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16

SPECIFICATIONS

 The O2D2-2G Specifications, performance standards and limits are derived from actual units tested, 

 characterized or calculated. Specifications are subject to change without notice.

  Allowable respiration rates: 

Adaptive: from 40 bpm down to ~ 5 bpm (two persons independently)

  Apnea time-out envelope: 

Adaptive: ~32 sec at 0-11.5 K ft. pressure altitude, ~25 sec. at 13-18 K ft. pressure altitude, 

  20 sec. at and above 18 K ft. pressure altitude.  Apnea alarm does not respond if in any of the ‘D’ modes and below that pressure  
  altitude threshold.

  Operating inlet pressures: 

15 psig (1 bar) Minimum DYNAMIC (flowing) through cannula and 1.5 meters (5 ft.) of 4 mm inlet 

   tubing.  25 psig (1.72 bar). Maximum static pressure.

  Operating & storage temperatures, altitudes, vibration @ humidity, (assumes nominal operating voltage):
 

Temp range @ ~10% RH:

 -40° to +60° C. (Storage for complete unit less battery)

 

Temp range @ ~25% RH:

 0° to +60° C. (Operating with std. valve)

 

Temp range @ ~100% RH NC:

 +5° to +60° C. (Operating with std. valve) 

Unit is not water-proof, keep it 

 

dry from spray & rain.

 

Altitudes @ up to ~100% RH:

 -100 to +30 K ft. Pressure Altitude range @ +5° to +60° C. (Operating with std. valve)

 Vibration:

 Random vibration 5 to 500 Hz, (

15 minutes per axis @ 2.5 g. (rms) sin wave)

.

  Physical characteristics (EDS-O2D2-2G unit only):

 

 

Width @ widest point: 4.3” (109 mm); 

 

Height, including connectors: 3.85” (98.0 mm.); 

 

Depth, front to rear: 1.25” (31.75 mm)           

  

Weight: 12.1 Oz. (0.343 kg.) with batteries

  Operating Voltage & Current @ 25° C. @ ~25% RH. 

  (Measured in the ‘N’ mode setting @ 15 bpm/ typical.)

:

 

Battery Types:

 3 ea. Standard 1.5 volt alkaline type ‘AA’ or equivalent. 

 

Battery Life:

 50 Hrs. @ ~25° C. @ ~25% R.H. measured, assuming fresh alkaline-type batteries 

 

operating under normal operating conditions. 

  Make certain quality alkaline-type batteries are used.  Remove during long-term storage.
 

External Power:

 4.5 VDC external power jack with auto battery disconnect with series diode is provided. No over-

 

voltage protection is provided.

 

External Audio Output:

 3.5 mm stereo type jack provides audio output at ~40 mv. RMS into 5K

Ω

 L&R independent.  

 

Suitable for most aircraft Integrated Communication Systems (ICS).

 

Nominal Battery Voltage:

 ~4.25 VDC @ 4.30 ma. Idle. 220 ma. Peak (~500 ms. max), 3.25 ma. Average.

 

Min. Start-Up Voltage:

 ~2.80 VDC ± 0.1VDC.

 

Low Battery-1 Signal:

 ~3.3 VDC ± 0.1VDC. (Red light winking 1/sec.) ~4 Hours of service left.

 

Low Battery-2 Signal:

 ~3.0 VDC ± 0.1VDC. (Red light winking 1/sec. with chirp) ~1 Hour of service left.

 

Bad Battery Cut-Out:

 < 2.5 VDC ± 0.1VDC. (Red light on steady, unit in non-responsive ‘dead’ state )

  

16

Width

Depth

Height

   5MD20-0002-00$a     2015/11/01     

NOTE: Use only 

alkaline-type 

batteries

NOTES:

  

The low battery cut-out feature provides a known state of action when the batteries get 

depleted to the point of inadequate power to operate the unit to any of the declared specifications. 

