TI20 Intelligent Temperature Transmitter

Product Specifications 05.97 PSS EMT0111 A-(en) 

TI20 

Intelligent Temperature Transmitter 

These intelligent transmitters are designed to perform measurements of temperature, voltage or resistance. The 

transmitters are approved for use in hazardous areas. They can either be mounted in a standard head housing 

as well as at a DIN rail. A rugged field housing allows EEx d applications. Bidirectional communication via the 

HART protocol is possible using the PC software ABO991 or the Universal Hand Terminal HT991. For the 

FOXCOM version configuration is made with the Hand Held Terminal HHT, PC-Software PC10 or directly from 

the I/A Series System. 

FEATURES 

• For all temperature sensors 

(resistance thermometers and thermocouples) 

• High accuracy over the complete temperature 

range 

• Intrinsically safe EEx ia IIC T4 ... T6 or 

EEx d in the field housing 

• Galvanic isolation between input and output 

• Open sensor and short-circuit detection 

• Can be mounted in a head housing, 

at a DIN rail or in a field housing 

• Continuous self diagnostics 

• Communication via HART or FOXCOM protocol 

(4 ... 20 mA and FOXCOM Digital) 

• Fast adaptation to a different measuring range 

without recalibration 

• Safety value configurable 

• Integrated current source for loop-check 

• Write protection 

• Redocumentation of measuring point 

• Customized characterization 

• Local display freely configurable 

• Conventional operation by means of the local 

keys of the LCD configurator 

• Software lock for local keys control 

• EMC protection in accordance with 

international standards and laws (CE)

2 TI20 PSS EMT0111 A-(en) 

TECHNICAL DATA 

Specifications according to DIN IEC 770 

Reference operating 

Power supply . 

Ambient temperature. 

Vibration . . . . 

Humidity............... 

Input 

Resistance Thermometer 

Sensors . . . . . 

Sensor connection 

Temp. measurement 

Difference-temperature 

2-Channel 

Temp. measurem. 

Averaged........... 

Accuracy PV 1) 

Table 1 

Resistance 

thermometer 

Pt100 DIN IEC 

Pt100 SAMA 

Ni100 DIN 

Cu10 DIN 43760 

SAMA Ni. 

Ni120 MINCO 

Maximum line resistance 

with 2-, 3-, 4-wire 

measurement........... 

Maximum difference 

with 3-, 4-wire 

measurement........... 

Thermocouple 

Sensors . . . . . 

Measurement mode 

Temp. measurement 

Diff.-temp. meas. 

Accuracy PV 1) 

Table 2 

Thermocouples 

DIN IEC 584 T1, 





DIN 43 710, L 





DIN 43 710, U 

conditions 

. DC 24 V 

. 25 °C 

. none 

50% 

RTD 

. see table 

. 2-, 3-, 4-wire 

. 2-wire 

. 2-wire 

2-wire 

.......... 0.025% 

of input reading 

or value from 

Nominal range 

[°C] 

-200 ... 850 

-200 ... 650 

-60 ... 180 

-70 ... 150 

-130 ... 315 

-80 ... 320 

R L≤50 Ω 

R Ldiff ≤5Ω 

. see table 

. 2-wire 

. 2-wire, with 

junction temperature 

......... 0.025% 

of input reading 

or value from 

Nominal range 

[°C] 

43 ... 1820 

0 ... 2320 

-270 ... 1000 

-210 ... 1200 

-270 ... 1372 

-200 ... 900 

-270 ... 1300 

-50 ... 1768 

-50 ... 1768 

-270 ... 400 

-200 ... 600 

(PV) 

table 1 2) 

Accuracy 

PV 

0.07 K 

0.07 K 

0.05 K 

1.00 K 

0.07 K 

0.15 K 

wire 

given lowest 

(PV) 

table 2 2) 

