Proline Promass F 300 Coriolis flowmeter
Flowmeter with premium accuracy, robustness and a compact, easily accessible transmitter
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Proline Promass F 300 for the chemical industry
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Measuring principle
Coriolis
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Product headline
Flowmeter with premium accuracy, robustness and a compact, easily accessible transmitter.
Highest measurement performance for liquids and gases under varying, demanding process conditions. -
Sensor features
Highest process safety – immune to fluctuating and harsh environments. Fewer process measuring points – multivariable measurement (flow, density, temperature). Space‐saving installation – no in-/outlet run needs.
Mass flow: measurement error ±0.05 % (PremiumCal). Medium temperature: –196 to 350 °C (–320 to 662 °F). Nominal diameter: DN 8 to 250 (³⁄₈ to 10″). -
Transmitter features
Full access to process and diagnostic information – numerous, freely combinable I/Os and fieldbuses. Reduced complexity and variety – freely configurable I/O functionality. Integrated verification – Heartbeat Technology.
Compact dual-compartment housing with up to 3 I/Os. Backlit display with touch control and WLAN access. Remote display available. -
Nominal diameter range
DN 8 to 250 (⅜ to 10″)
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Wetted materials
Measuring tube: 1.4539 (904L); 1.4404 (316/316L); Alloy C22, 2.4602 (UNS N06022)
Connection: 1.4404 (316/316L); Alloy C22, 2.4602 (UNS N06022); 1.4301 (F304) -
Measured variables
Mass flow, density, temperature, volume flow, corrected volume flow, reference density, concentration
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Max. measurement error
Mass flow (liquid): ±0.10 % (standard), 0.05 % (option)
Volume flow (liquid): ±0.10 %
Mass flow (gas): ±0.25 %
Density (liquid): ±0.0005 g/cm³ -
Measuring range
0 to 2 200 000 kg/h (0 to 80 840 lb/min)
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Max. process pressure
PN 100, Class 600, 63K
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Medium temperature range
Standard: –50 to +150 °C (–58 to +302 °F)
Option: –50 to +240 °C (–58 to +464 °F)
High temperatur option: –50 to +350 °C (–58 to +662 °F)
Option: –196 to +150 °C (–320 to +302 °F) -
Ambient temperature range
Standard: –40 to +60 °C (–40 to +140 °F)
Option: –50 to +60 °C (–58 to +140 °F) -
Sensor housing material
Standard: 1.4301 (304)
Option: 1.4404 (316/316L) -
Transmitter housing material
AlSi10Mg, coated; 1.4409 (CF3M) similar to 316L; stainless steel for hygenic transmitter design
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Degree of protection
Compact version: IP66/67, type 4X enclosure.
External WLAN antenna: IP67
IP69 -
Display/Operation
4-line backlit display with touch control (operation from outside)
Configuration via local display and operating tools possible
Remote display available -
Outputs
Proline Promag P 300 electromagnetic flowmeter
High-temperature flowmeter for process applications with a compact, easily accessible transmitter
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Proline Promag P 300 for process applications
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Measuring principle
Electromagnetic
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Product headline
High-temperature flowmeter for process applications with a compact, easily accessible transmitter.
Dedicated to chemical and process applications with corrosive liquids and high medium temperatures. -
Sensor features
Diverse applications – wide variety of wetted materials. Energy‐saving flow measurement – no pressure loss due to cross section constriction. Maintenance‐free – no moving parts.
Nominal diameter: max. DN 600 (24″). All common Ex approvals. -
Transmitter features
Full access to process and diagnostic information – numerous, freely combinable I/Os and fieldbuses. Reduced complexity and variety – freely configurable I/O functionality. Integrated verification – Heartbeat Technology.
Liner made of PTFE or PFA. Compact dual-compartment housing with up to 3 I/Os. Backlit display with touch control and WLAN access. Remote display available. -
Nominal diameter range
DN 15 to 600 (½ to 24″)
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Wetted materials
Liner: PFA; PTFE
Electrodes: 1.4435 (F316L); Alloy C22, 2.4602 (UNS N06022); Tantalum; Platinum; Titanium -
Measured variables
Volume flow, conductivity, mass flow
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Max. measurement error
Volume flow (standard): ±0.5 % o.r.± 1 mm/s (0.04 in/s)
Volume flow (option): ±0.2 % o.r. ± 2 mm/s (0.08 in/s), Flat Spec -
Measuring range
4 dm³/min to 9600 m³/h (1 gal/min to 44 000 gal/min)
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Max. process pressure
PN 40, Class 300, 20K
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Medium temperature range
Liner material PFA: –20 to +150 °C (–4 to +302 °F)
Liner material PFA high-temperature: –20 to +180 °C (–4 to +356 °F)
Liner material PTFE: –40 to +130 °C (–40 to +266 °F) -
Ambient temperature range
Flange material carbon steel: –10 to +60 °C (+14 to +140 °F)
Flange material stainless steel: –40 to +60 °C (–40 to +140 °F) -
Sensor housing material
DN 15 to 300 (½ to 12″”): AlSi10Mg, coated
DN 350 to 600 (14 to 24″”): Carbon steel with protective varnish -
Transmitter housing material
AlSi10Mg, coated; 1.4409 (CF3M) similar to 316L; stainless steel for hygenic transmitter design
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Degree of protection
Standard: IP66/67, Type 4X enclosure
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Display/Operation
4-line backlit display with touch control (operation from outside)
Configuration via local display and operating tools possible
Remote display available -
Outputs
3 outputs:
4-20 mA HART (active/passive)
4-20 mA WirelessHART
4-20 mA (active/passive)
Pulse/frequency/switch output (active/passive)
Double pulse output (active/passive)
Relay output -
Inputs
Status input
4-20 mA input -
Digital communication
HART, PROFIBUS DP, PROFIBUS PA, FOUNDATION Fieldbus, Modbus RS485, PROFINET, PROFINET over Ethernet-APL, Ethernet/IP, OPC-UA
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Power supply
DC 24 V
AC 100 to 230 V
AC 100 to 230 V / DC 24 V (non-hazardous area) -
Hazardous area approvals
ATEX, IECEx, cCSAus, INMETRO, NEPSI, EAC; JPN, UK Ex, KC
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Product safety
CE, C-tick, EAC marking
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Functional safety
Functional safety according to IEC 61508, applicable in safety-relevant applications in accordance with IEC 61511
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Metrological approvals and certificates
Calibration performed on accredited calibration facilities (acc. to ISO/IEC 17025)
Heartbeat Technology complies with the requirements for measurement traceability according to ISO 9001:2015 – Section 7.1.5.2 a (TÜV SÜD attestation) -
Marine approvals and certificates
LR approval, DNV approval, ABS approval, BV approval
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Pressure approvals and certificates
PED, CRN
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Material certificates
3.1 material
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Hygienic approvals and certificates
ACS, NSF 61, WRAS
Field of application
Promag P is dedicated to chemical and process applications with corrosive liquids and highest medium temperatures. With its compact transmitter Promag P 300 offers a high flexibility in terms of operation and system integration: access from one side, remote display and improved connectivity options. Heartbeat Technology enables compliance and process safety at all times.
