Gas: Carbon dioxide
Measurement Range: 0-1%/ 0-2%/ 0-5%/ 0-10%/ 0-15%/ 0-30%/ 0-50%
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: RS232, 0/4-20mA, 0-10VDC
Diffusion / Flow: No / Yes
Remarks: NDIR
The CARBONDIO is an CO2-module supplied on Euro-PCB. For the measuring of carbon dioxide the dual wavelength infrared method (NDIR) is being used. This technology guarantees a quick and selective measuring of the current gas concentration. With the various DIP-switches on the board the response time for instance can be adjusted 1 or 30 sec., the temperature corrections can be activated or the zero point adjustment can be made. The latter permits corrections without a fussing with a small and delicate potentiometer. The microcontroller is constantly monitoring the status of the sensor and signal the current state through LED’s in various colours; during extreme errors the output signal gets blocked accordingly. The power consumption of this module is max. 3W and is therefore suitable for a portable measuring device. Of course the electronics meet the latest EMV-regulations.
Gas: Carbon dioxide
Measurement Range: 0-500ppm/ 0-1000ppm/ 0-2000ppm/ 0-5000ppm
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: RS232, 0/4-20mA, 0-10VDC
Diffusion / Flow: No / Yes Remarks: NDIR
The CARBONDIO is an CO2-module supplied on Euro-PCB. For the measuring of carbon dioxide the dual wavelength infrared method (NDIR) is being used. This technology guarantees a quick and selective measuring of the current gas concentration. With the various DIP-switches on the board the response time for instance can be adjusted 1 or 30 sec., the temperature corrections can be activated or the zero point adjustment can be made. The latter permits corrections without a fussing with a small and delicate potentiometer. The microcontroller is constantly monitoring the status of the sensor and signal the current state through LED’s in various colours; during extreme errors the output signal gets blocked accordingly. The power consumption of this module is max. 3W and is therefore suitable for a portable measuring device. Of course the electronics meet the latest EMV-regulations.
Gas: Oxygen
Measurement Range: 0-25%
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: 0/4-20mA, 0-10VDC, RS232/RS485
Diffusion / Flow: No / Yes
Remarks: Zirconia, long lifetime, integrated flow cell
The popular oxygen sensor FCX, a reference for all oxygen sensors for the last 25 years and longer, is electronically controlled via a state-of-the-art control board for the accurate concentration measurements of oxygen. The sensor is either mounted directly on the control board, with or without a flow housing, or remote from the control board via cables.
Gas: Oxygen
Measurement Range: 0-25%
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: 0/4-20mA, 0-10VDC, RS232/R485
Diffusion / Flow: Yes / No
Remarks: Zirconia, long lifetime, electronic board and sensor connected via a cable
The popular oxygen sensor FCX, a reference for all oxygen sensors for the last 25 years and longer, is electronically controlled via a state-of-the-art control board for the accurate concentration measurements of oxygen. The sensor is either mounted directly on the control board, with or without a flow housing, or remote from the control board via cables.
Applications:
• Air quality monitoring • Lebensmittelindustrie
• Food industry • Gewächshäuser
• Greenhouses • Frucht- und Gemüselagern
• Fruit & vegetable storages • Biogasanlagen
• Biogas plants • Gaswarnanlagen
• Gas security systems • Medizinische Geräte
• Medical units • Laborgeräte
• Laboratory equipment
The popular oxygen sensor FCX, a reference for all oxygen sensors for the last 25 years and longer, is electronically controlled via a state-of-the-art control board for the accurate concentration measurements of oxygen. The sensor is either mounted directly on the control board, with or without a flow housing, or remote from the control board via cables.
Applications:
• Air quality monitoring • Lebensmittelindustrie
• Food industry • Gewächshäuser
• Greenhouses • Frucht- und Gemüselagern
• Fruit & vegetable storages • Biogasanlagen
• Biogas plants • Gaswarnanlagen
• Gas security systems • Medizinische Geräte
• Medical units • Laborgeräte
• Laboratory equipment
Gas: Oxygen
Measurement Range: 0-95%
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: 0/4-20mA, 0-10VDC, RS232/RS485
Diffusion / Flow: Yes / No
Remarks: Zirconia, Long lifetime, Electronic board and Sensor connected via a cable
The popular oxygen sensor FCX, a reference for all oxygen sensors for the last 25 years and longer, is electronically controlled via a state-of-the-art control board for the accurate concentration measurements of oxygen. The sensor is either mounted directly on the control board, with or without a flow housing, or remote from the control board via cables.
