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RMT Sales Training 1/99 Phase II - Temperature Sensor

1Rosemount Produc t Train ing

PHASE II

Agenda:RMT Sensor differentiation

Vol I & II RTDs and Thermocouple overview

Complete point solutions

Connections heads overviewExtensions overview

Thermowell overview

RTD calibration schedules

Ordering information

Rosemount Product Train ing

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2

Stem

Cable Entry

Instrument ConnectionThread

Mountingarrangement

Extension

length

Immersionlength

Sensor

Headmount Transmitter

placed inside

Thermowell

Process

Connection

Head connection

Head

Complete Point Solut ion

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3Rosemount RTD Cons truct ion

Molded rearhouse assembly

Manganese Oxidepacking for protectionagainst vibration

O-ring for protectionagainst moisture

Explosion Proof Approvals

Calibration Services

RTD Technology:

Proprietary method of packing, O-ring

Sensor Different iat ion

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4Rosemoun t RTD Dif ferent iat ion

Type of element Platinum Rosemount has externally

wound RTD for faster response time

Thin-film has slightly faster response time thanwirewound

Element packaging Rosemount RTDs are packed in aluminum oxide to

provide optimum thermal conduction within the sheath

Grounded thermocouples are twice as fast as ungrounded Sheath thickness and material

Rosemount uses 316SST and Inconel (for hightemperatures) for sheath; both are very good thermalconductors

Sensor Response Time Improved

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5Vol - I: RTD Series

68 -- Thin film Immersion lengths from 1 to 24

Range: -50 to 400C

316 SST Sheath - 1/4 inch diameter

1/4 -inch sheath diameter

58C-- Cut-to-fit(cost effective) Immersion lengths 12, 24, 36, 48

Range: -50 to 200C


88-- Wire wound Long Sheath Immersion lengths from 24 to 100 Range: -200 to 200C


78 -- Wire wound (higher temp) Immersion lengths from 1 to 24

Range: -200 to 660C

Temperatures > 400C, sensor encased in

Inconel Sheath - 1/4 inch diameter

68Q-- Sanitary QuickResponse

Immersion lengths from 2.5 to 9.5

Range: -50 to 400C


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6

WHITE WHITE RED GREENGREEN BLACK

REDRED WHITE WHITE

All Single Element Sensors

are supplied as 4 Wire

All Duplex Element Sensors

are supplied as 2 x 3 Wire

Temperature vs relationships and Tolerances confirm to IEC 751.

0.25 inches sheath diameter

Vol I - RTD Series

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7/54RMT Sales Training 1/99 Phase II - Temperature Sensor

7

REDRED WHITE WHITE

All Single Element Sensors

are supplied as 4 Wire

All Duplex Element Sensors

are supplied as 2 x 3 Wire

Note:

Wire colors

different from Vol.1

Ran ge: -50 to 450C Standard 6mm sheath diameter

321 SST sheath material

Class B Tolerance

Temperature vs relationships and Tolerances confirm to IEC 751.

RED RED BLACK BLUEBLUE GREEN

Vol II - Series 65 RTD

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8Rosemount Thermocouple Construct ion

Single

Grounded

Dual

Grounded

Single

UngroundedDual

Ungrounded,

Un-isolated

Dual

Ungrounded,

Isolated

Ungrounded thermocouplesguard against interference by electrical noiseInput to output isolation in transmitter is an advantagesensor internal insulation can be expected to reduce withincreasing temperature

hence possibility of error due to electrical leakage.Grounded thermocouples

thermally and electrically connected to the sheathhence offer the fastest response timesto be used with a transmitter with electrical isolation

between input and output.

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9Vol I - Thermocoup les Series 183

+-

Type KChromel / Alumel

0 to 1150C

Most Linear

Inconel 600 Sheath - 1/4

inch diameterYellow Red

+ -

Type E Chromel / Constantan

0 to 871C

Most sensitive 304 SST Sheath - 1/4 inch

diameter

Purple Red

Type T

Copper / Constantan

-180 to 0 or 0 to 371C

Highly resistant to

corrosion from moisture

304 SST Sheath - 1/4

inch diameter

+ -Blue Red

+ -White Red

Type J Iron / Constantan

0 to 760 C

Least Expensive

304 SST Sheath - 1/4

inch diameter

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10Vol II - Thermocoup les Series 185

