The S-MODULE EVO FLOW are based on the infrared absorption technology and comply with the highest standards in accuracy, reliability and efficiency. Due the consequent use of this optical principle the systems work without abrasion or chemical reactions and are nearly maintenance free.
| S-0004821 | S-MODULE EVO (flow) C2H4 2000ppm 156mm |
| S-0004962 | S-MODULE EVO (flow) CH3Br 5Vol.% 200g/m³ 116mm [gold cuvette] |
| S-0007145 | S-MODULE EVO (flow) CH3Br 30Vol.% 116mm [gold cuvette] |
| S-0004797 | S-MODULE EVO (flow) CH4 100Vol.% 76mm |
| S-0004798 | S-MODULE EVO (flow) CH4 15Vol.% 76mm |
| S-0006935 | S-MODULE EVO (flow) CH4 15Vol.% 76mm (configuration fast) |
| S-0005413 | S-MODULE EVO (flow) CH4 20Vol.% 76mm |
| S-0005487 | S-MODULE EVO (flow) CH4 30Vol.% 76mm |
| S-0004802 | S-MODULE EVO (flow) CH4 5000ppm 156mm |
| S-0004801 | S-MODULE EVO (flow) CH4 5Vol.% 156mm |
| S-0005313 | S-MODULE EVO (flow) CO 10000ppm (1Vol.%) 156mm |
| S-0007130 | S-MODULE EVO (flow) CO 10000ppm (1Vol.%) 156mm (configuration fast) |
| S-0004780 | S-MODULE EVO (flow) CO 100Vol.% 76mm |
| S-0007060 | S-MODULE EVO (flow) CO 10Vol.% |
| S-0004812 | S-MODULE EVO (flow) CO 15Vol.% 76mm |
| S-0006902 | S-MODULE EVO (flow) CO 15Vol.% 76mm (configuration fast) |
| S-0003962 | S-MODULE EVO (flow) CO 2000ppm 156mm |
| S-0004793 | S-MODULE EVO (flow) CO 20Vol.% 76mm |
| S-0004815 | S-MODULE EVO (flow) CO 2Vol.% 76mm |
| S-0005488 | S-MODULE EVO (flow) CO 30Vol.% 76mm |
| S-0004819 | S-MODULE EVO (flow) CO 5Vol.% 76mm |
| S-0007055 | S-MODULE EVO (flow) CO2 100ppm 300mm silver |
| S-0004789 | S-MODULE EVO (flow) CO2 100Vol.% 76mm |
| S-0004790 | S-MODULE EVO (flow) CO2 10Vol.% 76mm |
| S-0006909 | S-MODULE EVO (flow) CO2 10Vol.% 76mm (configuration fast) |
| S-0004804 | S-MODULE EVO (flow) CO2 1Vol.% 76mm |
| S-0004810 | S-MODULE EVO (flow) CO2 2000ppm 156mm |
| S-0004786 | S-MODULE EVO (flow) CO2 20Vol.% 76mm |
| S-0005770 | S-MODULE EVO (flow) CO2 2Vol.% 76mm |
| S-0004807 | S-MODULE EVO (flow) CO2 30Vol.% 76mm |
| S-0006596 | S-MODULE EVO (flow) CO2 30Vol.% 76mm (configuration fast) |
| S-0004811 | S-MODULE EVO (flow) CO2 5000ppm 76mm |
| S-0004782 | S-MODULE EVO (flow) CO2 50Vol.% 76mm |
| S-0004785 | S-MODULE EVO (flow) CO2 5Vol.% 76mm |
| S-0004823 | S-MODULE EVO (flow) SF6 1000ppm 70*40mm |
| S-0005533 | S-MODULE EVO (flow) SF6 100Vol.% 70mm (#72-18) |
| S-0004779 | S-MODULE EVO (flow) SF6 30Vol.% 70mm |
| S-0005098 | S-MODULE EVO (flow) SF6 5000ppm 70x40mm |
| S-0004824 | S-MODULE EVO (flow) SF6 50ppm 156mm |
| S-0004778 | S-MODULE EVO (flow) SF6 70Vol.% 70mm |
| S-0004844 | S-MODULE EVO (flow) SO2 2000ppm 156mm DP=4°C±1K |
| S-0005774 | S-MODULE EVO (flow) SO2F2 100ppm 340mm (gold) |
| S-0004794 | S-MODULE EVO (flow) SO2F2 6Vol.% 70mm |
Specification：
| Detection Principle | NDIR (Dual Beam) |
| Measuring Range | See List |
| Gas Supply | Flow |
| Dimensions | See Mechanical Data |
| Hose connection | 3mm internal, 5mm outside |
| Response time (T90) | Appr. 12 s (@ 0.7 L/min) |
| Digital Resolution(@zero) | 1 ppm ...0.1 Vol.% |
| Detection Limit (3sigma) | ≤ 1 % FS(typically) |
| Repeatability | ≤ ±1 % FS |
| Linearity Error | ≤ ±1.0 % FS ( or ≤ ±1.5 % FS depend on version) |
| Stability (zero) | ≤ ±2 % FS during 12 month |
| Stability (span) | ≤ ±2 % FS during 12 month |
| Temperature Drift. (zero) | ≤ ±0,1 % FS per °C |
| Temperature Drift. (span) | ≤ ±0,15 % FS per °C |
| Pressure Drift. | 0,1 % up to 0,2 % Value per mbar |
| Operating Temp | 0 °C up to 50 °C |
| Storage Temp | -20 °C up to 60 °C |