Accuracy 

PV 

0.60 K 3) 

0.40 K 

0.15 K 4) 

0.15 K 

0.15 K 4) 

0.20 K 

0.40 K 5) 

0.40 K 

0.40 K 

0.30 K 6) 

0.30 K 5) Additional error due to cold junction compensation: 

Internal cold junction compensation 

TypeS,R...............≤1.00 K 

Type B . . . . . . . . . . . . . . . . . . ≤ 1.00 K 3) 

Type U,T,N,L,K,J,E,C . . . . . ≤ 0.50 K 

With Ni100 element 7) 

TypeS,R ..............≤1.00 K 

Type B . . . . . . . . . . . . . . . . . . ≤ 1.00 K 3) 

Type U,T,N,L,K,J,E,C . . . . . ≤ 0.50 K 

Maximum line resistane . . . R L ≤ 3kΩ 

Voltage 


mV....................2-wire 

Accuracy PV 1) ..........0.025% 

of input reading (PV) 

or value from table 3 2) 

Table 3 

Nominal range Accuracy 

Voltage 

max. 

PV 

-15 ... 115 mV 6 µV 

Resistance 


Resistance . . . . . . . . . . . . 2-, 3-, 4-wire 

Diff.-resistance.........2-wire 

2-channel 

Absolute meas. . . . . . . . 2-wire 

Averaged meas. . . . . . . 2-wire 

Accuracy PV 1) ..........0.025% 

of input reading (PV) 

or value from table 4 2) 

Table 4 

Nominal range Accuracy 

7) 8) 

Resistance max. PV 

-500 ... 500 Ω 20 mΩ 

Characteristic 

Characteristic . . . . . . . . . . . linear or 

customized with max. 

22 pairs of values 

1) Digital value PV (PV = primary variable) 

for HART and FOXCOM 

2) Whichever is greater 

3) At range > 100 °C 

4) At range > -200 °C 

5) At range > -100 °C 

6) At range > -150 °C 

8) Inclusively the resistance of the current-carrying wires 

. . . . . . . . . 

. . . 

. . . . . . . . . 

. . . . . . . . . 1 

. . 

. . . 

751 

per 

. . . . . . . . . 2 

. . 

. . . . . 

B 

C 

E 

J 

K 

N 

R 

S 

T 

9) Negativ numbers when diff.-measurement

PSS EMT0111 A-(en) TI20 3 

Output 

Analog 

Characteristic. . . . . . . . . . . linear 

Signal range. . . . . . . . . . . . 4 ... 20 mA / 20 ... 4 mA 

Outputrange........... 3.8...20.5mA 

Permittedload.......... RBmax 

= 

Us 

− 12 V 

0.02 A 

Accuracy AO . . . . . . . . . . . Accuracy PV plus 0.05 % 

Resolution............. 3.5µA 

Digital 

For connection to FBM 18, 39, 43 or 44 of 

I/A Series System 

LCD Configurator 1) 

One line 

LCD configurator. . . . . . . 

Three line 

LCD configurator. . . . . . . 

4-digits, without unit 

5-digits, sign plus unit 

(7-digits alphanumeric), 

bar graph display 

0 ... 100 % 

Failure handling 

Substitute value . . . . . . . . . store last good value / 

safety value 

Failsafevalue........... 3.6...23mA 

Sensor fault detection 

Open wire 

TC/RTD,R............ 

ShortcircuitRTD/R..... 

Supply voltage 2) 

DC 12 ... 42 V 

Supply ripple V ss ........ 

≥3kΩ/≥500 Ω 

≤6Ω/≤1Ω 

≤1%p.p. 

Environmental conditions 2) 

Temperature range . . . . . . -40 ... +85 °C 

With LCD configurator . . . . -30 ... +70 °C 

Relative humidity . . . . . . . . ≤ 100 % 

Condensation. . . . . . . . . . . permitted 

Transportation / 

Storage temperature . . . . . -50 ... +85 °C 

The device can be operated at a class D2 location in 

accordance to DIN IEC 654, part 1. 

