microsoft powerpoint - 4. application industry solutions sensors

Emerson Process Management

Rosemount TemperatureRosemount Temperature

Application Industry Solution Sensors

- By Colleen Ong


AGENDAAGENDA

GTMC Company Overview and Profile

High Temperature Sensors

1075/1099

Gasification Sensors

Temperature Profiling

Clamp / Surface Sensors


Introduction of Emerson Process Management Temperature GmbH (GTMC)


Heraeus HistoryHeraeus History


GTMC Supplier OverviewGTMC Supplier Overview Rosemount Acquired Heraeus Sensor April 1997

Name changed to Emerson Process Management Temperature GmbH April 2003

GTMC means German Temperature Manufacturing Center

Primary Producer of Special Temperature Sensors

Temperature CPS Supplier for EMEA

Sensors, Twells, Transmitters, Connection Heads

Main Site Location at Karlstein, Germany

1 Satellite Locations: Italy

Serve Both Traditional EPM Process Industries and Non Process Industries


Distribution Hubs

Manufacturing Site

Global Engineering

Karlstein, Germany

Minnesota, USAWorlds Largest Pressure

Transmitter Manufacturing Plant

Singapore

Chelyabinsk,Russia

Emerson Confidential

Slide 6

TEMPERATURE GLOBAL LOCATIONSTEMPERATURE GLOBAL LOCATIONSTemperature Mfg and Distribution Sites


GTMC Headquarters - A Virtual Plant TourGTMC Headquarters - A Virtual Plant Tour Karlstein (Near Frankfurt)

Home Since July 1999

2,700 sm Facility

Headquarters and Primary Manufacturing Location

EMEA Hub Operation

Sensor Primary Producer

Personnel: 95

FY06 Sales: $52 Million


Welcome to GTMCWelcome to GTMC


Chemical, Petrochemical, Oil & Gas

Pharmaceutical

Power

Control & Measuring Equipment (OEM)

Machinery (OEM)

Food & Beverage

Ship Building

GTMC Industries ServedGTMC Industries Served


GTMC Product CapabilitiesGTMC Product Capabilities Full Range of Temperature Sensors & Thermowells

Flexible (Cable) Sensors

High Temperature Thermocouples

Standard Process Industry Sensors Such As Models 65 & 185 (Volumes 2 & 3)

Multi-point Sensors and Explosion-proof Sensors

65Q/B Hygenic/Sanitary Application Sensors

Nuclear-certified Sensors

Customer Application-specific Sensors

Entire Family of Rosemount Temperature Transmitters

144/248/644/3144P/848T/L

Distribution Level Switches


GTMC Certifications & ApprovalsGTMC Certifications & Approvals

ISO 9001:2000

Explosion-proof Sensor Approvals

PTB, BVS, CESI & BASEEFA

German KTA Nuclear Power Sensor Approvals

Sensors for Seagoing Applications

German Lloyds (GL)

Lloyds Register of Shipping (LR)

Bureau Veritas (BV)

Det Norske Veritas (DNV)

German DKD Sensor Calibration Certification


Wide Offering Of Temperature Sensors Wide Offering Of Temperature Sensors

Glass& Ceramics

Nuclear

Power Stations

Gasification

Reactors

Machinery

Chemical - NAMUR

Flameproof,

Gas Stations

Chemical/ Refining

Chemical/Refining

High Pressure

Flue

Gases

Glass &

Ceramics


AIS SensorsAIS Sensors

40 feet multipoint sensor

RTD with OD = 1.5mm


AIS SensorsAIS Sensors

65B connection head, laser marked Different types of BUHZ head

Pipe clamp sensor Spring loaded


AIS Sensors AIS Sensors

Bearing sensor

1075 high temp sensor

Bearing sensor with oil bearer


Sapphire SensorSapphire Sensor

Sapphire Sensor

Usage: Gasification, furnace, reactors

Process condition: 60 bar, 1300 deg C

Life span: 1 to 2 years

Pressure test (before delivery): 60 bar, 200 bar (max)