The bidirectional measuring principle is virtually independent of pressure, density, temperature and viscosityDedicated to chemical and process applications with corrosive liquids and high medium temperaturesDevice propertiesNominal diameter: max. DN 600 (24″)All common Ex approvalsLiner made of PTFE or PFACompact dual-compartment housing with up to 3 I/OsBacklit display with touch control and WLAN accessRemote display available
Benefits
Diverse applications – wide variety of wetted materialsEnergy-saving flow measurement – no pressure loss due to cross-section constrictionMaintenance-free – no moving partsFull access to process and diagnostic information – numerous, freely combinable I/Os and EthernetReduced complexity and variety – freely configurable I/O functionalityIntegrated verification – Heartbeat Technology
Proline Promag P 300 electromagnetic flowmeter
High-temperature flowmeter for process applications with a compact, easily accessible transmitter
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Proline Promag P 300 for process applications
Field of application
Promag P is dedicated to chemical and process applications with corrosive liquids and highest medium temperatures. With its compact transmitter Promag P 300 offers a high flexibility in terms of operation and system integration: access from one side, remote display and improved connectivity options. Heartbeat Technology enables compliance and process safety at all times.
The bidirectional measuring principle is virtually independent of pressure, density, temperature and viscosityDedicated to chemical and process applications with corrosive liquids and high medium temperaturesDevice propertiesNominal diameter: max. DN 600 (24″)All common Ex approvalsLiner made of PTFE or PFACompact dual-compartment housing with up to 3 I/OsBacklit display with touch control and WLAN accessRemote display available
Benefits
Diverse applications – wide variety of wetted materialsEnergy-saving flow measurement – no pressure loss due to cross-section constrictionMaintenance-free – no moving partsFull access to process and diagnostic information – numerous, freely combinable I/Os and EthernetReduced complexity and variety – freely configurable I/O functionalityIntegrated verification – Heartbeat Technology
GA24
Overview There is a replacement model available for this product. Please consider our newest alternative product: VA40 Variable area flowmeter
Overview
There is a replacement model available for this product. Please consider our newest alternative product:
VA40
Variable area flowmeter for basic applications
- With glass tube, MIN/MAX switches and 4…20 mA
- Low pressure loss for gas applications
- Flange: DN15…50 / ½…2″; also NPT, G, hygienic connections, etc.
- -20…+100°C / -4…+212°F; max. 10 barg / 145 psig
DK700
Overview There is a replacement model available for this product. Please consider our newest alternative product: DK46/47/48/800 Variable area flowmeter
Overview
There is a replacement model available for this product. Please consider our newest alternative product:
DK46/47/48/800
Variable area flowmeter for low flow gas or liquid applications and sample flow monitoring
- Glass tube with analogue scale, valve and switches
- For low flows from ≥0.04 l/h or ≥0.1 GPH
- G and NPT threads; others on request
- -5…+100°C / +23…+212°F; max. 10 barg / 145 psig
Wedge meter
A wedge meter is an engineered primary flow element for extremely challenging applications. Due to its robust design and possibility
A wedge meter is an engineered primary flow element for extremely challenging applications. Due to its robust design and possibility for direct attachment of a diaphragm seal assembly, the primary element is also perfectly suited for differential pressure flow measurements of erosive, abrasive and solids-containing fluids without the risk of clogging.
Overview
A wedge meter is an engineered primary flow element for extremely challenging applications. Due to its robust design and possibility for direct attachment of a diaphragm seal assembly, the primary element is also perfectly suited for differential pressure flow measurements of erosive, abrasive and solids-containing fluids without the risk of clogging.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Low maintenance due to robust design
- Long service life, low wear
- For highly viscous and particle-laden fluids
- Low risk of clogging
FOCUS-1
FOCUS-1 is the first smart meter valve specifically developed for the process industry 4.0. This multifunctional smart flow control instrument
FOCUS-1 is the first smart meter valve specifically developed for the process industry 4.0. This multifunctional smart flow control instrument – developed by FOCUS-ON, a SAMSON and KROHNE company – combines sensors, actuator and control functionality in one device. By measuring flow, pressure and temperature simultaneously and regulating its valve function independently, all specified set points for control tasks such as pressure, flow or even external control variables can be accurately and reliably achieved. This makes FOCUS-1 the ideal smart control unit for processes that need to be controlled autonomously. It is equally suitable for greenfield projects as well as a drop-in replacement of conventional valves in existing brownfield applications.
FOCUS-1 provides extensive diagnostics. In addition to many device diagnostics, the module features “smart cavitation control” which enables it to identify, monitor and alarm different kinds of cavitation caused in a pipeline. This allows operators to carry out predictive maintenance measures, allowing them to avoid increased stress and wear of valve and piping ahead of time as well as to prevent unplanned downtime. Given its redundant flow measurement, FOCUS-1 can also detect possible wear of the valve seat and thus leaks.
Due to its advanced algorithms, the smart meter valve can also create a “digital twin”. This allows modelling the measured data in such a way that device function and operation can be maintained even in the event of a sensor failure. With the help of the digital twin, plant operators implement redundancy and thus permanently increase the reliability, safety and availability of their plant.
The combination of sensors, valve and controller with extensive diagnostic features translates into less engineering effort, reduced sourcing and installation costs, a more simple and compact measuring set-up as well as more efficient life cycle management and maintenance. This simplifies processes, reduces system complexity and sustainably reduces capital expenditure (CAPEX) and operational expense (OPEX).
Specifications
Depending on selected device configuration
General information
| Product type | Smart process node |
| Product family name | FOCUS |
| Product positioning | For flow and decentralised process control |
| Measurement variables | Flow rate, Temperature, Pressure |
| Control element | Linear globe control valve with pneumatic actuator |
| Measurement principle | Flow: ultrasonic |
| Measured media | Liquids |
| Ambient temperature |
-25…+55°C / -13…+131°F |
| Nominal diameter / size | DN50, DN80, DN100 / 2″, 3″, 4 |
| Power supply (VAC) |
85…250 VAC |
| Power supply (VDC) |
18…32 VDC |
| Input signal (set point) | 4…20 mA |
Operating conditions
| Process pressure |
max. 36 barg / 522.1 psig |
| Process temperature | -40…+180°C / -40…+356°F |
Materials
| Measuring tube | Austenitic stainless steel (1.4404/316L) |
| Sensors |
Ultrasonic transducers for flow measurement: 1.4404 / 316 |
| Control element |
Valve body / Bonnet: 1.4408 / ASTM A351 Gr.CF8M |
| Process connection | Austenitic stainless steel (1.4404/316L) |
Process connections
| Flange connections | EN (1092-1): DN50, DN80, DN100 ASME (B 16.5): 2″, 3″, 4 |
Installation conditions
| Inlet run | 4D |
| Outlet run | 0D |
Approvals/Standards
| Certificates/Approvals Ex | ATEX, IECEx |
| NAMUR compliance | NE 107, NE 21, NE 43, NE 53, NE 80 |
Communication
| Analogue outputs | 4…20 mA |
| Digital outputs | HART®, PROFINET, Wi-Fi, Ethernet |
Accuracy
| Uncertainty (of set point) | ≤±0.5% |
MICRO-SET MSD2
The MICRO-SET MSD2 prover sphere detector is a mechanically activated position sensor for signalling the passage of a meter prover sphere.
The MICRO-SET MSD2 prover sphere detector is a mechanically activated position sensor for signalling the passage of a meter prover sphere. The unit is bolted to the prover loop pipe by means of a mounting boss, this allows the MICRO-SET MSD2 plunger to protrude through the pipe wall and the prover sphere depresses the plunger as it passes. The plunger is fitted with magnets which actuate a fully encapsulated SPST reed assembly and accurately signals the sphere position within the prover.