Applications:
• Air quality monitoring
• Food industry
• Greenhouses • Frucht- und Gemüselagern
• Fruit & vegetable storages • Biogasanlagen
• Biogas plants • Gaswarnanlagen
• Gas security systems • Medizinische Geräte
• Medical units • Laborgeräte • Laboratory equipment
Gas: Oxygen
Measurement Range: 0-1000 ppm
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: 4-20mA
Diffusion / Flow: Yes / No
Remarks: Zirconia, electronic board and sensor connected via a cable
The oxygen sensor FCX-MLL is electronically controlled via a state-of-theart control board for the accurate concentration measurements of oxygen. The sensor is either mounted in a flow housing and connected with the control board via a cable
Applications:
• Process Industrie
• Food industry
• Gas security systems
• Medical units
• Laboratory equipment
• Vaccum equipment
Gas: Oxygen
Measurement Range: 0-25%
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: 0-60...80µA log
Diffusion / Flow: Yes / Yes
Remarks: Zirconia, long lifetime, fast response time
Gas: Carbon monoxide/VOC
Measurement Range: 0...500 ppm
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: Sensor resistance: 100-1500 kOhm (typical)
Diffusion / Flow: Yes / Yes
Remarks: MOS, low power for battery operation, SMD
The MiCS-5524 is a robust MEMS sensor for indoor carbon monoxide and natural gas leakage detection; suitable also for indoor air quality monitoring; breath checker and early fire detection.
Gas: Ammonia
Measurement Range: 1-500 ppm
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: Sensor resistance: 10-1500 kOhm (typical)
Diffusion / Flow: Yes / Yes
Remarks: MOS, low power for battery operation, SMD
The MiCS-5914 is a robust MEMS sensor for ammonia detection; suitable also for gas leak detection and indoor and outdoor air quality monitoring.
Gas: Carbon monoxide/Nitrogen dioxide/Ammonia
Measurement Range: 1...1000 ppm/50...5000 ppb/1...300 ppm
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: Sensor resistance: 100-1500/0.8-20/10-1500 kOhm (typical)
Diffusion / Flow: Yes / Yes
Remarks:
- MOS, low power for battery operation, SMD
- Dual gas sensor optimized for carbon monoxide, nitrogen dioxide and ammonia gas detection in the range 1 to 1000 ppm, 50 to 5000 ppb and 1 to 300 ppm, respectively
The MiCS-6814 is a compact MOS sensor with three fully independent sensing elements on one package. It is a robust MEMS sensor for the detection of pollution from automobile exhausts and for agricultural/industrial odors
Application: HVAC
Gas: Volatile Organic Carbon compounds (VOCs), Carbon dioxide Equivalent
Measurement Range: 0-1000 ppm / 0-2000 ppm (Eq.)
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: I2C
Diffusion / Flow: Yes / No
Remarks: MOS, Indoor Air Quality, 3.3 VDC
The MiCS-VZ-86/89 is an integrated sensor board for Indoor Air Quality monitoring.
The MiCS-VZ-86/89 combines state-of-the-art MOS sensor technology with intelligent detection algorithms to monitor VOCs and CO2 equivalent variations in confined spaces, e.g. meeting rooms or vehicle cabins. The dual signal output can be used to control ventilation on-demand, saving energy and reducing cost-ofownership.
Gas: Methane, Flammable gases and vapours
Measurement Range: up to 5% Methane in air/100% Methane (TC)
Sensor Only: No
Sensor Incl. Electronic: Yes
Output: Minimum 12mV/%Methane; 3mV/%Methane (TC)
Diffusion / Flow: Yes / Yes
Remarks: MEMS, low power for battery operation
MP-7217-TC Combined Flammable and Volume Percent Methane Sensor The MP-7217-TC gas sensor has been designed to measure Methane over the explosive concentration range and up to 100% by volume. The explosive range is measured with the sensor in Catalytic mode where the target gas is reacted on the detector bead. The 100% volume range is measured with the detector bead replaced by a resistor and the compensating bead measuring the target gas concentration by virtue of its change in thermal conductivity. The sensor also contains an externally digital controllable onboard switch, facilitating the change from the catalytic mode to thermal conductivity mode and back again. An on- board temperature sensor also provides a temperature output to allow an instrument microprocessor to carry out temperature compensation.
