TH55 Modular TC thermometer, US style
Comprehensive and common temperature measurement technology for almost all branches of industry
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Measuring principle
Thermocouple
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Characteristic / Application
TA20J – SS – w. or w/o. display
TMT142 – aluminium – fieldhousing w. or w/o. display
TMT162 – aluminium – fieldhousing w. or w/o. display
TMT162 – SS – fieldhousing w. or w/o. display
Alu – screwed cover w. chain – E+H blue
PP plastic – screwed cover w. chain
TA30H – aluminum w. or w/o. display -
Thermowell / protection tube
to use with thermowell
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
1/4” (6,35 mm)
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Max. immersion length on request
up to 30″ (762 mm)
others on request -
Material protection tube/ thermowell
Sensor sheath
316
Alloy 600 -
Optional coating
not applicable
-
Process connection
Thermowell connection
male thread:
NPT1/2″ -
Tip shape
straight
-
Surface roughness Ra
Not defined
-
Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C … 1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20 °C: 100 bar (1.450 psi)
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Accuracy
class 1 acc. to IEC 60584
class 2 acc. to IEC 60584 -
Response time
63% rt = 1,3 s
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Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
transmitter only
FM IS
CSA IS
FM/CSA IS -
Certification
SIL (transmitter only)
Field of application
The high modular thermometer is used for several applications with harsh environments, e.g. in power plants, refineries or in the chemical or petrochemical industry. The robust device is designed for use within an existing thermowell. With different head transmitter it’s a complete unit ready for use with enhanced measurement accuracy and reliability.
The TH55 temperature sensors are thermocouple assemblies, designed for use in all types of process industries, including heavy industries, due to their rugged design. They are made up of a magnesium oxide insulated thermocouple as a measurement probe and a thermowell made of barstock material.The sensor assemblies can be used in process industries such as:ChemicalsPetrochemicals Power plants Refineries Offshore platforms
Benefits
One source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applications.Remove and install straight out of the box!Improved galvanic isolation on most devices (2 kV).Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solution.All iTEMP® transmitters provide long term stability ≤ 0.05% per year
TH54 Modular TC thermometer, US style
Best in class temperature measurement technology for general applications
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Measuring principle
Thermocouple
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Characteristic / Application
Industrial US style
modular temperature assembly
flanged process connection
with extension
incl. thermowell -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
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Outer diameter protection tube / Insert
3/4” (19,05 mm)
7/8” (22,23 mm)
17/16” (26,99 mm) -
Max. immersion length on request
up to 24” (609 mm)
others on request -
Material protection tube/ thermowell
316/316L
others on request -
Optional coating
available on request
-
Process connection
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1″ 900/1500 RF (B16.5)
ASME 1.5″ 150 RF (B16.5)
ASME 1.5″ 300 RF (B16.5)
ASME 1.5″ 600 RF (B16.5)
ASME 1.5″ 900/1500 RF (B16.5)
ASME 2″ 150 RF (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 900/1500 RF (B16.5)
ASME 3″ 150 RF (B16.5)
ASME 3″ 300 RF (B16.5)
ASME 3″ 600 RF (B16.5)
ASME 3″ 900/1500 RF (B16.5) -
Tip shape
straight
tapered -
Surface roughness Ra
1,6 μm (63,0 μin.)
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Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C … 720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C … 820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C … 1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20°C: 500 bar (7252 psi)
depends on configuration -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
depending on configuration
63% rt = 15,0 s -
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
transmitter only
FM IS
CSA IS
FM/CSA IS -
Certification
SIL (transmitter only)
Field of application
The high modular thermometer is used for several applications with harsh environments, e.g. in power plants, refineries or in the chemical or petrochemical industry. The robust device with barstock thermowell, flange connection and different head transmitter is a complete unit ready for use with enhanced measurement accuracy and reliability. A variety of dimensions and materials, like SS316, INCONEL600, HastelloyC276, Titan or Monel, offer flexible application possibilities.
The TH54 temperature sensors are Thermocouple assemblies installed in Thermowells and designed for use in all types of process industries, including heavy industries, due to their rugged design. They are made up of a Magnesium Oxide insulated thermocouple as a measurement probe and a thermowell made of barstock material.The sensor assemblies can be used in process industries such as:ChemicalsPetrochemicals Power plants Refineries Offshore platforms
Benefits
One source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applications.Remove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solution.All iTEMP® transmitters provide long term stability ≤ 0.05% per year
TH53 Modular TC thermometer, US style
Best in class temperature measurement technology for general applications
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Measuring principle
Thermocouple
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Characteristic / Application
Industrial US style
modular temperature assembly
threaded, weld-in, and socket weld process connection
with extension
incl. thermowell -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
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Outer diameter protection tube / Insert
3/4” (19,05 mm)
7/8” (22,23 mm)
1” (25,40 mm)
17/16” (26,99 mm)
0,63” …1,31” (15,88 mm … 33,40 mm) -
Max. immersion length on request
up to 24” (609 mm)
others on request -
Material protection tube/ thermowell
316/316L
others on request -
Optional coating
Available on request
-
Process connection
male thread:
NPT1/2″
NPT3/4″
NPT1″
weld in version
socket weld version -
Tip shape
straight
stepped
tapered -
Surface roughness Ra
32 μin (0.80 μm)
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Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C … 1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C … 1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20°C: 100 bar (1.450psi)
depends on configuration -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
depending on configuration
63% rt = 15 s -
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
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Ex – approvals
transmitter only
FM IS
CSA IS
FM/CSA IS -
Certification
SIL (transmitter only)
Field of application
The high modular thermometer is used for several applications with harsh environments, e.g. in power plants, refineries or in the chemical or petrochemical industry. The robust device with barstock thermowell and different head transmitter is a complete unit ready for use with enhanced measurement accuracy and reliability. A variety of process connections, dimensions and materials, like SS316, INCONEL600, Hastelloy C276, Titan or Monel, offer flexible application possibilities.
