OPTIBAR PM 5060
The OPTIBAR PM 5060 is a pressure transmitter for process pressure and level measurement in hygienic and non-hygienic applications with gases, liquids […]
The OPTIBAR PM 5060 is a pressure transmitter for process pressure and level measurement in hygienic and non-hygienic applications with gases, liquids and steam. It can be used in open tanks and – as dual version for electronic differential pressure measurement – also in closed vessels. The pressure device features a piezoresistive or a strain gauge metallic diaphragm. Depending on the measuring cell, the pressure transmitter can operate over a wide process pressure range from 100 mbar / 1.45 psi up to 1000 bar / 14500 psi.
The OPTIBAR PM 5060 can be provided with or without standard silicon oil fill fluid as well as FDA approved oils for hygienic applications. The flush process connections allow for hygienic and crevice-free installation. The pressure device can be used up to operating temperatures of +150°C / +302°F, special versions even allow for up to +200°C / +392°F without separate diaphragm seals.
Overview
The OPTIBAR PM 5060 is a pressure transmitter for process pressure and level measurement in hygienic and non-hygienic applications with gases, liquids and steam. It can be used in open tanks and – as dual version for electronic differential pressure measurement – also in closed vessels. The pressure device features a piezoresistive or a strain gauge metallic diaphragm. Depending on the measuring cell, the pressure transmitter can operate over a wide process pressure range from 100 mbar / 1.45 psi up to 1000 bar / 14500 psi.
The OPTIBAR PM 5060 can be provided with or without standard silicon oil fill fluid as well as FDA approved oils for hygienic applications. The flush process connections allow for hygienic and crevice-free installation. The pressure device can be used up to operating temperatures of +150°C / +302°F, special versions even allow for up to +200°C / +392°F without separate diaphragm seals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Various housing materials available: plastic, aluminium, stainless steel (precision casting or electro-polished)
- Extremely quick step response times <85 ms
- Available with flush mounted, hygienic process connections for the food industry
- Quick setup for all applications
- Extensive diagnostic and parameterization functions on the display and adjustment module or the user-friendly and free DTMs
- Wireless device commissioning, verification and monitoring with the OPTICHECK Pressure Mobile app
- Ex ia, Ex d, Ex t approvals
- SIL 2/3 certified by TÜV Rheinland
OPTIBAR PC 5060
The OPTIBAR PC 5060 is a pressure transmitter for process pressure and hydrostatic level measurement in all kinds of process
The OPTIBAR PC 5060 is a pressure transmitter for process pressure and hydrostatic level measurement in all kinds of process applications. It is designed for absolute and gauge pressure measurement in open tanks and – as dual version for electronic differential pressure measurement – also in closed vessels. The pressure device features a ceramic capacitive measuring cell that guarantees maximum overload and vacuum resistance for high plant availability.
The measuring cell can be built into the process absolutely flush and the radially recessed position of the gasket provides additional protection in abrasive media. It is resistant to sudden temperature shocks and can handle operating temperatures of up to +150°C/ +302°F. The OPTIBAR PC 5060 comes with robust plastic and aluminium housing or hygienic stainless steel versions (incl. ingress protection IP69k). It can be used in hazardous areas and Safety Instrumented Systems (SIS). The pressure transmitter comes with various diagnostics and digital communication options.
Overview
The OPTIBAR PC 5060 is a pressure transmitter for process pressure and hydrostatic level measurement in all kinds of process applications. It is designed for absolute and gauge pressure measurement in open tanks and – as dual version for electronic differential pressure measurement – also in closed vessels. The pressure device features a ceramic capacitive measuring cell that guarantees maximum overload and vacuum resistance for high plant availability.
The measuring cell can be built into the process absolutely flush and the radially recessed position of the gasket provides additional protection in abrasive media. It is resistant to sudden temperature shocks and can handle operating temperatures of up to +150°C/ +302°F. The OPTIBAR PC 5060 comes with robust plastic and aluminium housing or hygienic stainless steel versions (incl. ingress protection IP69k). It can be used in hazardous areas and Safety Instrumented Systems (SIS). The pressure transmitter comes with various diagnostics and digital communication options.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Modular design: converter platform for all applications
- Electronic differential pressure measurement
- Highest overload and vacuum resistance
- Wear-free measuring cell for less service and maintenance costs
- Extremely quick step response times <85 ms
- Various housing materials available: plastic, aluminium, stainless steel (precision casting or electro-polished)
- Quick setup for all applications
- Extensive diagnostic and parameterization functions on the display and adjustment module or the user-friendly and free DTMs
- Wireless device commissioning, verification and monitoring with the OPTICHECK Pressure Mobile app
- Ex ia, Ex d, Ex t approvals
- SIL 2/3 certified by TÜV Rheinland
OPTIBAR DP 3050
The OPTIBAR DP 3050 is a differential pressure transmitter with integrated absolute pressure measurement. It is the ideal choice for
The OPTIBAR DP 3050 is a differential pressure transmitter with integrated absolute pressure measurement. It is the ideal choice for general flow, level and differential pressure applications. The DP transmitter is currently the most compact pressure transmitter in the market – worldwide. This makes it particularly suitable for space-saving installation in applications with limited space, e.g. in mechanical and technical plant engineering. The compact DP transmitter features the proven-in-use DP transmitter technology of the OPTIBAR series, but comes without the high-end options of the more advanced OPTIBAR DP 7060. This way, the OPTIBAR DP 3050 is also one of the most cost-effective DP pressure transmitters in the market. For DP flow measurements it can be perfectly combined with KROHNE primary flow elements. Equipped with diaphragm seals, it is the right choice for hydrostatic level and general purpose DP measurements.