Measurement ~ 30mm

Ceramic tip

Separated by cement walls


Multipoint sensorMultipoint sensor

Multipoint sensor

Junction box Junction box


Testing CapabilitiesTesting Capabilities

Response Time

(Air/Water)

X-Ray Testing Testing of

Hardness

Material Composition

(X-Ray Fluorescent

Testing)

Dye

Penetration

Test

DKD Laboratory


Equipment for Failure Analysis (1)Equipment for Failure Analysis (1)

X- Ray for Checking Parts with

thickness up to 20mm

- Drilling bore position within

t-well

- Welding issues on material

connections

- RTD sensing element

position within t-well

Calibration Tower

Calibration with Measuring Range

from -196C up to 450C

- RTD Sensing Elements 100,

500 and 1000 Ohms

- 2, 3 and 4 wire Configurations

- Thermocouples

X- Ray Machine


Equipment for Failure Analysis (2)Equipment for Failure Analysis (2)

Sine wave only

Frequency range from 5Hz to

1KHz

Frequency speed linear or

logarithmic acceleration max 60g

Magnet coil and load coil cooling

with air

Vibration Machine

225 zoom

(magnification)

Measuring function

Stereo Microscope


Equipment for Failure Analysis (3)Equipment for Failure Analysis (3)Material Composition Response Time

Response Time Testing

- In water 0,4 m/sec

- In air 3,0 m/sec

- Temperature steps +/-

20C

X-Ray Fluorescent Testing


65B - Sterile/Aseptic Portfolio for Pharma and Biotech Applications65B - Sterile/Aseptic Portfolio for Pharma and Biotech Applications

Hygienic Sensor Design Suitable for Use with In-Line System Pipes DN8...DN100

Maintain Process Integrity during Exchange of Sensor for Calibration or Replacement

Compact Design

Dead-Pocket free Design, EHEDG/3A Certification pending

Easy-to-Install, pre-manufactured In-Line System

Easy-to-clean in the CIP/SIP process up to 140C

All Components made from Stainless Steel

3.1B Material Certificate

Fast Response Time


65B Cable Sensor Design65B Cable Sensor Design Sensor Assembly Design

Pt 100, Class A Sensor as Standard

Cable Material; FDA complianttransparent PVDF, with M12 Cable Gland for Mounting,

Cable Isolation Teflon/Wire/Teflon, Standard Cable Length 3 or 5 m

Process Connection Thread G1/2

In-Line System doesnt require additional Seal Material

Rated IP68

Applications

For Use in Skid Environments connected to 848T Eight Sensor Input Transmitter

For Use in Fermentors or Reactors connected to 3144P Transmitter


65B Sensor Design with Connection Head65B Sensor Design with Connection Head Sensor Assembly Design

Replaceable Measuring Insert, Pt 100, Class A Sensor as Standard

Welded Screw Bush on Extension for Easier Cleaning

Process Connection Thread G1/2

All Components are made of SST

In-Line System doesnt require additional Seal Material

Local Connection Head

DIN A/B Polished SST Heads Available for High Corrosion Resistance, Polyester or Aluminum also available

No Dead-Pocket Space, with Self-Drain Design with High Surface Finish

Local Indication of Process Variable and Diagnostics on DIN A SST Head by the Use of LCD Meter on 644 Transmitter

Applications

If Local Indication of Process Variable and Diagnostics Required by the Use of Transmitter

Enhanced System Accuracy with Transmitter-Sensor-Matching


65Q - Hygienic Portfolio65Q - Hygienic Portfolio

Process Connections

Tri-Clamp (DIN32676; ISO2852)

Diary Connections (Milk Connection; DIN 11581)

Weld-in Connections

Materials (Process connections)

1.4404 (X2 CrNiMo 17-12-2, ASTM 316L)

Surface Roughness


65B Hygienic In-Line System Test Result and Certificate of Compliance65B Hygienic In-Line System Test Result and Certificate of Compliance

Conclusion is that the Series 65B Hygienic In-Line System complies with the EHEDG Hygienic Design criteria (Doc. 8) provided it is properly mounted (drainable and cleanable pipe joints according EHEDG Doc. 13)

The in-Place cleanability test method has shown that the Hygienic In-Line System is easy to clean in a straight as well in an elbow pipe. The clean ability was better than in the reference pipe

