OPTISENS IND 1000
The OPTISENS IND 1000 is a fully enclosed inductive conductivity sensor for use in heavily contaminated, aggressive media such as industrial or […]
The OPTISENS IND 1000 is a fully enclosed inductive conductivity sensor for use in heavily contaminated, aggressive media such as industrial or municipal wastewater. It features an extremely rugged design using corrosion-resistant and dirt-repellent materials like PP or PVDF. The measuring cell with two inner ring-shaped measuring coils is completely enclosed and is thus not in contact with the media. The compact sensor design is particularly suited to installation in pipes with small diameters. The OPTISENS IND 1000 easily connects with the MAC 100 or any other analytical transmitter.
Overview
The OPTISENS IND 1000 is a fully enclosed inductive conductivity sensor for use in heavily contaminated, aggressive media such as industrial or municipal wastewater. It features an extremely rugged design using corrosion-resistant and dirt-repellent materials like PP or PVDF. The measuring cell with two inner ring-shaped measuring coils is completely enclosed and is thus not in contact with the media. The compact sensor design is particularly suited to installation in pipes with small diameters. The OPTISENS IND 1000 easily connects with the MAC 100 or any other analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Corrosion and dirt resistant sensor design
- Completely enclosed measuring cell with two inner ring-shaped measuring coils
- Suitable for pipelines with small diameters
- Low maintenance costs and a long life cycle
- Wide measuring range
- With robust PP or PVDF body material
- With integrated temperature sensor
- For connection to the MAC 100 or any suitable analytical transmitter
OPTISENS COND 7200
The OPTISENS COND 7200 is a sensor for conductive conductivity measurement in hygienic applications. It comes with two installation lengths (60 or
The OPTISENS COND 7200 is a sensor for conductive conductivity measurement in hygienic applications. It comes with two installation lengths (60 or 115 mm / 2.36 or 4.53”). The conductivity sensor features stainless steel sensor body and electrodes as well as an integrated temperature sensor (Pt100). Its fully sterilisable sensor design is particularly suitable for quality control in water conditioning or preparation in the food, beverage or pharmaceutical industry. For complying with strict sanitary standards, the surface of the sensor has a roughness of <0.8 μm. The OPTISENS COND 7200 operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS COND 7200 is a sensor for conductive conductivity measurement in hygienic applications. It comes with two installation lengths (60 or 115 mm / 2.36 or 4.53”). The conductivity sensor features stainless steel sensor body and electrodes as well as an integrated temperature sensor (Pt100). Its fully sterilisable sensor design is particularly suitable for quality control in water conditioning or preparation in the food, beverage or pharmaceutical industry. For complying with strict sanitary standards, the surface of the sensor has a roughness of <0.8 μm. The OPTISENS COND 7200 operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Available with low cell constants (0.01 and 0.1 l/cm)
- Fully sterilisable design
- Surface roughness of <0.8 μm
- Complies with FDA and EC1935/2004 regulations
- Certificates for material, cell constant, surface roughness and FDA conformity
- Low maintenance costs and a long life cycle
- Available with 4-pin right-angle plug (Hirschmann) or M12 connector
- With hygienic stainless steel body material
- With integrated temperature sensor
- For connection to the MAC 100 or any suitable analytical transmitter
OPTISENS COND 1200
The OPTISENS COND 1200 is a sensor for conductive conductivity measurement in all standard applications. With its two stainless steel electrodes it
The OPTISENS COND 1200 is a sensor for conductive conductivity measurement in all standard applications. With its two stainless steel electrodes it is particularly suitable for low-contaminated, non-corrosive media such as pure water, steam and cooling water. The sensor is also available as a special industrial version with graphite or titan electrodes for media separation, drinking water purification and wastewater checks/treatment. The OPTISENS COND 1200 operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS COND 1200 is a sensor for conductive conductivity measurement in all standard applications. With its two stainless steel electrodes it is particularly suitable for low-contaminated, non-corrosive media such as pure water, steam and cooling water. The sensor is also available as a special industrial version with graphite or titan electrodes for media separation, drinking water purification and wastewater checks/treatment. The OPTISENS COND 1200 operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Wide dynamic range
- Large range of cell constants
- Variety of electrode materials
- Robust sensor design, long lifespan
- Low maintenance costs and a long life cycle
- Available with 4-pin right-angle plug (Hirschmann) connector or attached cable up to 10 m / 33 ft
- With robust PVDF body material
- With integrated temperature sensor
- For connection to the MAC 100 or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS ORP 8590
