OPTITEMP TRA-H30
The OPTITEMP TRA-H30 is a high-end RTD sensor assembly for critical hygienic applications. The hygienic temperature sensor features in-situ calibration capability. […]
The OPTITEMP TRA-H30 is a high-end RTD sensor assembly for critical hygienic applications. The hygienic temperature sensor features in-situ calibration capability. Periodical calibration can be done during operation. There is no need to dismount the sensor any longer. Process interruption for maintenance can be avoided. This way, the cost of ownership per measurement point can be drastically reduced. The hygienic temperature assembly is suitable for temperature measurement of beverages, dairy, pasty food or pharmaceutical -40…+150°C /+302°F. The in-situ sensor is made of stainless steel (1.4404 / 316 L) with a surface finish of the thermowell of Ra = 0.8 μm. The thermowell is available with Ø 7 mm / 0.27 inch.
Overview
The OPTITEMP TRA-H30 is a high-end RTD sensor assembly for critical hygienic applications. The hygienic temperature sensor features in-situ calibration capability. Periodical calibration can be done during operation. There is no need to dismount the sensor any longer. Process interruption for maintenance can be avoided. This way, the cost of ownership per measurement point can be drastically reduced. The hygienic temperature assembly is suitable for temperature measurement of beverages, dairy, pasty food or pharmaceutical -40…+150°C /+302°F. The in-situ sensor is made of stainless steel (1.4404 / 316 L) with a surface finish of the thermowell of Ra = 0.8 μm. The thermowell is available with Ø 7 mm / 0.27 inch.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Hygienic temperature measurement of solids, liquids and gases
- For cost-saving in-situ calibration without process interruption
- Hygienic, dead- zone free stainless steel (1.4404 / 316L) design
- Surface finish of wetted parts: Ra 0.8 µm
- Standard or stainless steel connection head and optional transmitter
- Standard and customised insertion lengths
OPTITEMP TRA-H20
The OPTITEMP TRA-H20 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection and replaceable measuring insert. The hygienic temperature
The OPTITEMP TRA-H20 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection and replaceable measuring insert. The hygienic temperature sensor is suitable for temperature measurement of beverages, dairy, pasty food or pharmaceutical from -200…+600°C / -330…+1100°F. It is made of stainless steel (1.4404 / 316 L) with a surface finish of the thermowell of Ra = 0.5 μm. The sensor material also withstands cleaning agents used during CIP or SIP procedures. The thermowell of the OPTITEMP TRA-H20 is available with Ø6 mm / 0.23 inch or Ø10 mm / 0.39 inch.
Overview
The OPTITEMP TRA-H20 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection and replaceable measuring insert. The hygienic temperature sensor is suitable for temperature measurement of beverages, dairy, pasty food or pharmaceutical from -200…+600°C / -330…+1100°F. It is made of stainless steel (1.4404 / 316 L) with a surface finish of the thermowell of Ra = 0.5 μm. The sensor material also withstands cleaning agents used during CIP or SIP procedures. The thermowell of the OPTITEMP TRA-H20 is available with Ø6 mm / 0.23 inch or Ø10 mm / 0.39 inch.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Hygienic temperature measurement of solids, liquids and gases
- Dead-zone free stainless steel (1.4404/316L) design
- Surface finish of wetted parts: Ra 0.5 µm
- Standard or stainless steel connection head
- Optional temperature transmitter
- Standard and customised insertion lengths
OPTITEMP TRA-H10
The OPTITEMP TRA-H10 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection. The hygienic temperature sensor is the standard
The OPTITEMP TRA-H10 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection. The hygienic temperature sensor is the standard device for temperature measurement of beverages, dairy, pasty food or pharmaceutical from -50…+200°C / +58…+390°F. It is made of stainless steel (1.4404 / 316L) with a surface finish of the thermowell of Ra = 0.5 μm. The sensor material also withstands cleaning agents used during CIP or SIP procedures. The measuring element is placed in the tip of the tube which is filled with a heat transfer compound for fast response times and vibration resistant operation. The measuring insert with PTFE insulated wires is not replaceable.
Overview
The OPTITEMP TRA-H10 is a RTD sensor assembly with hygienic clamp or VARIVENT® connection. The hygienic temperature sensor is the standard device for temperature measurement of beverages, dairy, pasty food or pharmaceutical from -50…+200°C / +58…+390°F. It is made of stainless steel (1.4404 / 316L) with a surface finish of the thermowell of Ra = 0.5 μm. The sensor material also withstands cleaning agents used during CIP or SIP procedures. The measuring element is placed in the tip of the tube which is filled with a heat transfer compound for fast response times and vibration resistant operation. The measuring insert with PTFE insulated wires is not replaceable.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Hygienic temperature measurement of solids, liquids and gases
- Hygienic, dead-zone free stainless steel (1.4404 / 316L) design
- Surface finish of wetted parts: Ra 0.5 µm
- Standard or stainless steel connection head
- Optional temperature transmitter
- Standard and customised insertion lengths
OPTITEMP TRA-G20
The OPTITEMP TRA-G20 is a threaded surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature
The OPTITEMP TRA-G20 is a threaded surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature measurement on double-walled pipes, storage tanks or any application where immersion or insertion of the sensor is not desired or possible. It is also commonly used for measuring bearing temperature. The RTD sensor is also suitable for vibrating measuring surfaces as well as surfaces moving up and down. The spring-loaded measuring mechanism is able to move up to 40 mm / 1.57 inch to guarantee surface contact at all times. It features a neck tube (Ø12 mm / 0.47 inch) with 1⁄8 NPT process connection and a stainless steel sheath. The measuring range is -50…+150°C / -58…+300°F.
Overview
The OPTITEMP TRA-G20 is a threaded surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature measurement on double-walled pipes, storage tanks or any application where immersion or insertion of the sensor is not desired or possible. It is also commonly used for measuring bearing temperature. The RTD sensor is also suitable for vibrating measuring surfaces as well as surfaces moving up and down. The spring-loaded measuring mechanism is able to move up to 40 mm / 1.57 inch to guarantee surface contact at all times. It features a neck tube (Ø12 mm / 0.47 inch) with 1⁄8 NPT process connection and a stainless steel sheath. The measuring range is -50…+150°C / -58…+300°F.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Non-intrusive surface temperature measurement of double walled pipes, storage tanks etc.