+ -

Type KChromel / Alumel

-40 to 1150 C

Most Linear

Inconel 600 Sheath - 6mm

diameterGreen White

Type T

Copper / Constantan

-40 to 350 C

Highly resistant to corrosion from

moisture

321 SST Sheath - 6mm diameter+ -Brown White

+ -Black White

Type J Iron / Constantan

-40 to 760 C

Least Expensive

321 SST Sheath - 6mm

diameter

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11Vol - I: Senso r Styles

Capsule Style - Option Code 01

direct immersion without mounting fittings

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provides moisture-proof, vapor-tight seal at static

pressures to 3,500 pisg at 20C

Sensor length = Nominal - 0.25 inches to prevent

bottoming of sensor in thermowell

General Purpose Style - Option Code 11

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ensures good surface contact in thermowell

faster time response

vibration resistance

Spring-loaded Style - Option Code 21

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same advantage as spring-loaded sensor

easy removal of sensor from the process without

tools

Bayonet Style - Option Code 31

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15

Code 1

Code 2

Code 3

3 styles for bothSeries 65 & Series185

Code 1- Flying Leads

Allows a head mounted transmitter to be connected directly to

sensor

Suitable for Models 244EH & 644H

E1 option available as a Spare

E1 option for Flameproof assembly with a Connection Head,

must be supplied assembled to a transmitter.

Vol - II: Senso r Lead Wire

Terminat ion

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16

Code 3 - 1/2 NPT Spring-Loaded Adapter

Specifically for direct connection to field mount transmitters

Suitable for Models 3144, 3244MV, 444 only available with 1/2 NPT thread and Nipple -Union

extensions

E9 option for Flameproof assembly with 3144 / 3244MV

Code 2 - Terminal Block

Terminates sensor for stand alone use or with any remote

transmitter

Suitable for 244ER & 644R

E1 option available as a Spare

E1 option for Flameproof assembly with Connection Head

Vol - II: Senso r Lead Wire

Terminat ion

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17

E1 VersionStandard Version

E1 Version

E1 option for CENELEC Flameproof Approval to achieve required safe flame path

length of connecting collar increased

factory will assemble the correct construction of sensor

spare sensors with E1 option not flamepoof sensor but suitable for a RMD flameproof assembly

Extended

collar

Standard Version

have a short collar connecting terminal plate to 6 mm sensor.

Series 65 RTD / 185 Thermocouple -

E1 Opt ion - for code 1 & 2 senso r

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18Vol - I: Polypropelene Connect ion Heads

Polypropelene

Connect ion Head

Option W

Sensor wi thou t con nect ion head- OptionN

Designed for sanitary sensors

White polypropylene Polymer material

Meets NEMA 4X

Meets FDA compliants

Resistent to attack by acids, alkalies & organic solvents

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19

Vol - I: Flat & Extended Cover

Connect ion Heads

Flat Cov er

Option R(Unpainted)

Option P(Painted)

Extended Cover

Option T(Unpainted)Option L(Painted)

Terminal

View

Extended Cover Connection Head

additonal space for series 88 & bayonet connectorsalso for general purpose & spring loaded sensor

Flat Cover Connection Head

for general purpose & spring-loaded sensor

Low-copper aluminium alloy material

Meets NEMA 4X & CSA Enclosure Type 4

For single

& dual

element

S i 65 RTD / 185 Th l

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20

Material : Non-sparking aluminium alloy with epoxide painted

finish 316L stainless steel investment castingIP 65 : High pressure water spray and dust tight

IP 67 : Immersion in water to a depth of 1m and dust tight

The Connect ion Head is n ecessary for enviro nm ental and hazardous area

protect ion when using Head mounted Transm it ters or Termin al Bloc k

senso r assemblies.

Conduit Connection

Thread IP65IP67

Head Connection

Head Connection: IP 65 pinch screw design

IP 67 M20 x 1.5 thread

Series 65 RTD / 185 Thermocoup le -

Connect ion Heads

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21Vol - I: Extens ion Fitt ing s

Option A

Option C

Sensor w ith No Extens ion- OptionN

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22

(T) Lagging length

This is the lagging length plus a

fixed allowance of 1.

This is the additional length

between the thread allowance

and hex allowance to

accommodate piping insulation.

Equation: L= U + T + 1

L

U

T + 1

(U) Immersion length into process

For best accuracy, this length should be long

enough to permit the bottom one inch of the

thermowell to be into the process.

Typically, the sensor is immersed up to one-half

the diameter of the pipe.