The MICRO-SET MSD2 ball prover detector switch features a single mechanical moving part: a pressure balanced plunger/piston with no dynamic seals. The plunger is 100% bi-directional and fully nickel PTFE coated to prevent wear from abrasive particles and ensure optimum long life.
Overview
The MICRO-SET MSD2 prover sphere detector is a mechanically activated position sensor for signalling the passage of a meter prover sphere. The unit is bolted to the prover loop pipe by means of a mounting boss, this allows the MICRO-SET MSD2 plunger to protrude through the pipe wall and the prover sphere depresses the plunger as it passes. The plunger is fitted with magnets which actuate a fully encapsulated SPST reed assembly and accurately signals the sphere position within the prover.
The MICRO-SET MSD2 ball prover detector switch features a single mechanical moving part: a pressure balanced plunger/piston with no dynamic seals. The plunger is 100% bi-directional and fully nickel PTFE coated to prevent wear from abrasive particles and ensure optimum long life.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Improved full assembled device switch point repeatability of ± 0.01mm / ± 0.0004”
- Available with Ex(d) junction box, cable gland and mounting boss
- ATEX EX(d) and IECEx hazardous area approvals
- In situ cleaning/flushing option for crude oil with a high wax and/or sediment content is possible
- Available in two standard designs: ANSI 600 rated and ANSI 1500 rated
- NACE MR 01-75 compliance
- Retrofit model for replacing other types of detector available
OPTICHECK Mobile
OPTICHECK Mobile is a mobile app for wireless on-site commissioning, verification and monitoring of KROHNE measuring devices. It is the
OPTICHECK Mobile is a mobile app for wireless on-site commissioning, verification and monitoring of KROHNE measuring devices. It is the ideal service tool to manage all device settings via a secure Bluetooth connection. In this way, a variety of commissioning tasks, e.g. zero calibration or configuration of diagnostics, can be done wirelessly. The mobile app also enables thresholds for certain parameters to be set and adjusted via a mobile device.
OPTICHECK Mobile also allows service personal to run a basic verification check to assess the current device status without process interruption. Diagnostic and monitoring functions can be used to determine whether a measuring instrument is properly installed or whether instrument settings need to be optimised. Various readings, parameters and diagnostic values can be monitored on site.
Overview
OPTICHECK Mobile is a mobile app for wireless on-site commissioning, verification and monitoring of KROHNE measuring devices. It is the ideal service tool to manage all device settings via a secure Bluetooth connection. In this way, a variety of commissioning tasks, e.g. zero calibration or configuration of diagnostics, can be done wirelessly. The mobile app also enables thresholds for certain parameters to be set and adjusted via a mobile device.
OPTICHECK Mobile also allows service personal to run a basic verification check to assess the current device status without process interruption. Diagnostic and monitoring functions can be used to determine whether a measuring instrument is properly installed or whether instrument settings need to be optimised. Various readings, parameters and diagnostic values can be monitored on site.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Available as Flow, Pressure and Temperature version
- Snapshot/event log via email
- Zero calibration for max. accuracy
- Easy parameterisation for quick and wireless commissioning
- Quick field device verification, e.g. NAMUR NE 107 cause of failure
- Trending function for on-site monitoring tasks
- Documentation of device status
OPTICHECK DTM
OPTICHECK DTM is a device type manager (DTM) for verification as well as commissioning of KROHNE measuring devices. It can
OPTICHECK DTM is a device type manager (DTM) for verification as well as commissioning of KROHNE measuring devices. It can be either used on site or from a control room. The tool provides advanced verification with full access to the powerful diagnostic functions of a field device. Operators benefit from extensive performance checks with precise status information on each device. The service life of measuring instruments can be increased while life-cycle costs can be reduced. In addition, detailed reports, e.g. for proof test documentation of safety loops (acc. to IEC 61508/61511) as well as for quality management systems (acc. to ISO 9001), can also be generated.
In addition, OPTICHECK DTM facilitates device commissioning. Field devices can be easily set up and parameterised. The service tool can be used like any DTM. It provides three different options to connect with a field device: Direct access from the control room is possible via an FDT/DTM framework application. If on-site operation is required, verification and commissioning can be done by a laptop with an FSK modem or with wireless Bluetooth connectivity.
Overview
OPTICHECK DTM is a device type manager (DTM) for verification as well as commissioning of KROHNE measuring devices. It can be either used on site or from a control room. The tool provides advanced verification with full access to the powerful diagnostic functions of a field device. Operators benefit from extensive performance checks with precise status information on each device. The service life of measuring instruments can be increased while life-cycle costs can be reduced. In addition, detailed reports, e.g. for proof test documentation of safety loops (acc. to IEC 61508/61511) as well as for quality management systems (acc. to ISO 9001), can also be generated.
In addition, OPTICHECK DTM facilitates device commissioning. Field devices can be easily set up and parameterised. The service tool can be used like any DTM. It provides three different options to connect with a field device: Direct access from the control room is possible via an FDT/DTM framework application. If on-site operation is required, verification and commissioning can be done by a laptop with an FSK modem or with wireless Bluetooth connectivity.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Supports Bluetooth for on-site use
- Remote access from a control room or wireless
connection on-site via Bluetooth - Commissioning: can be used with any FDT frame application
- In-situ device verification, level 0,1
- Documentation of device status
- Download OPTICHECK DTM
OPTICHECK Master
OPTICHECK Master is a handheld for in-depth verification, commissioning and monitoring of KROHNE field devices. It provides the most extensive
OPTICHECK Master is a handheld for in-depth verification, commissioning and monitoring of KROHNE field devices. It provides the most extensive on-site device verification available on the market. Featuring the highest possible test depth, this essential service tool ensures that process measuring devices perform according to specification. In this way, operators can extend the time between costly re-calibrations of field devices.
Via direct connection to the sensor, electronics and signal outputs, extended tests can be performed without dismounting the measuring device. In only 10 minutes a detailed hard copy verification report can be generated (level 1 verification). Taking only slightly more time, level 2 verification offers the deepest field device verification possible without process interruption. This makes the OPTICHECK Master also the ideal service tool for proof test documentation of safety loops acc. to IEC 61508/61511. This may result in extended proof test intervals or simplifying the actual test procedure of safety loops. It also significantly contributes to improving overall safety levels and plant availability without removing the devices from the process and interrupting plant operation.
Overview
OPTICHECK Master is a handheld for in-depth verification, commissioning and monitoring of KROHNE field devices. It provides the most extensive on-site device verification available on the market. Featuring the highest possible test depth, this essential service tool ensures that process measuring devices perform according to specification. In this way, operators can extend the time between costly re-calibrations of field devices.