- Spring-loaded tip to maintain optimal surface contact (spring travel: 40 mm / 1.57 inch)
- Measuring tip thermally insulated against the environment
- With connection head and neck tube
- Sheath material: 1.4404 / 316L
- Standard and customised insertion lengths
- With optional temperature transmitter
OPTITEMP TRA-G10
The OPTITEMP TRA-G10 is a clamp-on surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature
The OPTITEMP TRA-G10 is a clamp-on surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature measurement on pipes, storage tanks or in any application where immersion or insertion of the sensor is not desired or possible. Its measuring range is -50…+200°C / -58…+390°F. The stainless steel RTD sensor features a neck tube of Ø10mm / 0.39 inch. The spring-loaded measuring tip (Ø6 mm / 0.25 inch) of the OPTITEMP TRA-G10 guarantees contact at all times. For faster response times, a tip made of silver is available on request. The tip is protected from the ambient temperature by a gasket. An IP68 rated version of the sensor is also available.
Overview
The OPTITEMP TRA-G10 is a clamp-on surface temperature assembly (RTD) with spring-loaded tip. The resistance temperature device is suitable for temperature measurement on pipes, storage tanks or in any application where immersion or insertion of the sensor is not desired or possible. Its measuring range is -50…+200°C / -58…+390°F. The stainless steel RTD sensor features a neck tube of Ø10mm / 0.39 inch. The spring-loaded measuring tip (Ø6 mm / 0.25 inch) of the OPTITEMP TRA-G10 guarantees contact at all times. For faster response times, a tip made of silver is available on request. The tip is protected from the ambient temperature by a gasket. An IP68 rated version of the sensor is also available.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Non-intrusive surface temperature measurement of pipes, storage tanks etc.
- Spring-loaded tip to maintain optimal surface contact (spring travel: 40 mm / 1.57 inch)
- Measuring tip thermally insulated against the environment
- With connection head and neck tube
- Sheath material: Stainless steel (1.4404 / 316L)
- Standard and customised insertion lengths
- With optional transmitter and display
OPTITEMP TRA-F42
The OPTITEMP TRA-F42 is a flanged RTD sensor assembly with a tapered welded multipart thermowell (DIN form 3F) in accordance with
The OPTITEMP TRA-F42 is a flanged RTD sensor assembly with a tapered welded multipart thermowell (DIN form 3F) in accordance with NAMUR. The industrial temperature assembly for standard applications is suitable for use in pipes and tanks, at low to medium pressures and flow velocities. It is designed for temperature measurement of solids, liquids, gases and steam up to +600°C / +1100°F. The resistance temperature device is available with ATEX and IECEx approvals.
Overview
The OPTITEMP TRA-F42 is a flanged RTD sensor assembly with a tapered welded multipart thermowell (DIN form 3F) in accordance with NAMUR. The industrial temperature assembly for standard applications is suitable for use in pipes and tanks, at low to medium pressures and flow velocities. It is designed for temperature measurement of solids, liquids, gases and steam up to +600°C / +1100°F. The resistance temperature device is available with ATEX and IECEx approvals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Industrial temperature measurement of solids, liquids, gases and steam
- Thermowell material: 1.4404 / 316L or 1.4571 / 316Ti
- Chemically resistant PTFE or similar coating for all wetted parts available
- Standard or customised lengths
- Different connection heads available (IP54…IP68)
- With optional temperature transmitter
- Available as intrinsically safe: ATEX, IECEx
OPTITEMP TRA-F23
The OPTITEMP TRA-F23 is a flanged RTD sensor assembly with a reduced welded multipart thermowell (based on form 2F). The industrial
The OPTITEMP TRA-F23 is a flanged RTD sensor assembly with a reduced welded multipart thermowell (based on form 2F). The industrial temperature assembly for standard applications is suitable for temperature measurement of solids, liquids and gases where a fast response time is required. It can be used in pipes and tanks at low to medium pressures and flow velocities. The OPTITEMP TRA-F23 is designed to operate up to +600°C / +1100°F. The particular advantage of this sensor type is that its wetted parts can be coated (e.g. with PTFE), making it resistant to aggressive media.
Overview
The OPTITEMP TRA-F23 is a flanged RTD sensor assembly with a reduced welded multipart thermowell (based on form 2F). The industrial temperature assembly for standard applications is suitable for temperature measurement of solids, liquids and gases where a fast response time is required. It can be used in pipes and tanks at low to medium pressures and flow velocities. The OPTITEMP TRA-F23 is designed to operate up to +600°C / +1100°F. The particular advantage of this sensor type is that its wetted parts can be coated (e.g. with PTFE), making it resistant to aggressive media.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Temperature measurement of solids, liquids and gases
- Thermowell material: 1.4404 / 316L or 1.4571 / 316Ti
- Chemically resistant PTFE or similar coating for all wetted parts available
- Standard or customised lengths available
- Different connection heads available (IP54…IP68)
- With optional transmitter and display
OPTITEMP TRA-F13
The OPTITEMP TRA-F13 is a flanged RTD sensor assembly with a straight welded multipart thermowell (based on form 2F) and neck
The OPTITEMP TRA-F13 is a flanged RTD sensor assembly with a straight welded multipart thermowell (based on form 2F) and neck tube. The industrial temperature assembly for standard applications is suitable for temperature measurement of solids, liquids and gases, in pipes and tanks at low to medium pressures and flow velocities. It is designed to operate up to +600°C / +1100°F. The particular advantage of this sensor type is that its wetted parts can be coated (e.g. with PTFE), making it resistant to aggressive media. The OPTITEMP TRA-F13 is available with ATEX and IECEx approvals.