In addition, this feature was found to be prudent because, while many of the specifications may 

stay intact, false-triggering of the valve may confuse the operator of a problem other than low 

batteries. The minimum ‘start-up’ voltage is where the unit will initiate the built-in test and com-

mence operations. However, it should be noted that, during this operation, if the batteries are then 

measured to be too low, the lock-up feature may then shortly ensue. This should help the operator 

in determining if the unit is bad or if the batteries are too low. A unit that has low batteries that 

cause ‘lock-up’ will most likely initially start-up if left off for some time. Alkaline-type batteries 

have so-called self-rejuvenating properties that may cause the user to stall battery replacement. 

Obviously, dead batteries will yield no action. 
 

            

Batteries should be replaced at least once a year.

Summary of Contents for Pulse-Demand EDS O2D2-2G

Page 1: ...atents Pending 800 468 8185 541 923 4100 Fax 541 923 4141 www MHoxygen com 2244 SE Airport Way Suite 100 Redmond OR 97756 7537 THE EDS O2D2 2GTM IS DESIGNED FOR EASY OPERATION CAREFULLY READ THIS INST...

Page 2: ...hly oxidizing gas and can vigorously accelerate combustion It can provide a catalyst for spontaneous combus tion resulting in personal injury or death if not used properly and with caution DO NOT use...

Page 3: ...he O2D2 with a Mountain High four port regulator FPR locate the oxygen input tube clear tube with a short red tube on one end and insert the Red tube into the Red Oxygen In connector on the O2D2 unit...

Page 4: ...ries should be part of your pre flight inventory Regardless of use replace batteries annually DO NOT STORE THE EDS UNIT WHILE THE INLET IS UNDER PRESSURE Remove all sources of oxygen pressure and secu...

Page 5: ...lthy person using a cannula at the given altitudes your needs may be different To determine whether you are receiving enough oxygen in a particular mode you will need to use a pulse oximeter available...

Page 6: ...LOW FAULT EVENT The LED Red Light will flash on and off along with a Hi Lo audio chime for 2 seconds with every event NOTE The FLOW FAULT is not intended as a low or out of oxygen warning It is only i...

Page 7: ...ously and leak oxygen To use the MH EDS O2D2 2G with a third party regulator or built in oxygen system with a pressure higher than 20 psi it is mandatory that you use the MH EDS IN LINE REGULATOR EDS...

Page 8: ...ower Supply with the MH EDS O2D2 2G as other power supplies may not be compatible External 4 5 VDC Power Connector The MyGoFlightAdapter DualMicro is the top of the line DC charger for 12 28 volt syst...

Page 9: ...2 2G unit against defects in materials and workmanship for two 2 years from date of purchase invoice The warranty is non transferable Should any part of the MH EDS O2D2 2G become defective within the...

Page 10: ...to ensure your system is operating properly and upgraded to the latest specifications Any other parts replaced due to damage or field use would be subject to an additional charge Q How long should I e...

Page 11: ...as the amount of dissolved CO2 reduces in the blood so does the need to respirate Unfortunately this also exacerbates hypoxia as less oxygen is inhaled and admitted into the blood as the body has no r...

Page 12: ...EDS Audio Cable Aircraft Input TWO O2D2 2G UNITS DRIVING ONE INPUT The outputs from one O2D2 2G May NOT be tied to the outputs from another O2D2 2G In the case of installing two O2D2 2G units in an ai...

Page 13: ...r we breathe to compensate for either a deficiency on the part of the individual or a de ficiency in the atmosphere in which we are breathing A person may have a respiratory or circulatory impairment...

Page 14: ...c effects during the period in which oxygen is being used Because of the insidious nature of hypoxia a person already mildly hypoxic is very unlikely to even think of using oxygen equipment either int...

Page 15: ...en Systems Transfillers Face Masks with and without mics AMSKM 2100 02 medium with mike Anti Bacterial Face Mask Wipes 00VEN 0077 00 EZ Breathe Quick Disconnect 19053 0009 00 Cylinders E Z Breathe Can...

Page 16: ...ries are used Remove during long term storage External Power 4 5 VDC external power jack with auto battery disconnect with series diode is provided No over voltage protection is provided External Audi...

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