Certificate of Compliance obtained


AGENDAAGENDA



1075/1099





1075 High Temperature Sensors1075 High Temperature Sensors

1) Chemical Industry

Combustion Furnaces

2) Steel Industry

Holding/Curing Ovens, Annealing & Hardening Ovens, Coke Furnaces

3) Aluminum Industry

Heat Treatment & Melting Furnaces

4) Glass & Ceramic Industry

Firing Furnaces

5) Cement Industry

Firing & Rotating Furnaces

6) OEMs

Ovens, Furnaces, Reactors

T6T5

T7T4T8

T3

T2

T1

Targeted Applications


Typical Precious Metal Thermocouple ConstructionTypical Precious Metal Thermocouple Construction

Outer Protecting Tube

Inner Protecting Tube

Thermocouple Wires

Hot

Junction

Ceramic Isolators


Hot Junction

The Design!!The Design!!

Metallic Metallic TubeTube

Ceramic Ceramic ProtectionProtection

T/C T/C JunctionJunction

Metallic Tube Metallic Tube DesignDesign

Ceramic Tube Ceramic Tube DesignDesign


Which Factors Impact the Life Time of Precious Metal Thermocouples?Which Factors Impact the Life Time of Precious Metal Thermocouples? Mechanical (Physical) Stress

Bending, stretching, fatigue, breaking

Thermal tensions and temperature shocks

Chemical (Poisoning) Stress

Selective evaporation and inter-diffusion leads to change in material composition

TC wire shortcut due to Carbon penetration

Reduction of Platinum (Pt) melting point

Temperatures > 1700 C

Thermocouple wire poisoning due to hydrogen penetration

Contamination by external toxic gases

Other diffusion by impurities such as iron, silicon, phosphor, etc.


What are the Customer Need States for High Temperature Thermocouples?What are the Customer Need States for High Temperature Thermocouples?

Long Operating Sensor Life Time

Mechanical ruggedness

Long-term stability

Reliable Measurements

Process Integrity

Failure of protective tube shall NOT lead to fugitive emissions


Protection Tube Material Codes (METAL)Protection Tube Material Codes (METAL)


Protection Tube Material Codes (CERAMIC)Protection Tube Material Codes (CERAMIC)


High Temperature Thermocouple DesignHigh Temperature Thermocouple Design

Type BM:

- Type K t/c

- Without Inner Tube Design

- Metallic Protection Tube

- Max. length 2000mm

- Max Temperature 1200 deg C


High Temperature Thermocouple DesignHigh Temperature Thermocouple Design

Hot Junction

Type AM(K) :

- Type K, B, R & S t/c

- Without or With Inner Tube Design

- Metallic Protection Tube( 22mm)


- Max temperature 1700 deg C


High Temperature Thermocouple DesignHigh Temperature Thermocouple DesignType AKK :


- All material in Ceramic

- Ceramic Protection Tube( 26mm)

- With Inner Tube Design

- Holding Tube needed

- Protection tube & Inner tube combinations



High Temperature Thermocouple DesignHigh Temperature Thermocouple DesignType BK :





- Holding tube needed




High Temperature Thermocouple DesignHigh Temperature Thermocouple DesignType AK :





- Holding tube needed


- Max Temp 1800 deg C


Electrical Shielded High Temperature T/CElectrical Shielded High Temperature T/C

For Use in high current furnaces

Furnaces with electric boosting

Electrical shielding to avoid electrical interference

Temperatures up to 1800C


Thermocouples for the Glass IndustryThermocouples for the Glass Industry Glass Melting (1500-1650C)

Special designed TCs are required due to very high temperatures and corrosive atmosphere

Often with Pt coated protection sheaths

Multilevel TCs for accurate measurement

Preheating & Cooling Zones (400-1200C)

Use standard TC designs from catalogue


Thermocouple ThimblesThermocouple Thimbles

Use in extreme conditions

Seamless drawn thimbles

Flanged, Flared, Straight

Various Wall thickness

Made of material Platinum


Mounting AccessoriesMounting Accessories


AGENDAAGENDA



1075/1099





Temperature Measurement in Shell Gasification Processes (SGP)Temperature Measurement in Shell Gasification Processes (SGP)