Overview
The OPTITEMP TRA-F13 is a flanged RTD sensor assembly with a straight welded multipart thermowell (based on form 2F) and neck tube. The industrial temperature assembly for standard applications is suitable for temperature measurement of solids, liquids and gases, in pipes and tanks at low to medium pressures and flow velocities. It is designed to operate up to +600°C / +1100°F. The particular advantage of this sensor type is that its wetted parts can be coated (e.g. with PTFE), making it resistant to aggressive media. The OPTITEMP TRA-F13 is available with ATEX and IECEx approvals.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Temperature measurement of solids, liquids and gases
- Thermowell material: 1.4404 / 316L or 1.4571 / 316Ti
- Standard or customised lengths
- Chemically resistant PTFE or similar coating for all wetted parts available
- Different connection heads available (IP54…IP68)
- With optional temperature transmitter
- Available as intrinsically safe: ATEX, IECEx
OPTITEMP TRA-C65
The OPTITEMP TRA-C65 is a compact resistance sensor (RTD) with optional integrated temperature transmitter for hygienic use in limited space. The
The OPTITEMP TRA-C65 is a compact resistance sensor (RTD) with optional integrated temperature transmitter for hygienic use in limited space. The temperature sensor with firmly welded clamp connection is particularly designed for applications in the food & beverage industry. This includes the temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. It complies with FDA and EC1935/2004 regulations.
The OPTITEMP TRA-C65 can be used for temperature measurement of gases, liquids and vapours up to +200°C / +390°F. The compact temperature sensor features high reliability and excellent measurement stability. Its reduced sensor tip guarantees quick response time and high measurement accuracy, even with short installation length. The hygienic temperature sensor is resistant to cleaning agents used in CIP and SIP procedures. It is also available in a version for high-pressure jet cleaning with hot water (IP69).
Overview
The OPTITEMP TRA-C65 is a compact resistance sensor (RTD) with optional integrated temperature transmitter for hygienic use in limited space. The temperature sensor with firmly welded clamp connection is particularly designed for applications in the food & beverage industry. This includes the temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. It complies with FDA and EC1935/2004 regulations.
The OPTITEMP TRA-C65 can be used for temperature measurement of gases, liquids and vapours up to +200°C / +390°F. The compact temperature sensor features high reliability and excellent measurement stability. Its reduced sensor tip guarantees quick response time and high measurement accuracy, even with short installation length. The hygienic temperature sensor is resistant to cleaning agents used in CIP and SIP procedures. It is also available in a version for high-pressure jet cleaning with hot water (IP69).
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Hygienic resistance sensor with optional integrated analogue output (4…20 mA)
- Special sensor design with reduced tip for quick response time
- High accuracy with short installation lengths (20 mm / 0.78 in), even in small pipes
- Firmly welded clamp connection in different sizes
- Optional IP69 rated version
- Vibration resistant according to IEC 60721-4-4
OPTITEMP TRA-C61
The OPTITEMP TRA-C61 is a compact resistance sensor (RTD) with optional integrated transmitter for hygienic use in limited space. The temperature
The OPTITEMP TRA-C61 is a compact resistance sensor (RTD) with optional integrated transmitter for hygienic use in limited space. The temperature sensor is particularly designed for food & beverage applications. This includes the temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. It complies with FDA and EC1935/2004 regulations. Its G1⁄2 thread for hygienic adapters leaves freedom of choice for the process connections. The compact RTD sensor is available with VARIVENT®, dairy screw (DIN 11851), SMS 1145 as well as different weld-in sleeves.
The OPTITEMP TRA-C61 can be used for temperature measurement of gases, liquids and vapours up to +200°C / +390°F. The compact temperature sensor features high reliability and excellent measurement stability. Its reduced sensor tip guarantees quick response time and high measurement accuracy, even with short installation lengths. The hygienic temperature sensor is resistant to cleaning agents used in CIP and SIP procedures. It is also available in a version for high-pressure jet cleaning with hot water (IP69).
Overview
The OPTITEMP TRA-C61 is a compact resistance sensor (RTD) with optional integrated transmitter for hygienic use in limited space. The temperature sensor is particularly designed for food & beverage applications. This includes the temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. It complies with FDA and EC1935/2004 regulations. Its G1⁄2 thread for hygienic adapters leaves freedom of choice for the process connections. The compact RTD sensor is available with VARIVENT®, dairy screw (DIN 11851), SMS 1145 as well as different weld-in sleeves.
The OPTITEMP TRA-C61 can be used for temperature measurement of gases, liquids and vapours up to +200°C / +390°F. The compact temperature sensor features high reliability and excellent measurement stability. Its reduced sensor tip guarantees quick response time and high measurement accuracy, even with short installation lengths. The hygienic temperature sensor is resistant to cleaning agents used in CIP and SIP procedures. It is also available in a version for high-pressure jet cleaning with hot water (IP69).
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Hygienic resistance sensor with optional integrated analogue output (4…20 mA)
- Special sensor design with reduced tip for quick response time
- High accuracy with short installation lengths (20 mm / 0.78 in), even in small pipelines
- Modular G1⁄2 adapter system with a wide range of hygienic connections
- Optional IP69 rated version
- Vibration resistant according to IEC 60721-4-4
OPTITEMP TRA-H65
The OPTITEMP TRA-H65 is a RTD sensor assembly with reduced thermowell and firmly welded clamp connection for applications in the food
The OPTITEMP TRA-H65 is a RTD sensor assembly with reduced thermowell and firmly welded clamp connection for applications in the food & beverage industry. The hygienic temperature sensor with stainless steel connection head and fast responding sensor tip is particularly suitable for temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. The temperature assembly complies with FDA and EC2004/1935 regulations.
The OPTITEMP TRA-H65 features quick response time, reliability and excellent measurement stability. Its reduced sensor tip guarantees high measurement accuracy, even in small diameter pipes. The hygienic temperature sensor is also optionally available with a replaceable Pt100 measuring insert. It is resistant to cleaning agents used in CIP and SIP procedures. The RTD sensor assembly is also available in a version for high-pressure jet cleaning with hot water (IP69).
Overview
The OPTITEMP TRA-H65 is a RTD sensor assembly with reduced thermowell and firmly welded clamp connection for applications in the food & beverage industry. The hygienic temperature sensor with stainless steel connection head and fast responding sensor tip is particularly suitable for temperature measurement of beverages, dairy or pasty food. The sensor is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. The temperature assembly complies with FDA and EC2004/1935 regulations.
The OPTITEMP TRA-H65 features quick response time, reliability and excellent measurement stability. Its reduced sensor tip guarantees high measurement accuracy, even in small diameter pipes. The hygienic temperature sensor is also optionally available with a replaceable Pt100 measuring insert. It is resistant to cleaning agents used in CIP and SIP procedures. The RTD sensor assembly is also available in a version for high-pressure jet cleaning with hot water (IP69).
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Special sensor design with reduced tip for quick response time
- Also available with replaceable P100 measuring insert and welded thermowell for temperatures up to +300°C / +390°F
- With robust stainless steel connection head; optional temperature transmitter
- Firmly welded clamp connection in different sizes
- Optional IP69 rated version
- Vibration resistant according to IEC 60721-4-4
OPTITEMP TRA-H61
The OPTITEMP TRA-H61 is a RTD sensor assembly with reduced thermowell for hygienic applications in the food & beverage industry. The
The OPTITEMP TRA-H61 is a RTD sensor assembly with reduced thermowell for hygienic applications in the food & beverage industry. The hygienic temperature sensor with stainless steel connection head and fast responding sensor tip is particularly suitable for temperature measurement of beverages, dairy or pasty food or. It is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. The temperature assembly complies with FDA and EC2004/1935 regulations.
The OPTITEMP TRA-H61 features quick response time, reliability and excellent measurement stability. Its reduced sensor tip guarantees high measurement accuracy, even in small diameter pipes. The temperature assembly is also optionally available with a replaceable Pt100 measuring insert. Its G1⁄2 thread for hygienic adapters leaves freedom of choice for the process connections. The hygienic temperature sensor is available with VARIVENT®, dairy screw (DIN 11851), SMS 1145 as well as different weld-in sleeves. It is resistant to cleaning agents used in CIP and SIP procedures. The RTD sensor assembly is also available in a version for high-pressure jet cleaning with hot water (IP69).
Overview
The OPTITEMP TRA-H61 is a RTD sensor assembly with reduced thermowell for hygienic applications in the food & beverage industry. The hygienic temperature sensor with stainless steel connection head and fast responding sensor tip is particularly suitable for temperature measurement of beverages, dairy or pasty food or. It is therefore made of stainless steel (1.4404 / 316L) with an industry-specific surface finish of the thermowell of Ra ≤0.8 μm. The temperature assembly complies with FDA and EC2004/1935 regulations.
The OPTITEMP TRA-H61 features quick response time, reliability and excellent measurement stability. Its reduced sensor tip guarantees high measurement accuracy, even in small diameter pipes. The temperature assembly is also optionally available with a replaceable Pt100 measuring insert. Its G1⁄2 thread for hygienic adapters leaves freedom of choice for the process connections. The hygienic temperature sensor is available with VARIVENT®, dairy screw (DIN 11851), SMS 1145 as well as different weld-in sleeves. It is resistant to cleaning agents used in CIP and SIP procedures. The RTD sensor assembly is also available in a version for high-pressure jet cleaning with hot water (IP69).
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Special sensor design with reduced tip for quick response time
- Also available with replaceable P100 measuring insert and welded thermowell for temperatures up to +300°C / +390°F
- With robust stainless steel connection head; optional temperature transmitter
- Modular G1⁄2 adapter system with a wide range of hygienic connections
- Optional IP69 rated version
- Vibration resistant according to IEC 60721-4-4
Cone meter
A cone meter is an engineered primary element for demanding DP flow applications with reduced inlet/outlet runs where other primary
A cone meter is an engineered primary element for demanding DP flow applications with reduced inlet/outlet runs where other primary elements cannot be used. It comes pre-assembled with a cone installed in a closed pipeline that is welded in a meter run. It is completely flexible as to the selection of the wetted materials and can be manufactured from any material in accordance with the ISO 5167 standard. The typical 1⁄2″ or 3⁄4″ taps have a butt or socket weld, thread or flange connection. The taps can be equipped with condensate chambers and shut-off valves.
Overview
A cone meter is an engineered primary element for demanding DP flow applications with reduced inlet/outlet runs where other primary elements cannot be used. It comes pre-assembled with a cone installed in a closed pipeline that is welded in a meter run. It is completely flexible as to the selection of the wetted materials and can be manufactured from any material in accordance with the ISO 5167 standard. The typical 1⁄2” or 3⁄4” taps have a butt or socket weld, thread or flange connection. The taps can be equipped with condensate chambers and shut-off valves.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Compact or separate design
- Also available as engineered version for advanced requirements, e.g. extreme temperatures (-270…+1400°C / -454…+2552°F)
- Can be made from any material if in accordance with ISO standard
- Low maintenance and long life with low total cost of ownership (TCO)
- Possible for tight-fit and retrofit installations
- Shortest possible upstream and downstream straight length for installation
- Available with calibration in accordance with national and international standards
- Low uncertainty: ±0.25….0.35% (calibrated)
- Taps can be equipped with condensate chambers and shut-off valves
Venturi tube
A Venturi tube is an engineered primary flow element for the most efficient and accurate differential pressure (DP) flow measurement.
A Venturi tube is an engineered primary flow element for the most efficient and accurate differential pressure (DP) flow measurement. The typical Venturi shape with limited cone angles enable a pressure recovery of up to 95% of the generated DP. Together with optional annular chambers to balance deviation in the flow profile. With low maintenance requirements and a long life the Venturi tube offers a low total cost of ownership. A special Venturi tube that enables online measurement of additional process parameters such as steam wetness can also be provided.
Overview
A Venturi tube is an engineered primary flow element for the most efficient and accurate differential pressure (DP) flow measurement. The typical Venturi shape with limited cone angles enable a pressure recovery of up to 95% of the generated DP. Together with optional annular chambers to balance deviation in the flow profile. With low maintenance requirements and a long life the Venturi tube offers a low total cost of ownership. A special Venturi tube that enables online measurement of additional process parameters such as steam wetness can also be provided.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Typical uncalibrated uncertainty up to ±1.5%
- Optional accredited wet calibration at operating Reynolds numbers for uncertainties up to ±0.2%
- Typical pressure loss down to 5% of the generated differential pressure
- Low requirements for straight inlet and outlet runs
- Best option for large sizes and low pressure applications
- With weld ends or flange connections
- With optional annular chambers and multiple pressure taps
- Size: 2…48″ (50…1200 mm) per standard, larger sizes upon request
- Low maintenance and long life with low total cost of ownership (TCO)
Flow nozzle
A flow nozzle is an engineered primary flow element for non-viscous and erosive fluids under high velocity and pressure, which
A flow nozzle is an engineered primary flow element for non-viscous and erosive fluids under high velocity and pressure, which would wear or damage orifice plates. Flow nozzles are either integrated into pre-assembled meter runs, designed to be mounted in between flanges or welded into the pipe. They require less straight upstream piping and incur lower permanent pressure loss in comparison to orifice plates. There are no sharp edges exposed to wear. A number of different flow nozzle types are available, e.g. a throat tap long radius ASME PTC 6 nozzle that is typically used for performance testing of steam turbines.