The TH53 temperature sensors are thermocouple assemblies installed in thermowells and designed for use in all types of process industries, including heavy industries, due to their rugged design. They are made up of a magnesium oxide insulated thermocouple as a measurement probe and a thermowell made of barstock material. The sensor assemblies can be used in process industries such as:Chemicals PetrochemicalsPower plantsRefineriesOffshore platforms
Benefits
One source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applications.Remove and install straight out of the box!Improved galvanic isolation on most devices (2 kV).Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solution.All iTEMP® transmitters provide long term stability ≤ 0.05% per year
TH52 US style thermocouple sensor, cable probe
Cost efficient TC sensor designed for use in many process and laboratory applications
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Measuring principle
Thermocouple
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Characteristic / Application
US style
cable probe
process connection as compression fitting -
Thermowell / protection tube
without (not intended to use with thermowell)
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Insert / probe
mineral insulated (MI), flexible
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Outer diameter protection tube / Insert
1/16” (1,59 mm)
1/8” (3,18 mm)
3/16” (4,76 mm)
1/4” (6,35 mm) -
Max. immersion length on request
up to 96″ (2438 mm)
others on request -
Material protection tube/ thermowell
316
Alloy 600 -
Optional coating
Not applicable
-
Process connection
compression fitting:
NPT1/8″
NPT1/4″ -
Tip shape
straight
-
Surface roughness Ra
nicht definiert
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Operating temperature range
Type T:
-270 °C … 370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C …1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20°C: 40 bar (580 psi)’
depends on configuration -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
63% rt = 0.3 s
-
Integration head transmitter
Not applicable
Field of application
The thermocouple cable probe is easy to install and provide a high operational safety due to reliable and accurate temperature measurement in common processes. The probe is used in many process and laboratory applications such as heat exchangers, furnaces or dryers. Without additional thermowell the probe sheath is directly in contact with the process medium. This enables the cable probe to detect rapid temperature changes fast and accurate.
Magnesium oxide insulated thermocouples, commonly referred to as MgO thermocouples, are used in many process and laboratory applications. They have many desirable characteristics making thermocouples a good choice for general and special purpose applications.The sensors can be used on:Heat exchangersPower & recovery areasFurnacesDryersFlue gasCompressor stationsProcess reactors
Benefits
Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor and transmitter assembly for a complete point solution.Improved galvanic isolation on most devices (2 kV)One source shopping for temperature measurement solutions. Remove and install straight out of the box!All iTEMP® transmitters provide long term stability ≤ 0.05 % per year
TH51 Modular TC thermometer, US style
Best in class temperature measurement technology for general applications
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Measuring principle
Thermocouple
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Characteristic / Application
US style
modular temperature assembly
threaded process connection -
Thermowell / protection tube
without (not intended to use with thermowell)
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
1/8” (3,18 mm)
3/16”(4,76 mm)
1/4” (6,35 mm)
3/8” (9,53 mm) -
Max. immersion length on request
up to 96″ (2.438 mm)
others on request -
Material protection tube/ thermowell
316
Alloy 600 -
Optional coating
Not applicable
-
Process connection
male thread:
G1/2″
NPT1/2″
compression fitting:
NPT1/8″
NPT1/4″ -
Tip shape
straight
-
Surface roughness Ra
Not defined
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Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C … 1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20°C: 250 bar (3.626 psi)
depends on configuration -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
63% rt = 0.3 s
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Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
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Ex – approvals
transmitter only
FM IS
CSA IS
FM/CSA IS -
Certification
SIL (transmitter only)
Field of application
The high modular thermometer is used for several applications in almost all industries. Examples are heat exchangers, furnaces, dryers, process reactors, etc. With different head transmitter it’s a complete unit ready for use with enhanced measurement accuracy and reliability. It also enables very fast response times, due to direct contact measurement without thermowell. A variety of process connections and dimensions offer flexible application possibilities.
Magnesium oxide insulated thermocouples, commonly referred to as MgO thermocouples, are used in many process and laboratory applications. They have many desirable characteristics making thermocouples a good choice for general and special purpose applications. The sensors can be used on: Heat exchangers Power & recovery areasFurnaces DryersFlue gasCompressor stationsProcess reactors Metallurgical and glass manufacturing
Benefits
One source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering. Remove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor and transmitter assembly for acomplete point solution.All iTEMP® transmitters provide long term stability ≤ 0.05 % per year
TC15 Modular TC thermometer
Comprehensive and common temperature measurement technology for almost all branches of industry
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Measuring principle
Thermocouple
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Characteristic / Application
metric style
modular temperature assembly
universal range of application
suitable for hazardous areas
suitable for high process pressures
flanged process connection
with neck
incl. thermowell / protection tube (metal) -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
18,0 mm (0,71”)
24,0 mm (0,94”) -
Max. immersion length on request
up to 30.000,00 mm (1.181,10”)
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Material protection tube/ thermowell
1.0460 (A105)
1.4571 (316Ti)
1.7335 (13CrMo4-5; F-11)
Alloy C276 (2.4819)
Duplex SAF 2205 (1.4462)
Titan Gr2 (3.7035 ) -
Optional coating
Not defined
-
Process connection
weld in version
flange:
DN25 PN40 B1 (EN1092)
DN40 PN40 B1(EN1092)
DN50 PN40 B1 (EN1092)
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5) -
Tip shape
tapered
-
Surface roughness Ra
0,8 μm (31,5 μin.)
-
Operating temperature range
Type K:
max. 1.100 °C
(max. 2.012 °F)
Type J:
max. 750 °C
(max. 1.382 °F) -
Max. process pressure (static)
at 20 °C: 400 bar (5.802 psi)
-
Accuracy
class 1 acc. to IEC 60584
-
Response time
depending on configuration
-
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
ATEX II
NEPSI
IECEx
EAC Ex
UKCA -
Certification
Gost Metrology
SIL (transmitter only)
Field of application
The high modular and robust thermometer finds its use in several applications in almost all industries. An optional head transmitter, with all common communication protocols, makes the device ready to use with enhanced measurement accuracy and reliability compared to directly wired sensors. A variety of process connections, dimensions and materials offer flexible application possibilities.