Gas: Ammonia
Measurement Range: 0…100ppm
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: 115±45nA/ppm NH3
Diffusion / Flow: Yes/Yes
Remarks: Electrochemical toxic cell for fixed installations
Gas: Oxygen
Measurement Range: 0-25%
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: 200+/-30µA@25vol% O2
Diffusion / Flow: Yes / Yes
Remarks: Electrochemical cells, > 2 years in operation, fixed installations
Gas: Carbon monoxide
Measurement Range: 0-1000 ppm
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: 45 +/-15 nA / ppm
Diffusion / Flow: Yes / Yes
Remarks: Electrochemical cell, Expected operating life > 6 years in normal operation, low drift
The SGX-SureCO: 2-electrode carbon monoxide gas sensor for HVAC applications
Low output drift, long lifetime and no or little cross interference with other gasses
Pewatron is pleased to present the SGX-SureCO electrochemical cell from SGX Sensortech, a company with extensive experience in the development of gas sensor products. The SGX-SureCO carbon monoxide sensor is designed for HVAC applications, where it is expected that the sensor lifetime is very long and the long-term output drift is minimized. This to ensure stability and long operation hours without having to calibrate or change the sensor.
Type designation: VQ546MR
Gas: Helium, Hydrogen, Methane
Measurement Range: 0-100% Vol (Thermal Conductivity)
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: Wheatstone bridge output (mV), Methane positive
Diffusion / Flow: Yes / No
Remarks: VQ500 Head, ATEX certified II 2G Ex d IIC Gb (Ta = -40 to +55 °C), ATEX certified I M2 Ex d I Mb (Ta = -40 to +55 °C)
The VQ500 Series is a complete range of miniature, fully certified, flameproof sensor heads containing a high quality, low power pellistor pair optimised for the detection of combustible gases or % volume gases in thermal conductivity mode. They have an outline identical to modern miniature electrochemical cells and are ideally suited for use in portable instruments. Within the VQ500 Series there are specific sensors that are able to detect most combustible gases and vapours and ammonia at LEL levels. The thermal conductivity version will detect most gases at % volume concentrations which have thermal conductivities different from that of air. The VQ500ZD/W variants have had a temperature test performed during its manufacture to confirm the temperature performance of the sensor meets the datasheet ensuring compliance to the various mining performance standards (Group 1) with regard to the temperature performance. The VQ548ZD-S variant has extra burn-in for enhanced stability.
Gas: Ammonia
Measurement Range: 0-10% LEL
Sensor Only: Yes
Sensor Incl. Electronic: No
Output: Wheatstone bridge output (mV)
Diffusion / Flow: Yes / No
Remarks: VQ500 Head, ATEX certified II 2G Ex d IIC Gb (Ta = -40 to +55 °C), ATEX certified I M2 Ex d I Mb (Ta = -40 to +55 °C)
The VQ500 Series is a complete range of miniature, fully certified, flameproof sensor heads containing a high quality, low power pellistor pair optimised for the detection of combustible gases or % volume gases in thermal conductivity mode. They have an outline identical to modern miniature electrochemical cells and are ideally suited for use in portable instruments. Within the VQ500 Series there are specific sensors that are able to detect most combustible gases and vapours and ammonia at LEL levels. The thermal conductivity version will detect most gases at % volume concentrations which have thermal conductivities different from that of air. The VQ500ZD/W variants have had a temperature test performed during its manufacture to confirm the temperature performance of the sensor meets the datasheet ensuring compliance to the various mining performance standards (Group 1) with regard to the temperature performance. The VQ548ZD-S variant has extra burn-in for enhanced stability
Measuring Range: 0 to 0,25...12bar
Output Signal: 0,2...4,7VDC
Gauge: yes
Vacuum: yes
Accuracy: 1,5%
The AG2 pressure sensor series is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature compensated, calibrated and finally converted to a high level analog output voltage that is proportional with the applied pressure. The AG2 series measures gauge pressure.