KROHNE is the only manufacturer of process instrumentation to carry out a total 3D linearisation of its differential pressure transmitters. For a robust and accurate differential pressure measurement, even under changing process conditions, each OPTIBAR DP 3050 differential pressure transmitter is linearised in all three dimensions during calibration: differential pressure, ambient temperature and static pressure are taken into account in combination. Since the full specified operating range is covered, an utmost stable and accurate measurement under all process conditions is guaranteed.
Overview
The OPTIBAR DP 3050 is a differential pressure transmitter with integrated absolute pressure measurement. It is the ideal choice for general flow, level and differential pressure applications. The DP transmitter is currently the most compact pressure transmitter in the market – worldwide. This makes it particularly suitable for space-saving installation in applications with limited space, e.g. in mechanical and technical plant engineering. The compact DP transmitter features the proven-in-use DP transmitter technology of the OPTIBAR series, but comes without the high-end options of the more advanced OPTIBAR DP 7060. This way, the OPTIBAR DP 3050 is also one of the most cost-effective DP pressure transmitters in the market. For DP flow measurements it can be perfectly combined with KROHNE primary flow elements. Equipped with diaphragm seals, it is the right choice for hydrostatic level and general purpose DP measurements.
KROHNE is the only manufacturer of process instrumentation to carry out a total 3D linearisation of its differential pressure transmitters. For a robust and accurate differential pressure measurement, even under changing process conditions, each OPTIBAR DP 3050 differential pressure transmitter is linearised in all three dimensions during calibration: differential pressure, ambient temperature and static pressure are taken into account in combination. Since the full specified operating range is covered, an utmost stable and accurate measurement under all process conditions is guaranteed.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Robust and space-saving stainless steel construction (316L / 1.4404)
- Total 3D linearisation for highest accuracy and stability under all process conditions
- Integrated static pressure measurement for additional process information
- Outstanding temperature stability even under harsh conditions
- Excellent repeatability and long-term stability
- Combined DP, SP and T measurements for maximum process reliability
- Suitable for OPTIBAR DSD diaphragm seal assembly
- Can be combined with many primary elements of the OPTIBAR OS and OPTIBAR PT series for flow measurement
- Optional display and adjustment module with intuitive user concept
- Internal push buttons for quick parameter set up
- Ex ia approvals for gas and dust atmosphere
OPTIBAR PM 3050
The OPTIBAR PM 3050 is a compact pressure transmitter with metallic diaphragm for general pressure and level applications. The excellent performance combined
The OPTIBAR PM 3050 is a compact pressure transmitter with metallic diaphragm for general pressure and level applications. The excellent performance combined with outstanding robustness of the full stainless-steel construction and increased overload resistance makes this device the optimal choice for general pressure applications. A wide range of hygienic process connections with front flush diaphragm compliant with 3A Sanitary Standard and EHEDG hygienic design places the OPTIBAR PM 3050 perfectly in food and beverage pressure and level applications.
In conjunction with the proven OPTIBAR DS diaphragm seals series, the OPTIBAR PM 3050 compact pressure transmitter can be deployed in nearly every application context with harsh chemicals or elevated process temperatures. The optional display and adjustment module offers convenient commissioning and setup, additional buttons on the converter electronics allow for a much simpler adjustment of zero and span. The latest version of HART®7.5 combined with a precise and stable analogue 4…20 mA output signal, guarantees long-term deployment security.
Overview
The OPTIBAR PM 3050 is a compact pressure transmitter with metallic diaphragm for general pressure and level applications. The excellent performance combined with outstanding robustness of the full stainless-steel construction and increased overload resistance makes this device the optimal choice for general pressure applications. A wide range of hygienic process connections with front flush diaphragm compliant with 3A Sanitary Standard and EHEDG hygienic design places the OPTIBAR PM 3050 perfectly in food and beverage pressure and level applications.
In conjunction with the proven OPTIBAR DS diaphragm seals series, the OPTIBAR PM 3050 compact pressure transmitter can be deployed in nearly every application context with harsh chemicals or elevated process temperatures. The optional display and adjustment module offers convenient commissioning and setup, additional buttons on the converter electronics allow for a much simpler adjustment of zero and span. The latest version of HART®7.5 combined with a precise and stable analogue 4…20 mA output signal, guarantees long-term deployment security.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Fully welded and robust stainless steel construction (1.4404 / 316L)
- High overload resistance
- Vacuum resistant
- Measuring accuracy up to ±0.1% of set span
- Very short response times (<80 ms)
- Easily programmable with optional display and adjustment module
- IP66/68 (NEMA 4X/6P) rated version also available
OPTIBAR PSM 2010
The OPTIBAR PSM 2010 is an electronic pressure switch for applications in the food and beverage industry as well as
The OPTIBAR PSM 2010 is an electronic pressure switch for applications in the food and beverage industry as well as the pharmaceutical industry. Its hygienic construction comes with a fully welded front-flush diaphragm to meet the most stringent industrial requirements in terms of crevice-free installation. The pressure switch provides long-term stable absolute or gauge pressure measurement of liquids and gases as well as hydrostatic level measurement. Due to its advanced digital compensation, the OPTIBAR PSM 2010 offers excellent temperature stability even during SIP/CIP cleaning cycles.
The OPTIBAR PSM 2010 offers multiple output options in one single configuration. Standard IO is a PNP/NPN switching output and IO-Link. On the secondary output, analogue 4…20 mA / 0…10 V or PNP/NPN switching are selectable. The IO-Link communication provides operators with sensor and application data for smarter process automation. Process data, status reports, device configurations can be changed easily with the control system. Advanced diagnostic information such as operating temperature, pressure spike counter and operating hour counter help to establish a more predictable maintenance concept.
Overview
The OPTIBAR PSM 2010 is an electronic pressure switch for applications in the food and beverage industry as well as the pharmaceutical industry. Its hygienic construction comes with a fully welded front-flush diaphragm to meet the most stringent industrial requirements in terms of crevice-free installation. The pressure switch provides long-term stable absolute or gauge pressure measurement of liquids and gases as well as hydrostatic level measurement. Due to its advanced digital compensation, the OPTIBAR PSM 2010 offers excellent temperature stability even during SIP/CIP cleaning cycles.
