CS-PT800 Sputtered Thin Film Pressure Transducer - CS-PT800
CS-PT800 Sputtered Thin Film Pressure Transducer - CS-PT800
Whole weld without O-ring
Excellent temperature stability
High over pressure and burst pressure
Customized pressure and electrical connection
Rugged housing
- Model Number: CS-PT800
- Data Sheet:
- category: Sensors| Pressure Sensors
Product Specification
Sputtered Thin Film Pressure Transducer
Features
Whole weld without O-ring
Excellent temperature stability
High over pressure and burst pressure
Customized pressure and electrical connection
Rugged housing
Applications
Engineering machinery
High alpine environment
Natural gas storage equipment
Specifications
15x15 Respiratory Irritant Sensor 20 ppm P Package 110-901 - RESP_IRR_20 P
15x15 Respiratory Irritant Sensor 20 ppm P Package 110-901 - RESP_IRR_20 P
• Sensitive - In the ppb range
• Cold operation - No Heating required
• Small Size& Low Profile - 20x20x3 mm
• Easy to Use - Linear Response
• Long Life - 10 years expected life
• Fast Response - < 60 seconds
• ROHS Compliant
- Model Number: RESP_IRR_20 P
- Data Sheet:
- category： Sensors| Gas Sensors
Product Specification
RESP_IRR_20 P Package 110-901
15x15 Respiratory Irritant Sensor 20 ppm P Package 110-901
DESCRIPTION
SPEC Sensors' RESP_IRR_20 is a Screen Printed ElectroChemical sensor component specifically designed for the broad detection of respiratory irritant gases: NO2, Ozone, Chlorines, SO2, H2S and odorous gases.
BENEFITS
• Zero Power Sensor
Sensor Circuit - < 10 uW max
• Sensitive - In the ppb range
• Cold operation - No Heating required
• Stable Response– Not affected by humidity, CO2, N2, Ar, most saturated hydrocarbons, hexane, ammonia,
• Small Size& Low Profile - 20x20x3 mm
• Easy to Use - Linear Response
• Long Life - 10 years expected life
• Fast Response - < 60 seconds
• ROHS Compliant
APPLICATIONS
• Bad Air Quality Detection
• Indoor Air Monitor
• Air Purifier Controls
• Weather Stations
• Internet of Things
• Smart Homes
• Leak Detection
• HVAC Ventilation Control
• Telemedicine Equipment
SPECIFICATIONS
Oxygen Sensor - O2-M2
Oxygen Sensor - O2-M2
O2-M2 Oxygen Sensor
parameter of oxygen sensor O2-M2:
1) Sensitivity <0.1
2) Output : 80 to 120uA @ 20.9% O2
3) Response time: < 15S from 20.9% to 0% O2
4) Zero current: < 2uA in N2
5) Linearity: 0.6 % O2 deviation @ 10% O2
6) Operating range > 24 months until 85% original output of 20.9% O2
- Model Number: O2-M2
- category： Sensors | Gas Sensors | Electrochemical Gas Sensors
-
Product Specification
Figure 1 O2-M2 Schematic Diagram
PERFORMANCE
Output μA @ 20.9% O2 80 to 120
Response time t90 (s) from 20.9% to 0% O2 < 15
Zero current μA in N2 < 2.5
Linearity % O2 deviation @ 10% O2 0.6
LIFETIME
Output drift % change in output @ 3 months < 1
Operating life months until 85% original output of 20.9% O2 > 24
ENVIRONMENTAL
Humidity Sensitivity % O2 change: 0% to 95% rh @ 40°C < 0.7
CO2 sensitivity % (change O2 reading) / % CO2 @ 5% CO2 0.1
Pressure sensitivity (% change of output)/(% change of pressure) @ 20kPa < 0.1
KEY SPECIFICATIONS
Temperature range °C -30 to 55
Pressure range kPa 80 to 120
Humidity range % rh continuous (0 to 99% rh short term) 5 to 95
Storage period months @ 3 to 20°C (store in sealed pot, open circuit) 6
Load resistor Ω (recommended) 47 to 100
Diameter mm (including label) 20.0
Height mm (including foam ring) 17.4
Weight g < 16
4-Electrode Nitric Oxide Sensor - NO-B4
4-Electrode Nitric Oxide Sensor - NO-B4
4-Electrode Nitric Oxide Sensor
- Model Number: NO-B4
- Data Sheet:
- category: Sensors & Transmitters| Gas Sensor | Electrochemical Sensors
Product Specification
NO-B4 Nitric Oxide Sensor 4-Electrode
PERFORMANCE
Sensitivity nA/ppm at 2ppm NO 500 to 850
Response time t90 (s) from zero to 2ppm NO < 45
Zero current nA in zero air at 20℃ 30 to 140
Noise* ±2 standard deviations (ppb equivalent) 15
Range ppm NO limit of performance warranty 20
Linearity ppb error at full scale, linear at zero and 5ppm NO < ±1
Overgas limit maximum ppm for stable response to gas pulse 50
* Tested with Alphasense ISB low noise circuit
LIFETIME
Zero drift ppb equivalent change/year in lab air 0 to 50
Sensitivity drift % change/year in lab air, monthly test 0 to -20
Operating life months until 50% original signal (24 month warranted) > 24
ENVIRONMENTAL
Sensitivity @ -20℃ (% output @ -20℃/output @ 20℃) @ 2ppm NO 60 to 90
Sensitivity @ 40℃ (% output @ 50℃/output @ 20℃) @ 2ppm NO 97 to 110
Zero @ -20℃ nA 0 to 30
Zero @ 40℃ nA 100 to 200
CROSS SENSITIVITY
H2S sensitivity % measured gas @ 5ppm H2S (after 3 minutes) < 10
NO2 sensitivity % measured gas @ 5ppm NO2 (after 3 minutes) < 4
Cl2 sensitivity % measured gas @ 5ppm Cl2 < 3
SO2 sensitivity % measured gas @ 5ppm SO2 < 5
H2 sensitivity % measured gas @ 100ppm H2 < 0.1
CO sensitivity % measured gas @ 5ppm CO < 0.3
NH3 sensitivity % measured gas @ 5ppm NH3 < 0.1
CO2 sensitivity % measured gas @ 5% Vol CO2 < 0.1
O3 sensitivity % measured gas @ 100ppb O3 < 4
Halothane sensitivity @ 100ppm Halothane < 0.1
KEY SPECIFICATIONS
Bias voltage mV(working electrode potential is above reference electrode) +200
Temperature range ℃ -30 to 40
Pressure range kPa 80 to 120
Humidity range % rh continuous 15 to 85
