The Nevada Nano MPS™ Molecular Property Spectrometer Flammable Gas Sensor provides real-time 0-100% LEL measurement of 14 different combustible gases - including hydrogen.
Using its patented TrueLEL™ technology, no other sensor can accurately report 0-100% LEL across 14 different gases with one factory calibration and no field calibration. The MPS Flammable Gas sensor doesn’t drift, decay, or poison and requires no maintenance over its lifetime. With its data-rich reporting capabilities, the MPS will instantly let you know if a sensor fault exists - and why.
Unlike pellistor or other low-cost hydrogen only sensors, when measuring hydrogen the MPS is not cross-sensitive to other flammable gases. This lowers total cost by not requiring a sensor for each gas, and results in fewer false positives and increased measurement confidence.
The MPS Flammable Gas sensors' accuracy is enhanced by integrated, real-time measurements and built-in compensation for temperature, pressure, and humidity.
The MPS Flammable Gas sensor is intrinsically safe, certified, and stable. Sensor readings are output on a UART digital bus providing advanced gas classification or 0.4-2V analog output models that measure total flammable gas LEL for easy integration and improved performance in existing products.
Features
Accurate LEL measurements for single gas exposures as well as multi-gas mixtures, including hydrogen
No calibration required
No poisoning, zero drift
Self reporting if not detecting gas
Low power, long life for lower cost of ownership
Dust, vibration, humidity resistance built-in
Built-in real-time temperature, pressure and %RH compensation
Reduced costly and nuisance false alarms
Global approvals including ATEX, FM and more
Models MPS003-S40309-EX - Analog Output, Auto Start, 3-Pin, S4 Footprint MPS003-S40501-EX - Serial UART Only, 5-Pin, S4 Footprint MPS003-S40505-EX - Serial UART + Analog Output, 5-Pin, S4 Footprint MPS003-S40509-EX - Serial UART + Analog Output, Auto Start, 5-Pin, S4 Footprint MPS999-S40000-99 - USB Evaluation Kit and software. Works with all S4 footprint (cylindrical) MPS sensors. Sensor not included.
Specifications
Gas Type: Flammables
Sensing Method: MPS™ Molecular Property Spectrometer
Measurement Ranges: 0-100% LEL
Accuracy: -40° to 75°C, 0-100% RH, and 80 to 120 kPa
Measurement Rate: 2s
Resolution: 0.1% LEL
Response Time (T90): < 20 seconds
Calibration Interval: No calibration required
Warm-Up Time: 20s
Operating Temperature Range: -40° to 75°C
Humidity: 0-100% RH
Pressure: 80 to 120 kPa
R/H and Temp Available?: Y / Y
ELECTRICAL
Voltage Input: 3.3 - 5.0 ±5% VDC
Max Current: 8.9 - 5.0-21.0 Operating Range
OUTPUTS
Communication: UART
Analog: Programmable Analog out - optional
Logic Level: 3.3V
Digital: Y
Digital Input/Output: 3 or 5 pin
DIMENSIONS
Dimensions: 16.6 mm (H) x 20.0 mm (L)
Weight: 8.0 , 0.5 grams
Body Material: Ultem PEI
LIFESPAN
Sensor Life Expectancy: > 5 years
Warranty
2 Years. See GasLab Terms and Conditions.
The Nevada Nano MPS™ Molecular Property Spectrometer Flammable Gas Sensor provides real-time 0-100% LEL measurement of 14 different combustible gases - including hydrogen.
Using its patented TrueLEL™ technology, no other sensor can accurately report 0-100% LEL across 14 different gases with one factory calibration and no field calibration. The MPS Flammable Gas sensor doesn’t drift, decay, or poison and requires no maintenance over its lifetime. With its data-rich reporting capabilities, the MPS will instantly let you know if a sensor fault exists - and why.
Unlike pellistor or other low-cost hydrogen only sensors, when measuring hydrogen the MPS is not cross-sensitive to other flammable gases. This lowers total cost by not requiring a sensor for each gas, and results in fewer false positives and increased measurement confidence.
The MPS Flammable Gas sensors' accuracy is enhanced by integrated, real-time measurements and built-in compensation for temperature, pressure, and humidity.
The MPS Flammable Gas sensor is intrinsically safe, certified, and stable. Sensor readings are output on a UART digital bus providing advanced gas classification or 0.4-2V analog output models that measure total flammable gas LEL for easy integration and improved performance in existing products.
Features
- Accurate LEL measurements for single gas exposures as well as multi-gas mixtures, including hydrogen
- No calibration required
- No poisoning, zero drift
- Self reporting if not detecting gas
- Low power, long life for lower cost of ownership
- Dust, vibration, humidity resistance built-in
- Built-in real-time temperature, pressure and %RH compensation
- Reduced costly and nuisance false alarms
- Global approvals including ATEX, FM and more
Models
- MPS003-S40309-EX - Analog Output, Auto Start, 3-Pin, S4 Footprint
- MPS003-S40501-EX - Serial UART Only, 5-Pin, S4 Footprint
- MPS003-S40505-EX - Serial UART + Analog Output, 5-Pin, S4 Footprint
- MPS003-S40509-EX - Serial UART + Analog Output, Auto Start, 5-Pin, S4 Footprint
- MPS999-S40000-99 - USB Evaluation Kit and software. Works with all S4 footprint (cylindrical) MPS sensors. Sensor not included.
Specifications
- Gas Type: Flammables
- Sensing Method: MPS™ Molecular Property Spectrometer
- Measurement Ranges: 0-100% LEL
- Accuracy: -40° to 75°C, 0-100% RH, and 80 to 120 kPa
- Measurement Rate: 2s
- Resolution: 0.1% LEL
- Response Time (T90): < 20 seconds
- Calibration Interval: No calibration required
- Warm-Up Time: 20s
- Operating Temperature Range: -40° to 75°C
- Humidity: 0-100% RH
- Pressure: 80 to 120 kPa
- R/H and Temp Available?: Y / Y
ELECTRICAL
- Voltage Input: 3.3 - 5.0 ±5% VDC
- Max Current: 8.9 - 5.0-21.0 Operating Range
OUTPUTS
- Communication: UART
- Analog: Programmable Analog out - optional
- Logic Level: 3.3V
- Digital: Y
- Digital Input/Output: 3 or 5 pin
DIMENSIONS
- Dimensions: 16.6 mm (H) x 20.0 mm (L)
- Weight: 8.0 , 0.5 grams
- Body Material: Ultem PEI
LIFESPAN
- Sensor Life Expectancy: > 5 years
Warranty
- 2 Years. See GasLab Terms and Conditions.