The OPTIBAR PSM 2010 offers multiple output options in one single configuration. Standard IO is a PNP/NPN switching output and IO-Link. On the secondary output, analogue 4…20 mA / 0…10 V or PNP/NPN switching are selectable. The IO-Link communication provides operators with sensor and application data for smarter process automation. Process data, status reports, device configurations can be changed easily with the control system. Advanced diagnostic information such as operating temperature, pressure spike counter and operating hour counter help to establish a more predictable maintenance concept.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Electronic pressure switch with transmitter functionality and integrated display with switch state indication and 2-button setup
- Multi-rotatable display and adjustment module
- Standard IO: PNP/NPN and IO-Link; Secondary output: 4…20 mA, 0…10 V or PNP/NPN
- Perfectly suitable for aseptic processes due to its hygienic design and a broad selection of front-flush process connections
- With fully welded pressure measuring cell with stainless steel diaphragm (1.4435 / 316L)
- Outstanding temperature stability due to its digital compensation
- Measuring accuracy ±0.35%
- Robust IP67 rated construction
- Available with optional cooling fins to handle continuous process temperatures >150°C / 302°F
- VDMA-conform display menu structure
OPTIBAR P 2010
The OPTIBAR P 2010 is an ultra-compact pressure transmitter with flush diaphragm for hygienic pressure and level applications in the
The OPTIBAR P 2010 is an ultra-compact pressure transmitter with flush diaphragm for hygienic pressure and level applications in the food and beverage as well as in the pharmaceutical industry. It is perfectly suited for front-flush and aseptic installation. The versatile pressure and level transmitter provides a repeatable measuring signal that is stable over the long term, even with regular SIP/CIP cleaning cycles, while simultaneously guaranteeing a high degree of chemical resistance to process and cleaning solutions.
The modular design of the OPTIBAR P 2010 allows combining a wide range of fully welded process connections with a variety of filling media and electrical connections so as to accommodate virtually any hygienic requirement. Optional cooling fins can be added to handle continuous process temperatures up to +300°C / +572°F.
Overview
The OPTIBAR P 2010 is an ultra-compact pressure transmitter with flush diaphragm for hygienic pressure and level applications in the food and beverage as well as in the pharmaceutical industry. It is perfectly suited for front-flush and aseptic installation. The versatile pressure and level transmitter provides a repeatable measuring signal that is stable over the long term, even with regular SIP/CIP cleaning cycles, while simultaneously guaranteeing a high degree of chemical resistance to process and cleaning solutions.
The modular design of the OPTIBAR P 2010 allows combining a wide range of fully welded process connections with a variety of filling media and electrical connections so as to accommodate virtually any hygienic requirement. Optional cooling fins can be added to handle continuous process temperatures up to +300°C / +572°F.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Fully welded hygienic design with surface roughness of Ra <0.4 μm
- Suitable for SIP (Sterilisation In Place) and CIP (Cleaning In Place)
- 3A certified process connections
- Extraordinary accuracy of ±0.25%
- Outstanding temperature stability
- Long-term stability: ±0.1%/year (uncertainty)
- Modular design: free combination of device options such as electrical connections, diaphragm material, fill oil, measuring range, process connections
- Ingress protection up to IP68 / NEMA 6P
- ATEX/IECEx intrinsically safe approval for Zone 0
OPTIBAR PSM 1010
The OPTIBAR PSM 1010 is an electronic pressure switch for absolute or gauge pressure measurement of liquids and gases. The
The OPTIBAR PSM 1010 is an electronic pressure switch for absolute or gauge pressure measurement of liquids and gases. The cost-effective pressure switch is suitable for simple process pressure applications (e.g. monitoring of pumps, compressors or other machinery) as well as hydrostatic level measurement in open vessels where space-saving installation is required. Due to its fully welded measuring cell with stainless steel diaphragm, the OPTIBAR PSM 1010 is corrosion-resistant to many aggressive media. Due to its advanced digital compensation, the OPTIBAR PSM 1010 offers excellent temperature stability.
The OPTIBAR PSM 1010 offers multiple output options in one single configuration. Standard IO is a PNP/NPN switching output and IO-Link. On the secondary output, analogue 4…20 mA / 0…10 V or PNP/NPN switching are selectable. The IO-Link communication provides operators with sensor and application data for smarter process automation. Process data, status reports, device configurations can be changed easily with the control system. Advanced diagnostic information such as operating temperature, pressure spike counter and operating hour counter help to establish a more predictable maintenance concept.
Overview
The OPTIBAR PSM 1010 is an electronic pressure switch for absolute or gauge pressure measurement of liquids and gases. The cost-effective pressure switch is suitable for simple process pressure applications (e.g. monitoring of pumps, compressors or other machinery) as well as hydrostatic level measurement in open vessels where space-saving installation is required. Due to its fully welded measuring cell with stainless steel diaphragm, the OPTIBAR PSM 1010 is corrosion-resistant to many aggressive media. Due to its advanced digital compensation, the OPTIBAR PSM 1010 offers excellent temperature stability.