Overview
A flow nozzle is an engineered primary flow element for non-viscous and erosive fluids under high velocity and pressure, which would wear or damage orifice plates. Flow nozzles are either integrated into pre-assembled meter runs, designed to be mounted in between flanges or welded into the pipe. They require less straight upstream piping and incur lower permanent pressure loss in comparison to orifice plates. There are no sharp edges exposed to wear. A number of different flow nozzle types are available, e.g. a throat tap long radius ASME PTC 6 nozzle that is typically used for performance testing of steam turbines.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Typical uncalibrated uncertainty up to ±0.8% (ISA-1932 nozzle); Optional accredited wet calibration at operating Reynolds number for uncertainties up to ±0.2%
- Typical pressure loss down to 5% of the generated DP (Venturi nozzle)
- Materials: Carbon steel, stainless steel and special materials
- With weld ends, flange connection or for mounting between two flanges within the bolt circle
- With optional annular chamber and multiple pressure taps (redundancy)
- Size: 2…24″ (60…630 mm) per standard, larger sizes upon request
- Low maintenance and long life with low total cost of ownership (TCO)
- Available as pre-assembled meter run with weld-in flow nozzle
OPTIBAR PT 2000
The OPTIBAR PT 2000 is an averaging pitot tube for applications with clean liquids, gases and steam. It is ideally suited for
The OPTIBAR PT 2000 is an averaging pitot tube for applications with clean liquids, gases and steam. It is ideally suited for DP flow measurements requiring low pressure drop or cost-effective flow metering in extremely large pipes (up to DN20000 / 800″). Unlike conventional single-point pitot tubes that have the limitation of being a point-velocity device, the OPTIBAR PT 2000 averaging pitot tube has multiple impact-sensing ports across the pipe diameter and produces an averaged differential pressure square to the flow rate. The averaging pitot tube is available as standard or engineered customer-specific solution. It can be combined with the OPTIBAR DP 7060 differential pressure transmitter to form a complete DP flowmeter.
Overview
The OPTIBAR PT 2000 is an averaging pitot tube for applications with clean liquids, gases and steam. It is ideally suited for DP flow measurements requiring low pressure drop or cost-effective flow metering in extremely large pipes (up to DN20000 / 800″). Unlike conventional single-point pitot tubes that have the limitation of being a point-velocity device, the OPTIBAR PT 2000 averaging pitot tube has multiple impact-sensing ports across the pipe diameter and produces an averaged differential pressure square to the flow rate. The averaging pitot tube is available as standard or engineered customer-specific solution. It can be combined with the OPTIBAR DP 7060 differential pressure transmitter to form a complete DP flowmeter.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Versatile and cost-effective DP flow element
- Manufactured in accordance with KROHNE high quality and reliability standards
- Easy and fast installation without cutting the pipe
- Different compact and separate versions available
- Standard or engineered variants for demanding conditions (e.g. high temperatures, large line sizes etc.)
- Much lower pressure loss than other primary elements (e.g. orifice plates)
- Uncertainty: <±0.5% (calibrated)
OPTIBAR MR 4300
The OPTIBAR MR 4300 is an orifice meter run. It is ideally suitable for use in small line sizes (
The OPTIBAR MR 4300 is an orifice meter run. It is ideally suitable for use in small line sizes (
It comes completely pre-assembled and ready for installation, with orifice plate, annular chambers, process connections as well as inlet and outlet sections for low-disturbance flow. The DP flow element is available with the OPTIBAR DP 7060 DP pressure transmitter as well as with manifolds, valves, condensate pots or other accessories.
Overview
The OPTIBAR MR 4300 is an orifice meter run. It is ideally suitable for use in small line sizes (
It comes completely pre-assembled and ready for installation, with orifice plate, annular chambers, process connections as well as inlet and outlet sections for low-disturbance flow. The DP flow element is available with the OPTIBAR DP 7060 DP pressure transmitter as well as with manifolds, valves, condensate pots or other accessories.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Compact or separate design
- Upstream and downstream sections acc. to DIN 19214
- Reduces flow disturbances
- Minimum measurement uncertainties: ±0.3…0.4% (calibrated)
- Optional water-calibrated version for increased accuracy (±0.3%)
OPTIBAR OP 5110
The OPTIBAR OP 5110 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and ring-type joint (RTJ) sealing
The OPTIBAR OP 5110 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and ring-type joint (RTJ) sealing face. The DP flow element stands for high safety in liquid, gas or steam applications with higher pressure conditions.
The orifice assembly comes complete with all required installation hardware including the orifice plate, a pair of flanges with integrated taps, a set of gaskets, bolts, nuts as well as jack screws to help with separating the flanges for orifice inspection. Depending on the customer requirements, the typical 1⁄2″, 3⁄4″ taps have a BWE, threaded or flanged connection. The taps can be equipped with optional condensate chambers for steam applications and shut-off valves.
Overview
The OPTIBAR OP 5110 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and ring-type joint (RTJ) sealing face. The DP flow element stands for high safety in liquid, gas or steam applications with higher pressure conditions.
The orifice assembly comes complete with all required installation hardware including the orifice plate, a pair of flanges with integrated taps, a set of gaskets, bolts, nuts as well as jack screws to help with separating the flanges for orifice inspection. Depending on the customer requirements, the typical 1⁄2″, 3⁄4″ taps have a BWE, threaded or flanged connection. The taps can be equipped with optional condensate chambers for steam applications and shut-off valves.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Completely pre-assembled
- Pressure values are averaged within integrated annular chambers resulting in increased accuracy
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Orifice plate is removable and easily replaced without replacing the carrier assembly
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
OPTIBAR OP 5100
The OPTIBAR OP 5100 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and RF (raised face)
The OPTIBAR OP 5100 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and RF (raised face) sealing face. The DP flow element stands for high safety in liquid, gas or steam applications.
