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Hersteller
FIGARO
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KE-LF | Sensor | Electrochemical | Oxygen (O2) | 0...100% | - | Voltage | 0,3125 mV/% O2, typ. | ±1% FS *1 | - | - mA | +5...+40°C | D23 x 50 mm | Free wires | Lead-Free, Response time (90%): approx 15 sec. | - | - | *1: When calibrated at both 0% and 100% O2 |
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Hersteller
FIGARO
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KE-LF | Sensor | Electrochemical | Oxygen (O2) | 0...30% | - | Voltage | 0,6 mV/% O2, typ. | ±1% FS *1 | - | - mA | +5...+40°C | D23 x 50 mm | Free wires | Lead-Free, Response time (90%): approx 15 sec. | - | - | *1: When calibrated at both 0% and 30% O2 |
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Hersteller
FIGARO
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KE-LF | Sensor | Electrochemical | Oxygen (O2) | 0...30% | - | Voltage | 0,6 mV/% O2, typ. | ±1% FS *1 | - | - mA | +5...+40°C | D28 x 47,3 mm | Free wires | Lead-Free, Response time (90%): approx 15 sec. | - | - | *1: When calibrated at both 0% and 30% O2 |
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Hersteller
SENSIRION
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STC | Sensor | Thermal Conductivity | CO2 in N2 and CO2 in air | 0...40%, 0...100% | - | I2C | 16 bit / 30,5 ppm | ± (0,2% + 0,02% * ΔC + 0,02% * ΔT + 0,01% * ΔRH + 0,001 * ΔP) | 2,7...5,5V | 3 typ. mA | -20...+85°C | 12-QFN 3,5x3x1mm | SMD | - | MSL 1 | - | - |
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Hersteller
SGX SENSORTECH
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- | Module | Thermal Conductivity | H2 in Air | 0...4% | - | CAN | - | ± 0,4% @ H2 in air ≤ 4%, H2 in air ≥ 4% ± 10% MV | 9...18V | 25mA (avg., max.) @12 V mA | -40...+85°C | 39x35x27mm | Connector | IP6K7 | - | - | - |
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Hersteller
SGX SENSORTECH
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- | Module | Thermal Conductivity (H2), MOS (CO) | H2 in air, CO | 0...4% H2 | - | CAN | - | ± 0,4% @ (Temp 0...25°C, RH 10...95%) | 9...18V | 50 mA (max.) @ 12V mA | -40...+85°C | 39x35x27mm | Connector | IP6K7 | - | - | - |
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Hersteller
FIGARO
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- | Module | NDIR | Carbon dioxide (CO2) | 360...5 000ppm | 1 000ppm, user changable | I2C/UART, PWM | - | ±{50ppm + 3% m.v.) *1 | 3,3 ± 0,3V or 5 ± 0,5V | 25mA avg. @ 5V mA | 0...+50°C | 32 x 17 x 8mm | PCB Pins | Dual wavelength system | - | CMOS Output | *1: long term accuracy not included |
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Hersteller
SGX SENSORTECH
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INIR2 | Sensor | NDIR | Carbon dioxide (CO2) | 0...100% | - | UART, Voltage 0…2,5V | - | ±6% or 0,15% FS, *1 | 3,2...5,25V | 32mA @ 3,3V, Typ. mA | -40...+75°C | D20x16,6mm | Pins for socket | ATEX: I M2 Ex db I Mb, II 2G Ex db IIC Gb, ICEx: Ex db I Mb, Ex db IIC Gb | MSL 1 | - | *1: Whichever error is larger |
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Hersteller
SGX SENSORTECH
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INIR2 | Sensor | NDIR | Carbon dioxide (CO2) | 0...5% | - | UART, Voltage 0…2,5V | - | ±6% or 0,06% FS, *1 | 3,2...5,25V | 32mA @ 3,3V, Typ. mA | -40...+75°C | D20x16,6mm | Pins for socket | ATEX: I M2 Ex db I Mb, II 2G Ex db IIC Gb, ICEx: Ex db I Mb, Ex db IIC Gb | MSL 1 | - | *1: Whichever error is larger |
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Hersteller
SGX SENSORTECH
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INIR2 | Sensor | NDIR | Methane (CH4) | 0...100% | - | UART, Voltage 0…2,5V | - | ±6% or 0,06% FS, *1 | 3,2...5,25V | 32mA @ 3,3V, Typ. mA | -40...+75°C | D20x16,6mm | Pins for socket | ATEX: I M2 Ex db I Mb, II 2G Ex db IIC Gb, ICEx: Ex db I Mb, Ex db IIC Gb | MSL 1 | - | *1: Whichever error is larger |
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Hersteller
SGX SENSORTECH
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INIR2 | Sensor | NDIR | Methane (CH4) | 0...5% | - | UART, Voltage 0…2,5V | - | ±6% or 0,06% FS, *1 | 3,2...5,25V | 32mA @ 3,3V, Typ. mA | -40...+75°C | D20x16,6mm | Pins for socket | ATEX: I M2 Ex db I Mb, II 2G Ex db IIC Gb, ICEx: Ex db I Mb, Ex db IIC Gb | MSL 1 | - | *1: Whichever error is larger |
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Hersteller
SGX SENSORTECH
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INIR2 | Sensor | NDIR | Propane (C3H8) | 0...2,1% | - | UART, Voltage 0…2,5V | - | ±6% or 0,06% FS, *1 | 3,2...5,25V | 32mA @ 3,3V, Typ. mA | -40...+75°C | D20x16,6mm | Pins for socket | ATEX: I M2 Ex db I Mb, II 2G Ex db IIC Gb, ICEx: Ex db I Mb, Ex db IIC Gb | MSL 1 | - | *1: Whichever error is larger |