The OPTISENS ORP 8590 is an ORP sensor for general water and wastewater applications. The sensor type is equipped with a platinum
The OPTISENS ORP 8590 is an ORP sensor for general water and wastewater applications. The sensor type is equipped with a platinum electrode, a large ceramic diaphragm and a temperature sensor (Pt100). It features a robust design with CPVC body material. The sensor is available with an attached cable up to 10 m / 33 ft. It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The ORP sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS ORP 8590 is an ORP sensor for general water and wastewater applications. The sensor type is equipped with a platinum electrode, a large ceramic diaphragm and a temperature sensor (Pt100). It features a robust design with CPVC body material. The sensor is available with an attached cable up to 10 m / 33 ft. It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The ORP sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Double junction for extended lifetime and wide application range
- Rugged ORP tip and fouling resistant, non-clogging reference junction
- With protective tips and easy to clean due to large design
- With robust CPVC body material
- Available with an attached cable up to 10 m / 33 ft
- Low maintenance costs and a long life cycle
- With integrated Pt100
- For connection to the MAC 100 or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS ORP 8500
The OPTISENS ORP 8500 is an ORP sensor for general water applications. Its glass sensor body with platinum electrode and ceramic diaphragm
The OPTISENS ORP 8500 is an ORP sensor for general water applications. Its glass sensor body with platinum electrode and ceramic diaphragm makes it particularly suitable for potable or process water analysis as well as ORP measurement of oxidizing, chloride containing solutions. The sensor comes with EPDM sealing and its small ceramic diaphragm guarantees a long-term and reliable measurement. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The ORP sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS ORP 8500 is an ORP sensor for general water applications. Its glass sensor body with platinum electrode and ceramic diaphragm makes it particularly suitable for potable or process water analysis as well as ORP measurement of oxidizing, chloride containing solutions. The sensor comes with EPDM sealing and its small ceramic diaphragm guarantees a long-term and reliable measurement. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The ORP sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Pure platinum electrode for reliable measurements
- Particularly suited to reducing media, e.g. in chromate reduction, chlorine dosing in swimming pools etc.
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 9500
The OPTISENS PH 9500 is a pH sensor for media with lower conductivity (>50 μS/cm). The liquid electrolyte glass sensor is equipped with
The OPTISENS PH 9500 is a pH sensor for media with lower conductivity (>50 μS/cm). The liquid electrolyte glass sensor is equipped with 3 ceramic diaphragms for faster response times, more accurate readings and a wide temperature range in many applications. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 9500 is a pH sensor for media with lower conductivity (>50 μS/cm). The liquid electrolyte glass sensor is equipped with 3 ceramic diaphragms for faster response times, more accurate readings and a wide temperature range in many applications. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Suited to fast changing medium compositions, organic solvents or alcohols
- Resistant to poisoning due to constant feed of KCl electrolyte
- For connection to the MAC 100 or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 9100
The OPTISENS PH 9100 is a pH sensor particularly suitable for media with lower conductivity (>20 μS/cm). The liquid electrolyte glass sensor
The OPTISENS PH 9100 is a pH sensor particularly suitable for media with lower conductivity (>20 μS/cm). The liquid electrolyte glass sensor is equipped with a glass sleeve diaphragm for faster response times, more accurate readings and a wide temperature range in many applications. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 9100 is a pH sensor particularly suitable for media with lower conductivity (>20 μS/cm). The liquid electrolyte glass sensor is equipped with a glass sleeve diaphragm for faster response times, more accurate readings and a wide temperature range in many applications. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Suited to fast changing medium compositions or organic solvents
- Resistant to poisoning due to constant feed of KCl electrolyte
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 8590
The OPTISENS PH 8590 is a pH sensor for water and wastewater applications. The rugged sensor with CPVC body material and glass
The OPTISENS PH 8590 is a pH sensor for water and wastewater applications. The rugged sensor with CPVC body material and glass electrode is equipped with a large ceramic diaphragm. It also has an integrated Pt100 for temperature compensation. The OPTISENS PH 8590 comes with an attached cable (max. 10 m / 33 ft). It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The sensor is suitable for connection to the MAC 100 or any other analytical transmitter.