Conversion of wide array of feed-stocks into synthesis gas

Temperature key to control gasification process

Harsh process conditions

High temperatures up to 1800C

Pressures of 65 bar

Hydrogen containing gases

High soot and metal content causing thermocouple contamination


Thermocouple with AL2O3 Outer and Inner TubeBefore mounting in the processThermocouple with AL2O3 Outer and Inner TubeBefore mounting in the process


2. Standardelem. Nr. 136, Laufz.:113 Tage in Reaktor C11

mech. defekt, elektr. i.o. 1,4 Ohm

Thermocouple with Al2O3 Outer and Inner TubeAfter 113 Days (2700 hours) in OperationThermocouple with Al2O3 Outer and Inner TubeAfter 113 Days (2700 hours) in Operation


El

eme

nt

13

6,

Sc

hen

kel

2

l

eme

nt

13

6,

Sc

hen

kel

2

Reduced Melting Point of TC WiresAfter 113 Days (2700 hours) in OperationReduced Melting Point of TC WiresReduced Melting Point of TC WiresAfter 113 Days (2700 hours) in OperationAfter 113 Days (2700 hours) in Operation

Contaminated TC Wires

Bamboo StructureBamboo Structure


Reduced Platinum Melting Point forming a Bamboo StructureReduced Platinum Melting Point forming Reduced Platinum Melting Point forming a a Bamboo StructureBamboo Structure


Enhanced Construction of the High Temperature Thermocouple for SGPEnhanced Construction of the High Temperature Thermocouple for SGP


Sapphire

Tube

Ceramic AL2O3Isolator

Thermocouple

Hot Junction

Platinum coated Sapphire Tube hard soldered in Brass Bushing

US Patent No. 6,059,453

Ceramic

Potting

Brass

Bushing

Enhanced Thermocouple-Insert with Sapphire TubeEnhanced Thermocouple-Insert with Sapphire Tube

Soldered

Ceramic Body

Gold plated Ceramic Conduit

with soldered TC wires


2

14

2

14

Sapphire Tube still intact after 16.000 hours of operationSapphire Tube still intact Sapphire Tube still intact after 16.000 hours of operationafter 16.000 hours of operation

Hot Junction

Sapphire Inner TubeOuter Tube


Carbon penetration via Outer Tube -Sapphire Tube still intactCarbon penetration via Outer Tube -Sapphire Tube still intact


Outer Protective Tub Burned-off Sapphire Tube still intactOuter Protective Tub Burned-off Sapphire Tube still intact


El

eme

nt

21

4,

Sc

hen

kel

1

l

eme

nt

21

4,

Sc

hen

kel

1

Sapphire Inhibits Thermocouple Poisoning after 16.000 hours of use in 1460C @ 60 barSapphire Inhibits Thermocouple Poisoning Sapphire Inhibits Thermocouple Poisoning after 16.000 hours of use in 1460after 16.000 hours of use in 1460C @ 60 barC @ 60 bar

No contaminationNo contamination


63,6

176,8

166 ~232

50

15

1/2"NPT

138

EL=410~134,7

ML=462

155,4

Transportschutz/Transport protection:

24.00

Temperature range 0C up to +1600C

(Flange thermocouple -assembly T-FZV)

15x2,5mm

mat.: ceramic type C 799

Insert tube 8x1,5mm

mat.: sapphire

Special measuring probe

T/C PtRh94/6%-PtRh70/30% ,

type B, single, ungrounded

cemented in holding tube

20 x 1mm

mat.: Carbon Steel

Shaft 24mm

Flange 1 1/2" ANSI 600 lbs.

facing small tongue

mat.: 15Mo3 (mat.no. 1.5415)

Mat. cert. acc. to EN 10204-3.1

T-connection

mat.: No. St37.2

Tube 10x1,5mm

Connection for compensation lead

1/2"NPT -FCellular material insert

4,8

Kabeleinfhrung

cable entry

Zndkerze

spark plug

Anschluschema / Wiring Diagram

Zndkerze

spark plug

wei/white

orange/orange

Sapphire Spark plug Sensor DesignSapphire Spark plug Sensor Design

Following technical details are requested to quote a new sensor :