Universal range of application
Particularly suitable for steam and gas applications with high process pressures and temperatures
Measuring range: –40 to 1100 °C (–40 to 2012 °F)
Static pressure range up to 400 bar (5800 psi)
Degree of protection: up to IP68
Benefits
High degree of flexibility thanks to modular design with standard terminal heads as per DIN EN 50446 and customer-specific immersion lengthsHigh degree of insert compatibility and design as per DIN 43772Extension neck to protect the head transmitter from overheatingFast response time with reduced/tapered tip formTypes of protection for use in hazardous locations: Intrinsic safety (Ex i.a.), non-sparking (Ex nA)Head transmitter with easy selection: Analog output 4 to 20 mA, HART®, PROFIBUS® PA or FOUNDATION Fieldbus™
TA576 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
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Measuring principle
Bar stock Thermowell
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Characteristic / Application
metric style
flanged process connections
round extension -
Head connection
internal thread:
1/2″ NPT
1/2″ NPSC -
Maximum standard immersion length
1000 mm (39,37″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 1500 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5)
DN25 PN16 B1
DN25 PN40 B1
DN40 PN40 B1
DN50 PN40 B1 -
Thermowell root diameter
19 mm (3/4″)
22 mm (0,87″)
27 mm (1,06″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical
conical tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
depends on process connection
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA576 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension, the immersion and the tapering lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and flanged connections is available; special versions can be ordered according to specificationsDifferent grades of surface finishing are also availableThe thermowell stem shape can be straight, conical or conical taperedThe process connection is flanged with double sided standard or full penetration weld
TA575 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
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Measuring principle
Bar stock Thermowell
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Characteristic / Application
metric style
flanged process connections
round extension -
Head connection
internal thread:
1/2″ NPT
1/2″ NPSM -
Maximum standard immersion length
1000 mm (39,37″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 1500 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5)
DN25 PN16 B1
DN25 PN40 B1
DN40 PN40 B1
DN50 PN40 B1 -
Thermowell root diameter
27 mm (1,06″)
-
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical
conical tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
depends on process connection
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA575 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension, the immersion and the tapering lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and flanged connections is available; special versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe thermowell stem shape is conicalThe process connection is flanged with double sided standard or full penetration weld
TA572 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
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Measuring principle
Bar stock Thermowell
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Characteristic / Application
metric style
weld-in process connections
round extension -
Head connection
internal thread:
1/2″ NPT
1/2″ NPSC -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
to weld-in
-
Thermowell root diameter
22 mm (0,87″)
27 mm (1,06″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0,8 μm (31,50 μin)
< 1,6 μm (63,00 μin) -
Tip shape
straight
conical
conical tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA572 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension, the immersion and the tapering lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials is available; additional versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection is welded. The thermowell stem shape is conical
TA571 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
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Measuring principle
Bar stock Thermowell
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Characteristic / Application
metric style
weld-in process connections
round extension -
Head connection
internal thread:
1/2″ NPT
1/2″ NPSM
G1/2″ -
Maximum standard immersion length
1000 mm (39,37″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
to weld-in
-
Thermowell root diameter
20 mm (0,79″)
25,4 mm (1″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0,8 μm (31,50 μin)
< 1,6 μm (63,00 μin) -
Tip shape
straight
conical
conical tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA571 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension, the immersion and the tapering lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection is welded. The thermowell stem shape can be straight with a conical tip shape
TA566 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
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Measuring principle
Bar stock Thermowell
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Characteristic / Application
metric style
threaded process connection
hexagonal extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
1″ NPT -
Thermowell root diameter
12,7 mm (1/2″)
22 mm (0,87″)
25 mm (0,98″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA566 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications
Benefits
The extension, the immersion and the tapering lengths can be chosen according to process requirementsA wide choice of standard diameters and materials is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection is threaded. The thermowell stem shape can be straight or stepped for fast response time
TA565 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
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Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
threaded process connection
hexagonal extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
150 mm (5,91″)
-
Max. immersion length on request
300 mm (11,81″)
-
Process connection
Thread 1″ NPT
-
Thermowell root diameter
19,5 mm (0,78″)
20 mm (0,79″)
25 mm (0,98″)
27 mm (1,06″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0,8 μm (31,50 μin)
< 1,6 μm (63,00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA565 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension and the immersion length as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard diameters and materials is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection is threaded. The thermowell stem shape can be straight or conical
TA562 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
-
Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
threaded process connection
hexagonal extension -
Head connection
internal thread:
1/2″ NPT
G1/2″
M20x1,5 -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
G1/2″
1/2″ NPT
3/4″ NPT
M20x1,5 -
Thermowell root diameter
12,7 mm (1/2″)
13 mm (0,51″)
16 mm (0,63″)
19 mm (3/4″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA562 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The thermowell stem shape can be straight or reduced for fast response timeExtension, immersion length and reduced length as well as the bar dimensions can be chosen according to process requirementsDifferent grades of surface finishing are also availableThe process connections are threaded: ½”NPT, ¾”NPT, G½” or M20x1.5A wide choice of standard materials is availableSpecial versions can be manufactured according to specification
TA560 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
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Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
threaded process connection
hexagonal extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
3/4″ NPT -
Thermowell root diameter
20 mm (0,79″)
22 mm (0,87″) -
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0,8 μm (31,50 μin)
< 1,6 μm (63,00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA560 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension and the immersion lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard diameters and materials is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection is threaded. The thermowell stem shape can be straight or conical
TA557 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
-
Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
various process connections
round extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
1000 mm (39,37″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
1″ NPT
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 300 RTJ (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5) -
Thermowell root diameter
25 mm (0,98″)
-
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti)
2.4819 (Alloy C276)
2.4360 (Alloy 400) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
Reliable and long-term protection of the temperature sensor from rough process conditions. Allows the insert to be exchanged during operation.
Benefits
The extension and the immersion lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and process connections is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe thermowell stem shape is conicalThe process connection can be threaded or flanged weld
TA556 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
-
Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
various process connections
round extension -
Head connection
internal thread:
3/4″ NPT -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
1″ NPT
flange:
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5) -
Thermowell root diameter
25 mm (0,98″)
-
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
tapered -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA556 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension and the immersion lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and process connections is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe thermowell stem shape is steppedThe process connection can be threaded or flanged weld
TA555 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
-
Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
various process connections
round extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
1/2″ NPT
1″ NPT
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 300 RTJ (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 2″ 150 RF (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5) -
Thermowell root diameter
24 mm (0,94″)
-
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti)
2.4819 (Alloy C276)
2.4360 (Alloy 400) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA555 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension and the immersion lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and process connections is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe thermowell stem shape can be straight or conicalThe process connection can be threaded or flanged weld
TA550 Barstock thermowell
Made of drilled barstock material. Mainly used in heavy duty or general purpose applications.
- F
- L
- E
- X
-
Measuring principle
Bar stock Thermowell
-
Characteristic / Application
metric style
various process connections
round extension -
Head connection
internal thread:
1/2″ NPT -
Maximum standard immersion length
900 mm (35,43″)
-
Max. immersion length on request
5.000 mm (196,85″)
-
Process connection
thread:
1/2″ NPT
3/4″ NPT
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1 1/2″ 150 RF (B16.5)
ASME 1 1/2″ 300 RF (B16.5)
ASME 1 1/2″ 600 RF (B16.5)
ASME 1 1/2″ 1500 RF (B16.5)
ASME 1 1/2″ 600 RTJ (B16.5)
ASME 1 1/2″ 1500 RTJ (B16.5)
ASME 2″ 150 RF (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5)
ASME 2″ 300 RTJ (B16.5)
ASME 2″ 600 RTJ (B16.5) -
Thermowell root diameter
20 mm (0,79″)
-
Medium contact material
1.4401 (316)
1.4404 (316L)
1.4571 (316Ti)
2.4819 (Alloy C276)
2.4360 (Alloy 400) -
Wetted part finishing (Ra)
< 0.8 μm (31.50 μin)
< 1.6 μm (63.00 μin) -
Tip shape
straight
conical -
Temperature range
-200…700 °C (-328…1.292 °F)
-
Max. process pressure (static)
500 bar (7252 psi)
-
Max. process pressure at 400 °C
300 bar (4351 psi)
Field of application
Due to the challenging process conditions by heavy duty applications the load capacity of a thermowell must be calculated exactly. Dye penetration tests, ultrasound test, helium leakage test, pressure endurance test as well as various, non-destructive material tests prove the quality of materials and processing.