The OPTIBAR PSM 1010 offers multiple output options in one single configuration. Standard IO is a PNP/NPN switching output and IO-Link. On the secondary output, analogue 4…20 mA / 0…10 V or PNP/NPN switching are selectable. The IO-Link communication provides operators with sensor and application data for smarter process automation. Process data, status reports, device configurations can be changed easily with the control system. Advanced diagnostic information such as operating temperature, pressure spike counter and operating hour counter help to establish a more predictable maintenance concept.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Electronic pressure switch with transmitter functionality and integrated display with switch state indication and 2-button setup
- Multi-rotatable display and adjustment module
- Standard IO: PNP/NPN and IO-Link; Secondary output: 4…20 mA, 0…10 V or PNP/NPN
- Corrosion resistance to many aggressive media due to fully welded pressure measuring cell with stainless steel diaphragm (1.4435 / 316L)
- Outstanding temperature stability due to its digital compensation
- Measuring accuracy ±0.35%
- Robust IP67 rated construction
- VDMA-conform display menu structure
OPTIBAR P 1010
The OPTIBAR P 1010 is an ultra-compact pressure transmitter for absolute and gauge pressure measurement of gases and liquids. The pressure transmitter
The OPTIBAR P 1010 is an ultra-compact pressure transmitter for absolute and gauge pressure measurement of gases and liquids. The pressure transmitter is a very cost-effective device for simple process pressure applications (e.g. monitoring of pumps, compressors or other machinery) as well as hydrostatic level measurement in open vessels where space-saving installation is required.
The transmitter features an optional fully welded pressure measuring cell with corrosion resistant stainless steel diaphragm for pressure ranges from 0.1…600 bar / 4…8700 psi. The modular design of the OPTIBAR P 1010 allows combining a variety of process connections, pressure ranges and electrical connection variants. The pressure transmitter can be used in hazardous areas.
Overview
The OPTIBAR P 1010 is an ultra-compact pressure transmitter for absolute and gauge pressure measurement of gases and liquids. The pressure transmitter is a very cost-effective device for simple process pressure applications (e.g. monitoring of pumps, compressors or other machinery) as well as hydrostatic level measurement in open vessels where space-saving installation is required.
The transmitter features an optional fully welded pressure measuring cell with corrosion resistant stainless steel diaphragm for pressure ranges from 0.1…600 bar / 4…8700 psi. The modular design of the OPTIBAR P 1010 allows combining a variety of process connections, pressure ranges and electrical connection variants. The pressure transmitter can be used in hazardous areas.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Space saving design for installation in limited spaces
- Extraordinary accuracy of ±0.25%
- Outstanding temperature stability
- Long-term stability: ±0.1% within 1 year
- Modular design: free combination of device options such as electrical connections, diaphragm material, fill oil, measuring range, process connections
- Ingress protection up to IP68 / NEMA 6P
- ATEX/IECEx intrinsically safe approval for Zone 0
Turbidity standard solution
The turbidity standard solution provides a 100 NTU copolymer standard for reliable and cost-effective calibration of the OPTISENS TUR 2000 turbidity sensor. The
The turbidity standard solution provides a 100 NTU copolymer standard for reliable and cost-effective calibration of the OPTISENS TUR 2000 turbidity sensor. The reference material is produced and certified in accordance with ISO 17034 and ISO/IEC. It comes in 500 ml containers.
Overview
The turbidity standard solution provides a 100 NTU copolymer standard for reliable and cost-effective calibration of the OPTISENS TUR 2000 turbidity sensor. The reference material is produced and certified in accordance with ISO 17034 and ISO/IEC. It comes in 500 ml containers.
- Calibration of turbidity sensors
Turbidity standards calibration kit
The calibration kit provides 0.02 / 10 / 100 NTU/FNU or 0.02 / 10 / 1000 NTU/FNU copolymer standards for reliable and cost-effective calibration of the
The calibration kit provides 0.02 / 10 / 100 NTU/FNU or 0.02 / 10 / 1000 NTU/FNU copolymer standards for reliable and cost-effective calibration of the OPTISYS TUR 1060 turbidity measuring system.
Overview
The calibration kit provides 0.02 / 10 / 100 NTU/FNU or 0.02 / 10 / 1000 NTU/FNU copolymer standards for reliable and cost-effective calibration of the OPTISYS TUR 1060 turbidity measuring system.
- Calibration of turbidity measuring systems
Free chlorine powder reagent
The powder dispenser contains a free chlorine reagent for 100 tests with 5 ml sample sizes. It accurately applies the desired
The powder dispenser contains a free chlorine reagent for 100 tests with 5 ml sample sizes. It accurately applies the desired reagent volume for free chlorine testing in applications with the OPTISYS CL 1100 disinfectant measuring system and the OPTISENS CL 1100 disinfectant sensor.
Overview
The powder dispenser contains a free chlorine reagent for 100 tests with 5 ml sample sizes. It accurately applies the desired reagent volume for free chlorine testing in applications with the OPTISYS CL 1100 disinfectant measuring system and the OPTISENS CL 1100 disinfectant sensor.
- Free chlorine testing of disinfectant sensors and measuring systems
Dissolved oxygen standard solution
The sodium sulphite standard solution is suitable for calibration of KROHNE OPTISENS ADO 2000 and OPTISENS ODO 2000 dissolved oxygen sensors. It is available
The sodium sulphite standard solution is suitable for calibration of KROHNE OPTISENS ADO 2000 and OPTISENS ODO 2000 dissolved oxygen sensors. It is available in 1 L containers.
Overview
The sodium sulphite standard solution is suitable for calibration of KROHNE OPTISENS ADO 2000 and OPTISENS ODO 2000 dissolved oxygen sensors. It is available in 1 L containers.
- Zero point calibration of dissolved oxygen sensors
Conductivity standard solution
The conductivity standard solution is suitable for calibration of KROHNE SMARTPAT and OPTISENS conductivity sensors. It is traceable to NIST
The conductivity standard solution is suitable for calibration of KROHNE SMARTPAT and OPTISENS conductivity sensors. It is traceable to NIST standard reference solutions. The calibration standard is available in 250 ml containers.
Overview
The conductivity standard solution is suitable for calibration of KROHNE SMARTPAT and OPTISENS conductivity sensors. It is traceable to NIST standard reference solutions. The calibration standard is available in 250 ml containers.
