Overview

Cardiopulmonary resuscitation (CPR) is an organized, sequential response to cardiac arrest; These resuscitators are designed for manual ventilation of neonates, infants and children with a body weight not exceeding approximately 30 kg.

Features

• • Includes a pressure limitation valve (excl. adult version)
• •  Includes a unique support strap (excl. new born infant version) ensuring a firm grip and providing effective ventilation
• •  Features a textured surface
• •  Conforms to Council Directive 93/42/EEC concerning Medical Devices
• •  Max. stroke volume: Approx. 450 ml
• •  Max. bag volume: Approx. 700 ml
• •  Dimensions: 240mm x 90mm (9 1/2 in. x 3 1/2 in)
• •  Weight of resuscitator with patient valve, mask size 0 and oxygen reservoir: Approx. 240g (8.46 oz)
• •  Versions with patient valve with swivel: Approx. 235 g (8.28 oz)
• •  Maximum frequency of ventilation: Depends on the insufflation volume used. The rate of expansion of the bag is more than adequate for all frequencies recommended for use
• •  Patient connector: 22/15 mm (ISO)
• •  Expiratory connector (for PEEP valve attachment): 30 mm male (ISO)
• •  Dead space: < 5 ml
• •  Forward and back leak: Not measurable
• •  Inspiratory resistance at 50 l/min: Approx. –0.47 kPa (-4.7 cmH2O)
• •  Pressure limiting valve: Opening pressure 4 kPa (40 cmH2O)
• •  Expiratory resistance at 50 l/min: Approx. 0.24 kPa (2.4 cmH2O)
• •  Volume of oxygen reservoir bag: Approx. 2600 ml
• •  Recommended operating temperature: -20 ºC to 50 ºC (-4 ºF to 122 ºF)
• •  Storage temperature: -40 ºC to 70 ºC (-40 ºF to 158 ºF)
• • Textured surface

Benefits

• • Provides basic life support with chest compressions and rescue breathing
• • 
• • Provides resuscitative care
• • 
• • Range of application: Neonates, infants and children with a body weight not exceeding approximately 30 kg, 66 lbs. (approx. 9 years of age). Includes pressure limitation valve (excl. adult version) and a unique support strap (excl. new-born/infant version) to ensure a firm grip providing effective ventilation