Applications:
Battery-operated Devices
Medical Devices
Industrial Pneumatic Devices
Consumer Devices
Measuring Range: 0 to 0,25...12bar
Output Signal: I2C
Gauge: yes
Vacuum: yes
Accuracy: 1,5%
The AG4 pressure sensor series is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature compensated, calibrated and finally converted to digital data that is proportional with the applied pressure. The AG4 series measures gauge pressure.
Applications
Battery-operated Devices
Medical Devices
Industrial Pneumatic Devices
Consumer Devices
Measuring Range: 0 to 0,25...12bar
Output Signal: 0,2...4,7VDC
Gauge: yes
Vacuum: yes
Accuracy: 1,5%
The AP2 pressure sensor series is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature compensated, calibrated and finally converted to a high level analog output voltage that is proportional with the applied pressure. The AP2 series measures gauge pressure.
Applications:
Battery-operated Devices
Medical Devices
Industrial Pneumatic Devices
Consumer Devices
Measuring Range: 0 to 0,25...12bar
Output Signal: I2C
Gauge: yes
Vacuum: yes
Accuracy: 1,5%
The AP4 pressure sensor series is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature compensated, calibrated and finally converted to digital data that is proportional with the applied pressure. The AP4 series measures gauge pressure.
Applications:
Battery-operated Devices
Medical Devices
Industrial Pneumatic Devices
Consumer Devices
Application: HVAC
Measuring Range: 0 to 0,01...10bar
Output Signal: 0,5...4,5V, I2C, SPI
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: no
Accuracy: 1,8/2,2%
The Series CCD 53D is a smart pressure sensor with calibrated and digital output. The ceramic hybrid package performs excellent isolation to external stress during operation. Digital compensation of sensor offset, sensitivity, temperature drift and nonlinearity is accomplished in factory via an internal DSP running a correction algorithm with calibration coefficients stored in on-chip EEPROM.
A variety of output configuration, including resolution, sampling rate, output interface are available to provide simple and ready-to-use solution for a wide rage of application.
The Series CCD 53D is available for pressure range from 0.15 psi to 150 psi. . Special configuration as low as 2.5 mbar is also applicable. Please contact factory for detail.
Application: HVAC
Measuring Range: 0 to 0,01...10bar
Output Signal: 0,5...4,5V, I2C, SPI
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: no
Accuracy: 1,8/2,2%
The Series CCD Model 54A is a smart pressure transducer with ratiometric analog output. Digital compensation of sensor offset, sensitivity, temperature drift and nonlinearity is accomplished in factory via an internal DSP running a correction algorithm with calibration coefficients stored in on-chip EEPROM. A variety of characteristic configuration, including accuracy, sampling rate, temperature compensated range are available to provide simple and ready-to-use solution for a wide rage of application. It can be operated in supply voltage of 3V or 5V, and can be extended to 30V with an external JFET. The Series CCD 54A is available for pressure range from 0.15 psi to 150 psi. Special configuration as low as 2.5 mbar is also applicable. Please contact factory for detail.
Measuring Range: 0 to 0,01...7bar
Output Signal: 0,5...4,5VDC/I2C
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: yes
Accuracy: 1%
Pressure transducer HPSD 4000 is an OEM pressure sensing device. Signal conditioning consist of complete temperature compensation and adjusted amplifier in single, programmable ASIC. High performance and accuracy enables use of this transducer in many applications. Programmable temperature compensation provides 1% total error over 0 to 70°C temperature range. Standard ratiometric 0,5 to 4,5 V and I2C digital output at the same time give OEM users maximum freedom for any type of application with dry air or non-corrosive gases and liquids. The whole group consists for pressure ranges from 10 mbar to 7 bar. Differential and absolute versions are available for this transducer group.
Applications:
• HVAC
• Medical instrumentation
• Respirators
• Air flow monitoring
• Process control
• Leak detection
• Altimeters
Application: HVAC
Measuring Range: 300...1100mBar
Output Signal: I2C/SPI
Gauge: no
Vacuum: no
Differential: no
Absolute: yes
Accuracy: 1%
The IPPS-015 is a intelligent pressure sensor which consist of a MEMS piezoresistive pressure sensor and a signal conditioning ASIC. The sensor is formed in a ultra thin 8 pin LGA package. The package dimension is 4.5x4x1.1mm. The signal conditioning ASIC is a 16-bits AD convertor with embedded 512 bits OTP memory. The sensor was calibrated and temperature compensated in factory. The factors for temperature compensation were stored in OTP memory. Users can implement temperature compensation via an external micro processor. The external microprocessor read the raw output data from IPPS-015 and do simple calculation according to the factors stored in OTP memory. Therefore using IPPS-015 series is easy to get rid of bothersome calibrations and temperature compensations. IPPS-015 provide SPI or I2C digital serial output interface to communicate with microprocessors. IPPS-015 series is specially designed for low voltage and low power consumption concerned applications.