Overview
The OPTISENS PH 8590 is a pH sensor for water and wastewater applications. The rugged sensor with CPVC body material and glass electrode is equipped with a large ceramic diaphragm. It also has an integrated Pt100 for temperature compensation. The OPTISENS PH 8590 comes with an attached cable (max. 10 m / 33 ft). It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The sensor is suitable for connection to the MAC 100 or any other analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Double junction for extended lifetime and wide application range
- Rugged pH tip and fouling resistant, non-clogging reference junction
- Easy to clean due to large design
- Available with attached cable up to 10 m / 33 ft
- Robust CPVC body material
- With integrated temperature sensor
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 8500
The OPTISENS PH 8500 is a pH sensor for general water applications. Its glass electrode with ceramic diaphragm makes it particularly usable
The OPTISENS PH 8500 is a pH sensor for general water applications. Its glass electrode with ceramic diaphragm makes it particularly usable in potable or general water analysis. Its small ceramic diaphragm guarantees low drift and a reliable long-term measurement. It is available with optional integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The pH sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 8500 is a pH sensor for general water applications. Its glass electrode with ceramic diaphragm makes it particularly usable in potable or general water analysis. Its small ceramic diaphragm guarantees low drift and a reliable long-term measurement. It is available with optional integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The pH sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Small ceramic diaphragm sensor with low drift
- With optional integrated temperature sensor
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 8390
The OPTISENS PH 8390 is a pH sensor for wastewater applications. The rugged sensor with CPVC body material and glass electrode is
The OPTISENS PH 8390 is a pH sensor for wastewater applications. The rugged sensor with CPVC body material and glass electrode is equipped with a PTFE diaphragm and integrated Pt100 for temperature compensation. The sensor comes with an attached cable (max. 10 m / 33 ft). It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 8390 is a pH sensor for wastewater applications. The rugged sensor with CPVC body material and glass electrode is equipped with a PTFE diaphragm and integrated Pt100 for temperature compensation. The sensor comes with an attached cable (max. 10 m / 33 ft). It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. The sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Double junction for extended lifetime and wide application range
- Rugged pH tip and fouling resistant, non-clogging reference junction
- Easy to clean due to large design with dirt-repellent diaphragm
- Robust CPVC body material
- With optional integrated temperature sensor
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 8300
The OPTISENS PH 8300 is a pH sensor for industrial or municipal wastewater, surface or process water applications. The glass sensor is
The OPTISENS PH 8300 is a pH sensor for industrial or municipal wastewater, surface or process water applications. The glass sensor is equipped with a dirt-repellent PTFE diaphragm, making it particularly suitable for harsh applications. It is available with optional integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable sensor handling. The pH sensor operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 8300 is a pH sensor for industrial or municipal wastewater, surface or process water applications. The glass sensor is equipped with a dirt-repellent PTFE diaphragm, making it particularly suitable for harsh applications. It is available with optional integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable sensor handling. The pH sensor operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Robust electrode with long poison diffusion path
- Low maintenance due to large dirt-repellent PTFE ring diaphragm
- Suitable for highly alkaline media and other harsh media
- With optional integrated temperature sensor
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
OPTISENS PH 8100
The OPTISENS PH 8100 is an all-purpose pH sensor for demanding applications in chemical and petrochemical industries as well as for process
The OPTISENS PH 8100 is an all-purpose pH sensor for demanding applications in chemical and petrochemical industries as well as for process water, wastewater or other aggressive media. Its glass electrode is particularly suitable for use in highly alkaline solutions or applications with low conductive media (>2 μS/cm) and temperatures up to +130°C/ +266°F. The sensor is equipped with two open diaphragms to prevent clogging and to ensure reliable measurements. It is also available with integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The pH sensor can even be installed upside down. It operates with the MAC 100 or any suitable analytical transmitter.
Overview
The OPTISENS PH 8100 is an all-purpose pH sensor for demanding applications in chemical and petrochemical industries as well as for process water, wastewater or other aggressive media. Its glass electrode is particularly suitable for use in highly alkaline solutions or applications with low conductive media (>2 μS/cm) and temperatures up to +130°C/ +266°F. The sensor is equipped with two open diaphragms to prevent clogging and to ensure reliable measurements. It is also available with integrated Pt100 for temperature compensation. Various mounting assemblies allow for easy installation and reliable handling of the sensor. The pH sensor can even be installed upside down. It operates with the MAC 100 or any suitable analytical transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Clog-free design: Open glass capillary diaphragm ensures reliable measurement
- Upside-down mounting possible
- Special reference systems for extended lifetime and wide application range
- Resistant to solvents, strong acids and bases
- With integrated temperature sensor
- High temperature resistance
- For connection to the MAC 100or any suitable analytical transmitter
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT COND 7200
The SMARTPAT COND 7200 is a 2-wire loop powered sensor for conductive conductivity measurement in hygienic applications. The sterilisable sensor type is
The SMARTPAT COND 7200 is a 2-wire loop powered sensor for conductive conductivity measurement in hygienic applications. The sterilisable sensor type is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its hygienic process connection allows for a direct installation in pipelines and tanks in accordance with hygienic requirements.
The SMARTPAT COND 7200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus (HART® 7) communication and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT COND 7200 is a 2-wire loop powered sensor for conductive conductivity measurement in hygienic applications. The sterilisable sensor type is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its hygienic process connection allows for a direct installation in pipelines and tanks in accordance with hygienic requirements.
The SMARTPAT COND 7200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus (HART® 7) communication and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Available with low cell constant
- Robust sensor design, long lifespan
- Hygienic stainless steel body material
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTwareTM FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT COND 5200
The SMARTPAT COND 5200 is a 2-wire loop powered sensor for conductive conductivity measurement in harsh applications and hazardous areas (zone 0).