- Calibration of conductivity sensors
ORP buffer standard solution
The ORP test solution is a high-quality control standard to calibrate KROHNE SMARTPAT and OPTISENS ORP sensors. It is available
The ORP test solution is a high-quality control standard to calibrate KROHNE SMARTPAT and OPTISENS ORP sensors. It is available as +220 mV and +465 mV reference solution (at +25°C / +77°F).
Overview
The ORP test solution is a high-quality control standard to calibrate KROHNE SMARTPAT and OPTISENS ORP sensors. It is available as +220 mV and +465 mV reference solution (at +25°C / +77°F).
- Calibration of ORP sensors
pH/ORP storage solution
The 3 M potassium chloride (KCl) solution is a storage and regeneration solution to keep the electrodes of KROHNE SMARTPAT
The 3 M potassium chloride (KCl) solution is a storage and regeneration solution to keep the electrodes of KROHNE SMARTPAT and OPTISENS pH sensors and ORP sensors from drying out and to extend sensor lifetime. It is available in 100 ml and 1 L containers.
Overview
The 3 M potassium chloride (KCl) solution is a storage and regeneration solution to keep the electrodes of KROHNE SMARTPAT and OPTISENS pH sensors and ORP sensors from drying out and to extend sensor lifetime. It is available in 100 ml and 1 L containers.
- Storage and regeneration of pH and ORP sensors
pH buffer standard solution
The pH buffer solution is a high-quality technical reagent suitable for calibration of KROHNE SMARTPAT and OPTISENS pH sensors. It
The pH buffer solution is a high-quality technical reagent suitable for calibration of KROHNE SMARTPAT and OPTISENS pH sensors. It is traceable to NIST standard reference solutions. The pH calibration solutions are available in 250 ml and 1 L containers.
Overview
The pH buffer solution is a high-quality technical reagent suitable for calibration of KROHNE SMARTPAT and OPTISENS pH sensors. It is traceable to NIST standard reference solutions. The pH calibration solutions are available in 250 ml and 1 L containers.
- Calibration of pH electrodes
SD 200
The SD 200 is a loop powered indicator for wall or rack mount. It is designed to display various measured parameters
The SD 200 is a loop powered indicator for wall or rack mount. It is designed to display various measured parameters such as analytical values, pressure or temperature readings. The indicator comes with plastic housing for wall-mount installation or die-cast aluminium housing for rack-mount installation. It is also available as intrinsically safe version (zone 1).
Overview
The SD 200 is a loop powered indicator for wall or rack mount. It is designed to display various measured parameters such as analytical values, pressure or temperature readings. The indicator comes with plastic housing for wall-mount installation or die-cast aluminium housing for rack-mount installation. It is also available as intrinsically safe version (zone 1).
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Also available as Ex version for use in hazardous areas (zone 1)
- Power supply: 15…30 VDC (loop powered), 2 V voltage drop
- With plastic or die-cast aluminium housing
- Operating temperature range: -30…+80°C / -22…+176°F
SJB 200
The SJB 200 W is a junction box for connecting SMARTPAT sensors to control systems and HART® devices (e.g. handhelds, USB
The SJB 200 W is a junction box for connecting SMARTPAT sensors to control systems and HART® devices (e.g. handhelds, USB interfaces etc.).
Overview
The SJB 200 W is a junction box for connecting SMARTPAT sensors to control systems and HART® devices (e.g. handhelds, USB interfaces etc.).
SU 600
The SU 600 is a digital indicator and power supply designed for 4…20 mA/HART® level transmitters. It is able to
The SU 600 is a digital indicator and power supply designed for 4…20 mA/HART® level transmitters. It is able to evaluate and process the measurement signals of these transmitters. The requested parameter is indicated in the display and outputted for further processing. The measuring signal can thus be transmitted to a remote display or a connected system. At the same time, it can serve as a power supply unit for the connected device. The SU 600 can be used in hazardous areas. It is suitable for carrier rail, panel and surface mounting.
Overview
The SU 600 is a digital indicator and power supply designed for 4…20 mA/HART® level transmitters. It is able to evaluate and process the measurement signals of these transmitters. The requested parameter is indicated in the display and outputted for further processing. The measuring signal can thus be transmitted to a remote display or a connected system. At the same time, it can serve as a power supply unit for the connected device. The SU 600 can be used in hazardous areas. It is suitable for carrier rail, panel and surface mounting.
SMARTMAC 400
The SMARTMAC 400 is a control and calibration unit for SMARTPAT analytical sensors. It offers the most comfortable way to configure
The SMARTMAC 400 is a control and calibration unit for SMARTPAT analytical sensors. It offers the most comfortable way to configure and calibrate KROHNE’s digital SMARTPAT sensors for pH, ORP and conductivity on-site. Different customer specific measurement pages for up to 4 different measurands with additional trend graph and summary page provide multiple visualisation options and a high degree of flexibility in process monitoring.
For improved process control, the loop powered unit comes with two freely programmable relays for status, system alarm, limit switch and sensor cleaning control. A second current output for any HART® variable (e.g. temperature) is an added value especially in applications where HART® digital communication is not available.
Thanks to the status indication of the SMARTPAT sensors and the additional time-based maintenance signalling LED, the SMARTMAC 400 enables detailed process monitoring.A sensor exchange function can be used to copy all sensor settings to another sensor, allowing convenient handling and reduced time for sensor exchange. The SMARTMAC 400 is available with plastic or aluminium housing. It is certified for use in hazardous areas.
Overview
The SMARTMAC 400 is a control and calibration unit for SMARTPAT analytical sensors. It offers the most comfortable way to configure and calibrate KROHNE’s digital SMARTPAT sensors for pH, ORP and conductivity on-site. Different customer specific measurement pages for up to 4 different measurands with additional trend graph and summary page provide multiple visualisation options and a high degree of flexibility in process monitoring.
For improved process control, the loop powered unit comes with two freely programmable relays for status, system alarm, limit switch and sensor cleaning control. A second current output for any HART® variable (e.g. temperature) is an added value especially in applications where HART® digital communication is not available.