The orifice assembly comes complete with all required installation hardware including the orifice plate, a pair of flanges with integrated taps, set of gaskets, bolts, nuts as well as jack screws to help with separating the flanges for orifice inspection. Depending on the customer requirements, the typical 1⁄2″ or 3⁄4″ taps have a BWE, thread or flange connection. Taps can be equipped with optional condensate chambers and shut-off valves.
Overview
The OPTIBAR OP 5100 is an orifice plate assembly with measuring flanges (acc. to ASME 16.36), flange taps and RF (raised face) sealing face. The DP flow element stands for high safety in liquid, gas or steam applications.
The orifice assembly comes complete with all required installation hardware including the orifice plate, a pair of flanges with integrated taps, set of gaskets, bolts, nuts as well as jack screws to help with separating the flanges for orifice inspection. Depending on the customer requirements, the typical 1⁄2″ or 3⁄4″ taps have a BWE, thread or flange connection. Taps can be equipped with optional condensate chambers and shut-off valves.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Completely pre-assembled
- Pressure values are averaged within integrated annular chambers resulting in increased accuracy
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Orifice plate is removable and easily replaced without replacing the carrier assembly
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
OPTIBAR OP 4100
The OPTIBAR OP 4100 is an orifice plate with an integrated annular chamber and corner taps. It features a carrier ring that
The OPTIBAR OP 4100 is an orifice plate with an integrated annular chamber and corner taps. It features a carrier ring that is split into two pieces to form the two ring chambers. Within the ring chambers an average of flow disturbances can be achieved and therefore a more stable pressure signal can be measured.The orifice plate with annular chamber is intended for installation between standard flanges.
Overview
The OPTIBAR OP 4100 is an orifice plate with an integrated annular chamber and corner taps. It features a carrier ring that is split into two pieces to form the two ring chambers. Within the ring chambers an average of flow disturbances can be achieved and therefore a more stable pressure signal can be measured.The orifice plate with annular chamber is intended for installation between standard flanges.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Cost-effective DP flow element according to EN ISO 5167
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Pressure values are averaged within integrated annular chambers
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
OPTIBAR OP 3200
The OPTIBAR OP 3200 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and
The OPTIBAR OP 3200 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and non-aggressive gases, steam and liquids. The carrier ring of the orifice plate is made from a solid one piece. The orifice plate is one piece with the carrier ring for smaller diameters and screwed for bigger diameters. The compact type OP comes with flange plate and can be installed between standard pipe flanges on horizontal or vertical pipes.
Overview
The OPTIBAR OP 3200 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and non-aggressive gases, steam and liquids. The carrier ring of the orifice plate is made from a solid one piece. The orifice plate is one piece with the carrier ring for smaller diameters and screwed for bigger diameters. The compact type OP comes with flange plate and can be installed between standard pipe flanges on horizontal or vertical pipes.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Cost-effective DP flow element according to EN ISO 5167
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Easy to clean
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
OPTIBAR OP 3100
The OPTIBAR OP 3100 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and
The OPTIBAR OP 3100 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and non-aggressive gases, steam and liquids. The carrier ring of the orifice plate is made from a solid one piece. The orifice plate is one piece with the carrier ring for smaller diameters and screwed for bigger diameters. The separate type OP can be installed between standard pipe flanges on horizontal or vertical pipes.
Overview
The OPTIBAR OP 3100 is an integral orifice plate (OP) with carrier ring and corner taps for flow measurement of aggressive and non-aggressive gases, steam and liquids. The carrier ring of the orifice plate is made from a solid one piece. The orifice plate is one piece with the carrier ring for smaller diameters and screwed for bigger diameters. The separate type OP can be installed between standard pipe flanges on horizontal or vertical pipes.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Cost-effective DP flow element according to EN ISO 5167
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Easy to clean
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
OPTIBAR OP 1110
The OPTIBAR OP 1110 is an orifice plate (OP) with ring-type joint (RTJ) design. The DP flow element is particularly suitable for
The OPTIBAR OP 1110 is an orifice plate (OP) with ring-type joint (RTJ) design. The DP flow element is particularly suitable for high pressure applications with clean liquids, gases and low velocity steam flow. The RTJ orifice plate features an octagonal integral gasket for mounting between ring-type joint flanges.
The cross-section profile of the OPTIBAR OP 1110 is designed to fit inside the recess of the RTJ flanges and is used as flange sealing. The octagonal RTJ gaskets are made of a softer steel than the main material. In this way, the orifice is sealed reliably and stays clean when tightened with bolts. The OPTIBAR OP 1110 is available with a sharp edge on the upstream side and 45° edge on the downstream side or with bi-directional cross section profile.
Overview
The OPTIBAR OP 1110 is an orifice plate (OP) with ring-type joint (RTJ) design. The DP flow element is particularly suitable for high pressure applications with clean liquids, gases and low velocity steam flow. The RTJ orifice plate features an octagonal integral gasket for mounting between ring-type joint flanges.
The cross-section profile of the OPTIBAR OP 1110 is designed to fit inside the recess of the RTJ flanges and is used as flange sealing. The octagonal RTJ gaskets are made of a softer steel than the main material. In this way, the orifice is sealed reliably and stays clean when tightened with bolts. The OPTIBAR OP 1110 is available with a sharp edge on the upstream side and 45° edge on the downstream side or with bi-directional cross section profile.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Cost-effective DP flow element according to EN ISO 5167
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Easy handling and simple installation
- Lowest uncertainty of discharge coefficient
- High Reynolds number permissible according to norm
- With optional vent drain holes
OPTIBAR OP 1100
The OPTIBAR OP 1100 is an orifice plate (OP) with raised face (RF) design. It is a simple and cost-effective DP flow
The OPTIBAR OP 1100 is an orifice plate (OP) with raised face (RF) design. It is a simple and cost-effective DP flow element for basic applications with clean liquids, gases and low velocity steam flows. The primary element is particularly suitable for use at uncritical pressure and temperature conditions (up to +450°C / +842°F; max. ASME Cl 2500).
Plate and handle of the OPTIBAR OP 1100 are a one-piece seamless construction. The RF orifice plate is sealed with a flat gasket. The raised face has a serrated texture to increase the gripping and retaining force. This kind of orifice plate is used with orifice flange unions and placed between standard ASME flanges with pressure taps (ASME 16.36, ASME 16.5). The OPTIBAR OP 1100 is available with a sharp edge on the upstream side and 45° edge on the downstream side or with bi-directional cross-section profile.