Via direct connection to the sensor, electronics and signal outputs, extended tests can be performed without dismounting the measuring device. In only 10 minutes a detailed hard copy verification report can be generated (level 1 verification). Taking only slightly more time, level 2 verification offers the deepest field device verification possible without process interruption. This makes the OPTICHECK Master also the ideal service tool for proof test documentation of safety loops acc. to IEC 61508/61511. This may result in extended proof test intervals or simplifying the actual test procedure of safety loops. It also significantly contributes to improving overall safety levels and plant availability without removing the devices from the process and interrupting plant operation.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Increased safety and extended recalibration intervals of field devices via documented verification history
- Less process downtime through monitoring and preventive maintenance
- In-situ verification
- Customised hard copy verification report for each field device
- Various trending functions for field device monitoring
- Documentation of device status
- Lightweight portable device incl. all cables and accessories for easy connection and handling
- Digital storage of verification data in the internal database
- Optional download of original factory calibration settings from the KROHNE manufacturing database (PICK)
OPTITEMP TR 100
The OPTITEMP TR 100 is a replaceable spring-loaded measuring insert with Pt100 RTD sensor for installation into temperature assemblies. It is made
The OPTITEMP TR 100 is a replaceable spring-loaded measuring insert with Pt100 RTD sensor for installation into temperature assemblies. It is made of a mineral insulated cable with laser welded bottom plug. The measuring insert is highly flexible and features superior insulation resistance and a high degree of vibration resistance.
The OPTITEMP TR 100 can be equipped with ceramic terminal block, flying wires or with an OPTITEMP head-mounted transmitter. It comes with sheath diameter Ø6 mm / 1⁄4″ or Ø3 mm / 1⁄8″ for quick response. The measuring insert is available with ATEX and IECEx approvals.
Overview
The OPTITEMP TR 100 is a replaceable spring-loaded measuring insert with Pt100 RTD sensor for installation into temperature assemblies. It is made of a mineral insulated cable with laser welded bottom plug. The measuring insert is highly flexible and features superior insulation resistance and a high degree of vibration resistance.
The OPTITEMP TR 100 can be equipped with ceramic terminal block, flying wires or with an OPTITEMP head-mounted transmitter. It comes with sheath diameter Ø6 mm / 1⁄4” or Ø3 mm / 1⁄8” for quick response. The measuring insert 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.
- For installation in OPTITEMP industrial temperature assemblies
- Pt100 RTD with a characteristic curve according to DIN EN 60751
- Replaceable spring-loaded version for secure contact with the bottom of the thermowell
- Superior insulation resistance
- High degree of vibration resistance
- Quick-response versions with a diameter of 3 mm / 0.12″
- Standard and customised length
- Intrinsically safe versions for use in hazardous areas
OPTITEMP TC 100
The OPTITEMP TC 100 is a replaceable spring-loaded measuring insert with thermocouple for installation into temperature assemblies. It is made of a
The OPTITEMP TC 100 is a replaceable spring-loaded measuring insert with thermocouple for installation into temperature assemblies. It is made of a mineral insulated cable with laser welded bottom plug. Its measuring insert comes in type K or J, other types are available on request.
The OPTITEMP TC 100 is highly flexible and features superior insulation resistance and a high degree of vibration resistance. It can be equipped with ceramic terminal block, flying wires or with an OPTITEMP head-mounted transmitter. It comes with sheath diameter Ø6 mm / 1⁄4″ or Ø3 mm / 1⁄8″ for quick response. The measuring insert is available with ATEX and IECEx approvals.
Overview
The OPTITEMP TC 100 is a replaceable spring-loaded measuring insert with thermocouple for installation into temperature assemblies. It is made of a mineral insulated cable with laser welded bottom plug. Its measuring insert comes in type K or J, other types are available on request.
The OPTITEMP TC 100 is highly flexible and features superior insulation resistance and a high degree of vibration resistance. It can be equipped with ceramic terminal block, flying wires or with an OPTITEMP head-mounted transmitter. It comes with sheath diameter Ø6 mm / 1⁄4” or Ø3 mm / 1⁄8” for quick response. The measuring insert 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.
- For installation in OPTITEMP industrial temperature assemblies
- With thermocouple (type K or J) according to DIN EN 60584
- Replaceable spring-loaded version for secure contact with the bottom of the thermowell
- Superior insulation resistance
- High degree of vibration resistance
- Quick-response versions with a diameter of 3 mm / 0.12″
- Standard and customised length
- Intrinsically safe versions for use in hazardous areas
OPTITEMP TT-CON EX
OPTITEMP TT-CON is a complete kit for the PC configuration of all PC programmable OPTITEMP temperature transmitters (except OPTITEMP TT 50). The kit
OPTITEMP TT-CON is a complete kit for the PC configuration of all PC programmable OPTITEMP temperature transmitters (except OPTITEMP TT 50). The kit includes the USB interface and connection cables. The communication with the connected transmitter is automatically established with ConSoft™. Annoying problems in defining the PC communication ports or interfaces are avoided.
Overview
OPTITEMP TT-CON is a complete kit for the PC configuration of all PC programmable OPTITEMP temperature transmitters (except OPTITEMP TT 50). The kit includes the USB interface and connection cables. The communication with the connected transmitter is automatically established with ConSoft™. Annoying problems in defining the PC communication ports or interfaces are avoided.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- USB communication
- Automatic setting of the communication port
- Automatic transmitter identification for quick start
- LEDs on the USB interface to show the status of communication
- Quick installation of the configuration software and driver for interface
- Free download of the configuration software ConSoft™ and the software for the USB interface from the KROHNE website
OPTITEMP TT-CON BT
The OPTITEMP TT-CON BT is a Bluetooth® modem for wireless communication between mobile devices and KROHNE temperature transmitters that support the
The OPTITEMP TT-CON BT is a Bluetooth® modem for wireless communication between mobile devices and KROHNE temperature transmitters that support the wireless technology standard. Together with the dedicated OPTITEMP Connect mobile app it forms a complete kit for configuration and monitoring of OPTITEMP TRAnsmitters without power supply and wiring. The OPTITEMP TT-CON BT just needs to be plugged into the transmitter’s mini USB connector and connected via Bluetooth® with a smartphone or tablet that has the app installed. In this way the configuration kit allows operators to communicate with a transmitter wirelessly.
The space-saving design of the OPTITEMP TT-CON allows configuration and monitoring of transmitters in the tightest mounting locations, e.g. in cabinets where the transmitters are mounted close to each other. The monitoring and diagnostic features of the app also allow service and maintenance personnel to carry out a fast and easy check of process conditions in real time.
Overview
The OPTITEMP TT-CON BT is a Bluetooth® modem for wireless communication between mobile devices and KROHNE temperature transmitters that support the wireless technology standard. Together with the dedicated OPTITEMP Connect mobile app it forms a complete kit for configuration and monitoring of OPTITEMP TRAnsmitters without power supply and wiring. The OPTITEMP TT-CON BT just needs to be plugged into the transmitter’s mini USB connector and connected via Bluetooth® with a smartphone or tablet that has the app installed. In this way the configuration kit allows operators to communicate with a transmitter wirelessly.
The space-saving design of the OPTITEMP TT-CON allows configuration and monitoring of transmitters in the tightest mounting locations, e.g. in cabinets where the transmitters are mounted close to each other. The monitoring and diagnostic features of the app also allow service and maintenance personnel to carry out a fast and easy check of process conditions in real time.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Remote Bluetooth® communication
- Free download of KROHNE configuration app (available for Android and iOS)
- Automatic updates of configuration app on mobile devices with internet connectivity
- No external power supply needed
- Enables fast and easy service and maintenance on-site
OPTITEMP TT 22 R
The OPTITEMP TT 22 R is a programmable 2-wire rail-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire
The OPTITEMP TT 22 R is a programmable 2-wire rail-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire configuration. The device features a robust design and excellent performance even under demanding conditions such as varying ambient temperatures, vibrations, moisture and radio interferences. It provides a temperature linear current output (4…20 mA).
