Air Liquide Taema OPTI-NO, User Manual

Page: 40 / 64

Taema OPTI-NO
Version 3.0 12/2001.
code YL013700
GB
8
III. TECHNICAL DATA
1. Technical characteristics
Height (mm) ..................................................... 290
Width (mm) ....................................................... 170
Length (mm) ..................................................... 180
Weight (kg) ...................................................... 2.27
Electrical power supply ...........................................
Input 230 V ~ / 50 - 60 Hz Output 12 V
12W
or
Input 115 V ~ / 50 - 60 Hz Output 12 V
8W
Fuse .............................................. type F1 x 0.5 A
Max. power consumed ................................... 3 VA
Electrical class ..................................................... II
Type .................................................................... B
Pneumatic supply .... NO + N
2
from 20 to 200 bar.
(250 and 500 ppm : specified concentrations for use
with the rule. For other concentrations, use the
equations on the next page).
Pressure regulator ................................ HBS 315/8
(pressure can be adjusted from 1 to 8 bar)
Modes .......................... continuous and sequential
Performances ................................... 1 to 20 ppm *
Accuracy ................................................................
± 0.5 ppm from 1 to 5 ppm / ± 1 ppm from 6 to 10 ppm /
± 2 ppm from 11 to 20 ppm *
* For 225 and 450 ppm bottles.
* For concentrations different from those recom-
mended, use the equations to determine the
OPTI-
NO pressure setting (minimum recommended pres-
sure: 1 bar).
Temperature (storage) ................... - 40 to + 70 °C
Temperature (operation) ............... + 10 to + 40 °C
Humidity (operation) ... 30 to 90 % non condensing
Humidity (storage) ...... 10 to 90 % non condensing
with watertight plug on the device and pressure
regulator outlets.
Equations (at 20 °C) (see next page as well):
• High flow rate: Q = 122.82 x P + 96.687
• Low flow rate: Q = 23.82 x P + 15.91
(where Q (flow supplied) is in ml/min. and P (the
pressure to be set on the pressure regulator) is in
bar).
2. Bibliography
• Kavanagh B.P., Pearl R.G. / Inhaled Nitric Oxide in Anaesthesia and Critical Care Medicine / International
Anaesthesiology Clinics / 1995 / vol. 33 (181 - 210).
• Moncada S., Palmer R.M.J., Higgs E.A. / Nitric Oxide: Physiology Pathophysiology and Pharmacology /
Phamacological Review / 1991 / vol 43 (109 - 142).
• Félétou M., Canet E., Vanhoutte P.M. / NO, endothélium et régulation vasculaire / Réanimation Urgences
/ 1993 / 2 (609 - 624).
• Zapol W.M., Rimar S., Gillis N., Marletta M., Bosken C.H. / Nitric Oxide and the lung / American Journal of
Respiratory and Critical Care Medicine / 1994 / 149 (1375 - 1380).