Application: HLK/HVAC/CVC
Measuring Range: 0 to 0,035...2 bar
Output Signal: SPI or I2C
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: no
Accuracy: 1%
The MIS-3600 is an intelligent pressure sensor which consist of a MEMS piezoresistive pressure sensor and a signal conditioning ASIC. The signal conditioning ASIC is a 16-bits AD convertor with embedded 512 bits OTP memory. The sensor was calibrated and temperature compensated in factory. The factors for temperature compensation were stored in OTP memory. Users can implement temperature compensation via an external micro processor. The external microprocessor read the raw output data from MIS-3600 and do simple calculation according to the factors stored in OTP memory. Therefore using MIS-3600 series is easy to get rid of bothersome calibrations and temperature compensations. MIS-3600 provide SPI or I2C digital serial output interface to communicate with microprocessors. MIS-3600 series is specially designed for low voltage and low power consumption concerned applications.
Measuring Range: 5mbar...10bar
Output Signal: I2C or SPI
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: yes
Accuracy: 1%
The MS4515HRD is a new generation of h igh resolution digital pressure sensors from MEAS with SPI
and I
2C bus interface. The sensor module includes a high linearity pressure sensor and an ultra low power
24-bit ∆Σ ADC with internal factory calibrated coefficients. It provides a precise digital 24-bit pressure and
temperature value and different operation modes that allow the user to optimize for conversion speed and
current consumption. A high resolution temperature output allows the implementation of a thermometer
function without any additional sensor. The MS4515HRD can be interfaced to virtually any microcontroller.
The communication protocol is simple, without the need of programming internal registers in the device.
This new sensor module generation is based on leading MEMS technology and latest benefits from MEAS
proven experience and know-how in high volume manufacturing of pressure modules, which have been widely used for over a decade. The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal
Application: HVAC
Measuring Range: 10...2000mBar, 0...100%RH, -40°C...85°C
Output Signal: I2C
Gauge: no
Vacuum: no
Differential: no
Absolute: yes
Accuracy: 1%
The MS8607 is the novel digital fusion sensor of MEAS providing 3 environmental physical measurements all-inone: pressure, temperature and humidity (PTH). This product is optimal for applications in which key requirements such as ultra low power consumption, high PTH accuracy and compactness are critical. High pressure resolution combined with high PTH linearity makes the MS8607 an ideal candidate for environmental monitoring and altimeter in smart phones and tablet PC, as well as PTH applications such as HVAC and weather stations. This new sensor module generation is based on leading MEMS technologies and latest benefits from Measurement pecialties proven experience and know-how in high volume manufacturing of sensor modules, which has been widely used for over a decade.
Measuring Range: 0 to 0,02...2bar
Output Signal: 0,5...4,5V or SPI
Gauge: yes
Vacuum: yes
Differential: yes
Absolute: no
Accuracy: 1,8/4,5%
The SLP 35A Series are fully compensated and amplified pressure sensors. The series is easily one of the smallest dual port pressure sensors on the market today and enables differential pressure sensors to be fitted into the most compact of enclosures.
The Series employs the latest ASIC technology with temperature compensation of span, offset and linearity. Calibration coefficients are stored in an on-board EEPROM. Pressure ranges are available from 0.3 to 30 psi. Ratiometric output at 5V excitation is 0.5 to 4.5 V. Pressure connection is through Tygon tube on the pressure port. Custom calibrations are available please contact the factory for details.
Measuring Range: 0 to 20...100 mbar
Output Signal: I2C
Gauge: yes
Vacuum: yes
Differential: yes
Accuracy: 1,5%
The AL4 pressure sensor series is a low pressure and digital output pressure sensor. It composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit. The low-level signal from the sensing chip is amplified, temperature compensated, calibrated and finally converted to digital data that is proportional with the applied pressure.