Thanks to the status indication of the SMARTPAT sensors and the additional time-based maintenance signalling LED, the SMARTMAC 400 enables detailed process monitoring.A sensor exchange function can be used to copy all sensor settings to another sensor, allowing convenient handling and reduced time for sensor exchange. The SMARTMAC 400 is available with plastic or aluminium housing. It is certified for use in hazardous areas.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Comfortable on-site calibration and configuration of SMARTPAT sensors
- 2-wire concept for reduced wiring overhead
- Different user-configurable measuring pages incl. trend graph and summary page for a high flexibility in display options
- 2 configurable relays for status output, system alarm, limit switch or sensor cleaning control
- Status signalisation by 5 LEDs according to NAMUR NE 107: status of the SMARTPAT sensor already recognisable from a distance
- Maintenance signalisation: Maintenance interval expiration is signalised by the sensor via HART or visualised by a blue LED
- Sensor exchange function for a simplified sensor exchange and reduced time for sensor exchange
- Calibration and error logbook for tracking of calibrations and error for process and sensor analysis
- White backlight for good visibility at night
- Certified for use in hazardous areas
SHD 200
The SHD 200 is a unit for control and monitoring of process parameters in various industry applications. It is suitable for
The SHD 200 is a unit for control and monitoring of process parameters in various industry applications. It is suitable for connecting to all loop-powered field devices with 4…20 mA output and/or HART® communication. The SHD 200 exceeds the functionality of an ordinary display. It features different customer-specific measurement pages displaying up to 4 different values for detailed process monitoring (incl. trend graph and summary page).
For improved process control, the control unit comes with two freely programmable relays for status, system alarm and limit switch as well as a second current output for any HART® variable (e.g. temperature in pH and conductivity measurements). Connecting a HART® handheld, the SHD 200 provides access to all sensor functions including calibration.
Overview
The SHD 200 is a unit for control and monitoring of process parameters in various industry applications. It is suitable for connecting to all loop-powered field devices with 4…20 mA output and/or HART® communication. The SHD 200 exceeds the functionality of an ordinary display. It features different customer-specific measurement pages displaying up to 4 different values for detailed process monitoring (incl. trend graph and summary page).
For improved process control, the control unit comes with two freely programmable relays for status, system alarm and limit switch as well as a second current output for any HART® variable (e.g. temperature in pH and conductivity measurements). Connecting a HART® handheld, the SHD 200 provides access to all sensor functions including calibration.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- 2-wire, loop-powered device
- Full access to all sensor functions including calibration possible by connecting a HART® handheld
- Mapping of any HART variable via second current output
- System alarm: Indication of any system relevant failure possible (e.g. loss of HART® communication)
- Robust plastic or aluminium housing (IP66/67)
- Various operating languages available
- For wall-mount installation
- Approved for hazardous areas (e.g. ATEX/IECEx Ex ia)
MAC 300
The MAC 300 is a menu driven transmitter for continuous measurement of analytical parameters in liquid applications with the key sensors
The MAC 300 is a menu driven transmitter for continuous measurement of analytical parameters in liquid applications with the key sensors being the OPTISENS TSS 3000 and 7000. The transmitter can be installed with a user selected combination of up to three sensors. It is suited for wall-mount or panel-mount installation. The MAC 300 features communication options for up to six analogue (0/4…20 mA) and up to six relay outputs or Modbus interface.
Overview
The MAC 300 is a menu driven transmitter for continuous measurement of analytical parameters in liquid applications with the key sensors being the OPTISENS TSS 3000 and 7000. The transmitter can be installed with a user selected combination of up to three sensors. It is suited for wall-mount or panel-mount installation. The MAC 300 features communication options for up to six analogue (0/4…20 mA) and up to six relay outputs or Modbus interface.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Transmitter for OPTISENS TSS 3000 and TSS 7000 series
- Can be used in combination with pH, ORP, conductive conductivity and suspended solids sensors
- Menu driven transmitter for up to three measurements
- Optional live trending and data logging
- SD card slot to save parameter sets or upload new firmware
- PC / ABS housing (IP66/67, NEMA 4/4X)
MAC 100
The MAC 100 is a transmitter for liquid analytical measurements with sensors of the OPTISENS pH, ORP, COND, IND, ODO, ADO, TUR
The MAC 100 is a transmitter for liquid analytical measurements with sensors of the OPTISENS pH, ORP, COND, IND, ODO, ADO, TUR and CL sensor series. The transmitter can be installed with up to two sensors plus temperature input. Due to its robust aluminium housing, it is perfectly suited for wall-mount installation even in the harshest ambient conditions. Its optional stainless steel version is the perfect fit for all applications with hygienic requirements.
The MAC 100 features three analogue (4…20 mA) and relay outputs. It adheres to the same General Device Concept (GDC) as the KROHNE flow and level converters for rapid commissioning, reduced training times and standardisation.
Overview
The MAC 100 is a transmitter for liquid analytical measurements with sensors of the OPTISENS pH, ORP, COND, IND, ODO, ADO, TUR and CL sensor series. The transmitter can be installed with up to two sensors plus temperature input. Due to its robust aluminium housing, it is perfectly suited for wall-mount installation even in the harshest ambient conditions. Its optional stainless steel version is the perfect fit for all applications with hygienic requirements.
The MAC 100 features three analogue (4…20 mA) and relay outputs. It adheres to the same General Device Concept (GDC) as the KROHNE flow and level converters for rapid commissioning, reduced training times and standardisation.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Can be used in combination with pH, ORP, free chlorine, chlorine dioxide, ozone, dissolved oxygen, turbidity and conductivity sensors
- With temperature input and integrated temperature and pH compensation
- Robust aluminium housing (IP66/67, NEMA 4/4X)
- Also available as hygienic stainless steel version (IP69)
- Calibration and status logbook
- Common operating and service concept with KROHNE flow and level devices (GDC)
SENSOFIT MOUNT 1000
The SENSOFIT MOUNT 1000 is a mounting assembly to weld retractable and insertion assemblies in pipes or tanks. The stainless steel (1.4435
The SENSOFIT MOUNT 1000 is a mounting assembly to weld retractable and insertion assemblies in pipes or tanks. The stainless steel (1.4435 / 316 L) weld-in socket comes with a G11⁄4 assembly connection. It is available as straight or inclined version to ensure the best sensor position.