TA550 is designed for use with resistance and thermocouple thermometers mainly in heavy duty applications.
Benefits
The extension and the immersion lengths as well as the bar dimensions can be chosen according to process requirementsA wide choice of standard materials and process connections is available; other versions can be ordered according to specificationDifferent grades of surface finishing are also availableThe process connection can be threaded or flanged weld
T55 Explosion proof TC thermometer, US style
Safe monitoring of process temperatures in challenging applications e. g. in the Oil & Gas industry
- F
- L
- E
- X
-
Measuring principle
Thermocouple
-
Characteristic / Application
Explosion Proof US style
modular temperature assembly
for heavy duty applications
with extension
to be used with existing thermowell -
Thermowell / protection tube
to use with thermowell
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
1/4” (6,35 mm)
3/8” (9,53 mm) -
Max. immersion length on request
up to 100″ (2540 mm)
others on request -
Material protection tube/ thermowell
Sensor sheath
316
Alloy 600 -
Optional coating
not applicable
-
Process connection
Thermowell connection
male thread:
NPT1/2″ -
Tip shape
straight
-
Surface roughness Ra
not applicable
-
Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C …1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
not applicable
-
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
63% rt = 1 s
-
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
FM XP
CSA XP
FM/CSA XP
CSA GP -
Certification
SIL (transmitter only)
Field of application
The high modular thermometer is used for several applications with harsh environments, e.g. in Power Plants, Refineries or in the Chemical or Petrochemical industry. The robust device is designed for use within an existing thermowell. With different head transmitter it’s a complete unit ready for use with enhanced measurement accuracy and reliability.
The sensor assembly can be used in process industries such as:
Chemicals
Petrochemical
Refineries
Offshore Platforms
Benefits
FM/CSA XP Class I, Div. 1 approved temperature assemblies for maximum safetyOne source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applicationsRemove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solutionAll iTEMP® transmitters provide long term stability ≤0.05% per year
T54 Explosion proof TC thermometer, US style
Safe monitoring of process temperatures in challenging applications e. g. in the Oil & Gas industry
- F
- L
- E
- X
-
Measuring principle
Thermocouple
-
Characteristic / Application
Explosion Proof US style
modular temperature assembly
for heavy duty applications
flanged process connection
with extension
incl. Thermowell -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
7/8” (22,23 mm)
17/16” (26,99 mm) -
Max. immersion length on request
up to 22.5″ (571 mm)
others on request -
Material protection tube/ thermowell
316/316L
auf Anfrage -
Optional coating
available on request
-
Process connection
flange:
ASME 1″ 150 RF (B16.5)
ASME 1″ 300 RF (B16.5)
ASME 1″ 600 RF (B16.5)
ASME 1,5″ 150 RF (B16.5)
ASME 1,5″ 300 RF (B16.5)
ASME 1,5″ 600 RF (B16.5)
ASME 2″ 150 RF (B16.5)
ASME 2″ 300 RF (B16.5)
ASME 2″ 600 RF (B16.5) -
Tip shape
straight
tapered -
Surface roughness Ra
32 μin (0.80 μm)
-
Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C … 1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C … 1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
at 20°C : 500bar (7.252 psi)
depends on configuration -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
depending on configuration
63% rt = 15 s -
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
FM XP
CSA XP
FM/CSA XP
CSA GP -
Certification
SIL (transmitter only)
Field of application
The robust thermometer is designed for use in demanding and safety relevant applications e.g. in Chemical, Oil & Gas and Energy industry. Harsh environments, corrosive substances and highest pressures can be handled by the use of robust thermowells and special materials. An optional head transmitter with all common communication protocols makes the device ready to use with enhanced measurement accuracy and reliability compared to directly wired sensors. Flexible configuration possible.
The sensor assembly can be used in process industries such as:ChemicalsPetrochemicalRefineriesOffshore Platforms
Benefits
FM/CSA XP Class I, Div. 1 approved temperature assemblies for maximum safetyOne source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applicationsRemove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solutionAll iTEMP transmitters provide long term stability ≤0.05% per year
T53 Explosion proof TC thermometer, US style
Safe monitoring of process temperatures in challenging applications e. g. in the Oil & Gas industry
- F
- L
- E
- X
-
Measuring principle
Thermocouple
-
Characteristic / Application
Explosion Proof US style
modular temperature assembly
for heavy duty applications
threaded process connection
with extension
incl. thermowell -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
-
Outer diameter protection tube / Insert
0,63” …1,31” (15,88 mm … 33,40 mm)
-
Max. immersion length on request
up to 22.5″ (571 mm)
others on request -
Material protection tube/ thermowell
316/316L
A105
others on request -
Optional coating
available on request
-
Process connection
male thread:
NPT1/2″
NPT3/4″
NPT1″
weld in version
socket weld version -
Tip shape
stepped
tapered -
Surface roughness Ra
32 μin (0.80 μm)
-
Operating temperature range
Type T:
-270 °C …370 °C
(-454 °F …698 °F)
Type J:
-210 °C …720 °C
(-346 °F …1.328 °F)
Type E:
-270 °C …820 °C
(-454 °F …1.508 °F)
Type K:
-270 °C …1.150 °C
(-454 °F …2.102 °F)
Type N:
-270 °C …1.150 °C
(-454 °F …2.102 °F) -
Max. process pressure (static)
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Accuracy
Standard acc. to ASTM E-230
Special acc. to ASTM E-230 -
Response time
depending on configuration
63% rt = 15,0 s -
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
FM XP
CSA XP
FM/CSA XP
CSA GP -
Certification
SIL (transmitter only)
Field of application
The robust thermometer is designed for use in demanding and safety relevant applications e.g. in Chemical, Oil & Gas and Energy industry. Harsh environments, corrosive substances and highest pressures can be handled by the use of robust thermowells and special materials. An optional head transmitter with all common communication protocols makes the device ready to use with enhanced measurement accuracy and reliability compared to directly wired sensors. Flexible configuration possible.