The OPTITEMP TT 22 R can be easily configured from a PC using the ConSoftTM software with configuration kit ICON. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. Using PC configuration, no calibration is required. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 22 C.
Overview
The OPTITEMP TT 22 R is a programmable 2-wire rail-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire configuration. The device features a robust design and excellent performance even under demanding conditions such as varying ambient temperatures, vibrations, moisture and radio interferences. It provides a temperature linear current output (4…20 mA).
The OPTITEMP TT 22 R can be easily configured from a PC using the ConSoftTM software with configuration kit ICON. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. Using PC configuration, no calibration is required. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 22 C.
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 digital device
- Configuration without external power supply (via PC/software ConSoft)
- Long-term stability: Max. drift of ±0.1% of span/year
- Sensor break monitoring and sensor short circuit monitoring (NAMUR NE 43)
- Sensor error correction
- Conforms to EMC in accordance with EN 61326 and NAMUR NE 21
- Designed for installation on a rail (in accordance with DIN EN 60715)
OPTITEMP TT 22 C
The OPTITEMP TT 22 C is a programmable 2-wire head-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire configuration. The
The OPTITEMP TT 22 C is a programmable 2-wire head-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire configuration. The device features a robust design and excellent performance even under demanding conditions such as varying ambient temperatures, vibrations, moisture and radio interferences. It provides a temperature linear current output (4…20 mA). The temperature transmitter is approved for use in hazardous areas
The OPTITEMP TT 22 Ccan be easily configured from a PC using the ConSoft software with configuration kit ICON. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. Using PC configuration, no calibration is required. The RTD transmitter is designed for installation in a “B connection head” or larger. As an alternative the OPTITEMP TT 22 C can also be mounted on a DIN rail using an optional rail mounting kit. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 22 R.
Overview
The OPTITEMP TT 22 C is a programmable 2-wire head-mounted temperature transmitter. It works with a Pt100 RTD element in 3-wire configuration. The device features a robust design and excellent performance even under demanding conditions such as varying ambient temperatures, vibrations, moisture and radio interferences. It provides a temperature linear current output (4…20 mA). The temperature transmitter is approved for use in hazardous areas
The OPTITEMP TT 22 Ccan be easily configured from a PC using the ConSoft software with configuration kit ICON. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. Using PC configuration, no calibration is required. The RTD transmitter is designed for installation in a “B connection head” or larger. As an alternative the OPTITEMP TT 22 C can also be mounted on a DIN rail using an optional rail mounting kit. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 22 R.
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 digital device
- Configuration without external power supply (via PC/software ConSoft)
- Long-term stability: Max. drift of±0.1% of span/year
- Sensor break monitoring and sensor short circuit monitoring (NAMUR NE 43)
- Sensor error correction
- Conforms to EMC in accordance with EN 61326 and NAMUR NE 21
- Suitable for connection head B or larger
- Optional rail mounting kit for installation on a DIN rail (in accordance with DIN EN 60715)
- Available as intrinsically safe: ATEX, IECEx (zone 0, 1, 2)
OPTITEMP TT 33 R
The OPTITEMP TT 33 R is a universal, programmable 2-wire rail-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements,
The OPTITEMP TT 33 R is a universal, programmable 2-wire rail-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). Due to its rugged design, it withstands external influences such as shocks and vibrations (up to 10 g, as may occur in OEM/machinery applications). With a fast step response time of just 0.15 s and high accuracy (±0.08% of span) over transmitter lifetime, it is well suited for many industrial applications. Its low temperature drift (±0.01% of span) makes regular calibration less necessary. The temperature transmitter provides a temperature linear current output (4…20 mA). It is also approved for use in hazardous areas.
The OPTITEMP TT 33 R features various useful functions including runtime counter, tracking and backup of previous configuration, ambient temperature log, output simulation for loop testing as well as extended diagnostics complying with NAMUR NE 107. The rail-mounted transmitter supports wireless Near Field Communication (NFC) as well as Bluetooth® com munication. It can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed. Alternatively, the OPTITEMP TT 33 R can be easily configured from a PC using the ConSoft™ software with OPTITEMP TT-CON EX configuration kit. Thanks to the user-friendly interface, parameters like temperature measurement range or failure indication can be set or re-set within seconds. It is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 33 C.
Specifications
Depending on selected device configuration
General information
| Product type | Temperature transmitter |
| Product family name | OPTITEMP |
| Product positioning | With universal inputs and galvanic isolation |
| Product variants |
|
| Transmitter programmable | Yes |
| Ambient temperature | -40…+85°C/ -40…+185°F |
| Transmitter input | Potentiometer (Ω), Resistance (RTD), Thermocouple (TC), Voltage (mV) |
| Galvanic isolation | Yes |
| Galvanic isolation (VAC) | 1500 VAC |
| Galvanic isolation (VAC) | 1500 VAC |
| Power supply (VDC) | 8…36 VDC 8…30 VDC (Ex) |
| RTD input | Pt10, Pt50, Pt100, Pt1000, Ni50, Ni100, Ni120, Ni1000, Cu10 |
| Potentiometer input (Ω) | 100…10000 Ω |
| Voltage input (mV) | -10…+1000 mV |
| RTD input / wiring | 2-wire, 3-wire, 4-wire |
| TC Input | B, C, D, E, J, K, N, R, S, T |
| Configuration method | PC/ConSoft software, NFC (Near Field Communication), Bluetooth® |
| Transmitter mounting | Rail-mounted |
| Diagnostic functions | Sensor break detection, Sensor error correction, Signal filtering function |
Approvals/Standards
| Certificates/Approvals Ex | ATEX, IECEx |
| NAMUR compliance | NE 107, NE 21, NE 43, NE 53, NE 89 |
Communication
| Analogue outputs | 4…20 mA |
OPTITEMP TT 33 C
The OPTITEMP TT 33 C is a universal, programmable 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements,
The OPTITEMP TT 33 C is a universal, programmable 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). Due to its rugged design, it withstands external influences such as shocks and vibrations (up to 10 g, as may occur in OEM/machinery applications). With a fast step response time of just 0.15 s and high accuracy (±0.08 % of span) over transmitter lifetime, it is well suited for many industrial applications. Its low temperature drift (±0.01% of span) makes regular calibration less necessary. The temperature transmitter provides a temperature linear current output (4…20 mA). It is also approved for use in hazardous areas.
The OPTITEMP TT 33 C features various useful functions including runtime counter, tracking and backup of previous configuration, ambient temperature log, output simulation for loop testing as well as extended diagnostics complying with NAMUR NE 107. The head-mounted transmitter supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. It can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed. Alternatively, the OPTITEMP TT 33 C can be easily configured from a PC using the ConSoft™ software with OPTITEMP TT-CON EX configuration kit. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. The temperature transmitter is designed to be mounted in a “B connection head” or larger. As an alternative it can also be mounted on a DIN rail using an optional rail mounting kit. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 33 R.
Overview
The OPTITEMP TT 33 C is a universal, programmable 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). Due to its rugged design, it withstands external influences such as shocks and vibrations (up to 10 g, as may occur in OEM/machinery applications). With a fast step response time of just 0.15 s and high accuracy (±0.08 % of span) over transmitter lifetime, it is well suited for many industrial applications. Its low temperature drift (±0.01% of span) makes regular calibration less necessary. The temperature transmitter provides a temperature linear current output (4…20 mA). It is also approved for use in hazardous areas.
