Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...10% CH4 | - | ΔR | 21 mV/% CH4, Min. | - | 2,5V | 335mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 2V | 175mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | 15 mV/% CH4, Min. | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | 15 mV/% CH4, Min. | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | 15 mV/% CH4, Min. | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | - | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | - | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | - | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | - | - | 2V | 175mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | - | - | 2V | 175mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | 0...5% CH4 | - | ΔR | - | - | 2V | 175mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | - | - | ΔR | - | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | - | - | ΔR | - | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Combustible gases | - | - | ΔR | - | - | 2V | 300mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 2,5 mV/% CH4, Typ, [3,5V | - | 2...3,5V | 90mA ,Typ. @ 3,5V mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 2,5 mV/% CH4, Typ, [3,5V | - | 2...3,5V | 90mA ,Typ. @ 3,5V mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 2,5 mV/% CH4, Typ, [3,5V | - | 2...3,5V | 90mA, Typ. @ 3,5V mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 4,25V | 55mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 4,25V | 55mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 4,25V | 55mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Ammonia (NH3) (Hydrogen (H2)) | 0...1,5% NH3 | - | ΔR | - | - | 2V | 100mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
VQ600 | Sensor | Catalytic | Ammonia (NH3) (Hydrogen (H2)) | 0...1,5% NH3 | - | ΔR | - | - | 2V | 100mA, Typ. mA | -20...+60°C | D46 x 54,8 mm | Cable | ATEX: II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | - |
Manufacturer
SGX SENSORTECH
|
- | Sensor | Thermal Conductivity | Mixture of known gas and air | x…100% *1 | - | ΔR | 1 mV/% CH4, Typ | - | 2V | 300mA, Typ. mA | - | D11 x 8,8 mm | Solid legs | II 2G Ex db IIC T5 Gb | MSL 1 | Voltage | *1: x depends on gas |
Manufacturer
NISSHA FIS
|
A051020-AQ6A | Module | MOS | Carbon dioxide (CO2) | 400...5 400ppm | 1 600ppm | Voltage, 0...1V | - | - | 5V | 40 mA | 0...+40°C | 51 x 37 x 20 mm | Connector | SB-AQ6A-01 sensor | - | CMOS 5V | Accuracy of gas concentration output is not guaranteed |