Storage period months @ 3 to 20℃ (stored in sealed pot) 6
Load resistor Ω (ISB circuit is recommended) 33 to 100
Weight g < 13
O2-A2 Oxygen Sensor - O2-A2
O2-A2 Oxygen Sensor - O2-A2
Temperature range: -30 to 55 ℃
Pressure range :80 to 120 kPa
Humidity range:5 to 95 % rh non-condensing (0 to 99% rh short term)
Storage period :6 months @ 3 to 20℃ (store in sealed pot, open circuit)
Load resistor: 47 to 100Ω (recommended)
Diameter: 20.0 mm (including label)
Heigh: 17.4 mm (including foam ring)
Weight: < 16 g
- Model Number: O2-A2
- Data Sheet:
- category: Sensors | Gas Sensors | Electrochemical Gas Sensor
Product Specification
O2-A2 Oxygen Sensor
PERFORMANCE
Output μA @ 20.9% O2 80 to 120
Response time t90 (s) from 20.9% to 0% O2 < 15
Zero current μA in N2 < 2.5
Linearity % O2 deviation @ 10% O2 0.6
LIFETIME
Output drift % change in output @ 3 months < 1
Operating life months until 85% original output of 20.9% O2 > 24
ENVIRONMENTAL
Humidity Sensitivity % O2 change: 0% to 95% rh @ 40℃ < 0.7
CO sensitivity % (change O2 reading) / % CO2 @ 5% CO2 0.1
Pressure sensitivity (% change of output)/(% change of pressure) @ 20kPa < 0.1
KEY SPECIFICATIONS
Temperature range ℃ -30 to 55
Pressure range kPa 80 to 120
Humidity range % rh non-condensing (0 to 99% rh short term) 5 to 95
Storage period months @ 3 to 20℃ (store in sealed pot, open circuit) 6
Load resistor Ω (recommended) 47 to 100
Diameter mm (including label) 20.0
Height mm (including foam ring) 17.4
Weight g < 16
Object recognition to be launched at electronica 2016
Producer of custom designed, high performance Projected Capacitive Technology (PCT and MPCT) touch sensors, Zytronic, announced that, in collaboration with Tangible Display, it is able to offer object recognition capability on its MPCT multi-touch glass (ZyBrid) and foil (ZyFilm) sensor products up to 215cm in diagonal.
The technology is being showcased on stand A3.319 at electronica, 8th to 11th November 2016.
When deployed in touch tables, object recognition provides a compelling way to engage with the user with the touch screen and the interactive content. The function is particularly well suited to retail applications, museums and galleries. The Zytronic and Tangible Display solution is based on the attachment of physical markers to the objects to be tracked and does not require modification of the touch sensor or multi-touch controller. Tangible Display’s proprietary object recognition User Interface (UI) software, ObjectViz, works in concert with proprietary Zytronic firmware that can be quickly installed onto a standard ZXY200 or 300, 40-point multitouch controller.
According to Jimmy Ricaut, CEO and Founder of Tangible Display: “This Zytronic and Tangible Display collaboration makes it even easier for our clients to deploy object recognition technology and greatly expands the potential market for this technology. The performance accuracy of the Zytronic MPCT sensors meant that we were able to integrate our object recognition solution smoothly. Together, we worked on improving the noise rejection of the solution, allowing outstanding sensing accuracy to be achieved on very large screens.”
Ian Crosby, Sales and Marketing Director of Zytronic, added: “Now, users can create their own interactive objects for use with our multi-touch screens, creating a more engaging, immersive experience.” Customers in a car showroom for example, can handle models of different cars, then place them on the table to access further information about that model such as specification, options and prices. Museums can also use the touch screens and software to create engaging visitor experiences, where videos and other content can be initiated when a model of the artefact under discussion is placed on the table.
A key advantage of the combined Zytronic and Tangible Display solution is that although the sensor will continue to respond to multiple touches, any objects placed on the screen which do not have the requisite 'tags' on their base are disregarded. Therefore a cup, pen or a bag left on the table or a sleeve making contact with the glass will be ignored. As part of the guided setup process the Tangible software is taught to recognise only a specific pattern of tags attached to an object, and respond accordingly. Furthermore, a full report of user interactions can be saved for later review and analysis.
SICK announces TriSpector1000 Vision Sensor
SICK announces TriSpector1000, a stand-alone, configurable 3D vision sensor that reliably inspects objects regardless of variations in object color, shape, or position. In addition, intensity data enhances 3D navigation and allows the sensor to check for object rotation or the presence of a label or printed pattern.
The TriSpector1000 is especially suited for solving quality control applications in the consumer goods and packaging industry and can be used for volume and thickness measurement and inspection of box integrity, including content verification, completeness and emptiness checks. The TriSpector1000 also features IP 67 metal housing with plastic windows durable enough to withstand harsh food processing environments.
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