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8

SPECIFICATIONS

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Allowable respiration rates: 

Adaptive: up to 43 bpm. And down to ~ 5 bpm. (two persons independently)

Apnea time-out envelope: 

Adaptive: ~40 sec Pa. 0-12 K ft., ~30 sec. Pa. 13-18 K ft., 20 Sec. at and above Pa. 18 K ft. Apnea 

alarm does not respond if in any of the ‘D’ modes and while below that pressure altitude threshold.

Operating inlet pressures: 

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

25 psig. (1.72 bar) .

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-O2D1 unit only):

 

 

Width @ widest point: 3.11” (79 mm); 

 

Height, including connectors: 5.23” (130 mm.); 

 

Height, enclosure only: 4.62” (117 mm); 

 

Thickness, front to rear: 0.95” (24.15 mm)           

  

Weight: 8.2 Oz. (0.233 kg.) with batteries

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

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

:

 

Battery types:

 2 each 1.5 volt alkaline type ‘AA’ 

 

DURACELL ULTRA alkaline batteries or equivalent.

 

Battery Life:

 100 Hrs. @ ~25° C. @ ~25% R.H. Measured from 

 

mean, assuming fresh DURACELL ULTRA alkaline batteries operating under normal operating conditions. 

NOTE: Make sure alkaline batteries are used and removed during long-term storage.

 

Nominal battery voltage:

 ~2.875 VDC ± 40 mv.@ 2.25 ma. Idle. 100 ma. Peak (~50 ms. max), 3.25 ma. Average.

 

Min. start-up voltage:

 ~2.5 VDC ± 40 mv.

 

Low-battery cut-out:

 < 2.0 VDC ± 40 mv. (Red light on steady unit in non-responsive state ‘dead’)

 

Very low battery signal:

 ~2.25 VDC ± 40 mv. (Red light winking 2/sec.) ~5 Hrs. of service left.

 

Low battery signal:

 ~2.4 VDC ± 40 mv. (Red light winking 1/sec.) ~12 Hrs. of service left.

Notes:

The low battery cut-out feature provides a known state of action if the batteries are 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 commence 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.

The O2D1 Specifications, performance standards and limits are derived from actual units tested, 

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

Height

Depth

Width

16 mm

800-468-8185

 • 

541-923-4100

 • 

Fax: 541-923-4141

 • 

www.MHoxygen.com

 • 

2244 SE Airport Way, Suite 100 Redmond OR 97756-7537

 

Summary of Contents for EDS O2D1

Page 1: ...TURES BASIC SAFETY GETTING STARTED MODE CONTROL SWITCH SETTINGS AND MODES OF OPERATION INSERTING OR REMOVING THE BATTERIES 4 2 2 2 3 TROUBLE SHOOTING WARRANTY SPECIFICATIONS REMOVING THE TUBING STORIN...

Page 2: ...it By automatically detecting your pressure altitude the MH EDS O2D1 can be set to start providing oxygen immediately or at a specified altitude and will automatically adjust the oxygen flow as your...

Page 3: ...on the back of the MH EDS O2D1 unit install the 2 AA batteries supplied and replace the battery cover NOTE Batteries fit tightly handle with care See next page for detailed instructions 5 If you are...

Page 4: ...S O2D1 You may mount the MH EDS O2D1 unit to a suitable place using the supplied piece of 3M DUAL LOCK tape Peel the protective backing off one of the rectangles to expose the adhesive and apply it to...

Page 5: ...e F10 setting you will receive the effective flow rate of 5 000 10 000 15 000 ft The F modes are useful for people for whom the standard oxygen supply does not achieve the desired blood oxygen saturat...

Page 6: ...imes with audio beeps once every four 4 seconds until unit detects a valid inhalation event Time before Apnea event is 30 35 seconds This typically occurs for the following reasons 1 The user has quit...

Page 7: ...aratus SCUBA Self Contained Underwater Breathing Apparatus or any medical operations Before it is put to use it is the responsibility of any user who will use this device to become familiar with the o...

Page 8: ...and removed during long term storage Nominal battery voltage 2 875 VDC 40 mv 2 25 ma Idle 100 ma Peak 50 ms max 3 25 ma Average Min start up voltage 2 5 VDC 40 mv Low battery cut out 2 0 VDC 40 mv Red...

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