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Hersteller
SGX SENSORTECH
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- | Sensor | MOS | Nitrogen dioxide (NO2) | 50ppb...5ppm | - | ΔR | - | - | 1,7V *1 | 26mA, Typ., *1 mA | -30...+85°C | 5x7x1,5mm | SMD | - | - | - | *1: Heater only |
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Hersteller
SGX SENSORTECH
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- | Sensor | MOS | Carbon monoxide (CO), Nitrogen dioxide (NO2) | 1...1000ppm CO, 50ppb...5ppm NO2 | - | ΔR | - | - | 2,4V: CO, 1,7V: NO2, *1 | 32mA, Typ.: CO, 26mA, Typ.: NO2, *1 mA | -30...+85°C | 5x7x1,5mm | SMD | 2 sensing elements, 2 heaters | - | - | *1: Heater only |
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Hersteller
SGX SENSORTECH
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- | Sensor | MOS | Carbon monoxide (CO) | 1...1000ppm | - | ΔR | - | - | 2,4V *1 | 32mA, Typ. *1 mA | -30...+85°C | 5x7x1,5mm | SMD | - | - | - | *1: Heater only |
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Hersteller
SGX SENSORTECH
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- | Sensor | MOS | Ammonia (NH3) | 1...500ppm | - | ΔR | - | - | 2,2V *1 | 30mA *1 mA | -30...+85°C | 5x7x1,5mm | SMD | 3 sensing elements, 3 heaters | - | - | *1: Heater only |
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Hersteller
SGX SENSORTECH
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- | Sensor | MOS | Carbon monoxide (CO), Nitrogen dioxide (NO2), Ammonia (NH3) | 1...1000ppm CO, 50ppb...5ppm NO2, 1...500ppm NH3 | - | ΔR | - | - | 2,4V: CO, 1,7V: NO2, 2,2V NH3*1 | 32mA, Typ.: CO, 26mA, Typ.: NO2, 30mA, Typ., *1 mA | -30...+85°C | 5x7x1,5mm | SMD | - | - | - | *1: Heater only |
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Hersteller
SGX SENSORTECH
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- | Module | MOS | Volatile organic compound (VOC), CO2_eq | 0...1000ppb isobutylene, 400...2000ppm CO2_eq | - | I2C, PWM | - | - | 3,3V | 38mA, Typ. mA | 0...+50°C | 22,9x14x3,2mm | SMD | - | MSL 1 | - | - |
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Hersteller
SGX SENSORTECH
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- | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | 8mV/% CH4, Min | - | 3V | 37...41mA mA | -20...+60°C | D14,4x6,7mm | SMD | ATEX: II 1G Ex da IIC Ga, I M1 Ex da I Ma, UECEx: Ex da IIC | - | Voltage | - |
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Hersteller
SGX SENSORTECH
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4 series | Sensor | Electrochemical | Ozone (O3) | 0...5ppm | - | Current | 60 ±20 nA/ppm | - | - | - mA | -20...+40°C | D20x16,6mm | Pins for socket | - | - | - | - |
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Hersteller
SENSIRION
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- | Module | NDIR | Carbon dioxide (CO2) | 0...40 000ppm at I2C, UART, 0...5 00ppm at PWM | - | UART/I2C, PWM | - | ±(30 ppm + 3%) at 400...10 000ppm | 3,3...5,5V | 19 (Avg. Typ.) mA | 0...+50°C | 35x23x7mm | SMD | RH and T measurement | - | - | CO2 output range: 0...40 000ppm I2C, UART, 0...5 000ppm PWM |
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Hersteller
SENSIRION
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SCD4x | Sensor | NDIR | Carbon dioxide (CO2) | 0...40 000ppm | - | I2C | - | ±(50 ppm + 5 %) at 400...2 000ppm | 2,4...5,5V | 15mA, 3,2mA *1 (Typ., Avg.) at 3,3V mA | -10...+60°C | 10,1x10,1x6,3mm | SMD | RH and T measurement, low power mode | 1 | - | *1: low power mode |
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Hersteller
SENSIRION
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SCD4x | Sensor | NDIR | Carbon dioxide (CO2) | 0...40 000ppm | - | I2C | - | ±(40 ppm + 5 %) at 400...5 000ppm | 2,4...5,5V | 15mA, 3,2mA *1, 0,45mA *2 (Typ., Avg.) at 3,3V mA | -10...+60°C | 10,1x10,1x6,3mm | SMD | RH and T meas., low power mode, single shot mode | 1 | - | *1: low power mode, *2: single shot mode |
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Hersteller
SENSIRION
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SGP4x | Sensor | MOS | Volatile organic compound (VOC) | 0...1000 ppm ethanol equiv | - | I2C | 870 at 5-10ppm | - | 1,7...3,6V | 2,6mA (Typ) at 3,3V mA | -10...+50°C | 2,44x2,44x0,85mm | Connector | VOC Index 1...500 | - | - | MCU that runs Sensirion VOC algorithm is required. |
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Hersteller
SENSIRION
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SGP4x | Sensor | MOS | Volatile Organic Compound (VOC), NOx | 0...1000 ppm ethanol equiv, 0...10 ppm NO2 equiv | - | I2C | - | - | 1,7...3,6V | 3,2mA (Typ) at 3,3V mA | -10...+50°C | 2,44x2,44x0,85mm | SMD | VOC Index 1...500, NOx Index 1...500 | - | - | MCU that runs Sensirion VOC algorithm is required. |
