Tgs2611 Gas Sensor Methane Sensor Ch4 Sensor

SENSOR OPTICAL 10-150CM ANALOG

Our most advanced intelligent spot detectors, multi-criteria/multi-sensor devices use multiple sensors to detect various conditions in an environment sensing a wider range of fires with greater accuracy.

Features & Benefits:

Multi-Criteria/Multi-Sensor smoke detection
Unique ability to detect major elements of a fire
Highest nuisance alarm immunity
Advanced algorithms interpret and respond to multiple inputs

Honeywell BW Solo is a easy to service single-gas detector with BLE connectivity that provides real-time visibility into the status and safety of hazardous-area workers, helping companies respond faster, more knowingly and decisively to safety incidents. The first single-gas detector with the 1 Series sensor for CO, H2S and O2

Features & Benefits:
User-friendly operation,
Easy-to-read display for multiple languages,
Lightweight convenience,
Ease of maintenance,
Serviceability,
The new 1-Series sensor for enhanced reliability,
Connected Bluetooth Low Energy (BLE) capabilities.

IRceL CH4 NDIR CH4 Sensor Description
Miniature infrared sensor with on-board EEPROM and thermistor

IRceL CH4 NDIR CH4 Sensor Key Features & Benefits:
* Integrated thermistor for accurate temperature compensation
* EEPROM programmed with sensor specfic performance characteristics
* Compact Size

IRceL CH4 NDIR CH4 Sensor Technical Specifications
* Operating Principle: Non-Dispersive Infra-Red
* Measurement Range: 0-5% vol. Methane
* Accuracy (-20C to +50C): Within ± (0.1% vol CH 4 + 4% of concentration)??
* Response Time (T90): < 35 Seconds
* Supply Voltage: 3-5 VDC, 3.3 V to utilise EEPROM calibration
* MTBF: > 5 years

IRceL CH4 NDIR CH4 Sensor Description
Miniature infrared sensor with on-board EEPROM and thermistor

IRceL CH4 NDIR CH4 Sensor Key Features & Benefits:
* Integrated thermistor for accurate temperature compensation
* EEPROM programmed with sensor specfic performance characteristics
* Compact Size

IRceL CH4 NDIR CH4 Sensor Technical Specifications
* Operating Principle: Non-Dispersive Infra-Red
* Measurement Range: 0-5% vol. Methane
* Accuracy (-20'C to +50'C): Within ± (0.1% vol CH 4 + 4% of concentration)â??
* Response Time (T90): < 35 Seconds
* Supply Voltage: 3-5 VDC, 3.3 V to utilise EEPROM calibration
* MTBF: > 5 years


-

Gillette Fusion5 men's razor blade refills each have 5 precision blades spaced closer together (vs. Mach3) for less feel of irritation and incredible comfort. Each blade refill also has a Precision Trimmer on the back, great for edging tough areas such as under the nose and sideburns. One razor blade refill equals up to one month of shaves. These Fusion5 blade refills can be used with any Fusion5 razor handle.

Features include:

5 precision blades, helping reduce pressure per blade for a comfortable shave (vs. Mach3)
Precision Trimmer on back great for edging tough areas (nose and sideburns)
1 razor blade refill equals up to one month of shaves
Fits with any Fusion5 blade refills

Cirius1 Infrared Sensor for Hydrocarbons Description and Operation
The Cirius range of sensors use the non-dispersive infrared method to detect the presence of gases. The sensors contain an infrared radiation source, a dual element infrared detector and a patented optical arrangement into which gas diffuses. The dual element infrared detector responds to changes in incident radiation and to operate he sensor the infrared source should be pulsed with a duty cycle of 50% at a frequency typically between 2Hz and 4Hz. The sensor produces outputs for active wavelengths, which are modified by the presence of target gas, and for reference wavelengths, which are not modified by the presence of target gas. These outputs consist of a small AC signal in sympathy with the source pulse that is superimposed on a DC voltage pedestal. The sensor also provides a measure of internal temperature via an embedded thermistor. The sensor requires a voltage supply to operate the infrared detector and the connections to the sensor follow the industry standard 7 pin format.

To operate the sensor it must be connected to a suitable circuit that provides the source drive and extracts the small AC signals from the DC voltage pedestal. The circuit must amplify the small AC signals, extract a value from them and treat the results to provide a linear output related to gas concentration. The temperature output from the sensor should be used to apply temperature compensation in order to achieve the full performance specification.

Cirius1 Infrared Sensor for Hydrocarbons Features
* Sensing ranges: 0-100% LFL Methane, 0-100% LFL Hydrocarbons and 0-100% volume Methane
* All metal construction
* Small internal volume
* 'Lightlocked': not affected by external illumination
* Low power
* Active and Reference signal outputs
* Embedded thermistor temperature sensor output
* Wide operating temperature range
* Fast response
* Immunity from 'poisoning'
* Fail safe operation
* Zero maintenance
* Electrically isolated housing

Description
The product is a technical advanced sensor of our new product series. It can automatically measure methane concentration within an area and transmit information in the form of standard electrical signal to the associated equipment.
Application
The product is compatible with various kinds of monitoring systems to achieve real-time gas sensing and detection.

Inline ndir h4 sensor general harateristis
Measurment range 0-4.4 vol.-% (100%ueg)
Temperature and pressure ompensated
Integrated temperature measurement
Rs485 interfae
4-20ma interfae

Inline ndir h4 sensor speifiation
Measuring gas: h4
Measurement range: 0 - 4.4 vol.-% (0 - 100%ueg)
Resolution: 300ppm
Auray: < 2% of the measured value
Response time: < 10s
Heat up time: < 10min
Storage temperature: -20 - +85
Operating temperature: -20 - +65
Operating humidity range sensor: 0 - 99% (not ondensated)
Operating humidity range eletronis: 0 - 85% (not ondensated)
Interfae: rs485
Analogue output: 4 - 20ma
Supply voltage: 10 - 36vd
Power onsumption: < 2w
Long-term stability: < 5% of the measured value per 1 year