Protection class 

With field housing 

Code–F............... IP66,NEMA4X 

Transitional behavior 

Noise suppression 

Commonmode........ ≤250 V rms 

Common mode rej. . . . . 120 dB 3) 

Series mode rej. . . . . . . 48 dB 4) 

Mains 

synchronization. . . . . . . . 50 Hz / 60 Hz 

Dynamic behavior 

Damping (63% time). . . . 0 ... 32 s configurable 

Step response . . . . . . . . 1 s, typ. 

Startup.............. 7s 

Update rate 

analog............... 150ms 

digital ............... 100ms(FOXCOM) 

Long term stabiliy 

analog............... ≤0.05 %/Year + 20 µA 

digital ............... ≤0.05 %/Year 

Effects of influencing quantities 

on the accurcay 

Ambient temperature 

analog . . . . . . . . . . . . . . . Accuracy AO x 0.15/10 K 

digital ............... 0.1xPV/10K 

Supply voltage 

analog............... 0.005%/V 

digital . . . . . . . . . . . . . . . no influence 

Load 

analog............... 0.05% 5) 

digital . . . . . . . . . . . . . . . no influence 

Humidity . . . . . . . . . . . . . . no influence 

Electromagnetic compatibility EMC 

Operating conditions . . . . . industrial environment 

Immunity according to 

- EN 50082-2 . . . . . . . . . . . fulfilled 6) 

Emission according to 

- EN 55011, 

Group 1, Class A . . . . . . fulfilled 

- EN 50081-2 . . . . . . . . . . fulfilled 

Electrical connection 

Output 

Screw terminals. . . . . . . . . 

Sensor 

Solder posts or 

Screw terminals. . . . . . . . . 

wire cross section 

max. 1.5 mm 2 

wire cross section 

max. 1.5 mm 2 

Mechanical stress 

Shock ................ 

Vibration............... 

Vibration............... 

perDINIEC7706.2.13 

0.25mm/10...60Hz 

3g/60...500Hz 

1) Accessory only in combination with sensor connections 

Code 1, standard screws 

2) With explosionproof devices, please observe certificates 

of conformity for data 

3) Short circuited input 

4) Smaller than 4.5 mVrms 

5) When load is changed within the full range 

6) Acceptance criterion A: ± 1%F.S. 

Passing deviations > ± 1 % are possible


Communication 1) 

HART 

Communication standard . HART protokol 

Load.................. ≥250 Ω 

PC software . . . . . . . . . . . . ABO991(Rev. greater 3.0) 

Modem ............... MOD991forPC 

Universal Hand Terminal. . HT991 

FOXCOM 

Foxboro protokol . . . . . . . . 

Load.................. 

PC software . . . . . . . . . . . . 

Handterminal........... 

Weight 

Transmitter 

Sensor connections 

Code 1 . . . . . . . . . . . . . . . . 

Sensor connections 

Codes 2 and 3 . . . . . . . . . . 

Transmitter with 

field housing, 

Code –F. . . . . . . . . . . . . . . 

LCD configurator 

One line . . . . . . . . . . . . . 

Three line . . . . . . . . . . . . 

analog or digital 

≥200 Ω 

PC10 (incl. Modem) 

HHT 

approx. 140 g 

approx. 110 g 

approx. 1 470 g 

approx. 20 g 

approx. 60 g 

SAFETY REQUIREMENTS 

CE marking 

Electromagnetic 

compatibility............ 89/336/EWG 

Low-voltage regulation . . . 73/23/EWG not applicable 

Safety 

As per EN 61010-1 

(rsp. IEC 1010-1). . . . . . . . 

Internal fuses . . . . . . . . . . . 

External fuses . . . . . . . . . . 