The OPTITEMP TT 33 C features various useful functions including runtime counter, tracking and backup of previous configuration, ambient temperature log, output simulation for loop testing as well as extended diagnostics complying with NAMUR NE 107. The head-mounted transmitter supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. It can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed. Alternatively, the OPTITEMP TT 33 C can be easily configured from a PC using the ConSoft™ software with OPTITEMP TT-CON EX configuration kit. Thanks to the user-friendly interface, parameters like measurement range or failure indication can be set or re-set within seconds. The temperature transmitter is designed to be mounted in a “B connection head” or larger. As an alternative it can also be mounted on a DIN rail using an optional rail mounting kit. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 33 R.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Completely universal digital device
- Fast step response time and high accuracy over transmitter lifetime
- Configuration without external power supply (via the OPTICHECK Temperature Mobile app or via PC/software ConSoft™)
- With sensor break monitoring and sensor error correction
- High degree of functionality and features (incl. runtime counter, output simulation, ambient temperature log etc.)
- Vibration and shock proof (10 gr)
- 50-point customer linearisation
- Extensive diagnostics (NE 107)
- Galvanic isolation: 1500 VAC
- RoHS 2 compliant
- Suitable for connection head B or larger
- Optional rail mounting kit for installation on a DIN rail (in accordance with DIN EN 60715)
OPTITEMP TT 51 R
The OPTITEMP TT 51 R is a universal, programmable high-performance 2-wire rail-mounted temperature transmitter with HART® communication. The galvanically isolated dual
The OPTITEMP TT 51 R is a universal, programmable high-performance 2-wire rail-mounted temperature transmitter with HART® communication. The galvanically isolated dual input device works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). The device is available in 2-, 3- or 4-wire circuit. It also features the option of a 4-wire circuit for two Pt100 inputs. The transmitter stands for proven stability, reliability as well as high accuracy and boasts a minimum measuring error of ±0.05% of span in 5 years. The transmitter offers extended diagnostic information (e.g. open or short circuit monitoring etc.). Its unique “SmartSense” function allows insulation resistance monitoring to prevent measuring errors.
The OPTITEMP TT 51 R is SIL2 approved (IEC 61508) and thus the ideal solution for use in Safety Instrumented Systems (SIS). The temperature transmitter is also available as intrinsically safe. As an added bonus, the ConSoftTM configuration software makes the transmitter start-up particularly simple. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 51 C.
Overview
The OPTITEMP TT 51 R is a universal, programmable high-performance 2-wire rail-mounted temperature transmitter with HART® communication. The galvanically isolated dual input device works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). The device is available in 2-, 3- or 4-wire circuit. It also features the option of a 4-wire circuit for two Pt100 inputs. The transmitter stands for proven stability, reliability as well as high accuracy and boasts a minimum measuring error of ±0.05% of span in 5 years. The transmitter offers extended diagnostic information (e.g. open or short circuit monitoring etc.). Its unique “SmartSense” function allows insulation resistance monitoring to prevent measuring errors.
The OPTITEMP TT 51 R is SIL2 approved (IEC 61508) and thus the ideal solution for use in Safety Instrumented Systems (SIS). The temperature transmitter is also available as intrinsically safe. As an added bonus, the ConSoftTM configuration software makes the transmitter start-up particularly simple. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 51 C.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Highly precise, completely universal digital device, with dual sensor input
- Configuration, installation and maintenance via software ConSoft, HART® protocol or EDD
- Optional redundant 4-wire circuit for 2 x Pt100
- Best in class for long-term stability: ±0.05% of span in 5 years
- Fast response time, high speed update (300 ms)
- High reliability due to 50-point linearisation, sensor drift detection and sensor backup
- Sensor break monitoring, failure detection and error correction
- Isolation resistance monitoring (SmartSense): fail-safe up to 95% relative air humidity
- Rugged design: vibration-resistant up to 10 g
- Galvanic isolation: 1500 VAC
- Conforms to NAMUR in accordance with NE 43, NE 53, NE 89, NE 107
- Conforms to EMC in accordance with EN 61326 and NE 21
- SIL2 certified
- Can be configured via ConSoft while staying connected with a sensor installed in hazardous areas
- Designed for installation on a rail (in accordance with DIN EN 60715)
- Available as intrinsically safe: ATEX, IECEx (zone 0, 1, 2)
OPTITEMP TT 51 C
The OPTITEMP TT 51 C is a universal, programmable high-performance 2-wire head-mounted temperature transmitter with HART® communication. The galvanically isolated dual input device
The OPTITEMP TT 51 C is a universal, programmable high-performance 2-wire head-mounted temperature transmitter with HART® communication. The galvanically isolated dual input device works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω) in 2-, 3- or 4-wire circuit. It stands for proven stability, reliability as well as high accuracy and boasts a minimum measuring error of ±0.05% of span in 5 years. The HART® transmitter offers extended diagnostic information (e.g. open or short circuit monitoring etc.). Its unique “SmartSense” function allows insulation resistance monitoring to prevent measuring errors.
The OPTITEMP TT 51 C is SIL2 approved (IEC 61508) and thus the ideal solution for use in Safety Instrumented Systems (SIS). The temperature transmitter is also available as intrinsically safe. As an added bonus, the ConSoft™ configuration software makes the OPTITEMP TT 51 start-up particularly simple. The transmitter is designed to be mounted in a “B connection head”. A dedicated rail-mounted version for DIN rails is available with the 51 R OPTITEMP TT 51 R.
Overview
The OPTITEMP TT 51 C is a universal, programmable high-performance 2-wire head-mounted temperature transmitter with HART® communication. The galvanically isolated dual input device works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω) in 2-, 3- or 4-wire circuit. It stands for proven stability, reliability as well as high accuracy and boasts a minimum measuring error of ±0.05% of span in 5 years. The HART® transmitter offers extended diagnostic information (e.g. open or short circuit monitoring etc.). Its unique “SmartSense” function allows insulation resistance monitoring to prevent measuring errors.
The OPTITEMP TT 51 C is SIL2 approved (IEC 61508) and thus the ideal solution for use in Safety Instrumented Systems (SIS). The temperature transmitter is also available as intrinsically safe. As an added bonus, the ConSoft™ configuration software makes the OPTITEMP TT 51 start-up particularly simple. The transmitter is designed to be mounted in a “B connection head”. A dedicated rail-mounted version for DIN rails is available with the 51 R OPTITEMP TT 51 R.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Highly precise, completely universal digital device, with dual sensor input
- Configuration, installation and maintenance via software ConSoft, HART® protocol or EDD
- Best in class for long-term stability: ±0.05% of span in 5 years
- Fast response time, high speed update (300 ms)
- High reliability due to 50-point linearisation and sensor drift detection
- Sensor break monitoring and sensor error correction
- Isolation resistance monitoring (SmartSense): fail-safe up to 95% relative air humidity
- Rugged design: vibration-resistant up to 10 g
- Galvanic isolation: 1500 VAC
- Conforms to NAMUR in accordance with NE 43, NE 53, NE 89, NE 107
- Conforms to EMC in accordance with EN 61326 and NE 21
- Suitable for connection head B or larger
- SIL2 certified
- Optional rail mounting kit for installation on a DIN rail (in accordance with DIN EN 60715)
- Available as intrinsically safe: ATEX, IECEx (zone 0, 1, 2)
OPTITEMP TT 53 R
The OPTITEMP TT 53 R is a universal, programmable, 2-wire rail-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements,
The OPTITEMP TT 53 R is a universal, programmable, 2-wire rail-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). It supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. The OPTITEMP TT 53 R transmitter can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed.