| Ambient Humidity | 0 % up to 95 % rel. Humidity (not condensing ) |
| Ambient Air Pressure | 800 up to 1200 mbar |
| Warm up Time | < 2 minutes (cold start ) < 30 minutes full specification |
| Flow | 0,1 up to 1,0 L / min (const ) |
| Digital Output | Modbus ASCII RTU TTL 2400-115.200 auto Baud/ auto Frame Out 1 Signal output TTL |
| Option : Analog Output | 0 / 4 … 20 mA (With S-Connect) 0 / 0.2...1V (With S-Connect V) RS 232 (With S-Connect) RS 485 (With S-Connect RS485) |
| Operating Voltage | 3,3 to 6 V DC ± 5 % |
| Drive Current | < 240mA@5V ( average ) |
| Power consumption | < 800 mW |
Product Description：
The S-MODULE EVO FLOW are based on the infrared absorption technology and comply with the highest standards in accuracy, reliability and efficiency.
Due the consequent use of this optical principle the systems work without abrasion or chemical reactions and are nearly maintenance free.
As basis the IR principle uses the individual absorption spectrum of the gas to be detected and specifies the concentration by the precise quantitative analysis.
Because all measured gases absorb IR radiation in a different spectrum a so called “fingerprint” is given which ensures a selective characterization with less cross sensitivities.
An integrated evaluation electronic delivers finally an easy to use concentration signal and compensates all temperature- and drift effects.
The S-MODULE EVO FLOW housing is made of aluminum to protect the sensor from mechanical damage and is with fitted with gas line connectors (inlet and outlet) to allow perfusion of the S-MODULE EVO. Tubing with an internal diameter of 3 mm and external diameter of 5 mm is needed to connect up to the measurement cell. Ensure that tubing is securely attached to the inlet and outlet connectors.
The S-MODULE EVO FLOW are based on the infrared absorption technology and comply with the highest standards in accuracy, reliability and efficiency. Due the consequent use of this optical principle the systems work without abrasion or chemical reactions and are nearly maintenance free.
| S-0004821 | S-MODULE EVO (flow) C2H4 2000ppm 156mm |
| S-0004962 | S-MODULE EVO (flow) CH3Br 5Vol.% 200g/m³ 116mm [gold cuvette] |
| S-0007145 | S-MODULE EVO (flow) CH3Br 30Vol.% 116mm [gold cuvette] |
| S-0004797 | S-MODULE EVO (flow) CH4 100Vol.% 76mm |
| S-0004798 | S-MODULE EVO (flow) CH4 15Vol.% 76mm |
| S-0006935 | S-MODULE EVO (flow) CH4 15Vol.% 76mm (configuration fast) |
| S-0005413 | S-MODULE EVO (flow) CH4 20Vol.% 76mm |
| S-0005487 | S-MODULE EVO (flow) CH4 30Vol.% 76mm |
| S-0004802 | S-MODULE EVO (flow) CH4 5000ppm 156mm |
| S-0004801 | S-MODULE EVO (flow) CH4 5Vol.% 156mm |
| S-0005313 | S-MODULE EVO (flow) CO 10000ppm (1Vol.%) 156mm |
| S-0007130 | S-MODULE EVO (flow) CO 10000ppm (1Vol.%) 156mm (configuration fast) |
| S-0004780 | S-MODULE EVO (flow) CO 100Vol.% 76mm |
| S-0007060 | S-MODULE EVO (flow) CO 10Vol.% |
| S-0004812 | S-MODULE EVO (flow) CO 15Vol.% 76mm |
| S-0006902 | S-MODULE EVO (flow) CO 15Vol.% 76mm (configuration fast) |
| S-0003962 | S-MODULE EVO (flow) CO 2000ppm 156mm |
| S-0004793 | S-MODULE EVO (flow) CO 20Vol.% 76mm |
| S-0004815 | S-MODULE EVO (flow) CO 2Vol.% 76mm |
| S-0005488 | S-MODULE EVO (flow) CO 30Vol.% 76mm |
| S-0004819 | S-MODULE EVO (flow) CO 5Vol.% 76mm |
| S-0007055 | S-MODULE EVO (flow) CO2 100ppm 300mm silver |
| S-0004789 | S-MODULE EVO (flow) CO2 100Vol.% 76mm |
| S-0004790 | S-MODULE EVO (flow) CO2 10Vol.% 76mm |
| S-0006909 | S-MODULE EVO (flow) CO2 10Vol.% 76mm (configuration fast) |