The SMARTPAT COND 5200 is a 2-wire loop powered sensor for conductive conductivity measurement in harsh applications and hazardous areas (zone 0). The robust sensor type is equipped with graphite electrodes for use in aggressive media. It features an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 5200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT COND 5200 is a 2-wire loop powered sensor for conductive conductivity measurement in harsh applications and hazardous areas (zone 0). The robust sensor type is equipped with graphite electrodes for use in aggressive media. It features an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 5200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Wide dynamic range
- Robust sensor design, long lifespan
- With PEEK body material
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTwareTM FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
- IECEx, ATEX, QPS (zone 0)
SMARTPAT COND 3200
The SMARTPAT COND 3200 is a 2-wire loop powered sensor for conductive conductivity measurement of water and pure water. It is particularly
The SMARTPAT COND 3200 is a 2-wire loop powered sensor for conductive conductivity measurement of water and pure water. It is particularly designed for use in applications of the power, semiconductor or pure water industry. The robust sensor is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 3200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT COND 3200 is a 2-wire loop powered sensor for conductive conductivity measurement of water and pure water. It is particularly designed for use in applications of the power, semiconductor or pure water industry. The robust sensor is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 3200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Available with low cell constant
- Robust sensor design, long lifespan
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTwareTM FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT COND 1200
The SMARTPAT COND 1200 is a 2-wire loop powered sensor for conductive conductivity measurement in drinking water and industrial or municipal wastewater
The SMARTPAT COND 1200 is a 2-wire loop powered sensor for conductive conductivity measurement in drinking water and industrial or municipal wastewater applications. The robust sensor is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 1200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT COND 1200 is a 2-wire loop powered sensor for conductive conductivity measurement in drinking water and industrial or municipal wastewater applications. The robust sensor is equipped with stainless steel electrodes, an integrated temperature sensor (Pt1000) and a standard VP2 connector. Its standard process connection allows for direct installation in pipelines and tanks.
The SMARTPAT COND 1200 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from sensor to the process control system. Unlike other commercially available conductivity sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Wide dynamic range
- High cell constant
- Robust sensor design, long lifespan
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTwareTM FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT ORP 8510
The SMARTPAT ORP 8510 is a 2-wire loop powered ORP sensor for applications with potable or process water and municipal wastewater. The
The SMARTPAT ORP 8510 is a 2-wire loop powered ORP sensor for applications with potable or process water and municipal wastewater. The sensor is equipped with a platinum electrode and ceramic diaphragm. It also comes with integrated temperature sensor (Pt1000). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 8510 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT ORP 8510 is a 2-wire loop powered ORP sensor for applications with potable or process water and municipal wastewater. The sensor is equipped with a platinum electrode and ceramic diaphragm. It also comes with integrated temperature sensor (Pt1000). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 8510 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Special reference systems for extended lifetime and a wide application range
- With integrated Pt1000 and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT ORP 8150
The SMARTPAT ORP 8150 is a 2-wire loop powered ORP sensor for industrial applications with chemicals or wastewater. This sensor is suitable
The SMARTPAT ORP 8150 is a 2-wire loop powered ORP sensor for industrial applications with chemicals or wastewater. This sensor is suitable for measuring aggressive, acid or alkali containing media in hazardous areas (zone 0). It is equipped with a platinum electrode, open diaphragms and temperature sensor (Pt1000). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 8150 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT ORP 8150 is a 2-wire loop powered ORP sensor for industrial applications with chemicals or wastewater. This sensor is suitable for measuring aggressive, acid or alkali containing media in hazardous areas (zone 0). It is equipped with a platinum electrode, open diaphragms and temperature sensor (Pt1000). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 8150 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Polymer electrolyte with high proportion of KCl for long durability and stable measurement
- No contamination or blocking of the reference electrode due to open diaphragm
- With integrated Pt1000 and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
- IECEx, ATEX, NEPSI, FM (zone 0)
SMARTPAT ORP 1590
The SMARTPAT ORP 1590 is a 2-wire loop powered ORP sensor for water and wastewater applications. The sensor is equipped with a
The SMARTPAT ORP 1590 is a 2-wire loop powered ORP sensor for water and wastewater applications. The sensor is equipped with a platinum electrode, ceramic diaphragm and temperature sensor (Pt1000). Its robust design with CPVC body material makes it usable for aggressive media. The sensor can be installed directly into a pipe or tank with the ¾ NPT ,(male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 1590 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT ORP 1590 is a 2-wire loop powered ORP sensor for water and wastewater applications. The sensor is equipped with a platinum electrode, ceramic diaphragm and temperature sensor (Pt1000). Its robust design with CPVC body material makes it usable for aggressive media. The sensor can be installed directly into a pipe or tank with the ¾ NPT ,(male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT ORP 1590 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available ORP sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Double junction for extended lifetime and wide application range
- With robust CPVC body material
- With integrated Pt1000 and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT PH 8570
The SMARTPAT PH 8570 is a 2-wire loop powered pH sensor for applications in the food and beverage or pharmaceutical industry. The