Featuring HART®7 communication, the transmitter also offers extended diagnostic information (for example device error, sensor and wiring conditions). In addition, it is able to measure the actual supply voltage as well as the ambient temperature while making them available via HART®. The maximum values are stored internally. The robust design of the OPTITEMP TT 53 R makes the transmitter highly reliable even under harsh environmental conditions. It is available for use in hazardous areas. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 53 C.
Overview
The OPTITEMP TT 53 R is a universal, programmable, 2-wire rail-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). It supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. The OPTITEMP TT 53 R transmitter can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed.
Featuring HART®7 communication, the transmitter also offers extended diagnostic information (for example device error, sensor and wiring conditions). In addition, it is able to measure the actual supply voltage as well as the ambient temperature while making them available via HART®. The maximum values are stored internally. The robust design of the OPTITEMP TT 53 R makes the transmitter highly reliable even under harsh environmental conditions. It is available for use in hazardous areas. The temperature transmitter is designed to be mounted on a DIN rail. A dedicated head-mounted version is available with the OPTITEMP TT 53 C.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Completely universal digital device
- Fast step response time and high accuracy over transmitter lifetime
- Wireless communication:
- Via Near Field Communication (NFC): Quick configuration of the transmitter in combination with the user-friendly OPTICHECK Temperature Mobile app; no power supply and wiring required
- Via Bluetooth®: Quick configuration and monitoring of the transmitter in combination with the OPTITEMP TT-CON BT configuration kit and the OPTICHECK Temperature Mobile app
- Configuration also possible via PC/software (ConSoft™) without external power supply
- Enhanced diagnostics (NAMUR NE 107), incl. sensor break monitoring, error correction etc.
- High degree of functionality and features (incl. runtime counter, output simulation, ambient temperature log etc.)
- Rugged design: vibration-resistant up to 10 g
- Designed for installation on a rail (in accordance with DIN EN 60715)
OPTITEMP TT 53 C
The OPTITEMP TT 53 C is a universal, programmable, 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements,
The OPTITEMP TT 53 C is a universal, programmable, 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). It supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. The OPTITEMP TT 53 C transmitter can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed.
Featuring HART®7 communication, the transmitter also offers extended diagnostic information (for example device error, sensor and wiring conditions). In addition, it is able to measure the actual supply voltage as well as the ambient temperature while making them available via HART®. The maximum values are stored internally. The robust design of the OPTITEMP TT 53 C makes the transmitter highly reliable even under harsh environmental conditions. The temperature transmitter is available for use in hazardous areas. It is designed to be mounted in a “B connection head”. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 53 R.
Overview
The OPTITEMP TT 53 C is a universal, programmable, 2-wire head-mounted temperature transmitter. The galvanically isolated transmitter works with RTD elements, thermocouple (TC) elements or other inputs (mV and Ω). It supports wireless Near Field Communication (NFC) as well as Bluetooth® communication. The OPTITEMP TT 53 C transmitter can thus be remotely configured and monitored using mobile devices with the OPTICHECK Temperature Mobile app installed.
Featuring HART®7 communication, the transmitter also offers extended diagnostic information (for example device error, sensor and wiring conditions). In addition, it is able to measure the actual supply voltage as well as the ambient temperature while making them available via HART®. The maximum values are stored internally. The robust design of the OPTITEMP TT 53 C makes the transmitter highly reliable even under harsh environmental conditions. The temperature transmitter is available for use in hazardous areas. It is designed to be mounted in a “B connection head”. A dedicated rail-mounted version for DIN rails is available with the OPTITEMP TT 53 R.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- Completely universal digital device
- Fast step response time and high accuracy over transmitter lifetime
- Wireless communication:
- Via Near Field Communication (NFC): Quick configuration of the transmitter in combination with the user-friendly OPTICHECK Temperature Mobile app; no power supply and wiring required
- Via Bluetooth®: Quick configuration and monitoring of the transmitter in combination with the OPTITEMP TT-CON BT configuration kit and the OPTICHECK Temperature Mobile app
- Configuration also possible via PC/software (ConSoft™) without external power supply
- Enhanced diagnostics (NAMUR NE 107), incl. sensor break monitoring, error correction etc.
- High degree of functionality and features (incl. runtime counter, output simulation, ambient temperature log etc.)
- Rugged design: vibration-resistant up to 10 g
- Suitable for connection head B or larger
- Optional rail mounting kit for installation on a DIN rail (in accordance with DIN EN 60715)
OPTITEMP TCA-M70
The OPTITEMP TCA-M70 is a mineral insulated (MI) cable thermocouple equipped with a compensation cable. It comes with an optional thermo
The OPTITEMP TCA-M70 is a mineral insulated (MI) cable thermocouple equipped with a compensation cable. It comes with an optional thermo plug or free insulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable of the sensor can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M70 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M70 is a mineral insulated (MI) cable thermocouple equipped with a compensation cable. It comes with an optional thermo plug or free insulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable of the sensor can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M70 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- With insulated flying wires, single or double versions
- With optional thermo plug
- PVC or silicone insulation of compensation cable
- Tolerance class 1 according to IEC 60751 as standard
- Measuring point isolated or grounded
OPTITEMP TCA-M60
The OPTITEMP TCA-M60 is a mineral insulated (MI) thermocouple equipped with a standard thermo plug for an easier installation with clamping
The OPTITEMP TCA-M60 is a mineral insulated (MI) thermocouple equipped with a standard thermo plug for an easier installation with clamping or compression fitting. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M60 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M60 is a mineral insulated (MI) thermocouple equipped with a standard thermo plug for an easier installation with clamping or compression fitting. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M60 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Measuring point isolated or grounded
OPTITEMP TCA-M50
The OPTITEMP TCA-M50 is a mineral insulated (MI) thermocouple equipped with a mini thermo plug for an easier installation with clamping
The OPTITEMP TCA-M50 is a mineral insulated (MI) thermocouple equipped with a mini thermo plug for an easier installation with clamping or compression fitting. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M50 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M50 is a mineral insulated (MI) thermocouple equipped with a mini thermo plug for an easier installation with clamping or compression fitting. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M50 is mechanically and thermally highly stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Tolerance class 1 according to IEC 60584-2 as standard
- Measuring point isolated or grounded
OPTITEMP TCA-M40
The OPTITEMP TCA-M40 is a mineral insulated (MI) thermocouple with a connection head type BA. The MI cable sensor is particularly
The OPTITEMP TCA-M40 is a mineral insulated (MI) thermocouple with a connection head type BA. The MI cable sensor is particularly suitable for applications where the temperature of the environment exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M40 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The connecting wires are colour coded according to IEC 60584. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M40 is a mineral insulated (MI) thermocouple with a connection head type BA. The MI cable sensor is particularly suitable for applications where the temperature of the environment exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M40 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The connecting wires are colour coded according to IEC 60584. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- Connection head BA (IP65) available with optional head-mounted transmitter
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Tolerance class 1 according to IEC 60584-2 as standard
- Measuring point isolated or grounded
OPTITEMP TCA-M30
The OPTITEMP TCA-M30 is a mineral insulated (MI) thermocouple with a mini connection head (type MA). The MI cable sensor is
The OPTITEMP TCA-M30 is a mineral insulated (MI) thermocouple with a mini connection head (type MA). The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M30 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M30 is a mineral insulated (MI) thermocouple with a mini connection head (type MA). The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M30 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- Connection head MA (IP53) available with optional head-mounted transmitter
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Tolerance class 1 according to IEC 60584-2 as standard
- Measuring point isolated or grounded
OPTITEMP TCA-M20
The OPTITEMP TCA-M20 is a mineral insulated (MI) thermocouple with insulated flying wires for installation where connection terminals already exist. The
The OPTITEMP TCA-M20 is a mineral insulated (MI) thermocouple with insulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M20 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M20 is a mineral insulated (MI) thermocouple with insulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M20 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- With insulated flying wires, single or double versions
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Tolerance class 1 according to IEC 60584-2 as standard
- Measuring point isolated or grounded
OPTITEMP TCA-M10
The OPTITEMP TCA-M10 is a mineral insulated (MI) thermocouple with uninsulated flying wires for installation where connection terminals already exist. The
The OPTITEMP TCA-M10 is a mineral insulated (MI) thermocouple with uninsulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable of the sensor can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M10 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Overview
The OPTITEMP TCA-M10 is a mineral insulated (MI) thermocouple with uninsulated flying wires for installation where connection terminals already exist. The MI cable sensor is particularly suitable for applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material (e.g. in test bench applications). The MI cable of the sensor can be easily formed to fit into limited spaces. Its small diameter makes it perfect to provide fast response times.