(L) Thermowell length minus 1/4

Note: Minus 1/4 is to cover

for the t ip of the thermowel l

Assemb ly Dimension : L, U and T

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23

E

(E) Extension fitting length

This dimension describes the effect of

adding a coupling and extension nippleto the assembly.

This is critical if it is necessary to keep

the transmitter away from the heat of

the process.

0

10

20

30

40

50

60

3 4 5 6 7 8 9

815C Oven Temp.

540C

Oven Temp.

250COven Temp.

Extension Length, Inches

HousingTemp.

Ris

eAboveAmbientC

Transmitter Housing

Temperature Rise vs.

Extension Length for a

Test Installation

Assemb ly Dimension: E

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24

Useful Equations

X

L

U

T + 1

E

(X) Sensor X lengthThis is the overall length of

the installed sensor

X= E + LX= E + U + T + 1

L= U + T + 1

Assemb ly Dimension :

X & the useful Equat ion

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25

X

L

U

T + 1

E

Your customer wants to measure the temperature in the middle of

a 1 ft. pipe

1. What is the immersion length?

3. If theyre using a 3 extension, what would the length of the sensor be?

2. If they were using a

series 68 sensor assemblywhat length would L and T

be?

4. How long is the thermowell they are using?

U = 6

L = 9.0

T = 1.5

X = 12

(t-well length L + 1/4 or U + T + 1.5)

t-well length = 9.0 + 1/4 = 9.25

Exer ic ise: Assemb ly Dimension

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26

always in mm

need not calculate if the complete assembly is to be ordered.without thermowell - recommend standard length wherepossible.XXX provides sensor options at 5mm increments.spring travel on the sensor allows for rounding your

customers requested length to the nearest 5mm while stillproviding a satisfactory fit and acceptable thermal impedence.Sensor length - 145 to 9995 mm - without thermowellImmersion length:

with series 94 thermowell - 75 to 2490mm

with series 96 thermowell - 75 to 450mm

SENSOR LENGTH

Vol II - Sensor Length

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27

STANDARD extensionsplain machined end (IP65) or threaded M20 (IP67)for assembly with the Connection Headother end threaded for thermowell connection - differentthread options availableMinimum practical length = 35 mm

for IP 65 Connection Head for IP 67 Connection Head

20 or 15 mm

plain machined

M24 x 1.5 or

-in ch NPT, API,

BSPT, BSPF

M20 x 1.5 or

-in ch NPT, API,

BSPT, BSPF

M24 x 1.5 or

-in ch NPT, API,

BSPT, BSPF

Extension Material - 316 SST

Standard IP65 Standard IP67

Vol II - Extension Types

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28

NIPPLE-UNION-NIPPLE extensionsalways threaded with the same thread each end.

only for use with IP67 Connection Head & 96 T-wellallows the head, sensor and transmitter to be removedfrom the thermowell, by undoing the union, withoutdisconnecting the loop wiringpreferred by customers who calibrate their system on line.Minimum practical length = 110 mm

Nipple-Union-Nipple Nipple-Union

NIPPLE -UNIONused with Spring loaded adaptor sensor with 96 T-wellfor mounting directly to RMT field mount transmitteronly available with 1/2 NPT threads.

Minimum practical length = 80 mm

Vol II - Extension Types

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29

Extension length code 0000

Threaded Head Connection

with Code 1 or 2 Sensor

Plain Bore Head Connection

with Code 1 or 2 Sensor

NOExtension Codes X,and Yonly available with Connection Head Codes A,B,E,and F.

Plain bore connection head with 2 set screws

IP67 IP65

For sensor without Thermowell & Extension

with threaded Head assembly

with plain bore head assembly

NOExtensio n Codes K ,L,M,and S

only available with Connection Head Codes C,D,G,and H.Threaded connection head.

Vol II - No Ex tens ion

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30Vol II - Extens ion (Con tinued)

L= Sensor Length

N= Extension Length

Integral mount sensorwith flying leads &

connection head

Integral mount sensor with

flying leads, connectionhead & nipple-union-nipple

extension

Spring loaded adaptersensor with union-nipple

extension

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31Vol I - Thermowell Series

Series 80

Has internal tapered threads For use in CSA applications.

Full penetration weld is a standard for the flange mount.

Materials: Standard- 316 SST, 304 SST or C1018 Carbon Steel.

For corrosive environment, there are options:

- Monel, Hastelloy & Inconel 600.