The SMARTPAT PH 8570 is a 2-wire loop powered pH sensor for applications in the food and beverage or pharmaceutical industry. The sensor type is sterilisable and fully autoclavable for installation in hygienic areas. With its membrane glass type S and the pressurised reference electrode the sensor provides a high long-term stability. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8570 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 8570 is a 2-wire loop powered pH sensor for applications in the food and beverage or pharmaceutical industry. The sensor type is sterilisable and fully autoclavable for installation in hygienic areas. With its membrane glass type S and the pressurised reference electrode the sensor provides a high long-term stability. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8570 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Long-term stability with pressurised RheoLid electrolyte filled reference electrode
- Suitable for CIP (Cleaning In Place), SIP (Sterilisation In Place) and completely autoclavable
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT PH 8530
The SMARTPAT PH 8530 is a 2-wire loop powered pH sensor for pure water applications. The glass sensor features three diaphragms for
The SMARTPAT PH 8530 is a 2-wire loop powered pH sensor for pure water applications. The glass sensor features three diaphragms for optimal measurements in low conductive media (>2 μS/cm). It also comes with integrated Pt1000 for temperature compensation. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8530 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter (HART® 7) with built-in fieldbus communication and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 8530 is a 2-wire loop powered pH sensor for pure water applications. The glass sensor features three diaphragms for optimal measurements in low conductive media (>2 μS/cm). It also comes with integrated Pt1000 for temperature compensation. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8530 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter (HART® 7) with built-in fieldbus communication and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Three diaphragms for optimal measurement in low conductive media
- No interference of the high ohmic signal between sensor and transmitter possible
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT PH 8320
The SMARTPAT PH 8320 is a 2-wire loop powered pH sensor for applications in water and industrial or municipal wastewater. The glass
The SMARTPAT PH 8320 is a 2-wire loop powered pH sensor for applications in water and industrial or municipal wastewater. The glass sensor is equipped with a dirt-repellent PTFE diaphragm and integrated Pt1000 for temperature compensation. It has an extended lifetime due to its double junction. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8320 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 8320 is a 2-wire loop powered pH sensor for applications in water and industrial or municipal wastewater. The glass sensor is equipped with a dirt-repellent PTFE diaphragm and integrated Pt1000 for temperature compensation. It has an extended lifetime due to its double junction. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8320 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Double junction for extended lifetime and wide application range
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
- IECEx, ATEX, NEPSI, FM (zone 0)
SMARTPAT PH 8150
The SMARTPAT PH 8150 is a 2-wire loop powered pH sensor for chemical or petrochemical applications. The sensor is particularly suitable for
The SMARTPAT PH 8150 is a 2-wire loop powered pH sensor for chemical or petrochemical applications. The sensor is particularly suitable for measuring media with extreme ionic strength as well as acid and alkali containing media and wastewater. It is certified for use in hazardous areas (zone 0). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8150 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 8150 is a 2-wire loop powered pH sensor for chemical or petrochemical applications. The sensor is particularly suitable for measuring media with extreme ionic strength as well as acid and alkali containing media and wastewater. It is certified for use in hazardous areas (zone 0). Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 8150 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Polymer electrolyte with high proportion of KCl for long durability and stable measurement
- No contamination or blocking of the reference electrode due to open diaphragm
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
- IECEx, ATEX, NEPSI, FM (zone 0)
SMARTPAT PH 2390
The SMARTPAT PH 2390 is a 2-wire loop powered pH sensor for wastewater applications (e.g. in wastewater treatment plants). Equipped with Ryton®
The SMARTPAT PH 2390 is a 2-wire loop powered pH sensor for wastewater applications (e.g. in wastewater treatment plants). Equipped with Ryton® body material, large PTFE diaphragm and integrated Pt1000 for temperature compensation, the sensor fulfils various application requirements. It allows direct installation into a pipe or tank with the 3⁄4 NPT (male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 2390 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables the direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 2390 is a 2-wire loop powered pH sensor for wastewater applications (e.g. in wastewater treatment plants). Equipped with Ryton® body material, large PTFE diaphragm and integrated Pt1000 for temperature compensation, the sensor fulfils various application requirements. It allows direct installation into a pipe or tank with the 3⁄4 NPT (male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 2390 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables the direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Double junction for extended lifetime and a wide application range
- Robust PPS body material
- With integrated temperature sensor and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SMARTPAT PH 1590
The SMARTPAT PH 1590 is a 2-wire loop powered pH sensor for general applications with treated water (e.g. potable or process water).
The SMARTPAT PH 1590 is a 2-wire loop powered pH sensor for general applications with treated water (e.g. potable or process water). Equipped with CPVC body material, large ceramic diaphragm and integrated Pt1000 for temperature compensation, the sensor fits various application requirements. It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 1590 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Overview
The SMARTPAT PH 1590 is a 2-wire loop powered pH sensor for general applications with treated water (e.g. potable or process water). Equipped with CPVC body material, large ceramic diaphragm and integrated Pt1000 for temperature compensation, the sensor fits various application requirements. It can be installed directly into a pipe or tank with the 3⁄4 NPT (male) process connection. Offline calibration of the sensor is possible under controlled conditions, generating cost savings due to less operator time on-site and longer sensor lifetime.
