NO-A4 Nitric Oxide Sensor 4-Electrode - NO-A4

NO-A4 Nitric Oxide Sensor 4-Electrode - NO-A4 (clipped to polyvore.com)

CO-A4 Carbon Monoxide Sensor 4-Electrode

Temperature range :-30 to 50 ℃
Pressure range : 80 to 120 kPa
Humidity range :15 to 90 % rh continuous
Storage period : 6 months @ 3 to 20 ℃ (stored in sealed pot)
Load resistor :33 to 100 Ω (AFE circuit is recommended)
Weight : < 6g

• Model Number: CO-A4
• Data Sheet:
• category: Sensors | Gas Sensors | Electrochemical Sensors

Product Specification

CO-A4 Carbon Monoxide Sensor 4-Electrode

PERFORMANCE
Sensitivity              nA/ppm in 2ppm CO                                           220 to 375
Response time       t90 (s) from zero to 10ppm CO                                     < 20
Zero current          nA in zero air at 20℃                                         -100 to +10
Noise*                  ±2 standard deviations (ppb equivalent)                           20
Range                   ppm limit of performance warranty 500
Linearity                ppm CO error at full scale, linear at zero, 15ppm CO    < ± 1
Overgas limit         maximum ppm for stable response to gas pulse 2000
* Tested with Alphasense AFE low noise circuit

LIFETIME
Zero drift             ppb equivalent change/year in lab air                        < ±100
Sensitivity drift     % change/year in lab air, monthly test                          < 10
Operating life      months until 50% original signal (24 month warranted)   > 36

ENVIRONMENTAL
Sensitivity @ -20℃ (% output @ -20℃/output @ 20℃) @ 5ppm CO        50 to 85
Sensitivity @ 50℃  (% output @ 50℃/output @ 20℃) @ 5ppm CO       110 to 125
Zero @ -20℃        nA change from 20℃                                                10 to 40
Zero @ 50℃         nA change from 20℃                                           -120 to -200

CROSS SENSITIVITY
Filter capacity       ppm·hrs H2S                                               250,000
H2S sensitivity      % measured gas @ 5ppm H2S                         < 0.1
NO2 sensitivity     % measured gas @ 5ppm NO2                          < -2
Cl2 sensitivity       % measured gas @ 5ppm Cl2                          < 0.1
NO sensitivity       % measured gas @ 5ppm NO                           < -2
SO2 sensitivity      % measured gas @ 5ppm SO2                        < 0.1
H2 sensitivity        % measured gas @ 100ppm H2  at 20℃           < 10
C2H4 sensitivity    % measured gas @ 100ppm C2H4                   < 0.5
NH3 sensitivity     % measured gas @ 20ppm NH3                       < 0.1
KEY SPECIFICATIONS
Temperature range   ℃                                                             -30 to 50
Pressure range          kPa                                                          80 to 120
Humidity range         % rh continuous                                          15 to 90
Storage period          months @ 3 to 20 ℃ (stored in sealed pot)              6
Load resistor            Ω (AFE circuit is recommended)                  33 to 100
Weight                    g                                                                      < 6

SFO-W Spot-Welded Strain Sensor Fiber Optic Strain Sensor

SFO-W Spot-Welded Strain Sensor Fiber Optic Strain Sensor - SFO-W

Immune to EMI/RFI/lightning
Intrinsically safe
Static/dynamic response
High sensitivity and resolution: 0.01% full scale
Signal transmitted over long distances
No interference due to fiber bending
Absolute measurements in engineering units
Data-acquisition compatible

• Model Number: SFO-W
• category：Sensors |  Optic Strain Sensors

Product Specification

SFO-W Spot-Welded Strain Sensor Fiber Optic Strain Sensor
The SFO-W is a fi ber optic, spot-welded strain sensor designed for civil engineering applications such as the monitoring of dams, bridges, tunnels, and other structures.
The SFO-W strain sensor offers small size, high accuracy, immunity to EMI/RFI, and resistance to corrosive environments with a high temperature range.
Key Features
Immune to EMI/RFI/lightning
Intrinsically safe
Static/dynamic response
High sensitivity and resolution: 0.01% full scale
Signal transmitted over long distances
No interference due to fiber bending
Absolute measurements in engineering units
Data-acquisition compatible
Applications
Steel structures
Dams
Nuclear power plants
Structural members of buildings and bridges
Tunnel supports
Corrosive environments
High EMI/RFI environments
Specifications
Strain range : ±1000 µε , ±1500 µε , ±2000 µε
Resolution : 0.01% of full scale
Transverse sensitivity : < 0.1% of full scale
Connector type : ST connector
Operating temperature : -55℃ to 85℃ (-67℉ to 185℉)

NEMOTO flammable gas sensors - NAP-100AM

NAP-100 series are flammable gas sensors for industrial applications, and 4 types are provided for users’ choice. For detailed technical information, please refer to the individual user’s manuals.

• Model Number: NAP-100AM
• Data Sheet:
• category: flammable gas sensors

Product Specification

NAP-100 series are flammable gas sensors for industrial applications, and 4 types are provided for users’ choice. For detailed technical information, please refer to the individual user’s manuals.