Series 79 & Series 81

Identical designSeries 81 only offered with flange type-full penetration welds.

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32Vol I - Thermowells

Thermowell Mounting Styles

Threaded- series 79 & 80 only NPT= National (US) Pipe Taper (1/2-14 up to 1-11.5NPT)

Welded- series 79 & 80 only

(3/4-1 inch pip e)

Flanged - All series Rating: 1inch - up to Class 600

1.5 inch - up to Class 2500

2 inch - up to 1500

3 inch - up to 150

Thermowell Stems styles

Straight - All seriesTapered - All series

Stepped - All series

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33

FlangedThreaded

Constructed from seamless tube which is swaged down to form a

stepped stem style. It is only available in 316 stainless steel.

Sensor length, L = N + U + 40

Series 94 - Tubular Thermowell

Only applicable for DIN-style sensors (Code 1 & 2)

Vol II - Thermowell Series

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34

Machined from solid bar stock. The standard material for thermowells

is 316 L stainless steel. Other material may be specified based on the

options available.

L = N +60 + U+40 L = N +60 + U+40 L = N +60 + U

Series 96 - Non-Tubular Thermowell

Applicable for all Vol 2 sensors

Vol II - Thermowell Series

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35Vol II - Thermowells

Thermowell Stems styles

Straight - series 96 only Tapered- series 96 only

Stepped- series 94 & 96

Spec. Pipe Dia. PressureANSI 1, 1, 2 Class 150B16.5 Class 300, 600, 1500DIN DN25, DN40 (mm) PN 16

2500 PN 40

Thermowell Mounting Styles

Threaded - series 94 & 96BSPT= British Standard Pipe TaperNPT= National (US) Pipe Taper

BSPF= British Standard Pipe Fine ( Parallel)

API = American Petroleum Institute

Welded - series 96 only

Flanged - series 94 & 96

Vol II - R-Options fo r

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36

Non Destructive Testing (NDT)

R16- Ring Joint Flange face (Std is Raised Face Flange)

R07- Flanged wells fabricated by full-penetration welding

R01- Pressure Test Certificate - after applying an external pressureup to 200 Bar . Maximum Dim U = 450mm.

R03- Dye Penetration Test Certificate confirming the integrity of

welding.R04- Special Cleaning performed to RMD specification for components

for oxygen service.

R05- NACE* Certificate to confirm that the material and heattreatment conforms to NACE MRO 175-90. Essential for

components for use in sour gas. Only offered with R07.R06- Stainless steel plug and chain used to close test wells when

not in use.

Q8 - Material Test Certificate to specification EN 10204 3.1Bconfirming the material of the well.

Vol II R Options fo r

Thermowell Series

RTD Calib rat ion :

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37

RTD Calib rat ion :

Find the Interchangeabi l i ty Error

Your customer is operating a processat 150Cand is using a Series 65

Platinum Long Sheath RTD...

What is the maximum error that will beintroduced into the temperature measurement

from Sensor Interchangeability?

Fortunately, Sensor Interchangeability Error

can be reduced or eliminated by calibration!

1.3C

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38

The IEC 751 standard curve (programmed into all our

transmitters) describes an IDEAL Resistance vs Temperature

relationship for Pt100 a385 RTDs.

RTD Calibrat ion

TEMPERATURE (oC)

RESISTANCE(O

HMS)

Class B Tolerance

Standard IEC 751 Curve

Class B Tolerance

0.8o

C at -100o

C 0.3oC at 0oC

0.8oC at 100oC

1.3oC at 200oC

1.8o

C at 300o

C 2.3oC at 400oC

(Sensor Interchangeability Error)

The goal is to find out what the real RTDcurve looks like, and reprogram thetransmitter to use the real curve!

Every RTD is slightly

different - theyre not ideal!

Sensor Matching

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39RTD Calibrat ion

The real RTD curve is found by character izing an

RTD over a specific temperature range or point.

oC Ohms0.0 99.9971.0 100.382.0 100.773.0 101.16

Customer ReceivesRTD-specific Resistancevs. Temperature Chart:Data generated

(RTD characterized)

Temperature Bath- One temperature- Multiple temperatures

Option X7: Standard Temperature Range (0 to 100C) - Vol II only

Option X8: Temperature RangeCharacterization

Option X9: Temperature PointCharacterization

[Calibration certificate provided with sensor]