Explosion protection 

Safety class III 

none 

Limitation of power supplies 

for fire protection have to be 

observed due to 

EN 61010-1, appendix F 

(resp. IEC 1010-1) 

2) 3) 

See certificates of conformity, 

Document No. EX EMT0111 A-(de)(en) 

Type of protection . . . . . . . EEx ia IIC T4 ... T6 

Type BIA 409 

Certificate of conformity. . . KEMA No. Ex-95.D.4252 X 

Certified as per CENELEC standard for the type of 

protection intrinsic safety EEx ia IIC, temperature class 

T4 ... T6 for hazardous areas. 

1) Optional 

2) Only when ordered 

3) National requirements have to be observed 

4) Partly with appropriate housing 

Temperature transmitter for use in hazardous areas in 

circuits certified as being intrinsically safe and having the 

following maximum values: 

U 0 I 0 P i Temp. 

class 

Max. values 

0.9 W T4 

30 V 125 mA 0.5 W 

0.7 W 

T5 

0.5 W T6 

Internal capacitance . . . . . . 1 nF 

Internal inductance . . . . . . . negligible 

Sensor side 

Typeofprotection............... EExiaIIC 

with the following maximum values: 

max. values 

U 0 I 0 

14.6 V 9.2 mA 

Ambient 

temp. 

80 °C 

40 °C 

For the limits of L a and C a please refer to the Certificate 

of conformity EX EMT0111 A-(de)(en). 

Explosion protection zone 2 

Type of protection . . . . . . . . Ex N IIC T4 ... T6 

Non-incendive, BS 6941 

Type BN 409 

Test certificate . . . . . . . . . . . KEMA No. Ex-95.Y.4253 X 

Max. values 

Voltage...............30V 

Current...............125mA 

Power................900mW 

Ambient temperature . . . . 70 °C for T4 and T5 

40 °C for T6 

For connection to a thermocouple or an RTD sensor. 

Explosionproof CENELEC 

With field housing Code –F 

Type of protection . . . . . . . . EEx d II C T6 

Typ BDE 409 

Certificate of conformity . . . KEMA No Ex-95.D-4462 

Certified as per CENELEC standard for hazardous areas. 

Electrical data 

Voltage...............≤DC 42 V 

Current...............≤35 mA 

Power................≤1W 

Ambient temperature . . . . -40 °C ... +70 °C 

The electrical connection in type of protection EEx d has 

to be executed with approved cables and cable glands 

or pipes (not part of delivery). 

Cable entry 1/2 - 14 NPT only. 

Further certifications in preparation: 4) 

Intrinsically safe (FM/CSA/SAA) 

Explosionproof (FM/CSA) 

Non-incendive (FM/CSA) 

Non-sparking (SAA) 

Flameproof (SAA)


ELECTRICAL CONNECTION 

Sensor- and loopwires: 

For the selection of the sensor- and the loopwires, please observe the national safety requirements. 

Resistance Thermometer or Resistor 

2-wire 3-wire 4-wire 

∆ 2-wire ( ϑ1 - ϑ2 ) 

2-wire average ( 

ϑ1 + ϑ2 

) 

2 

2 x 2-wire 

ϑ 

1) 

ϑ1 

ϑ ϑ ϑ2 

1 2 3 4 

Thermocouple or Voltage 

Thermocouple 

or Voltage 

Difference 

( ϑ1 ϑ2 ) 

Thermocouple with external 

cold junction compensation 

1) 

ϑ2 

ϑ1 

2) 

1 2 3 4 

Supply, Loop signal and Communication (HART or FOXCOM) 

HT991 (HART) 

or 

HHT (FoxCom) 

≥ 250 Ω for HART 

≥ 200 Ω for FoxCom 

1) Short-circuit at transmitter 2) Option for mounting in a head housing


MOUNTING 

NOTE 

When installing the transmitter or mounting in a housing, 

please observe the national safety requirements. 

DIN rail mounting 

The electronic can be mounted at a DIN rail: 

hat rail 35 mm according to EN 50 022 or 

monting rail form G according to EN 50 035. 