Type of thermocouple ( e. g. PtRh94/6%-PtRh70/30% , type B, single, ungrounded )

Temperature range ( e.g. 0 up to +1600 deg C)

Immersion length EL ( e.g. 410 mm )

Outer Protection tube material ( e.g. Ceramic type C799 )

Inner Protection tube material ( e.g. Sapphire )

Process connection ( e.g. flange 1,5 600 lbs RF )

Spark Plug

Sealing

Inner

SealingSealing

Sapphire Tube


AGENDAAGENDA



1075/1099





Multipoint Sensor

With Transmitters

Measuring Points

M1

M2

M3

M4

M5

M6

Naptha

Crude Oil

Kerosene

Light Gas Oil

Heavy Gas Oil

Butane and

Lighter Gas

Straight Run Gasoline

Straight Run Residue

Multipoint SensorsMultipoint Sensors Model 1080 & 1082R

Multipoint Sensors

For profiling applications: reactor vessels, tanks, etc.

1080 (Thermocouple) & 1082R (RTD)

Compact & Contacting Fixture Designs

-40 to 1472F Range

Accepts multiple transmitters


Multipoint Profiling Sensor - OverviewMultipoint Profiling Sensor - Overview

Sensor which allows for temperature measurement at multiple points within the same probe length.

Facilitates the monitoring of a temperature profile with only one entry point into the process vs. multiple single element sensors requiring many entry points.

What is a Multipoint Profiling Sensor?What is a Multipoint Profiling Sensor?

Point 1

Point 2

Point 3

Point 4

Point 5

Point 6

Point 7

Point 8


Multipoint Temperature profilingMultipoint Temperature profiling


Steam Crackers

Hot-spots detection in steam cracker tubes

Distillation Columns

Crude oil by-products are drawn from the column at cut-points that relate to the temperature profile

Chemical Reactors

To capture the health of the reaction & identify hot-spots inside reactor tubes.

Multipoint Sensor

With Transmitters

Measurement Points

M1

M2

M3

M4

M5

M6

M7

M8

Process In

Process Out

Catalyst

Tube

Cooling

Fluid In

Cooling

Fluid Out


Multipoint Profiling Sensor - OverviewMultipoint Profiling Sensor - Overview

Specifying Multipoint Profiling Sensors Specifying Multipoint Profiling Sensors What are the Variations ?:What are the Variations ?:

Design Design --

Compact or Individual Element Guide TubesCompact or Individual Element Guide Tubes

Replaceable Elements of Fixed Replaceable Elements of Fixed

Thermocouple or RTD elementsThermocouple or RTD elements

Transmitter TypeTransmitter Type

Enclosure TypeEnclosure Type

Process ConnectionProcess Connection

Insertion or Immersion LengthInsertion or Immersion Length

Measurement Points Measurement Points --

How Many (up to 60)How Many (up to 60)

Evenly Distributed or Specifically Located Evenly Distributed or Specifically Located


1080C Thermocouple Multipoint Sensor -Compact Design1080C Thermocouple Multipoint Sensor -Compact Design

Compact Bundle of Small dia. Thermocouples in a Protective Tube.

Tube diameters of:

0.14 in (3,5 mm), max. 25 measuring points 0.14 in (3,5 mm), max. 25 measuring points




0.32 in (8,0 mm), max. 60 measuring points0.32 in (8,0 mm), max. 60 measuring points

Up to 60 Measurement Points

Temp Range -40F to 1382F

((--4040C to 750C to 750C) C)

Lengths up to 33ft (10m) with Protective tube.

Lengths up to 99ft (30m) without Protective Tube -Mechanically Flexible

Transmitter

Enclosure

Mounting

Flange

Measurement

Points


1080F Thermocouple Multipoint Sensor - Contacting Fixture - Individual Guide Tubes1080F Thermocouple Multipoint Sensor - Contacting Fixture - Individual Guide Tubes

Individual T/C Inserts are Replaceable

Insertion Tubes inside of a Flanged Thermowell

T/C Inserts - Contact the T-well ID at the end of the Insertion Tube.