The sensor assembly can be used in process industries such as:
Chemicals
Petrochemical
Refineries
Offshore Platforms
Benefits
FM/CSA XP Class I, Div. 1 approved temperature assemblies for maximum safetyOne source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applicationsRemove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solutionAll iTEMP transmitters provide long term stability ≤0.05% per year
RNF22 power feed-in and error message module
Safely power and monitor system interfaces on the DIN rail bus
- F
- L
- E
- X
RNF22 power feed-in and error message module, 24 V DC with relay output
-
Measuring principle
Active barrier
-
Measuring principle
Power and error message module
-
Function
Power and error message module
-
Power Supply
24 V DC
-
Input
24 V DC
-
Output
Uin – 0,8 V
-
Certificates
ATEX IECEx II 3 G Ex ec nC IIC Gc
DNV -
Operation
DIP switch
Field of application
The RNF22 is a power and error message module that provides a redundant 24 VDC supply voltage to the DIN rail interface bus connector system for safe operations in hazardous areas. Intelligent error diagnostics alert of power supply failure, NAMUR group error messages or fuse error via a relay contact and a flashing LED. The compact interface module is protected against overvoltage and reverse polarity via diode decoupling.
Power and error message module for safe and reliable operations in hazardous areasSingle or redundant 24 VDC supply voltage, up to 3.75 A supply currentRelay output for error messageGroup error evaluation of connected NAMUR isolating amplifiers (RLN22)Activation/deactivation of group error detection via DIP switchAmbient temperature range: –20 to 60 °C (–4 to 140 °F)
Benefits
Safe and reliable 24 VDC interface power supply, single or redundant Intelligent diagnostics built-in: power supply failure or fuse error Quick and easy wiring with plug-in terminals Compact housing: 17.5 mm (0.69 in) for efficient use of space in control cabinets
RID16 8 channel field indicator for fieldbuses
Indication of up to 8 process or calculated values for FOUNDATION Fieldbus™ or PROFIBUS® PA protocol
- F
- L
- E
- X
-
Measuring principle
Fieldbus indicators
-
Measuring principle
8 channel field indicator for fieldbuses
-
Function
Display values
Advanced diagnostic -
Display
High contrast backlit LCD with bargraph
TAG/unit -
Power Supply
Not defined
-
Input
Foundation Fieldbus protocol
PROFIBUS PA protocol -
Output
Not defined
-
Output
Not defined
-
Software functions
Listener Mode
On Foundation Fieldbus also function block connection:
Display transducer block
Advanced diagnostic block
2 x input selector
Arithmetic block
Integrator block
PID block -
Certificates
ATEX II2G Ex ia IIC T6
CSA General Purpose
CSA IS, NI I / 1+2/A-D
FM IS, NI I / 1+2/A-D
IECEx Ex ia IIC T6 Gb -
SIL
Not defined
-
Panel mounting
field
-
Measuring principle
Display
-
Function
Display values
Advanced diagnostic -
Certification
ATEX Ex ia
FM
CSA
IECEx Ex ia -
Input
Foundation Fieldbus protocol
PROFIBUS PA protocol -
Dimensions (wxhxd)
Field housing:
199 x 133 x 96 mm
(7.83 x 5.24″ x 3.78″) -
Software
Listener Mode
On Foundation Fieldbus also function block connection:
Display transducer block
Advanced diagnostic block
2 x input selector
Arithmetic block
Integrator block
PID block -
Operation
Foundation Fieldbus: via fieldbus
PROFIBUS PA: DTM and FieldCare or DIP-switches on the device
Write lock on hardware -
Display
High contrast backlit LCD with bargraph
TAG/unit -
Operating Voltage
9-32 V DC, polarity independent
Field of application
The 8 channel indicator shows measured and calculated values, and status information of the fieldbus users in a FOUNDATION Fieldbus™ or PROFIBUS® PA network. In the listener mode the device listens to the set fieldbus addresses and indicates their values. In addition, for FOUNDATION Fieldbus™ values available on the bus can be indicated via function block interconnection. A plain text field allows the display of the engineering unit or of the TAG. A bargraph is available for trend visualization.
Fieldbus indicator with 8 input channels and FOUNDATION Fieldbus™ or PROFIBUS® PA protocol for displaying process values and calculated values.
Benefits
Simple and standardized communication via fieldbus protocolListener mode for up to 8 analog channels or digital statusBrilliant, back lit LC display with bargraph, diagnostic symbols and clear text fieldNo external power supply requiredInternational approvals
RID14 8 channel field indicator for fieldbuses
Indication of up to 8 process or calculated values for FOUNDATION Fieldbus™ or PROFIBUS® PA protocol
- F
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- E
- X
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Measuring principle
Fieldbus indicators
-
Measuring principle
8 channel field indicator for fieldbuses
-
Function
Display values
Advanced diagnostic -
Display
High contrast backlit LCD with bargraph
TAG/unit -
Power Supply
Not defined
-
Input
Foundation Fieldbus protocol
PROFIBUS PA protocol -
Output
Not defined
-
Output
Not defined
-
Software functions
Listener Mode
On Foundation Fieldbus also function block connection:
Display transducer block
Advanced diagnostic block
2 x input selector
Arithmetic block
Integrator block
PID block -
Certificates
ATEX II1G Ex ia IIC T6
ATEX II3G Ex ic IIC T6
ATEX II2G Ex db IIC T6 Gb
ATEX II2D Ex tb IIIC Db
ATEX II3G Ex nA IIC T6
ATEX II1G Ex ia IIC T4/T5/T6, II2D
CSA General Purpose
CSA IS, NI I / 1+2/A-D
CSA XP,NI,DIP I,II,III/1+2/A-G
CSA XP,NI,DIP IS, NI I, II, III/1+2/A-G
FM IS,NI I / 1+2/A-D
FM XP,NI,DIP I,II,III/1+2/A-G
FM XP,NI, DIP IS, NI I, II, III/1+2/A-G
IECEx Ex ia IIC T6 Ga
IECEx Ex db IIC T6 Gb
IECEx Ex tb IIIC Db -
SIL
Not defined
-
Panel mounting
field
-
Measuring principle
Display
-
Function
Display values
Advanced diagnostic -
Certification
ATEX Ex ia
ATEX Ex d
FM
CSA
IECEx Ex ia
IECEx Ex d
IECEx Ex tD -
Input
Foundation Fieldbus protocol
PROFIBUS PA protocol -
Dimensions (wxhxd)
Field housing:
132 x 135 x 106 mm
(5.2″ x 5.31″ x 4.17″) -
Software
Listener Mode
On Foundation Fieldbus also function block connection:
Display transducer block
Advanced diagnostic block´
2 x input selector
Arithmetic block
Integrator block
PID block -
Operation
Foundation Fieldbus: via fieldbus
PROFIBUS PA: DTM and FieldCare or DIP-switches on the device
Write lock on hardware -
Display
High contrast backlit LCD with bargraph
TAG/unit -
Operating Voltage
9-32 V DC, polarity independent
Field of application
The 8 channel indicator shows measured and calculated values and status information of the fieldbus users in a FOUNDATION Fieldbus™ or PROFIBUS® PA network. In the listener mode the device listens to the set fieldbus addresses and indicates their values. In addition, for FOUNDATION Fieldbus™ values available on the bus can be indicated via function block interconnection. A plain text field allows the display of the engineering unit or of the TAG. A bar graph is available for trend visualization.