Head Housing 

The electronic with sensor connections code 2 and 3 are 

intended to be mounted into a head housing as per DIN 

43729 Type TZ-A/BL. Gauge slides as per DIN 43735 

respectively DIN 43762. 

Terminalsockettype............. B 

Max. numbers of terminals . . . . . . . . 4 

Distance between 

terminals(overallsize) ........... max.33mm 

SENSOR CONNECTIONS CODE 1 

STANDARD SCREWS 

Pg 16 

M24x1.5 

DIN RAIL 

BRACKET FOR DIN RAIL MOUNTING 

Field Housing 

The electronic can be mounted in a field housing. Therefore 

a mountig kit is available (wall or pipe mounting). 

For delivery with LCD configurator the cover has a glass 

window. 

Terminal socket 

33 

1.30 

mm 

in 

10 

0.39 

~24 

0.94


Mounting instructions for type BIA 409 

The Transmitter must be mounted in an enclosure 

providing a degree of protection of at least IP 20 per IEC 

529, when installed in an indoor location, and in an 

enclosure providing a degree of protection of at least IP 

44 per IEC 529, when installed in an outdoor location. 

Mounting instructions for type BN 409 

A Temperature Transmitter without enclosure must be 

mounted in an enclosure providing a degree of 

protection of at least IP 54 per IEC 529. 

The degree of protection of at least IP 54 to IEC 529 is 

only achieved if cable entries are used that are suitable 

for the application and correctly installed. 

Cable entries must comply with Clause 5.3.2 of 

BS 6941. 

OVERVIEW ACCESSORIES 

Ni100 Element for cold junction temperature 

compensation 

Brackets for DIN rail mounting 

Mounting in a head housing 

DIN RAIL 


(2 BRACKETS PER TRANSMITTER) 

One line LCD configurator 

Three line LCD configurator 

1 0 0.0 

- 2 0 0.0 0 C 

C E L S I U S


MODEL CODES 

TI20 Intelligent Temperature Transmitter 

Package Configuration 

–B Basic Unit, no housing and no sensor 

–F Field housing without sensor 

–K Built in head housing with sensor 

(Temperature sensors with head housings see PSS EMT1000) 

Output 

I 4-20 mA (Definition of option –T is required to configure transmitter) 

T 4-20 mA with HART communication (Accessories for HART devices PSS EMO0100) 

D 4-20 mA with FOXCOM communication 

Sensor Connections 

1 Standard screws 

2 Solder terminals (c) 

3 Compact screws (c) 

Electrical Classification 

EAA CENELEC EEx ia IIC T6 

EDZ CENELEC EEx d (for package configuration –F only) 

KNZ BS 6941 non-incendive, Ex N IIC T6, Zone 2 

FAA FM intrinsically safe (pending) 

FDZ FM explosionproof (for package configuration –F only) 

SAA SAA intrinsically safe (pending) 

CAA CSA intrinsically safe (pending) 

ZZZ For general purpose areas; not intrinsically safe nor explosionproof 

Optional Features 

–T Custom Configuration 

–S Kit for DIN rail mounting (for sensor connections code 1 or 3 only) 

–A One line LCD configurator (a) 

–B Three line LCD configurator (a) 

–F Remote cold junction sensor Ni100 for thermocouple measurement 

–L TAG-Number labeling on sticker 

Example Model Code: 

TI20 –B T 1 EAA –S–B 

(a) for sensor connections code 1 only 

(c) not for package configuration –F 

Product Specifications for Intelligent Transmitters: 

PSS EMP0510 A-(en) 






