YJJ MNO-LO AB770-40Z MNOLO Electrochemical Nitric Oxide Sensor Detects Excessive Exhaled Nitric Oxide

Product Description:

YJJ MNO-LO AB770-40Z MNOLO Electrochemical Nitric Oxide Sensor Detects Excessive Exhaled Nitric Oxide

Features:

Technical Specifications
MEASUREMENT
Operating Principle 4-electrode electrochemical
Measurement Range 0-300 ppb NO
Maximum Overload500 ppb NO
FilterTo remove acid gases
Sensitivity0.7-1.7 nAvppb(see note)7 .17 mVb when used with
recommended circuitry
0-100 ppb NO equivalent
+3000 mV
<24 hours to fully stabilise
(See Operating Principles)
NO response is linear but may
be influenced by the humidity
zero offset
OffsetBaselineStart-up Time from Open CircuitRepeatabilityLiearity
ELECTRICAL
Bias Voltage | +350 mV
+5% of linear region (aboveResolutionzero offset level) when usingrecommended circuitny

MECHANICAL
Housing Material 20% glass filled polypropylene
Colour WhiteWeight 16g (approx.)
Orientation Any

ENVIRONMENTAL
Typical Applications
Operating Temperature
Range:ContinuousIntermittent
Operating Pressure Range
Operating Humidity
Range:ContinuousIntermittent
Breath Analysis
10°C to 30°C0°C to 35°C1 atm ± 10%
25% to 75% RH non-condensing
0% to 100% RH non-condensing
INTRINSIC SAFETY DATA
Maximum at 1000 ppb 0.1 mA
Maximum o/c Voltage 1.3 V
Maximum s/c Current <1.0 A

Poisoning
CiTiceLs electrochemical sensors are designed for operation in a wide range of environments and harshconditions, However it's important that exposure to high concentrations of solvent vapours is avoided, bothduring storage, fiting into instruments, and operation. When using sensors with printed circuit boards (PCBs).deareasing agents should be used before the sensor is fited, Do not glue directy on or near the sensor as thesolvent may cause crazing of the plastic.
Cross Sensitivity Table
Whilst CiTicels are designed to be highly specific to the gas they are intended to measure, they will still respondto some degree to various other gases. The table below is not exclusive and other gases not included in the tablemay still cause a sensor to react.
IMPORTANT NOTE : The cross sensitivity data shown below does not form part of theproduct specification and is supplied for guidance only. Values quoted are based ontests conducted on a small number of sensors and any batch may show significantvariation. For the most accurate measurements, an instrument should be calibratedusing the gas underinvestigation.
Gas
Nitrogen, N.
Carbon Dioxide,CO.Carbon Monoxide,CO
Reading (ppb equivalent)
Concentration Used

Test criteria :Baseline gas 50% RH NO filtered airCross sensitive gas 0% RH
Cross sensitivity data was calculated reference to the standard regime (baseline 50%Rh fitered cylinder air,50 & 100 ppb NO @ 20% RH),. Due to the effect of RH on the MNo-LO sensor, cross sensiiviies have beendetermined using 0%RH test gas.

Specifications: