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Related Manuals for GaleMed MR-100 Plus
Summary of Contents for GaleMed MR-100 Plus
- Page 1 REF SAP REF Description 2038 AR0051 MR‐100 Plus Intake Valve Kit ...
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Page 2: Warning And Cautions
Introduction Warning And Cautions The MR‐100™ Plus Manual Resuscitator Is designed for use as an adjunct WARNING: Do not use the MR‐100"' Plus Manual Resuscitator In toxic to artificial respiration and cardiopulmonary resuscitation. The Resuscitator atmospheres. can be used to ventilate the apnoeic patient and to augment ventilation WARNING: Remove the oxygen reservoir and reservoir valve If and/or oxygen delivery to the spontaneously breathing patient. supplemental oxygen Is not being administered. Failure to do so will affect the refill rate and maximum frequency capabilities. TM When connected to an oxygen source, the MR‐100 Plus Manual WARNING: Do not administer supplemental oxygen in the presence of Resuscitator can also deliver supplemental oxygen with the aid of an oxygen open flames. reservoir The oxygen concentration delivered by the MR‐100 Plus WARNING: Do not use oil, grease or other hydrocarbon based TM Manual Resuscitator depends on the oxygen supply flow rate, tidal volume, substances on any part of the MR‐100 Plus Manual Resuscitator. ventilation frequency and operator technique. Supplemental oxygen, ... -
Page 3: Principles Of Operation
Principles Of Operation 1 Principles Of Operation 2 ™ The MR‐100 Plus Manual Resuscitator consists of four major components Exhalation begins when the patient exerts positive pressure (during passive (figure 1): non rebreathing valve assembly (A), silicone bag (B), intake valve exhalation) on the patient side of the duckbill valve (F) or when the operator (C), and reservoir (D), Part D should be removed if supplemental oxygen is releases pressure from the silicone bag (8). The valve lifts directing the not to be supplied from an external gas source. patient's expiratory gases through the expiration ports(G) of the non‐ rebreathing valve (see figure 3). Figure 1. The MR100 Plus Manual Resuscitator Figure 3. lnspiration Gas is delivered to the patient by squeezing the bag (see figure 2). Positive pressure within the bag caused by its compression closes the intake valve (E) The silicone bag refills for the next breath during patient exhalation. located at the base of the bag. This causes the duckbill valve (F) to close off Negative pressure within the bag (caused by the expansion of the the expiration ports(G) of the non‐rebreathing assembly. Further compressed bag) opens the intake valve (E), allowing gas to enter the bag compression of the bag forces gas through duckbill valve to the patient. If either from the atmosphere or from the reservoir (D). supplemental gas is used, oxygen is delivered to the reservoir (D) during compression of the silicone bag. The reservoir should be used whenever supplemental oxygen Is delivered. (Supplemental oxygen may be administered without using the reservoir but ... - Page 4 Principles Of Operation 3 Operating Instruction The Infant and Child models of the MR‐100™ Plus Manual Resuscitator are Position victim face up. fitted with pressure relief valves (see figure 4). These valves open when the pressure is in excess of 40±5cmH 0. Clear foreign objects out of patient's mouth and throat. Figure 4. Pressure Relieve Valve. Insert oropharyngeal airway (if available), in Should higher inspiratory pressure be required, the pressure relief valve accordance with the may be overridden by placing thumb over the valve as shown in figure 5. It manufacturer's Is also possible to lock the pressure relief valve in this position with Lock ...