The SMARTPAT PH 1590 is part of the SMARTPAT product family – the first sensor line in the market featuring an integrated transmitter with built-in fieldbus communication (HART® 7) and current output. The real open standard enables a direct connection from the sensor to the process control system. Unlike other commercially available pH sensors, there is no need for external transmitters. Thus, price and maintenance costs of the complete measuring point are considerably reduced.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- No external transmitter needed
- Double junction for extended lifetime and wide application range
- Offline calibration under controlled conditions: Cost savings due to less operator time on-site and longer sensor lifetime
- Robust CPVC body material
- With integrated Pt1000 and standard VP2 connector
- Free of charge PACTware™ FDT/DTM for easy handling of offline and online configuration
- Direct connection via standardized fieldbus (HART® 7)
- Various mounting assemblies for easy installation and reliable handling
SU 502
The SU 502 is a single channel controller for level detection of KROHNE limit switches with 8/16 mA output. The
The SU 502 is a single channel controller for level detection of KROHNE limit switches with 8/16 mA output. The controller powers connected sensors and simultaneously processes their measuring signals. Via the integrated relay, simple control tasks can be solved. Typical applications are monitoring functions such as overfill or dry run protection. The SU 502 can also be used in hazardous areas and Safety Instrumented Systems (SIS). Optionally, an additional second relay can be ordered. Via a DIL switch the function of the second relay can be determined. It can be configured as fail safe relay or as second level relay.
Overview
The SU 502 is a single channel controller for level detection of KROHNE limit switches with 8/16 mA output. The controller powers connected sensors and simultaneously processes their measuring signals. Via the integrated relay, simple control tasks can be solved. Typical applications are monitoring functions such as overfill or dry run protection. The SU 502 can also be used in hazardous areas and Safety Instrumented Systems (SIS). Optionally, an additional second relay can be ordered. Via a DIL switch the function of the second relay can be determined. It can be configured as fail safe relay or as second level relay.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Powers KROHNE OPTISWITCH limit switches with 2-wire electronics and simultaneously processes their measuring signals
- DIL switch for flexible determination of second relay function
- Clearly visible status indication via 3 LEDs
- With a test key for test function
- All electronic parts are fully potted
- Easy DIN rail mounting (acc. to DIN EN
50022/60715) - SIL 2/3 certified
SURGEPROTECT SP-F / EX-24DC
SURGEPROTECT SP-F / EX-24DC is a surge protection device with corrosion resistant stainless steel housing for use in rough industrial environments
SURGEPROTECT SP-F / EX-24DC is a surge protection device with corrosion resistant stainless steel housing for use in rough industrial environments and hazardous areas. It is suitable for all common standard signals. The surge protector is directly attached to any sensor head via an M20 connection thread, eliminating the need for an additional connection box.
Overview
SURGEPROTECT SP-F / EX-24DC is a surge protection device with corrosion resistant stainless steel housing for use in rough industrial environments and hazardous areas. It is suitable for all common standard signals. The surge protector is directly attached to any sensor head via an M20 connection thread, eliminating the need for an additional connection box.
SURGEPROTECT SP-F / 1X2-24DC
SURGEPROTECT SP-F / 1X2-24DC is a surge protection device for use in current loops and non-hazardous areas. It is suitable for
SURGEPROTECT SP-F / 1X2-24DC is a surge protection device for use in current loops and non-hazardous areas. It is suitable for all common standard signals. The surge protector is directly attached to any sensor head via a screw connection, eliminating the need for an additional connection box.
Overview
SURGEPROTECT SP-F / 1X2-24DC is a surge protection device for use in current loops and non-hazardous areas. It is suitable for all common standard signals. The surge protector is directly attached to any sensor head via a screw connection, eliminating the need for an additional connection box.
BM26A-5000
The BM26A-5000 is a bypass chamber for level transmitters. It is the ideal solution for level measurement in difficult process
The BM26A-5000 is a bypass chamber for level transmitters. It is the ideal solution for level measurement in difficult process conditions, e.g. turbulence and foam. In this way, the bypass chamber ensures the best installation conditions for reliable and accurate readings of different types of level transmitters like guided radars, FMCW radars or displacers. These can just be mounted on top of the bypass chamber which is installed adjacent to an open or pressurized tank and connected to it by two pipes. Operating on the principle of communicating vessels, the bypass chamber reflects the same level as in the tank. KROHNE can also supply an all-in-one solution consisting of a bypass chamber with the OPTIFLEX 7200 TDR guided radar, the OPTIWAVE 7400 non-contact FMCW radar or the BW 25 displacer level transmitter.