131GP 

141GP} 

132AP 

142AP} 

133DP 

143AP} 

Intelligent Gauge Pressure Transmitter 

Intelligent Absolute Pressure Transmitter 

Intelligent d/p Transmitter 

PSS EML2510 A-(en) 134FP Intelligent d/p Transmitter - Flange mounted 

PSS EML1510 A-(en) 134LVD Intelligent Buoyancy Transmitter 

PSS EML0510 A-(en) 134LD Intelligent Buoyancy Transmitter with Torque Tube 

PSS EML9510 A-(en) 104 ... Accessories for Buoyancy Transmitters 

PSS EMO0100 A-(en) 

Accessories for Devices with HART Protocol 

PSS 2A-1Z3 A HHT I/A Series Hand-Held Terminal 

PSS 2A-1Z3 C PC10 Intelligent Transmitter Configurator


DIMENSIONS 

Temperature Transmitter 

mm 

in 

42,8 

1.685 

1 

2 3 

4 

SENSOR CONNECTIONS 

CODE 1 

STANDARD SCREWS 

32,64 

1.285 

44,2 

1.740 

28,45 

1.120 

1 2 3 4 

26,16 

1.030 


CODE 2 

SOLDER TERMINALS 

33 

1.3 

44,2 

1.740 

1 2 3 4 


CODE 3 

COMPACT SCREWS 

59,69 

2.350 

29,5 

1.160 

One line LCD configurator 

50,00 

1.969 

mm 

in 

Three line LCD configurator 

63,5 

2.50 

42,8 

1.685 

32,64 

1.285 

53,82 

2.119 

42,8 

1.685 

32,64 

1.285 

63,02 

2.48 

1 0 0.0 

- 2 0 0.0 0 C 

C E L S I U S

72 

2.83 

106 

4.17 

36 

1.42 

25 

0.98 


DIMENSIONS (continued) 

DIN rail mounting 

mm 

in 

11 

0.44 

DIN RAIL 

FIXING SCREW 


Field housing 

DN50 OR 2 in 

X 

mm 

in 

PIPE (BY USER) 

29,4 

1.16 

PIPE MOUNTING 

109 

4.3 

119 

4.7 

9 

0.35 

1/2 NPT, 2 PLACES 

WALL MOUNTING 

10 

0.39 

45 

1.77 

NOTE 2 

72 

2.83 

89 

3.5 

DIMENSION X (NOTE 1) 

NOTES 

1. 

ALLOW 51 mm (2 in) CLEARANCE 

FOR COVER REMOVAL 

WITHOUT LCD COFIGURATOR 

WITH LCD COFIGURATOR 

87 

3.4 

112 

4.4 

2. EXTERNAL COVER LOCK AND 

GROUND SCREW LOCATION FOR 

ELECTRICAL CLASSIFICATION 

CODE EDZ AND FDZ

Form Sheet for Configuration 01.96 FS EMT0111 B-(en) 

TI20 

Intelligent Temperature Transmitter 

Standard Configuration 

Sensor .................... PT100 

Unit.. ..................... °C 

Measurementmode .......... 4-wire 

Measurementrange .......... 0...150°C 

Damping ................... 1sec 

Characteristic................ linear 


Safetyvalue ................. 3.6mA 

Resetsubstitutevalue ......... auto 

Localkeys...................... active 

Noise Suppression 

MainsFrequency ............. 50Hz,highfilter 

HARTaddress................... 0 

Configuration according to customer: 

When ordering a configuration differing from the standard configuration, please fill in form below: 

Measurement point 

TAG Number: 

Description : 

Date : 

Sensor 

❑ Resistance Thermometer RTD 

Unit.................... °C .............. ❍ 

°F............... ❑ 

°R .............. ❑ 

K ............... ❑ 

Ω............... ❑ 

SensorType............. Pt100DIN........ ❍ 

Pt100SAMA...... ❑ 

Ni100DIN........ ❑ 

Cu10DIN........ ❑ 

SAMANi......... ❑ 

Ni120MINCO..... ❑ 

1) ........... 