Overview
The SENSOFIT MOUNT 1000 is a mounting assembly to weld retractable and insertion assemblies in pipes or tanks. The stainless steel (1.4435 / 316 L) weld-in socket comes with a G11⁄4 assembly connection. It is available as straight or inclined version to ensure the best sensor position.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Connecting retractable and insertion assemblies to a pipe
- Straight or inclined design for best sensor position
- Material: Stainless steel (1.4435 / 316 L)
SENSOFIT FLOW 2000 Y
The SENSOFIT FLOW 2000 Y is a flow-through assembly to integrate the OPTISENS ADO 2000 amperometric oxygen sensor into process pipes. The Y-piece features
The SENSOFIT FLOW 2000 Y is a flow-through assembly to integrate the OPTISENS ADO 2000 amperometric oxygen sensor into process pipes. The Y-piece features a sensor connection with DN32 union nut for inline measurement at 180° flow direction. The assembly is made of robust polyvinyl chloride (PVC) and particularly suitable for water and wastewater applications up to 1 bar / 14.5 psi and max. +50°C / +122°F. The flow-through housing comes with DN50 cemented socket process connections.
Overview
The SENSOFIT FLOW 2000 Y is a flow-through assembly to integrate the OPTISENS ADO 2000 amperometric oxygen sensor into process pipes. The Y-piece features a sensor connection with DN32 union nut for inline measurement at 180° flow direction. The assembly is made of robust polyvinyl chloride (PVC) and particularly suitable for water and wastewater applications up to 1 bar / 14.5 psi and max. +50°C / +122°F. The flow-through housing comes with DN50 cemented socket process connections.
Water and wastewater industry
- Inline measurement in pipes
- At bypass measuring points
SENSOFIT FLOW 2000 T
The SENSOFIT FLOW 2000 T is a flow-through assembly to integrate the OPTISENS ODO 2000 optical oxygen sensor (online version) into process pipes. It
The SENSOFIT FLOW 2000 T is a flow-through assembly to integrate the OPTISENS ODO 2000 optical oxygen sensor (online version) into process pipes. It consists of a T-piece with 90° sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polyvinyl chloride (PVC) and particularly suitable for water and wastewater applications up to 6 bar / 87 psi (at +25°C / +77°F) and max +50°C / +122°F. The flow-through housing comes with 11⁄2″ cemented socket connection.
Overview
The SENSOFIT FLOW 2000 T is a flow-through assembly to integrate the OPTISENS ODO 2000 optical oxygen sensor (online version) into process pipes. It consists of a T-piece with 90° sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polyvinyl chloride (PVC) and particularly suitable for water and wastewater applications up to 6 bar / 87 psi (at +25°C / +77°F) and max +50°C / +122°F. The flow-through housing comes with 11⁄2″ cemented socket connection.
Water and Wastewater Industry
- Inline measurement in pipes
- At bypass measuring points
SENSOFIT FLOW 2000 C
The SENSOFIT FLOW 2000 C is a flow-through assembly to install the OPTISENS ODO 2000 optical oxygen sensor and the OPTISENS TUR 2000 turbidity sensor, e.g. on
The SENSOFIT FLOW 2000 C is a flow-through assembly to install the OPTISENS ODO 2000 optical oxygen sensor and the OPTISENS TUR 2000 turbidity sensor, e.g. on measuring panels. The flow cell allows continuous measurement under controlled flow conditions. It comes with different hose diameters for (potable) water applications (6 mm / 0.2″ outer, 4mm / 0.16″ inner diameter) and wastewater applications (8 mm / 0.31″ outer, 6 mm / 0.2″ inner diameter). For precise flow regulation, the (potable) water version is equipped with an integral needle valve at the outlet side, allowing for hassle-free low-range turbidity measurement. The assembly is made of robust polyvinyl chloride (PVC) and suitable for use up to 6 bar / 87 psi and max. +50°C / +122°F.
Overview
The SENSOFIT FLOW 2000 C is a flow-through assembly to install the OPTISENS ODO 2000 optical oxygen sensor and the OPTISENS TUR 2000 turbidity sensor, e.g. on measuring panels. The flow cell allows continuous measurement under controlled flow conditions. It comes with different hose diameters for (potable) water applications (6 mm / 0.2″ outer, 4mm / 0.16″ inner diameter) and wastewater applications (8 mm / 0.31″ outer, 6 mm / 0.2″ inner diameter). For precise flow regulation, the (potable) water version is equipped with an integral needle valve at the outlet side, allowing for hassle-free low-range turbidity measurement. The assembly is made of robust polyvinyl chloride (PVC) and suitable for use up to 6 bar / 87 psi and max. +50°C / +122°F.
Water and wastewater industry
- Measurement in small sample streams, e.g. on measuring panels
- At bypass measuring points
SENSOFIT FLOW 1000 Y
The SENSOFIT FLOW 1000 Y is a flow-through assembly to integrate Ø12 / 120 mm or Ø0.47 / 4.7″ sensors (pH, ORP, Cl)
The SENSOFIT FLOW 1000 Y is a flow-through assembly to integrate Ø12 / 120 mm or Ø0.47 / 4.7″ sensors (pH, ORP, Cl) into process pipes. Also available is a version for conductive conductivity sensors (SMARTPAT COND 1200, OPTISENS COND 1200). The Y-piece features a PG13.5 or G3⁄4 sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polypropylene (PP) and particularly suitable for chemical and water treatment applications up to 10 bar / 145 psi and max. +95°C / +203°F. The flow-through housing comes with G1 (female) process connection.
