy: ±1.9% IF and  0.6% FS

 

- Note: an MP-2 does not have a slave regulator valve

 

- Bypass valve: approximately 45 litres per minute at 400kPa

 

- Reservoir: volume 750ml

 

STAND with 4 wheels

 

- Size (HWD): 450x385x245mm

 

- Weight 10.8kg

 

EXPIRATORY VAVLE:

- Should be a non-rebreathing valve (AMBU anaesthetic valve or Ruben valve), dismountable, autoclavable at 134°C.

 

- The valve should allow either spontaneous breathing or controlled respiration without the need for adjustment.