MPS combustible gas sensor NevadaNano, USA

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The MPS combustible gas sensor based on the molecular characteristic spectroscopy principle of NevadaNano is a new generation gas detection technology used for leak detection in drilling, transportation, oil and gas, and chemical product production. This intelligent sensor uses standard factory calibration to quickly detect and accurately quantify over a dozen gases and gas mixtures. It has built-in environment compensation and automatic self testing for faults to ensure safe operation.

Product Details

MPS combustible gas sensor NevadaNano, USA

NevadaNanoThe MPS combustible gas sensor based on molecular characteristic spectroscopy principle is a new generation gas detection technology used for leak detection in drilling, transportation, oil and gas, and chemical product production. This intelligent sensor uses standard factory calibration to quickly detect and accurately quantify over a dozen gases and gas mixtures. It has built-in environment compensation and automatic self testing for faults to ensure safe operation.
NevadaNanoThe MPS combustible gas sensor has inherent safety, robustness, and strong anti toxicity characteristics. The output of sensor readings is transmitted through a digital bus UART or a configurable analog output (without the need for additional electronic devices)MPSThe service life of combustible gas sensors is over 15 years and does not require calibration Featuring industry-leading performance and low cost of ownership.

Brand:United StatesNevadaNano
Model: MPS003-S40501-EX，MPS003-S40505-EX，MPS003-S40305-EX

Product Introduction

MPS combustible gas sensors provide power for the next generation of combustible gas detection. MPS provides reliability, accuracy, and worker safety by simultaneously detecting over a dozen of the most common combustible gases, including hydrogen. We call it TrueLEL ™. There is only one factory calibration and no on-site calibration is required. Other sensors cannot accurately report 0-100% LEL for more than ten different gases.

With its industrial design, MPS does not drift, corrode, or poison, and does not require maintenance throughout its service life. With its data rich reporting capabilities, MPS will immediately let you know if there are any faults and their causes.

The accuracy of MPS combustible gas sensors is improved through integration, real-time measurement, and built-in temperature, pressure, and humidity compensation. The gas concentration readings are accurate throughout the entire environmental range, including rapid environmental transients, and have excellent false positive accuracy in the same category.

The MPS combustible gas sensor has undergone intrinsic safety certification, with stable performance and inherent immunity to toxic substances, and does not require maintenance or calibration. The sensor readings are output through UART digital bus, providing industry specific gas classification or industry standard analog output, facilitating integration and improving the performance of existing designs. Traditional combustible gas detection products cannot guarantee accurate and reliable detection of multiple gases throughout the entire environmental range.

Technical principle:

MPS combustible gas sensor is a micro mechanical thin film with built-in Joule heater and resistance thermometer. MEMS sensors are installed on PCBs and packaged in a sturdy housing that is open to ambient air. The presence of combustible gases can cause changes in the thermodynamic properties of the air/gas mixture measured by sensors. The sensor data is processed through the algorithm being applied to report accurate concentrations and classify combustible gases.

Product features:

Real time automatic multi gas precision measurement
• Built in environmental compensation
• Extremely non-toxic
No calibration required
• Over 15 years of service life
Low power - average 29 mW
• Intrinsic safety
ATEX/IS certification
• Automatic fault testing

Detectable gas types

NevadaNanoCombustible gas sensors can simultaneously measure multiple mixed gases and output LEL for various gases such as hydrogen and methane. No need for regular calibration, long service life.

Gas type	range	precision
Hydrogen H2	0-100 %LEL	±5 %LEL
Methane CH4	0-100 %LEL	±3 %LEL
Ethane C2H6	0-100 %LEL	±5 %LEL
Butane C4H10	0-100 %LEL	±5 %LEL
Isobutane HC (CH3) 3	0-100 %LEL	±5 %LEL
Isobutene C4H8	0-100 %LEL	±5 %LEL
Isopropanol C3H8O	0-100 %LEL	±10 %LEL
Methyl ethyl ketone C4H8O	0-100 %LEL	±5 %LEL
Octane C8H18	0-100 %LEL	±12 %LEL
Pentane C5H12	0-100 %LEL	±5 %LEL
Propane C3H8	0-100 %LEL	±6 %LEL
丙烯 C3H6	0-100 %LEL	±5 %LEL

Technical Specifications:

range	0-100 %LEL
Accuracy (at 50% LEL)	± 3% LEL (CH4), please consult for other gases
T90 response time	<20 seconds
working voltage	3.3 - 5.0 ±5% VDC
size	16.6 mm (H) x 20.0 mm (D)
temperature range	-40 to 75 ° C
humidity range	0-100 %RH
pressure range	80-120 kPa