1 d 2 i t T i

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40

1 and 2-po int Trim

Reduce Sensor Interchageabi l i ty Erro r

A 1-point trim shifts the ideal

curve up or down based on the

single characterized point

Data from the resistance vs.temp. chart can be used toreduce sensorinterchageability error

Use one or two points to trim

the sensor to a transmitter

oC Ohms

0.0 99.997

1.0 100.38

2.0 100.77

3.0 101.16

Customer Receives

Actual RTD Resistance

vs. Temperature Chart:

X7: Std Range

X8:Range

X9:Point

-200 0 200 400 600 800

Temperature (C)

0

50

100

150200

250

300

350

400

Resista

nce()

One Point Trim

Resistance()

50

100

150

200

250

300

350

400

Temperature (C)

0

-200 0 200 400 600 800

Two Point Trim

Use with X9 or X8 Use with X7 & X8

Actual

Ideal

A 2-point trim shifts the ideal curve

up or down AND changes the slope

based on the two characterized points

C ll d V D C t t

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41

Callendar-Van Dusen Cons tants

Generate True RTD Curv e

Ideal IEC751 curve is replaced (inthe transmitter) with the REAL

curve of the sensor

Temperature (C)

Resistance()

The X8 optionalso provides the

customer with Callendar-Van DusenConstants

These can be plugged into the

transmitter to create the REAL RTD

curve!

oC Ohms

0.0 99.997

1.0 100.38

2.0 100.773.0 101.16

Customer Receives

RTD-specific Resistancevs. Temperature Chart:

Ro

d

b

99.997

0.003845

1.61027

0.172491

and with the X8, the

customer also receives

C.V.D. constants!

V Option s Pro ide Cal lendar Van D sen

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42

V Option s Prov ide Cal lendar-Van Dusen

Constants

Sensor characterized over standard temperature rang e

Callendar-Van Dusen constants provided on sensor tag

Resistance vs. temperature table not included

Ro= 99.9717

a = 0.00385367

b = 0.172491

d = 1.61027

The V Optionsalso provide the customer withCallendar-Van Dusen Constants

When you order a sensor with a V option, you receive the C.V.D. constants

on a metal tag! You do NOT receive an R vs T table for that sensor!

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43

The four coefficients R0,, a, b, d are characteristic of each individual sensorand may be determined for each sensor by calibration at four different

temperature points and it is these that appear on the sensor wired-on label

when V-options are specified. The temperatures chosen for calibration are

usually 0, 100 C, and at least one point below zero and one above 100 C.

Option Temperature Calibration Error at

Code Range Points ( C) Calibration Points (C)

V8 -20 to 120 0 0.05

100 0.06

V9 0 to 450 0 0.07

100 0.21

350 0.07

V10 -50 to 450 -50 0.08

0 0.14

100 0.22

350 0.08

Series 65 RTD - V op tion

Exercise:

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44

Spring loaded, dual element sensor

316L Stainless Steel

Flanged, tapered thermowell (1-inch, Class 300)

C.V.D. constants for the each RTD element, but they alsoneed certificate of calibration from 0-100F

Fill in the Blanks:

____ R ____ A 30 ___ 075 ____ ____0078 25 D F76 X8

Your customer wants to place an order fora sensor assembly. They want:

Exercise:

Order ing a Senso r Assemb ly from Vol - I

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45

0065 Series 65 RTD

E Connection Head1 Sensor Lead Wire Termination

1 Sensor Type

D Extension Type

0035 Extension Length N

D Thermowell Material

0225 Immersion Length U

F10 Thermowell ( Mounting / Process Connection / Stem style )

E1 CENELEC Flame-proof Approval OPTIONSX1 Assemble Sensor to Temperature

Transmitter

ONEModel Number Structure worldwideOrdering example: 11 Codes ( 23 digits)

0065 E 1 1 D 0035 D 0225 F10 E1 X1

Temperature Poin t Solu t ion : Vol-II

Choos ing the Right Cal ibrat ion

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46

Choos ing the Right Cal ibrat ion

Schedule for Your Cus tomer

Accuracy

X8,V options identical in accuracy (when using

C.V.D.) X8,and V options provide higher accuracy than X9

over a temperature range

X9provides best accuracy around a single point

Price

V options

X9

X8

: How do I choose between using X8, X9 or the V options?

Cheapest

:Flip coin OR...