| S-0004804 | S-MODULE EVO (flow) CO2 1Vol.% 76mm |
| S-0004810 | S-MODULE EVO (flow) CO2 2000ppm 156mm |
| S-0004786 | S-MODULE EVO (flow) CO2 20Vol.% 76mm |
| S-0005770 | S-MODULE EVO (flow) CO2 2Vol.% 76mm |
| S-0004807 | S-MODULE EVO (flow) CO2 30Vol.% 76mm |
| S-0006596 | S-MODULE EVO (flow) CO2 30Vol.% 76mm (configuration fast) |
| S-0004811 | S-MODULE EVO (flow) CO2 5000ppm 76mm |
| S-0004782 | S-MODULE EVO (flow) CO2 50Vol.% 76mm |
| S-0004785 | S-MODULE EVO (flow) CO2 5Vol.% 76mm |
| S-0004823 | S-MODULE EVO (flow) SF6 1000ppm 70*40mm |
| S-0005533 | S-MODULE EVO (flow) SF6 100Vol.% 70mm (#72-18) |
| S-0004779 | S-MODULE EVO (flow) SF6 30Vol.% 70mm |
| S-0005098 | S-MODULE EVO (flow) SF6 5000ppm 70x40mm |
| S-0004824 | S-MODULE EVO (flow) SF6 50ppm 156mm |
| S-0004778 | S-MODULE EVO (flow) SF6 70Vol.% 70mm |
| S-0004844 | S-MODULE EVO (flow) SO2 2000ppm 156mm DP=4°C±1K |
| S-0005774 | S-MODULE EVO (flow) SO2F2 100ppm 340mm (gold) |
| S-0004794 | S-MODULE EVO (flow) SO2F2 6Vol.% 70mm |
Specification：
| Detection Principle | NDIR (Dual Beam) |
| Measuring Range | See List |
| Gas Supply | Flow |
| Dimensions | See Mechanical Data |
| Hose connection | 3mm internal, 5mm outside |
| Response time (T90) | Appr. 12 s (@ 0.7 L/min) |
| Digital Resolution(@zero) | 1 ppm ...0.1 Vol.% |
| Detection Limit (3sigma) | ≤ 1 % FS(typically) |
| Repeatability | ≤ ±1 % FS |
| Linearity Error | ≤ ±1.0 % FS ( or ≤ ±1.5 % FS depend on version) |
| Stability (zero) | ≤ ±2 % FS during 12 month |
| Stability (span) | ≤ ±2 % FS during 12 month |
| Temperature Drift. (zero) | ≤ ±0,1 % FS per °C |
| Temperature Drift. (span) | ≤ ±0,15 % FS per °C |
| Pressure Drift. | 0,1 % up to 0,2 % Value per mbar |
| Operating Temp | 0 °C up to 50 °C |
| Storage Temp | -20 °C up to 60 °C |
| Ambient Humidity | 0 % up to 95 % rel. Humidity (not condensing ) |
| Ambient Air Pressure | 800 up to 1200 mbar |
| Warm up Time | < 2 minutes (cold start ) < 30 minutes full specification |
| Flow | 0,1 up to 1,0 L / min (const ) |
| Digital Output | Modbus ASCII RTU TTL 2400-115.200 auto Baud/ auto Frame Out 1 Signal output TTL |
| Option : Analog Output | 0 / 4 … 20 mA (With S-Connect) 0 / 0.2...1V (With S-Connect V) RS 232 (With S-Connect) RS 485 (With S-Connect RS485) |
| Operating Voltage | 3,3 to 6 V DC ± 5 % |
| Drive Current | < 240mA@5V ( average ) |
| Power consumption | < 800 mW |
Product Description：
The S-MODULE EVO FLOW are based on the infrared absorption technology and comply with the highest standards in accuracy, reliability and efficiency.
Due the consequent use of this optical principle the systems work without abrasion or chemical reactions and are nearly maintenance free.
As basis the IR principle uses the individual absorption spectrum of the gas to be detected and specifies the concentration by the precise quantitative analysis.
Because all measured gases absorb IR radiation in a different spectrum a so called “fingerprint” is given which ensures a selective characterization with less cross sensitivities.
An integrated evaluation electronic delivers finally an easy to use concentration signal and compensates all temperature- and drift effects.
The S-MODULE EVO FLOW housing is made of aluminum to protect the sensor from mechanical damage and is with fitted with gas line connectors (inlet and outlet) to allow perfusion of the S-MODULE EVO. Tubing with an internal diameter of 3 mm and external diameter of 5 mm is needed to connect up to the measurement cell. Ensure that tubing is securely attached to the inlet and outlet connectors.