Overview
The BM26A-5000 is a bypass chamber for level transmitters. It is the ideal solution for level measurement in difficult process conditions, e.g. turbulence and foam. In this way, the bypass chamber ensures the best installation conditions for reliable and accurate readings of different types of level transmitters like guided radars, FMCW radars or displacers. These can just be mounted on top of the bypass chamber which is installed adjacent to an open or pressurized tank and connected to it by two pipes. Operating on the principle of communicating vessels, the bypass chamber reflects the same level as in the tank. KROHNE can also supply an all-in-one solution consisting of a bypass chamber with the OPTIFLEX 7200 TDR guided radar, the OPTIWAVE 7400 non-contact FMCW radar or the BW 25 displacer level transmitter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Available as all-in-one solution with the OPTIFLEX 7200 TDR guided radar, the OPTIWAVE 7400 FMCW radar, and the BW 25 displacer level transmitter
- Thermal insulation for high/low temperatures, electric heat tracing, heat protective enclosure
- PED/EN 13445, ASME B31.1, ASME B31.3, NACE
BM26A-8000
The BM26A-8000 is a magnetic level indicator (MLI) for redundant level measurement in liquid applications. It comes in two versions:
The BM26A-8000 is a magnetic level indicator (MLI) for redundant level measurement in liquid applications. It comes in two versions: BM26A-8000-TWIN and BM26A-8000-BI. The BM26A-8000-TWIN consists of a double measuring chamber with one chamber featuring a flapper indication and the other one – equipped with a level transmitter (TDR guided radar, FMCW radar or displacer) – acting as a bypass chamber. The BM26A-8000-BI features a unique measuring chamber with two compartments, one for the OPTIFLEX 7200 transmitter probe and one for the float moving next to it.
By adding a reed-chain transmitter to the TWIN version, the operator can compare the measuring values of the assembled radar level transmitter to those of the reed chain transmitter directly in the control room. This allows for redundant measurement as both technologies operate independently and uninfluenced from each other, providing a high degree of process safety in critical applications. The BM26A-8000 can thus be the ideal choice for steam cycle applications in power plants, storage tanks with dangerous chemicals, separators in the oil and gas industry as well as a wide range of other level and interface applications. Depending on the selected configuration, the magnetic level indicator can also be used in safety-related applications up to SIL2/3.
Overview
The BM26A-8000 is a magnetic level indicator (MLI) for redundant level measurement in liquid applications. It comes in two versions: BM26A-8000-TWIN and BM26A-8000-BI. The BM26A-8000-TWIN consists of a double measuring chamber with one chamber featuring a flapper indication and the other one – equipped with a level transmitter (TDR guided radar, FMCW radar or displacer) – acting as a bypass chamber. The BM26A-8000-BI features a unique measuring chamber with two compartments, one for the OPTIFLEX 7200 transmitter probe and one for the float moving next to it.
By adding a reed-chain transmitter to the TWIN version, the operator can compare the measuring values of the assembled radar level transmitter to those of the reed chain transmitter directly in the control room. This allows for redundant measurement as both technologies operate independently and uninfluenced from each other, providing a high degree of process safety in critical applications. The BM26A-8000 can thus be the ideal choice for steam cycle applications in power plants, storage tanks with dangerous chemicals, separators in the oil and gas industry as well as a wide range of other level and interface applications. Depending on the selected configuration, the magnetic level indicator can also be used in safety-related applications up to SIL2/3.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Combined technology for redundancy
- Can be fitted with OPTIFLEX 7200 or OPTIFLEX 8200 guided radar (TDR), OPTIWAVE 7400 radar (FMCW) or BW 25 displacer level transmitter
- Also available as TWIN version with a dual bypass chamber connected adjacently
- Rugged metallic design – no maintenance
- Large choice of materials e.g. 316L, 304L, alloy C276, alloy 625
- Highly visible flaps housed in hermetically sealed glass tube (IP68)
- Accuracy from ±2 mm / ±0.08″ with OPTIFLEX and OPTIWAVE level transmitters
BM26A-7000
The BM26A-7000 is a magnetic level indicator (MLI) for extreme operating conditions and liquid interface applications. The level gauge is
The BM26A-7000 is a magnetic level indicator (MLI) for extreme operating conditions and liquid interface applications. The level gauge is particularly suitable for continuous level measurement of high-temperature or high-pressure liquids in chemical, petrochemical and refining processes or in boiler applications of various industries. It is equally suitable for interface measurement in oil/water separators or similar installations. For level monitoring of corrosive in pressurised tanks up to 40 barg / 580 psig, the PTFE-lined version of the MLI is the instrument of choice. The magnetic flaps of the BM26A-7000 are housed in an IP68 rated, hermetically sealed glass tube. The level indicator provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-7000 can be easily equipped with optional limit switches or a reed-chain level transmitter providing analogue or digital output signals.