Special ❑ 

Measurement Mode 

Temp.-measurement..... 2-wire............ ❑ 

3-wire............ ❑ 

4-wire............ ❍ 

Diff.-temp.-measurement ................... ❑ 

2-channnelabsolutemeasurement .......... ❑ 

2-channelaveragedmeasurement........... ❑ 

Opensensordetection..... On.............. ❍ 

Off.............. ❑ 

❑Thermocouple 

Unit.................... °C .............. ❑ 

°F............... ❑ 

°R .............. ❑ 

K ............... ❑ 

mV.............. ❑ 

Sensortype.............. B ............... ❑ 

C............... ❑ 

E ............... ❑ 

J................ ❑ 

K ............... ❑ 

L ............... ❑ 

N............... ❑ 

R............... ❑ 

S ............... ❑ 

T ............... ❑ 

U............... ❑ 

Special 1) ......... ❑ 

Measurement Mode 

Temperaturemeasurement ................. ❑ 

Coldjunctioncomp..... intern............ ❑ 

Ni 100 2) ......... ❑ 

none ............ ❑ 

fixtemperature .... ❑ 

Fix cold junction temp. 

Differencetemperature..................... ❑ 

Lowest junction temp. 3) 

Opensensordetection..... On.............. ❍ 

Off.............. ❑ 

❍ = Standard Configuration 

1) On request. Curve has to be supplied 

2) Accessories 

3) Lowest temperature at cold junction 

4) Via customized characteristic 

5) In combination with thermocouples (except type B) or resistance thermometer 

6) Update time 300 ms 

7) Text can be displayen the “Three line LCD configurator” only 

❑Resistance 

Unit..................... Ohm.............❑ 

Special 4) .........❑ 


Resistancemeasurement.. 2-wire............❑ 

3-wire............❑ 

4-wire............❑ 

Differentialresistance.......................❑ 

2-channelabsolutemeasurement..........❑ 

2-channnelaveragedmeasurement ........❑ 

❑Voltage 

Unit..................... mV ..............❑ 

Special 4) .........❑ 

Linearization 

Linearwithunit..............................❍ 

Linear with dew point temp 5) .................❑ 

Customized ................................❑ 

Output 

❑ Measuring range 

Lowerrange.............. 0°C..............❍ 

........................................❑ 

Upperrange.............. 150°C ...........❍ 

........................................❑ 

Damping(max.60sec)..... 1sec.............❍ 

........................................❑ 


❑ Analog output AO 

Substitutevalue........... holdlastgoodvalue.❑ 

Safetyvalue.............. 3.6mA ...........❍ 

........................................❑ 

Resetsubstitutevalue...... auto..............❍ 

manual...........❑ 

Others 

❑ Mains frequency 

50Hz,highspeed ...........................❑ 

50 Hz, high filter 6) ...........................❍ 

60Hz,highspeed ...........................❑ 

60 Hz, high filter 6) ...........................❑ 

❑ LCD Configurator 

DisplayPVinunit............................❑ 

DisplayAOin%.............................❑ 

DisplayAOinmA............................❑ 

AlternatingdisplayPV/AOin%................❑ 

AlternatingdisplayPV/AOinmA...............❑ 

NoLCDConfigurator.........................❍ 

Text (max. 7 characters) 7) ....................❑ 

Language................ German ..........❑ 

English...........❑ 

French ...........❑ 

Spanish ..........❑ 

Local keys 

Keysactive.................................❍ 

Keysinactive ...............................❑ 

Message(max.32Characters)....................❑ 

.................❑


Subject to alterations - reprinting, copying and translation prohibited. Products and publications are 

normally quoted here without reference to existing patents, registered utility models or trademarks. 

The lack of any such reference does not justify the assumption that a product or symbol is free. 

FOXBORO ECKARDT GmbH 

Postfach 50 03 47 

D-70333 Stuttgart 

Tel. # 49(0)711 502-0 

Fax # 49(0)711 502-597 DOKT 533 956 049

TI20 Intelligent Temperature Transmitter

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