Fieldbus indicator with 8 input channels and FOUNDATION Fieldbus™ or PROFIBUS® PA protocol for displaying process values and calculated values.
Benefits
Simple and standardized communication via fieldbus protocolListener mode for up to 8 input channels or digital statusBrilliant, backlit LC display with bar graph, diagnostic symbols and clear text fieldNo external power supply requiredInternational approvals
Conductive Point level switch Nivotester FTW325
Point level switch with intrinsically safe signal circuit for connection to a conductive sensor
- F
- L
- E
- X
-
Measuring principle
Conductive
-
Characteristic / Application
2-channel level measurement device, level limit, switch delay, two-point control
-
Supply / Communication
85V … 253V AC
20V … 30V AC
20V … 60V DC -
Ambient temperature
-20 °C … 60 °C
(-4 °F … 140 °F) -
Min. density of medium
min. 10 uS
-
Communication
2 relays SPDT/DPDT
-
Certificates / Approvals
ATEX, FM, CSA, NEPSI, EAC
-
Safety approvals
Overfill protection WHG
Field of application
The Nivotester FTW325 is a point level switch with intrinsically safe signal circuit for connection to a conductive sensor. It has a compact housing for easy series mounting on a standard DIN rail in the cabinet.
For point level detection in tanks for liquids also for hazardous areas. Overfill prevention for tanks with flammable or non-flammable water-polluting liquids. Pump dry running protection.
Mounting: Standard rails in cabinet
Two-point control and point level detection
Ambient temperature: -20 to +60°C (-4 to +140°F)
International explosion protection certificates
Benefits
Cost-effective point level switch for conductive liquidsIntrinsically safe signal circuit EEx ia IIC for using sensors in hazardous areas Line monitoring up to the sensorConfigurable sensitivity rangeAlarm relay can be switched as second level relay (SPDT)Easy wiring thanks to pluggable terminal blocks
Nivotester FTR525 Process transmitter for FQR57/FDR57
Process transmitter with control unit for Soliwave FQR57/FDR57
- F
- L
- E
- X
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Measuring principle
Microwave barrier
-
Characteristic / Application
Process transmitter for FQR57 / FDR57
With graphical display
Many settings like:
:: Sensitivity, attenuation, channel
:: Switch on and off points, delay
Functions for application analysis
Design: Top-hat rail -
Supply / Communication
24-230 VDC (-15%/+10%)
resp. 42-230 VAC (-15%/+10%),
50/60Hz -
Ambient temperature
-20 °C…+60 °C
(-4 °F…+140 °F) -
Communication
Relay, SPDT
Solid-state relay
4-20 mA
Alarm open collector -
Certificates / Approvals
ATEX, CSA C/US, IEC Ex
-
Components
Transmitter: FQR57
Transceiver: FDR57
Field of application
The process transmitter Nivotester FTR525 is used in conjunction with the microwave barrier Soliwave FQR57/FDR57 for detection of point levels and bulk flow (flow / no flow, trend). The microwave barrier is also suitable for detecting and counting objects, detection of deposits as well as monitoring of filling processes and material transfer points. It can be installed in containers, conduits, hoppers, filling stations, shafts, filters or on free fall shafts.
Non-contact (wear- and maintenance-free) limit detection (min/max) and flow monitoring (flow/no flow, trend) for bulk solids.
Detecting, counting and positioning of objects
Detection and analysis of deposits and contamination in filters
Monitoring of filling processes
Monitoring of material transfer points
For high temperature applications up to 450°C (+842°F)
For high pressure applications up to 20bar (+290psi)
International explosion protection certificates
Benefits
Simple und comfortable menu-guided operation via display and keysDifferent adjustment functions (automatic or manual) with clear graphic representation of the set detection range and the current signal strength Up to 5 different channels can be set for parallel operation of several microwave barriers which are installed in close proximity to each other Offers functions for application analysis Provides many adjustment possibilities such as damping, selectable switch-on and switch-off points as well as switch-on and switch-off delays Easy installation due to compact housing for easy mounting on standard top-hat rail and wiring via pluggable terminal block connectors High level of operational safety through line monitoring up to the sensor
Microwave flow indicator Solimotion FTR20
For monitoring pneumatic and mechanical transport processes for bulk solids
- F
- L
- E
- X
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Measuring principle
Microwave barrier
-
Characteristic / Application
Flow indicator for bulk solids
Non-contact motion detection (movement / no movement)
of pneumatically or mechanically conveyed bulk solids of all kinds,
also in potentially explosive atmospheres (dust Ex)
Detection of changes in the mass flow of bulk solids
via the optional 4 – 20 mA current output -
Ambient temperature
-40°C … +70°C
(-40°F…158°F) -
Process temperature
Standard
-40°C … +70°C
(-40°F …158°F)
With adapter for temperature reduction:
-40°C to +450°C
-40°F …+842°F) -
Process pressure / max. overpressure limit
0.5 … 6.8 bar abs standard
(7.2 … 98.6 psi abs)
When using the adapter for temperature reduction:
0.8 to 5.1 bar abs
(11.6 …74 psi abs) -
Main wetted parts
316Ti/1.4571
Sensor diaphragm: PTFE or ceramic -
Process connection
Thread R 1½ (EN 10226)
NPT 1½ (ASME B1.20.1) -
Communication
Relay SPDT
Analog 4 – 20 mA
Solid-state relay -
Certificates / Approvals
ATEX, CSA C/US, IEC Ex
-
Design approvals
EN10204-3.1
-
Options
Adapter for temperature reduction
Field of application
The Solimotion FTR20 flow indicator for bulk solids is a non-contact device based on microwave technology. It is ideally suited for cost-effective monitoring of a mass flow (present or not present). The compact device can be used wherever the cost-effective monitoring of bulk solids movement is required. Individual adjustments to the application can be carried out by means of configurable functions (incl. automatic calibration).
Building materials industry: Cement, plaster, wood chips etc.Chemicals: Fertilizers, plastic powder and granules, silica etc.Food industry: Coffee, tea, tobacco, cereals, animal feeds etc.Energy production: Coal, carbon dust, fly-ash, coke etc.