The OPTITEMP TCA-M10 is mechanically and thermally very stable. It is available with thermocouple type J, K or N, single (standard) or double (optional), according to IEC 60584 class 1. The measuring point can be ordered as isolated (standard) or grounded (optional). The MI thermocouple sensor is best used for measuring high process temperatures of gases and liquids (up to +1250°C / +2282°F), at low to medium pressures and flow velocities.
Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.
- High temperature measurement in limited spaces
- Flexible and hand formable MI cable sensor
- Mechanically and thermally stable
- Designed for fast response times
- With uninsulated flying wires, single or double versions
- Sheath material: 1.4841 / AISI 310, 2.4816 / Alloy 600 or Pyrosil®
- Suitable for installation where a connection terminal already exists
- Tolerance class 1 according to IEC 60584-2 as standard
- Measuring point isolated or grounded
OPTITEMP TRA-W90
The OPTITEMP TRA-W90 is a plug-in cable sensor (RTD) made of a flexible mineral insulated (MI) cable that can be easily
The OPTITEMP TRA-W90 is a plug-in cable sensor (RTD) made of a flexible mineral insulated (MI) cable that can be easily cut and formed to fit into limited spaces. The cable sensor is particularly suitable for temperature measurement in applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material. The OPTITEMP TRA-W-90 is available with PVC, silicone or PTFE connecting cable. It can be provided with free insulated flying wires for installation in applications where connection terminals already exist.
Overview
The OPTITEMP TRA-W90 is a plug-in cable sensor (RTD) made of a flexible mineral insulated (MI) cable that can be easily cut and formed to fit into limited spaces. The cable sensor is particularly suitable for temperature measurement in applications where the ambient temperature exceeds the maximum allowable temperature of standard cable material. The OPTITEMP TRA-W-90 is available with PVC, silicone or PTFE connecting cable. It can be provided with free insulated flying wires for installation in applications where connection terminals already exist.
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 in applications with higher ambient temperature ranges
- Flexible and hand formable MI cable sensor
- Available with flying wires, single and double versions
- Sheath material: Stainless steel (1.4404 / 316L)
- Tolerance class A according to IEC 60751 as standard
- Available with PVC, silicone or PTFE insulated connecting cable
- Standard or customised lengths
- Different connection heads available (IP54…IP68)
- With optional temperature transmitter
OPTITEMP TRA-W80
The OPTITEMP TRA-W80 is a cable sensor (RTD) for soil temperature measurement or similar applications. The heavy duty sensor is designed
The OPTITEMP TRA-W80 is a cable sensor (RTD) for soil temperature measurement or similar applications. The heavy duty sensor is designed to withstand high pressures and harsh environments. The robust, oil-tight cable can handle a maximum tensile load of 900N. Its cable can be pulled so as to move the sensor even if buried. The ground temperature sensor features a Pt100 or Pt1000 measuring element that is placed in the tip of the tube filled with heat transfer compound for fast response times. The measuring range of the sensor is -50…+200°C / -58…+390°F. The OPTITEMP TRA-W80 comes with an oil-tight and UV proof Hytrel® insulated connecting cable as standard.
Overview
The OPTITEMP TRA-W80 is a cable sensor (RTD) for soil temperature measurement or similar applications. The heavy duty sensor is designed to withstand high pressures and harsh environments. The robust, oil-tight cable can handle a maximum tensile load of 900N. Its cable can be pulled so as to move the sensor even if buried. The ground temperature sensor features a Pt100 or Pt1000 measuring element that is placed in the tip of the tube filled with heat transfer compound for fast response times. The measuring range of the sensor is -50…+200°C / -58…+390°F. The OPTITEMP TRA-W80 comes with an oil-tight and UV proof Hytrel® insulated connecting cable as standard.
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 in harsh environments and subsoil applications (e.g. underground pipelines)
- Heavy duty design: oil-tight, vibration and UV proof, IP68
- Sheath material: Stainless steel (1.4404 / 316L)
- Tolerance class A according to IEC 60751 as standard
- Available with Hytrel® insulated connecting cable
- Standard or customised lengths
- Ingress protection: IP68
OPTITEMP TRA-W70
The OPTITEMP TRA-W70 is a plug-in cable sensor (RTD) with bayonet nipple. It is particularly suitable for measuring surface temperature in
The OPTITEMP TRA-W70 is a plug-in cable sensor (RTD) with bayonet nipple. It is particularly suitable for measuring surface temperature in plastic moulding machines. The bayonet sensor features an adjustable immersion length due to its flexible bayonet sleeve in nickel plated brass that ensures contact to the measuring surface regardless of movement or vibration. The RTD for the plastics industry features a Pt100 or Pt1000 measuring element that is placed in the tip of the tube filled with heat transfer compound for fast response times. It can operate up to +200°C / +390°F. The OPTITEMP TRA-W70 comes with PTFE insulated connecting cable as standard. It can be provided with free flying wires for installation in applications where connection terminals already exist.
Overview
The OPTITEMP TRA-W70 is a plug-in cable sensor (RTD) with bayonet nipple. It is particularly suitable for measuring surface temperature in plastic moulding machines. The bayonet sensor features an adjustable immersion length due to its flexible bayonet sleeve in nickel plated brass that ensures contact to the measuring surface regardless of movement or vibration. The RTD for the plastics industry features a Pt100 or Pt1000 measuring element that is placed in the tip of the tube filled with heat transfer compound for fast response times. It can operate up to +200°C / +390°F. The OPTITEMP TRA-W70 comes with PTFE insulated connecting cable as standard. It can be provided with free flying wires for installation in applications where connection terminals already exist.
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 hot plastic melts
- Available with flying wires, single and double versions
- Sheath material: 1.4404 / 316L
- Tolerance class A according to IEC 60751 as standard
- Oil-tight, available with PTFE insulated connecting cable
- Standard or customised lengths
- Different connection heads available (IP54…IP68)
- With optional transmitter and display