Temp Range -40F to 1472F (-40C to 800C)

Lengths up to 33ft (10 meters)

Transmitter

Enclosure

Monitoring

Points

Twell


1080F Thermocouple Multipoint Sensor - Contacting Fixture - Radial Spring Design1080F Thermocouple Multipoint Sensor - Contacting Fixture - Radial Spring Design

T/C Bundle Inserted into a Flanged Thermowell

T/C Pressed Radially Against the T-well ID by Means of a Spring loaded Assembly.


Temp Range - 40F to 1472F (-40 to 750C)


Lengths up to 99ft (30 meters) without thermowell. -Shipped as a coil.

Transmitter

Enclosure

Measurement

Points

Twell


1080F Thermocouple Multipoint Sensor - Contacting Fixture - Laminated Spring Design1080F Thermocouple Multipoint Sensor - Contacting Fixture - Laminated Spring Design

Inserted Bundle - Flexible , Much Like an Oil Dipstick.

T/C Held in Contact with the T-well by a Curved Laminated Spring.


Temp Range -40F to 1472F (-40C to 800C)


Lengths up to 99ft (30 meters) without thermowell. - Shipped as a coil.

Measurement

Point

Twell

Laminated

Spring


1082R RTD Multipoint Sensor -Contacting Fixture Design - Radial Spring Design1082R RTD Multipoint Sensor -Contacting Fixture Design - Radial Spring Design

PT-100 RTDs

RTD Bundle Inserted into a Flanged Themowell


Temp Range -40 to 842F (-400 to 450C)

Lengths up to 33ft (10 meters) with thermowell

Lengths up to 99ft (30 meters) without thermowell. Shipped as a coil.

Transmitter

Enclosure

RTD

ElementsThermowell

Mounting

Flange


1082R RTD Multipoint Sensor -Contacting Fixture Design - Spacer Design1082R RTD Multipoint Sensor -Contacting Fixture Design - Spacer Design

PT-100 RTDs

RTD Bundle Inserted into a Flanged Themowell


Temp Range -40 to 842F (-40 to 450C)

Lengths up to 33ft (10 meters) with or without a thermowell

Can Not be Shipped as a coil.

RTD

Elements

Thermowell

Spacer


1082R RTD Multipoint Sensor -Radial Spring Design1082R RTD Multipoint Sensor -Radial Spring Design

Example:

- 25 meter length, with 12-measurement points.

- Shipped as a coil, No thermowell

- Uncoiled and Inserted into customers thermowell onsite

Transmitter

Enclosure Mounting

Flange

Shipped

as a Coil

Measurement Point

RTD Element

Spring Assembly - Pushes and

Holds the RTD Element to the

Inner Wall of the T-well

Shipping Crate


Multipoint Profiling Sensor Product Family SummaryMultipoint Profiling Sensor Product Family Summary

1080C 1080F 1082R

Measuring Element Thermocouple Thermocouple PT 100 RTD

Number of Measuring points 2 min - 60 max 2 min - 20 max 2 min - 12 max

Temperature Limits -40F to 1382F(-40C to 750C)

-40F to 1472F(-40C to 800C)

-40F to 842F(-40C to 450C)

Possible Number of 848transmitters

Max 6(48 points)

Max 3(20 points)

Max 2(12 points)

Possible Number of 644/244ETransmitters

Max 24(24 points)

Max 20(20 points)

Max 12(12 points)

Replaceable Inserts NO YES (Guide Tube Design)NO (Laminated Spring Design)NO (Radial Spring Design)

NO

Max Length with Protectivetube or Thermowell

33 ft 33 ft 33 ft

Max Length without Protectivetube or Thermowell

99 ft 33 ft (Guide Tube Design)99 ft (Laminated Spring Design)99 ft (Radial Spring Design)

33 ft (Spacer Design)99 ft (Radial Spring Design)

Can be Shipped as a Coilwithout Protective tube orThermowell

YES No (Guide Tube Design)Yes (Laminated Spring Design)Yes(Radial Spring Design)