Process connections: Threads or a suitable mounting bracket
Temperature: -40 to +450°C (-40 to +842°F), with adapter for temperature reduction
Pressure: 0.5 to 6.8bar abs standard (7.2 to 98.6psi abs)
International explosion protection certificates
Benefits
Sensor, transmitter and power unit mounted in one housing, which means less effort for installation and mountingHigh safety level compliant with international explosion protection certificatesFlush-mounted installation, non-contact installation possible for ideal integration into the processElectronics housing can be rotated by 360° allowing adjustment into optimum position after installationHigh cost-effectiveness thanks to its mechanical robustness: No wear, process-wetted ceramic sensor diaphragm (optional), long service life, maintenance-freeSignaling of mass flow (present or not present)
Microwave flow indicator Solimotion FTR16
Ultra-compact flow indicator for monitoring pneumatic and mechanical transport processes of bulk solids
- F
- L
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- X
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Measuring principle
Microwave barrier
-
Characteristic / Application
Flow indicator for bulk solids
Non-contact motion detection (movement / no movement)
of pneumatically or mechanically conveyed bulk solids of all kinds,
also in potentially explosive atmospheres (dust Ex) -
Specialities
Detection range: max. 5 m
Detectable velocity: 0.09 m/s … 62 m/s -
Supply / Communication
18 V … 30 V DC,
Plug M12 -
Ambient temperature
-20 °C … +60 °C (-4 °F … +140 °F)
-
Process temperature
Non-contact installation: any
Within installation:
–20 °C … +60 °C (–4 °F … +140 °F)
With HT-Adapter:
up to +450 °C (+842 °F) -
Process pressure / max. overpressure limit
Non-contact installation: any
Within installation:
0.5 bar … 6.8 bar (7.2 psi … 99 psi) abs.
With HP-Adapter:
up to +21 bar (+305 psi) abs. -
Min. density of medium
Solid weight: > 10 g/l
-
Main wetted parts
Non-contact installation:
no wetted parts
Contact installation:
316L, PTFE -
Process connection
ISO228-1: G1″, G1-1/2″
ASME: NPT1-1/2″ -
Process connection hygienic
Non-contact installation
-
Communication
3-wire-DC-PNP,
2 DC-PNP-outputs -
Certificates / Approvals
ATEX, IEC Ex
-
Design approvals
EN10204-3.1
-
Hygienic approvals
EG1935/2004
-
Options
Mounting bracket
Counternut
Welding sleeve
Connection cable
Connecting cable
High-pressure adapter
High-temperature adapter
Extension for HT adapter
Mounting flange
Sight glass fitting
FAR50, FAR51, FAR52, FAR54 -
Application limits
Solid weight: < 10 g/l
Field of application
The Solimotion FTR16 is an ultra-compact flow indicator for efficient and reliable monitoring of pneumaticand mechanical transport processes of bulk solids. It can also be used in difficult-to-access or confined installation conditions. For non-metallic container materials, measurement from the outside is possible.
The Solimotion FTR16 is ideally suited for the monitoring of mass flow rates and can be used wherever a bulk material movement has to be monitored cost-effectively. The individual adaptation to the application is carried out with the help of parameterizable functions. The device can be used in multiple industries like primaries, energy and food.
Benefits
Non-contact measuring principle – detection almost independent of process propertiesHigh security – permanent self-diagnosis and full self-testFirst flow indicator for bulk solids with IP69 protection classificationMeets the requirements of EU 1935/2004Very simple and cost-effective commissioningSafe detection – non-contact measuring method guarantees wear-free and maintenance-free continuous operationRobust design – housing made of stainless steel
Vibronic Point level detection Nivotester FTL325P
Switching unit with intrinsically safe signal circuit for connection to Liquiphant or Soliphant
- F
- L
- E
- X
-
Measuring principle
Vibration Liquids
-
Characteristic / Application
Switching unit PFM technology for rail mounting
Intrinsically safe
Highest SIL safety -
Specialities
If sensors are redundant, SIL3
-
Supply / Communication
85…253 V AC,
20…30 V AC/ 20…60 V DC -
Ambient temperature
Single installation:
-20 °C … 60 °C
(-4 °F … 140 °F)
Rail mounting:
-20 °C … 50 °C
(-4 °F … 122 °F) -
Communication
1 Channel: 1 Level SPDT + 1 Alarm SPST
3 Channel: 3 level SPDT + 1 Alarm SPST -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, TIIS, INMETRO, NEPSI, EAC
-
Safety approvals
Overfill prevention WHG
SIL
-
Measuring principle
Vibration Solids
-
Characteristic / Application
Switching unit PFM technology for rail mounting
Intrinsically safe -
Supply / Communication
85…253 V AC,
20…30 V AC / 20…60 V DC -
Ambient temperature
Single installation:
-20 °C … 60 °C
(-4°F … 140 °F)
Rail mounting:
-20 °C … 50 °C
(-4 °F … 122 °F) -
Communication
1 Channel: 1 Level SPDT + 1 Alarm SPST
3 Channel: 3 level SPDT + 1 Alarm SPST -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, TIIS, INMETRO, NEPSI
-
Safety approvals
Overfill prevention WHG
SIL
Field of application
The switching unit FTL325P is used for point level detection in liquid tanks and bulk material silos, also in hazardous explosion areas. Also suitable for liquid detection in pipes for dry running protection for pumps and overfill prevention for tanks with combustible or non-combustible liquids harmful to water. Up to 3 measuring devices for two-point control and point level detection. Functional safety up to SIL3 in accordance to IEC 61508 using Liquiphant with electronic insert FEL57.
Switching unit with intrinsically safe signal circuit for connection to Liquiphant or Soliphant.
Ambient temperature: -20 to +70°C (-4 to +158°F)
International explosion protection certificates, overfill prevention WHG, marine approvals
Benefits
Nivotester FTL325P for connecting one, two or three measuring cells (1-, 2- or 3-channel devices)Intrinsically safe signal circuits Ex ia for use of measuring sensor in explosion hazardous areasFunctional safety up to SIL2 through line monitoring. Simplified proof testing to WHG/SIL by pressing push-buttonDIN Rail housing for simple series installation on standard rails in switch cabinetSimple wiring using pluggable terminal blocksInputs are galvanically isolated from each other, from the mains and from the outputs
Vibronic Point level detection Nivotester FTL325N
Switching unit with NAMUR input for rail mounting or single installation
- F
- L
- E
- X
-
Measuring principle
Vibration Liquids
-
Characteristic / Application
Switching unit NAMUR technology for rail mounting
SIL2, according 61511
Intrinsically safe -
Supply / Communication
NAMUR
24V AC,DC / 230V AC -
Ambient temperature
Single installation:
-20 °C … 60 °C
(-4 °F … 140 °F)
Rail mounting:
-20 °C … 50 °C
(-4 °F … 122 °F) -
Communication
1 Channel: 1 level SPDT + 1 alarm SPST
3 Channel: 3 level SPDT + 1 alarm SPST -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, INMETRO, NEPSI, EAC
-
Safety approvals
Overfill prevention WHG
SIL
-
Measuring principle
Vibration Solids
-
Characteristic / Application
Switching unit NAMUR technology for rail mounting
SIL2, according 61511
Intrinsically safe -
Supply / Communication
NAMUR
24V AC,DC / 230V AC -
Ambient temperature
Single installation:
-20 °C … 60 °C
(-4 °F … 140 °F)
Rail mounting:
-20 °C … 50 °C
(-4 °F … 122 °F) -
Communication
1 Channel: 1 level SPDT + 1 alarm SPST
3 Channel: 3 level SPDT + 1 alarm SPST -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, INMETRO NEPSI
-
Safety approvals
Overfill prevention WHG
SIL
Field of application
Nivotester FTL325N is a switching unit for point level detection in liquid tanks, also in hazardous explosion areas. Also suitable for overfill prevention in tanks with combustible or non-combustible liquids harmful to water. Two-point control and point level detection. The perfect fit for applications in safety related systems with requirements for functional safety up to SIL2 in accordance to IEC 61508 /IEC 61511 using Liquiphant with electronic insert FEL56 or FEL58.