* Ratings and gas sensitivity

Items	NAP-100AM	NAP-100AC	NAP-100AD	NAP-100AH
Supply voltage	2.6V	2.6V	2.6V	1.6V
Current	160 ~ 180mA	160 ~ 180mA	160 ~ 180mA	120 ~ 140mA
Ambient temp. &	-10 ~ +50℃	-10 ~ +50℃	260℃ or less	260℃ or less
humidity in operation	95%RH or less	95%RH or less	95%RH or less	95%RH or less
Ambient temp. &	-20 ~ +60℃	-20 ~ +60℃	-20 ~ +60℃	-20 ~ +60℃
humidity in storage	99%RH or less	99%RH or less	99%RH or less	99%RH or less
Applications	Universal type	For higher conc.	For high temp.	For H2 only
Target gases	Flammable	Flammable	Flammable	H2、CO
Detection range in high	1 ~ 50%LEL	3 ~ 100%LEL	1 ~ 50%LEL	1 ~ 50%LEL
accuracy

 

FOT-M Temperature Sensor Fiber Optic Temperature Sensor

Intrinsically safe
Immune to EMI/RFI
Up to 85℃ (180℉)
Accuracy of ±0.3℃
Miniature and rugged sensor
Fast response time

• Model Number: FOT-M
• Data Sheet:
• category: Sensors & Transmitters| Fiber Optic Sensor

Product Specification

FOT-M Temperature Sensor
The FOT-M is a fiber optic temperature sensor specifi cally designed for med-ical applications. The FOT-M temperature sensor combines all the desired characteristics you would expect from the ideal sensor. Its compact size, immunity to microwave and RF, resistance to corrosion, high accuracy and reliability make it the best choice for temperature measurements in harsh environments.
FISO’s FOT-M fiber optic temperature sensor features complete immunity to EMI and RFI, built-in safety for medical applications, and high accuracy for temperature measurement. The FOT-M temperature sensor provides the medical industry with higher fi delity temperature measurements for demanding applications, like MRI applications.
Key Features
Intrinsically safe
Immune to EMI/RFI
Up to 85℃ (180℉)
Accuracy of ±0.3℃
Miniature and rugged sensor
Fast response time  
Applications
Medical applications
Industrial environments
Harsh and hazardous environments
MRI environment
Immune to microwaves and RF  
Specifi cations
Temperature range：20℃ to 85℃ (68℉ to 185℉)
Resolution (*1) : 0.1℃
Accuracy: ±0.3℃
Response time: Less than 750 ms
Connector type: ST connector
*1. Signal conditioner dependent

Standard and Extended Temperature Optical Liquid Level Sensors - LLC200D324-003

Standard and Extended Temperature Industrial Series Optical Liquid Level Sensors

• Model Number: LLC200D324-003
• Data Sheet:
• category: Sensors & Transmitters| Liquid Level Sensor

• 

Product Specification

GENERAL DESCRIPTION
The LLC Industrial Series liquid level sensor provides single point liquid detection via a TTL compatible output.
This  sensor  range  was  designed  to  directly  switch incandescent indicators, sounders, relays or applications which require higher output power.

An infra-red LED and phototransistor accurately positioned at the base of the sensing tip ensure good optical coupling between the two when the sensor is in air. When the sensing tip is immersed in liquid, the infra-red light escapes from the cone causing a change in the amount of light detected at the phototransistor which makes the output change state. Various electrical outputs are available to suit different applications.

CLEANING
Proper fluids should be selected based on type of contamination to be removed. SST Sensing recommends freon and alcohol based solvents. DO NOT use chlorinated
solvents such as tricholorethane as these are likely to attack the sensor material.
LIQUID MEDIA COMPATIBILITY
Before use check that the fluid in which you wish to use these devices is compatible with either polysulphone or trogamid.

NTM SenseH2 Hydrogen Sensor - SenseH2

High sensitivity and selectivity to hydrogen
Fast response and recovery times
Immune to signal saturation
Robust to widely varying ambient flow rates
Compact and rugged design
1.0 to 4.5V output, spans 0.25 to 4.0% H2 in air(5 to 100% LFL)
UL Classified, ATEX, CE for hazardous locations

• Model Number: SenseH2
• Data Sheet:
• catogery: Gas Sensors | Electrochemical Gas Sensors

Product Specification

Overview

Designed for hydrogen monitoring, this ceramic sensor exhibits a highly sensitive, selective, and rapid response to the
presence of hydrogen in ambient air. It reliably measures H2 concentrations over a wide range of temperature and
humidity variation and provides a repeatable response, even in the presence of other combustible gases. Additionally,
the NTM SenseH2® hydrogen sensor is immune to signal saturation upon continuous exposure to low levels of hydrogen,
and recovers rapidly and completely upon hydrogen removal.

System Components

Sensor: The sensor element employs a patent‐pending, chemi‐resistive ceramic technology, which provides accurate
and reliable hydrogen detection.

Features

High sensitivity and selectivity to hydrogen
Fast response and recovery times
Immune to signal saturation
Robust to widely varying ambient flow rates
Compact and rugged design
1.0 to 4.5V output, spans 0.25 to 4.0% H2 in air(5 to 100% LFL)
UL Classified, ATEX, CE for hazardous locations

Table of Typical Characteristics

Metric	Min	Max	Units
Characteristics:
H2 range (in air)	0.25	4	%
Voltage input	12	24	Vdc
Output (sensing range)	1	4.5	Vdc
Error state (output signal)	0.5	0.5	Vdc
Error state (output signal)	4.75	4.75	Vdc
Power consumption (25°C)	0.1	0.15	A
Response time (T90)	—	5	Sec.
Recovery time (T10)	—	5	Sec.
Environmental Conditions:
Ambient temperature	‐20	80	°C
Relative humidity	5	95	%R.H.
Linear flow rate	0.02	5	m/s