No (Spacer Design)Yes(Radial Spring Design)


Multipoint Profiling Sensor - Overview Multipoint Profiling Sensor - Overview

A Complete Point SolutionA Complete Point Solution

Integrally Mounted TransmittersIntegrally Mounted Transmitters

Up to (6) 848T FOUNDATION FieldbusTransmitters

Up to (24) 644H HART Transmitters

OR


AGENDAAGENDA



1075/1099





Clamp SensorsClamp Sensors


Cryogenic

To measure low temperatures of ve 196 Deg C

Steam Traced Piping

Accurate measurement of Surface temperature of the tracing

Oil and Gas Piping

Optimize Energy Consumption (Steam or Electricity) to ensure Product Quality and Improve Plant Availability


Surface Temperature Measurement Pipe Clamp Sensors Surface Temperature Measurement Pipe Clamp Sensors Oil & Gas Industry Standard Sensor Assemblies Series 0085RP Pipe Clamp RTD Sensor

Current Standardization Status Setup in JDE already done GLP Price List Draft available Model No. 0085RP to approve PDS and Flyer to generate

RTD; Single and Dual Pt100, up to 350C

Spring Loaded Measuring Insert with Silver Tip for

Fast Response

Tolerance Classes; DIN B and A

Pipe Clamps available from 22 to 1200 mm

ATEX Certificates EEx i and EEx d


89mm

2 pcs M12 bolts

Mat.: Stainless steel

6 7

N=150

clamp 40x6 mm

mat. stainless steel

3 mm thick, suitable for a 3pipe, OD 89 mm

Measuring probe

MW-GOK 6(MID-S)

1Pt100 acc. to DIN EN 60751/cl.A

4-wire connection

Temp. range : -50C up to +350C

PT100

1 wei/white

2 wei/white

3 rot/red4 rot/red

Anschlussschema/Wiring diagram

Mineral insulated 6mm

mat.: 1.4541

Screw bush 1/2" NPT

mat.: 1.4571

ca. 71

Transmitter type 3144

mat.: light-metal alloy

L=160

112

112

Tube 12x2,5

mat.: 1.4571

TAG-Nr./TAG-no.

Plate 52x13mm

Mat.: Stainless steel

Ring 25,7x1,6

Mat.: 1.4310

EEx ia ; ATEX IBExU Intrinsic Safe Approval

(Surface-RTD Assembly W-MOT (O-S))

Clamp Sensor DrawingClamp Sensor Drawing

Following technical details are requested to quote a new sensor

Type of thermocouple or RTD ( e. g. Pt100, single, class A, 4-wire )

Temperature range ( e.g. -50 deg C up to +350 deg C)

Process connection ( e.g. clamp OD 89 mm ; for 3 pipe )

Process connection material ( e.g. SS316 )

Extension length HL ( e.g. 150 mm )

Connection head material ( e.g. lighmetal )

Connection head conduit size ( e.g. NPT)

Transmitter ( e.g. head mounted )

Hazardous Locations Certifications ( e.g. EEx ia ; ATEX IBExU Intrinsic Safe Approval)

Connection

Including

Terminal Block

Length N

up to

1000 mm

Fast response

design with

Silver or Ni Sensing Tip


Pipe Trace Heating Monitoring with 848TPipe Trace Heating Monitoring with 848T

Available for ALLPipe Sizes

Available for ALLPipe Sizes

Optimize Energy Consumption (Steam or Electricity)

Ensure Product Quality

Improve Plant Availability

3420


Examples of Clamp sensors Surface Temperature MeasurementsExamples of Clamp sensors Surface Temperature Measurements


Application Industry Solution Sensors -OverviewApplication Industry Solution Sensors -Overview

Furnace Sensor

Surface Sensor

High TemperatureThermocouple, Type R/S, Protective Tube Kanthal AF

Laser welded 0.5 mmLonger Sensor Life

Main Steam SensorWeld-in Thermocouple Type K, Fast Response and High Vibration Approved

High Temperature

SensorSapphire Inner Tube& AL2O3 Outer Tube

Turbine Bearing SensorThermocouple, Type K, Oil Sealed


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