Overview
The OPTIBAR OP 1100 is an orifice plate (OP) with raised face (RF) design. It is a simple and cost-effective DP flow element for basic applications with clean liquids, gases and low velocity steam flows. The primary element is particularly suitable for use at uncritical pressure and temperature conditions (up to +450°C / +842°F; max. ASME Cl 2500).
Plate and handle of the OPTIBAR OP 1100 are a one-piece seamless construction. The RF orifice plate is sealed with a flat gasket. The raised face has a serrated texture to increase the gripping and retaining force. This kind of orifice plate is used with orifice flange unions and placed between standard ASME flanges with pressure taps (ASME 16.36, ASME 16.5). The OPTIBAR OP 1100 is available with a sharp edge on the upstream side and 45° edge on the downstream side or with bi-directional cross-section profile.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Cost-effective DP flow element according to EN ISO 5167
- Sizing: EN ISO 5167, ASME MFC-3M, AGA 3, ASME PTC 19.5 2004, GOST 8.586, RD 50-411-83
- Easy handling and simple installation
- Lowest uncertainty of discharge coefficient (<±0.5%)
- High Reynolds number permissible according to norm
- With optional vent drain holes
OPTIBAR DSD 3220
The OPTIBAR DSP 3220 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It
The OPTIBAR DSP 3220 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for 2 x capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSP 3220 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for 2 x capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Differential pressure measurement or hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
- High temperature processes up to +400°C / +752°F
OPTIBAR DSD 3210
The OPTIBAR DSD 3210 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a
The OPTIBAR DSD 3210 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for combined direct and capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSD 3210 is a two-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for combined direct and capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Differential pressure measurement or hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
- High temperature processes up to +400°C / +752°F
OPTIBAR DSD 3110
The OPTIBAR DSP 3110 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a
The OPTIBAR DSP 3110 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSP 3110 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Differential pressure and hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
- High temperature processes up to +400°C / +752°F
OPTIBAR DSD 3100
The OPTIBAR DSP 3000 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a
The OPTIBAR DSP 3000 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for direct tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSP 3000 is a single-sided diaphragm seal for mounting to the OPTIBAR DP 7060 differential pressure transmitter. It features a flange design with optional extension for direct tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Differential pressure measurement or hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
OPTIBAR DSP 3000
The OPTIBAR DSP 3000 is a membrane diaphragam seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a flange
The OPTIBAR DSP 3000 is a membrane diaphragam seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a flange design for direct or capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSP 3000 is a membrane diaphragam seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a flange design for direct or capillary tube attachment. The diaphragm seal comes with a wide selection of wetted materials from stainless steel to chemically resistant PTFE or PFA coatings, Hastelloy®, Duplex, titanium, tantalum and gold. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Absolute and gauge pressure measurement or hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
- High temperature processes up to +400°C /+752°F
OPTIBAR DSP 2000
The OPTIBAR DSP 2000 is a membrane diaphragm seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a versatile
The OPTIBAR DSP 2000 is a membrane diaphragm seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a versatile design with threaded connection or open measuring flange for direct or capillary tube attachment. The diaphragm seal is thus perfectly suited for special applications requiring flexibility as to the selection of the right process connection. It comes with optional flushing hole and a range of wetted materials available for the membrane – from standard stainless steel to chemically resistant PTFE coatings, Hastelloy® and tantalum. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Overview
The OPTIBAR DSP 2000 is a membrane diaphragm seal for mounting to the OPTIBAR PM 5060 and OPTIBAR PM 3050 pressure transmitters. It features a versatile design with threaded connection or open measuring flange for direct or capillary tube attachment. The diaphragm seal is thus perfectly suited for special applications requiring flexibility as to the selection of the right process connection. It comes with optional flushing hole and a range of wetted materials available for the membrane – from standard stainless steel to chemically resistant PTFE coatings, Hastelloy® and tantalum. This makes it ideal for absolute or gauge pressure measurement and hydrostatic level applications where it is required to avoid direct contact between the measuring cell of the transmitter and the medium.
Absolute and gauge pressure measurement or hydrostatic level applications involving:
- Very aggressive acids
- Corrosive and reducing atmospheres
- Viscous and clogging media
- Abrasive fluids
- High temperature processes up to +400°C / +752°F
OPTIBAR 5060 eDP
The OPTIBAR 5060 eDP is a dual pressure transmitter version for electronic differential pressure measurement. It is particularly suitable for
The OPTIBAR 5060 eDP is a dual pressure transmitter version for electronic differential pressure measurement. It is particularly suitable for level, density and DP applications with closed vessels as well as density compensated level measurement in open tanks and tanks vented to atmospheric pressure. In some applications electronic differential pressure measurement can be an alternative to the use of classical differential pressure transmitters.The main advantage of an eDP transmitter is its cost-efficient connection to the vessel. Smaller process connections without capillaries with a maximum distance of up to 25 m / 75 ft between the top and the bottom tap save cost and installation time. The electronic DP measurement loses its edge over a classical DP measurement in applications at higher gas pressures for which the classical differential pressure transmitters OPTIBAR DP 7060 or OPTIBAR DP 3050 are most suitable.
The electronic differential pressure measurement is based on two discrete gauge pressure transmitters, which are mounted in the same way as a classical differential pressure transmitter on the vessel. One transmitter, usually on the top of the vessel, acts as the secondary sensor to measure the gas pressure in the tank. The secondary transmitter is electronically connected to the primary transmitter. The primary sensor measures the gauge pressure on the very bottom of the vessel and calculates the pressure difference. In this electronic DP configuration, the secondary sensor provides fast and synchronous measurement values to the primary sensor, which acts and behaves like a classical DP transmitter in terms of setup and commissioning. The eDP transmitter can be configured with metallic or ceramic process diaphragms, granting the benefits of both technologies to the application.
Overview
The OPTIBAR 5060 eDP is a dual pressure transmitter version for electronic differential pressure measurement. It is particularly suitable for level, density and DP applications with closed vessels as well as density compensated level measurement in open tanks and tanks vented to atmospheric pressure. In some applications electronic differential pressure measurement can be an alternative to the use of classical differential pressure transmitters.The main advantage of an eDP transmitter is its cost-efficient connection to the vessel. Smaller process connections without capillaries with a maximum distance of up to 25 m / 75 ft between the top and the bottom tap save cost and installation time. The electronic DP measurement loses its edge over a classical DP measurement in applications at higher gas pressures for which the classical differential pressure transmitters OPTIBAR DP 7060 or OPTIBAR DP 3050 are most suitable.