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Page 5: General Instructions For Operation
Operating Instruction General Instructions for Operation ™ Select the appropriate size of MR‐100 Plus Manual Resuscitator (Infant, Child or Adult). Select the appropriate size of face mask If ventilation by Hold mask firmly in place over the mouth and nose with mask is to be performed. Connect mask to the outlet on non‐rebreathing thumb and index finger, using valve. other fingers to grip the chin. If supplemental oxygen is to be used, connect supply tubing (not supplied) Inflate the lung by between the regulated gas source and the oxygen reservoir inlet. Adjust gas compressing resuscitation bag flow so that the reservoir expands completely during the delivery of the with the other hand. Develop breath and nearly collapses as the bag refills. rhythmic pattern for If supplemental oxygen is not to be used, remove the reservoir. Failure to do adequate inspiratory/ so will affect the refill rate and maximum frequency capabilities. expiratory time. Check to ensure that you are Should the non‐rebreathing valve become contaminated with vomit, blood performing ventilation ... -
Page 6: Performance Characteristics
L/min 20X30 20X60 40X30 40X60 70X30 70X60 Performance Characteristics 02 99(72) 99(70) 99(70) 99(58) 97(55) 85(50) Range of delivery pressure 05 99(77) 99(75) 99(74) 99(72) 99(65) 85(62) Adult: Unrestricted or 60±10 cmH O 10 99(94) 99(90) 99(90) 99(80) 99(79) 99(71) Child and Infant: 40±5 cmH 0 maximum (can be overridden by operator) Conditions: VT=20ml, Compliance ‐ 0.001L/cmH O, Resistance ‐ 400 cmH O/L/s. l:E ratio: 1 :1 Stroke volume range (typical values) ... -
Page 7: Specifications
Performance Characteristics Specifications The performance characteristics for MR‐100™Plus Manual Resuscitators Storage temp: - 4 0 ' C / - 1 0 ' F to 6 0 ' C / 140'F will vary from user to user depending on a variety of factors: ambient Operating temp: - 1 8 ' C / O'F to 5 0 ' C / 1 2 2 ' F temperature, patient lung compliance, ventilator frequency & ... - Page 8 Specifications Testing The Resuscitator Dead apace: The MR‐100™ Plus Manual Resuscitator should be tested as follows: when first using the new Resuscitator Non‐rebreathing valve after cleaning and disinfection Adult mask 150ml after any new parts having been fitted Child mask 9 5 m l monthly, if the Resuscitator is not frequently used. Infant mask 2 8 m l Pressure Relief Equipment required: Test lung, 0‐100cmH 0 manometer (for Infant and 4 0 ± 5 c m H 0 (infant &...
- Page 9 2. Compress and hold the bag. The housing duckbill valve inside the non‐ 4. Cycle the Resuscitator through several ventilations. The safety inlet valve rebreathing valve should open and test lung should be filled. If not, on the reservoir valve should open during each refill to allow room air to check the connection between the Resuscitator and the test lung, and enter the silicone bag. If not, check if the safety inlet valve is correctly check that the non‐rebreathing valve is correctly assembled. assembled. 3. Release the bag. The duckbill valve should close and as the test lung deflates, gas should flow through the expiratory ports of the non‐ Overall Resuscitator function rebreathing valve. If not, check if the non‐rebreathing valve is correctly 1. Fully assemble the Resuscitator (non‐rebreathing valve, silicone bag and assembled. oxygen reservoir). Connect the Resuscitator to a supplemental gas source 4. Ventilate the test lung for a minimum of ten cycles to ensure that the and connect a test lung to the patient outlet on the non‐rebreathing Resuscitator is functioning correctly. Inspiration must occur when valve. the silicone bag is compressed and exhalation should be in place, when 2. Set the supplemental gas flow to 15LPM for the adult and the child the bag is released. If not, check on the non‐rebreathing valve is models; and 10 LPM for the infant model. ...
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Page 10: Order Information
3. Filter Toxic gas filter. (For military, chemistry etc.) 4. Tools Silicone extension tube for non‐rebreathing valve. Teeth opener Tongue depressor Airway 5. Carry and Storage Wall mount holder for resuscitators. Silicone hanger for resuscitators. Storage case. Order information REF SAP REF Description 2038 AR0051 MR‐100 Plus Intake Valve Kit 2150 AR0056 MR‐100 Plus Resuscitator set, adult w/Pop 2151 AR0057 MR‐100 Plus Resuscitator, child 2152 AR0058 MR‐100 Plus Resuscitator, infant 2163 AR0063 MR‐100 Plus Resuscitator, adult ...