Switching unit with NAMUR input for rail mounting or single installation.
Ambient temperature: -20 to +50°C (-4 to +122°F)
International explosion protection certificates, overfill prevention WHG, marine approvals
Benefits
Nivotester FTL325N for connecting one, two or three measuring cells (1-, 2- or 3-channel devices)Intrinsically safe signal circuits Ex ia for use of measuring sensor in explosion hazardous areasFunctional safety up to SIL2 through line monitoringDIN Rail housing for simple series installation on standard rails in switch cabinetSimple wiring using pluggable terminal blocksNAMUR interface to EN 50227 (DIN 19234; NAMUR) or IEC 60947-5-6 to connect NAMUR sensors or electronic inserts
Capacitance Point level switch Nivotester FTC325
Point level switch with intrinsically safe signal circuit for connection to a capacitance sensor
- F
- L
- E
- X
-
Measuring principle
Capacitive Liquid
-
Characteristic / Application
Transmitter with intrinsically safe signal
Calibrating using operating keys
adjustable operating delay
2-wire PFM
3-wire
Rail mounting:
Wide: 45mm (PFM
)Wide: 22,5 mm
With adjustable hysteresis -
Specialities
Min / Max – changeover
Test/correction key (PFM) -
Supply / Communication
85V … 253V AC
20V … 60V DC -
Ambient temperature
Serial montage
-20 °C … 50 °C
(-4 °F … 122 °F) -
Communication
2 Relays
-
Certificates / Approvals
ATEX, IEC Ex, FM, CSA, TIIS
-
Safety approvals
Overfill protection WHG
-
Measuring principle
Capacitive Solid
-
Characteristic / Application
Transmitter with intrinsically safe signal
Calibrating using operating keys
adjustable operating delay
2-wire PFM
3-wire
Rail mounting:
Wide: 45mm (PFM
)Wide: 22,5 mm
With adjustable hysteresis -
Specialities
Min / Max – changeover
Test/correction key (PFM) -
Supply / Communication
85V … 253V AC
20V … 60V DC -
Ambient temperature
-20 °C … 50 °C Serial montage
(-4 °F … 122 °F) -
Communication
2 Relays
-
Certificates / Approvals
ATEX, IEC Ex, FM, CSA, TIIS
-
Safety approvals
Overfill protection WHG
Field of application
The Nivotester FTC325 is a point level switch with intrinsically safe signal circuit for connection to a capacitance sensor. It has a compact housing for easy series mounting on a standard DIN rail in the cabinet.
For point level detection in tanks containing liquids and silos containing bulk solids. Also for capacitance level probes, which may be applied in hazardous areas of category ATEX II (1) GD. Overfill prevention for tanks containing flammable or non-flammable fluids hazardous to water and dry running protection for pumps.
Two-point control (Δs with 3-WIRE)
Ambient temperature: -20 to +50°C (-4 to +122°F)
International explosion protection certificates, overfill prevention WHG
Benefits
Highest safety due to intrinsically safe signal circuit EEx ia IICCalibration using operating keysHigh functional safety thanks to: FailSafe pulse-frequency modulation (PFM) or 3-wire technology, checkable relay functionCompact housing for easy series mounting on a standard DIN rail in the cabinet Pluggable terminal blocks make wiring easy Point level and alarm relay
Radiometric level and density measurement Gamma Source FSG61
Gamma radiation source (60Co) for radiometric level, point level, density and interface measurement
- F
- L
- E
- X
-
Measuring principle
Radiometric
-
Characteristic / Application
Source
Isotope: Cobalt 60
Half-life: 5.3 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification: C66646 ISO 2919 -
Ambient temperature
-20 °C … 250 °C
(-4 °F … 482 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric
-
Characteristic / Application
Source
Isotope: Cobalt 60
Half-life: 5.3 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification: C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20 °C … 250 °C
(-4 °F … 482 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Source
Isotope: Cobalt 60
Half-life: 5.3 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification: C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20 °C … 250 °C
(-4 °F … 482 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Source
Isotope: Cobalt 60
Half-life: 5.3 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification: C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20 °C … 250 °C
(-4 °F … 482 °F) -
Process temperature
Any
-
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Density
-
Characteristic / Application
Source
Isotope: Cobalt 60
Half-life: 5.3 years -
Radiometric level and density measurement Gamma Source FSG60
Gamma radiation source (137Cs) for radiometric level, point level, density and interface measurement
- F
- L
- E
- X
-
Measuring principle
Radiometric
-
Characteristic / Application
Source
Isotope: Caesium 137
Half-life: 30 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification C66646 ISO 2919 -
Ambient temperature
-20°C … +250 °C
(-4°F … 482 °F) -
Process pressure / max. overpressure limit
Any
-
Pressure measuring range
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric
-
Characteristic / Application
Source
Isotope: Caesium 137
Half-life: 30 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20°C … +250 °C
(-4°F … 482 °F) -
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Source
Isotope: Caesium 137
Half-life: 30 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20°C … +250 °C
(-4°F … 482 °F) -
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Limit
-
Characteristic / Application
Source
Isotope: Caesium 137
Half-life: 30 years -
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification C66646 ISO 2919
Activity calculation with
Applicator -
Ambient temperature
-20°C … +250 °C
(-4°F … 482 °F) -
Process pressure / max. overpressure limit
Any
-
Components
Installed in source container
-
Measuring principle
Radiometric Density
-
Characteristic / Application
Source
Isotope: Caesium 137
Half-life: 30 years -
Ambient temperature
-20 °C … +250 °C
-
Specialities
Double seal
Steel: 1.4541 (321 S 18)
Classification: C66646 ISO 2919
Activity calculation with
Applicator -
Components
Installed in source container
Field of application
The Gamma Source