Overview
The SENSOFIT FLOW 1000 Y is a flow-through assembly to integrate Ø12 / 120 mm or Ø0.47 / 4.7″ sensors (pH, ORP, Cl) into process pipes. Also available is a version for conductive conductivity sensors (SMARTPAT COND 1200, OPTISENS COND 1200). The Y-piece features a PG13.5 or G3⁄4 sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polypropylene (PP) and particularly suitable for chemical and water treatment applications up to 10 bar / 145 psi and max. +95°C / +203°F. The flow-through housing comes with G1 (female) process connection.
Wastewater industry, chemical and other process industries
- Inline measurement in pipes
- At bypass measuring points
SENSOFIT FLOW 1000 T
The SENSOFIT FLOW 1000 T is a flow-through assembly to integrate the OPTISENS IND 1000 inductive conductivity sensor into process pipes. It
The SENSOFIT FLOW 1000 T is a flow-through assembly to integrate the OPTISENS IND 1000 inductive conductivity sensor into process pipes. It features a T-piece with G11⁄2 (union nut) sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polypropylene (PP) and particularly suitable for chemical and water treatment applications up to 10 bar / 145 psi and max. +90°C / +194°F. The flow-through housing comes with various socket weld connections.
Overview
The SENSOFIT FLOW 1000 T is a flow-through assembly to integrate the OPTISENS IND 1000 inductive conductivity sensor into process pipes. It features a T-piece with G11⁄2 (union nut) sensor connection for inline measurement at 180° flow direction. The assembly is made of robust polypropylene (PP) and particularly suitable for chemical and water treatment applications up to 10 bar / 145 psi and max. +90°C / +194°F. The flow-through housing comes with various socket weld connections.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- With flow-through holder
- Flow-through assembly for the OPTISENS IND 1000 inductive conductivity sensor
- Material: Polypropylene (PP)
SENSOFIT IMM 2920
The SENSOFIT IMM 2920 is an immersion assembly with optional spray cleaning nozzle. It comes with flange connection or suspended holder for
The SENSOFIT IMM 2920 is an immersion assembly with optional spray cleaning nozzle. It comes with flange connection or suspended holder for installation into tanks or open basins. The immersion housing is designed for Ø12 / 120 mm or Ø0.47 / 4.7″ sensors as well as sensors with 3⁄4 NPT (male) sensor connection.
Overview
The SENSOFIT IMM 2920 is an immersion assembly with optional spray cleaning nozzle. It comes with flange connection or suspended holder for installation into tanks or open basins. The immersion housing is designed for Ø12 / 120 mm or Ø0.47 / 4.7″ sensors as well as sensors with 3⁄4 NPT (male) sensor connection.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Robust design
- With optional spray cleaning nozzle
- Extension of sensor-lifetime and reducing of servicing efforts
- Available as immersion variant for pressurized applications
SENSOFIT IMM 2000
The SENSOFIT IMM 2000 is an immersion assembly with telescopic rod in fibre-glass. The housing is designed for direct installation of submersible
The SENSOFIT IMM 2000 is an immersion assembly with telescopic rod in fibre-glass. The housing is designed for direct installation of submersible OPTISENS ADO 2000, ODO 2000, TUR 2000, TSS 2000 or TSS 3000 sensors as well as other sensors with 3⁄4 NPT (male) connection into basins.
Overview
The SENSOFIT IMM 2000 is an immersion assembly with telescopic rod in fibre-glass. The housing is designed for direct installation of submersible OPTISENS ADO 2000, ODO 2000, TUR 2000, TSS 2000 or TSS 3000 sensors as well as other sensors with 3⁄4 NPT (male) connection into basins.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Robust and flexible design
- Telescopic rod with adjustable length
- Removable from process without tools
- Material: Fibre glass
- Spring loaded mounting, even in turbulent conditions
- Exchangeable sensor holder for other parameters
SENSOFIT IMM 1000
The SENSOFIT IMM 1000 is an immersion assembly for basic applications. The plastic housing allows for cost-effective installation of up to three
The SENSOFIT IMM 1000 is an immersion assembly for basic applications. The plastic housing allows for cost-effective installation of up to three sensors with PG13.5 or G1⁄2 (female) sensor connection into basins.
Overview
The SENSOFIT IMM 1000 is an immersion assembly for basic applications. The plastic housing allows for cost-effective installation of up to three sensors with PG13.5 or G1⁄2 (female) sensor connection into basins.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Robust design for up to three sensors
- With sensor protection cage
- Corrosion resistant material: Polypropylene (PP)
- Cost-effective immersion housing
SENSOFIT INS 7312
The SENSOFIT INS 7312 is a static insertion assembly for hygienic applications. It features a stainless steel (1.4404 / 316L) sensor holder
The SENSOFIT INS 7312 is a static insertion assembly for hygienic applications. It features a stainless steel (1.4404 / 316L) sensor holder with Ra <0.78 or <0.37 surface finish. The housing comes with VARIVENT® N process connection for tank or pipe installation of Ø12 / 120 mm or Ø0.47 / 4.7″ sensors with sensor connection PG13.5.
Overview
The SENSOFIT INS 7312 is a static insertion assembly for hygienic applications. It features a stainless steel (1.4404 / 316L) sensor holder with Ra <0.78 or <0.37 surface finish. The housing comes with VARIVENT® N process connection for tank or pipe installation of Ø12 / 120 mm or Ø0.47 / 4.7″ sensors with sensor connection PG13.5.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Designed according to hygienic requirements
- EPDM sealings (incl. FDA/USP VI certificate)
- Surface finish Ra <0.78 or Ra <0.37
- Material: Stainless steel (1.4404 / 316L)
- Protection cap for cable connection