Regulatory requirements

If certification necessary: X8 or X9

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47

Customer wants to trim the transmitter to a single point

X8 X9 V1 V2 V3 V4 V5 V6 V7

Customer wants to eliminate sensor interchangeability error

(C.V.D. constants). Process runs 0-150FX8 X9 V1 V2 V3 V4 V5 V6 V7

Customer want to match transmitter and sensor (C.V.D.

constants) but also requires certification

X8 X9 V1 V2 V3 V4 V5 V6 V7

Customer wants to eliminate sensor interchangeability error(C.V.D. constants). Process runs 40-220F

X8 X9 V1 V2 V3 V4 V5 V6 V7

Which calibration schedule fits?(Use the sensors PDS Volume 1 to find the answers)

Quiz: #1

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48Quiz: #2

A series 185 single element sensor with extension an flanged -straight thermowell (2-inch, ANSI class 1500);

Temperature Range (0 to 200). Write down a valid model number.

sensor-

connection head-

sensor termination-

extension : type-

length-

thermowell: material-

immersion length-

mounting style-

process connection-

stem style-

0185

Not Specified - no connection

Only one option2 options J & N , but N is no extension

Not specified so choose std min.Not specified so choose std -316L SST.

Not specified so choose std min.

Series - not specified but onlyseries 96 offer straight style.

Specified as series 185

N301T2 J 0080 D 0075 F72 R07

require full penetration

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49Quiz: #3

Convert model: 78 N 21 A 30 A 075 T20into a

valid 0065 model.

0065 N 3 1 J 0080 0190 T38

Sensor Series:

Series 78 from volume 1convert to series 65 from

volume 2

Connection Head:Sensor ONLY, no connectionhead

Sensor Lead Wire Termination& Sensor Style:spring-loaded, single element

Extension Type:

Nipple CouplingInvol. 2 we chooseNipple Union which is theonly choice for 0065 N 31

Extension Length:3 = 76.2mm

but for ext. code J in vol.2minimum length = 80mm

Thermowell material:

316 SSTIn vol.2 - 316L SST

Immersion Length:

7.5 = 190.5mmIn vol.2 we select 190mm

Thermowell Mounting & Style:

Threaded -14NPT, Steppedvol.2 - Threaded -inch NPT,

Stepped

D

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50Quiz: #4

Model no:0068 R 31 A 30 A 080 T36is invalid.

Identify the errors and their corrections.

Sensor Terminationdoes NOT match

Sensor Type:

Use CodeT

instead ofR

Thermowellimmersion lengthdoes NOT match

Thermowell StyleUmax= 6

but, code 080 = 8

Use Code

060

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51Test

1. List a distinguished characteristic of volume II sensor over

volume I sensor with respect to:(a) Standards:

(b) Engineering Units:

2. Why does a customer require RTD calibration schedule?(a) To meet safety requirement.

(b) To meet ISO quality requirement

(c) Compulsory for every process plant

(d) Because it is cheap & accurate. [ ]

3. How do you distinguish between single & dual element RTD?

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52Test

4. What is the standard sheath diameter for

(a) volume 1 sensor:

(b) volume II sensor:

5. Which one of the following volume II sensor style will be suitable

for(a) flyin g leads (b) term inal blo ck

(c) sprin g-loaded adapter

(i) head mount transmitters (644/244):

(ii) field mount transmitter (3144/3244):

(iii) stand-alone or remote mount transmitter:

6. What is the maximum standard length volume II sensor offered?

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53Test

7. Identify the correct DIN connection head (a) IP 65 (b) IP 67

with respect to the following assembly:(i) Extension piece is tightened by a screw or

slot type to this connection head. [ ]

(ii) Extension piece must be threaded into this

connection head. [ ]

8. Convert model: 0183N21J2C60A090T20 to a valid series 185

model.

9. Customer needs to replace only the sensor for existing sensor

assembly model: 0065D22F0110D0115F04. Write down the

appropriate model number.

10. Identify the error(s) in the following invalid model number:

0065B21F0110D0115T44.

5/20/2018 Temp_Snr

54/54

54Answer Sheet

Enter the answers for the test given in this module and sent one copy to

the RMT A/P Trainer in Singapore . Attention to RMT Trainer at

Fax : (65) 7708000 or (65) 7770947 or (65) 7770743

E-Mail : [email protected]

RMT Trainer wi l l feedback to you the resul t & s olut ion

Name: Title:

Company: Date:

Q1 Q6

Q2 Q7

Q3 Q8

Q4 Q9

Q5 Q10

Marks: /10 Marks (%):

We need to know how much you know !!!We need to know how much you know !!!

temp_snr

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