The electronic differential pressure measurement is based on two discrete gauge pressure transmitters, which are mounted in the same way as a classical differential pressure transmitter on the vessel. One transmitter, usually on the top of the vessel, acts as the secondary sensor to measure the gas pressure in the tank. The secondary transmitter is electronically connected to the primary transmitter. The primary sensor measures the gauge pressure on the very bottom of the vessel and calculates the pressure difference. In this electronic DP configuration, the secondary sensor provides fast and synchronous measurement values to the primary sensor, which acts and behaves like a classical DP transmitter in terms of setup and commissioning. The eDP transmitter can be configured with metallic or ceramic process diaphragms, granting the benefits of both technologies to the application.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Free combination of OPTIBAR PM 5060 and OPTIBAR PC 5060 transmitters in a primary/secondary sensor system: configuration with metallic and/or ceramic diaphragms
- No need for capillaries:
- much smaller process connections (from G½) possible as compared to installation with capillary tube attachment
- connection via signal cables instead of oil filled capillaries
- thermal insulation not required
- extremely fast step response times of less than 85 ms
- less maintenance
- Various housing materials available: plastic, aluminium, stainless steel (precision casting or electro-polished)
- Quick setup for all applications
- Ex ia, Ex d, Ex t approvals
- SIL 2/3 certified by TÜV Rheinland: remote activation of SIL mode via display, DTM or Bluetooth
- Many other approvals, e.g. 3A, EHEDG for the food industry, DNV GL for the marine industry
- Available with a wide range of hygienic process connections
- Extensive diagnostic and parameterisation functions
- Wireless Bluetooth communication via smartphone or tablet (in conjunction with the Bluetooth display and adjustment module and the OPTICHECK Pressure Mobile app)
OPTIBAR LC 1010
The OPTIBAR LC 1010 is a submersible level probe for water and wastewater, environmental engineering and OEM applications. It is particularly suitable
The OPTIBAR LC 1010 is a submersible level probe for water and wastewater, environmental engineering and OEM applications. It is particularly suitable for continuous hydrostatic level measurement in water wells, rainwater retention and overflow basins or tanks. The level transmitter features a robust stainless steel housing and a high overload-resistant ceramic diaphragm for long-term operation. The diaphragm is flush mounted for safe and easy cleaning on site.
The level probe comes with pre-configured measuring ranges from 100 mbar / 1.5 psi to up to 10 bar / 150 psi. Customer-specific ranges are available on request. Its corrosion-resistant TPE cable is approved for use in potable water applications. The OPTIBAR LC 1010 features a 4…20 mA output and optional HART®7 for convenient configuration. The level probe can also be provided with an integrated Pt100 temperature sensor.
Overview
The OPTIBAR LC 1010 is a submersible level probe for water and wastewater, environmental engineering and OEM applications. It is particularly suitable for continuous hydrostatic level measurement in water wells, rainwater retention and overflow basins or tanks. The level transmitter features a robust stainless steel housing and a high overload-resistant ceramic diaphragm for long-term operation. The diaphragm is flush mounted for safe and easy cleaning on site.
The level probe comes with pre-configured measuring ranges from 100 mbar / 1.5 psi to up to 10 bar / 150 psi. Customer-specific ranges are available on request. Its corrosion-resistant TPE cable is approved for use in potable water applications. The OPTIBAR LC 1010 features a 4…20 mA output and optional HART®7 for convenient configuration. The level probe can also be provided with an integrated Pt100 temperature sensor.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High overload-resistant ceramic measuring cell for uninterrupted measuring operations
- 22 mm / 0.86″ outer diameter enables easy installation in DN25 / 1″ pipes and in confined spaces
- Flush ceramic measuring diaphragm allows easy and safe cleaning
- High quality, corrosion-resistant cable made of TPE guarantees versatility in application
- Simple parameterization through optional HART® communication or in a fixed measuring range
- ATEX, IECEx zone 0 Ex ia
OPTIBAR DP 7060
The OPTIBAR DP 7060 is a differential pressure transmitter with integrated absolute pressure measurement. It offers a high degree of modularity for
The OPTIBAR DP 7060 is a differential pressure transmitter with integrated absolute pressure measurement. It offers a high degree of modularity for various flow, hydrostatic level or process pressure applications. For DP flow measurements it can be perfectly combined with the KROHNE primary elements (e.g. orifice plates or pitot tubes). Equipped with diaphragm seals, it is the right choice for hydrostatic level, interface, density or demanding DP process applications. Featuring a quick response time of just 125 ms, the DP transmitter offers high accuracy and measurement stability under all process conditions.
KROHNE is the only manufacturer of process instrumentation to carry out a total 3D linearisation of its differential pressure transmitter. For a robust and accurate differential pressure measurement, even under changing process conditions, each OPTIBAR DP 7060 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 7060 is a differential pressure transmitter with integrated absolute pressure measurement. It offers a high degree of modularity for various flow, hydrostatic level or process pressure applications. For DP flow measurements it can be perfectly combined with the KROHNE primary elements (e.g. orifice plates or pitot tubes). Equipped with diaphragm seals, it is the right choice for hydrostatic level, interface, density or demanding DP process applications. Featuring a quick response time of just 125 ms, the DP transmitter offers high accuracy and measurement stability under all process conditions.
KROHNE is the only manufacturer of process instrumentation to carry out a total 3D linearisation of its differential pressure transmitter. For a robust and accurate differential pressure measurement, even under changing process conditions, each OPTIBAR DP 7060 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.
- Outstanding temperature and static pressure stability even under harsh conditions
- Unique 3D linearisation of transmitter: compensation for all influencing factors at virtually all possible combinations
- Very good repeatability and long-term stability of the measuring signal
- Integrated absolute pressure measurement for lowest possible influence of static pressure changes on the signal while providing an additional process signal
- Very quick step response times <125 ms
- Combined DP, SP and T measurements for maximum process security
- Compact measuring cell with low weight
- Turndown ratio up to 100:1, higher upon request
- 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 approvals
- SIL 2/3