Overview
The BM26A-7000 is a magnetic level indicator (MLI) for extreme operating conditions and liquid interface applications. The level gauge is particularly suitable for continuous level measurement of high-temperature or high-pressure liquids in chemical, petrochemical and refining processes or in boiler applications of various industries. It is equally suitable for interface measurement in oil/water separators or similar installations. For level monitoring of corrosive in pressurised tanks up to 40 barg / 580 psig, the PTFE-lined version of the MLI is the instrument of choice.
The magnetic flaps of the BM26A-7000 are housed in an IP68 rated, hermetically sealed glass tube. The level indicator provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-7000 can be easily equipped with optional limit switches or a reed-chain level transmitter providing analogue or digital output signals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Dedicated version for high temperature and pressure conditions
- Large choice of materials, e.g. 316L, 304L, alloy C276, alloy 625
- PTFE-lined version for corrosive liquids up to +200°C / 192°F and 40 barg / 580 psig
- Float designed for low densities down to 370 kg/m3 / 23.09 lb/ft3
- Flaps housed in hermetically sealed glass tube (IP68)
- Thermal insulation for high temperatures, electric heat tracing, heating/cooling system, heat protective enclosure
- Highly visible level indication works without power supply
- Available with optional reed switches (3-wire, NAMUR) or reed-chain level transmitter (4…20 mA/HART®7, FF, PA output)
BM26A-6000
The BM26A-6000 is a magnetic level indicator (MLI) for liquefied gas and cryogenic applications. The level gauge is particularly suitable
The BM26A-6000 is a magnetic level indicator (MLI) for liquefied gas and cryogenic applications. The level gauge is particularly suitable for continuous level measurement in process or storage tanks containing low temperature media like liquefied ammonia (NH3), liquefied carbon dioxide (CO2) or liquefied propane. The MLI comes with various thermal insulation options for use in process temperatures down to -196°C / -320.8°F.
The level indicator features a rugged metallic design with the magnetic flaps housed in an IP68 rated, hermetically sealed glass tube. It provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-6000 can be easily equipped with optional reed switches or a reed-chain level transmitter providing analogue or digital output signals.
Overview
The BM26A-6000 is a magnetic level indicator (MLI) for liquefied gas and cryogenic applications. The level gauge is particularly suitable for continuous level measurement in process or storage tanks containing low temperature media like liquefied ammonia (NH3), liquefied carbon dioxide (CO2) or liquefied propane. The MLI comes with various thermal insulation options for use in process temperatures down to -196°C / -320.8°F.
The level indicator features a rugged metallic design with the magnetic flaps housed in an IP68 rated, hermetically sealed glass tube. It provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-6000 can be easily equipped with optional reed switches or a reed-chain level transmitter providing analogue or digital output signals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Stable level measurement in case of evaporating or boiling liquids
- Rugged metallic design, no maintenance
- Titanium float for low-density applications
- Flaps housed in hermetically sealed glass tube (IP68)
- Highly visible level indication works without power supply
- Various thermal insulation options for insulation down to -196°C / -320.8°F
- Available with optional reed switches (3-wire, NAMUR) or reed-chain level transmitter (4…20 mA/HART®7, FF, PA output)
BM26A-3000
The BM26A-3000 is a magnetic level indicator (MLI) for corrosive liquids. Made from corrosion resistant PVC, PP or PVDF, the
The BM26A-3000 is a magnetic level indicator (MLI) for corrosive liquids. Made from corrosion resistant PVC, PP or PVDF, the level gauge is the perfect fit for continuous and safe level measurement in plastic or lined storage tanks, reactors, fermentation vessels or containers with aggressive chemicals such as sulphuric acid. The float of the level indicator features the same material as selected for the gauge. Its flaps are housed in an IP68 rated, hermetically sealed glass tube. The MLI provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-3000 can be easily equipped with optional reed switches or a reed-chain level transmitter providing analogue or digital output signals.
Overview
The BM26A-3000 is a magnetic level indicator (MLI) for corrosive liquids. Made from corrosion resistant PVC, PP or PVDF, the level gauge is the perfect fit for continuous and safe level measurement in plastic or lined storage tanks, reactors, fermentation vessels or containers with aggressive chemicals such as sulphuric acid.
The float of the level indicator features the same material as selected for the gauge. Its flaps are housed in an IP68 rated, hermetically sealed glass tube. The MLI provides highly visible local level indication. There is absolutely no power supply needed. However, in applications with more advanced signal output requirements, the BM26A-3000 can be easily equipped with optional reed switches or a reed-chain level transmitter providing analogue or digital output signals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Designed for high corrosion resistance
- Flaps housed in hermetically sealed glass tube (IP68)
- Support bracket for long devices
- Highly visible level indication works without power supply
- Available with optional reed switches (3-wire, NAMUR) or reed-chain level transmitter (4…20 mA/HART®7, FF, PA output)