Presys TA-1200P User manual

Table of contents

Other Presys Test Equipment manuals

Presys

Presys PCA-570-RM User manual

Presys

Presys T-25N User manual

Presys

Presys T-500PIR User manual

Presys

Presys T-1200PIR User manual

Presys

Presys PC-507-IS User manual

Presys

Presys T-350P User manual

Presys

Presys MCS-12-IS User manual

Presys

Presys PCON-Y18-LP User manual

Presys

Presys MCS-XV User manual

Presys

Presys T-1200PH User manual

Presys

Presys TA-1200PLAB User manual

Popular Test Equipment manuals by other brands

SMART

SMART KANAAD SBT XTREME 3G Series user manual

Agilent Technologies

Agilent Technologies BERT Serial Getting started

Agilent Technologies

Agilent Technologies N3280A user guide

Vernier

Vernier Go Direct Voltage manual

Lifeloc

Lifeloc R.A.D.A.R. quick start guide

Fluke

Fluke T5-600 Service information

Mercury

Mercury TSL01 user manual

MAHA

MAHA MBT Series Original operating instructions

Fuji Electric

Fuji Electric P-61 instruction manual

ETC

ETC SealerAtor user manual

Skyfine

Skyfine ETHYWAY V2 user manual

Appion

Appion G5 Twin Operation manual

PCB Piezotronics

PCB Piezotronics 8159-0112A Installation and operating manual

BW Technologies

BW Technologies MicroDock II user manual

Sun Nuclear

Sun Nuclear 1027 user guide

Biomark

Biomark HPR LITE READER user manual

Hioki

Hioki 3169-20 instruction manual

Ashcroft

Ashcroft ATE-100 operating manual

Temperature Advanced

Calibrators

TA-1200P

Technical Manual

EM0295-03

presys

Temperature Advanced

presys

Temperature Advanced

Calibrators

presys

Calibrators

presys

Calibrators

TA-1200P

presys

TA-1200P

presys

TA-1200P

EC Declaration of Conformity

We declare under our sole responsability that the CE marked products, are in conformity

with the essential requirements of the following EC Directives when installed in

accordance with the installation instructions contained in the product documentation:

Series

TA-1200P

Description

Dry-Block Temperature Calibrator

LVD

Low Voltage Directive

2014/35/EC

of the European Parliament and of the Council of 12 December 2006 on

the harmonization of the laws of Member States relating to Electrical Equipment

designed for use within certain voltage limits.

EN 61010-1:2011

Safety requirements for electrical equipment for measurement, control and laboratory

use

EN 61010-2:010

Safety requirements for electrical equipment for measurement, control and laboratory

use -Part 2-010: Particular requirements for laboratory equipment for the heating of

Materials.

EMC directive

2004/108/EC

of the European Parliament and of the Council of 15 December 2004

on the approximation of the laws of the Member States relating to electromagnetic

compatibility and repealing Directive 89/336/EEC

EN 61326-1:2003

Electrical equipment for measurement, control and laboratory use -EMC requirements

São Paulo, 8 September 2016

Vinicius José Gomes Nunes

Antonio Rafael Sito Antunes

CEO

Engineering Manager

presys

We declare under our sole responsability that the CE marked products,

presys

We declare under our sole responsability that the CE marked products,

are in conformity

presys

are in conformity

irectives

presys

irectives

when installe

presys

when installe

d in

presys

d in

installation instructions contained in the product documentation

presys

installation instructions contained in the product documentation

presys

Block Temperature Calibrator

presys

Block Temperature Calibrator

presys

of the European Parliament and of the Council of 12 December 2006 on

presys

of the European Parliament and of the Council of 12 December 2006 on

presys

harmonization

presys

harmonization

of the laws of Member States relating to Electrical Equipment

presys

of the laws of Member States relating to Electrical Equipment

presys

of the laws of Member States relating to Electrical Equipment

presys

designed for use within certain voltage limits

presys

designed for use within certain voltage limits

presys

Safety requirements for electrical

presys

Safety requirements for electrical

equipment for measurement, control and laboratory

presys

equipment for measurement, control and laboratory

use

presys

use

:010

presys

:010

Safety requirements for electrical equipment for measurement, control and laboratory

presys

Safety requirements for electrical equipment for measurement, control and laboratory

use

presys

use

presys

Part 2

presys

Part 2

presys

010: Particular requirements for

presys

010: Particular requirements for

Materials

presys

Materials

presys

EMC directive

presys

EMC directive

2004/108/EC

presys

2004/108/EC

of the European Parliament and of the Council of 15 December 2004

presys

of the European Parliament and of the Council of 15 December 2004

on the approximation of the laws of the Member States relating to electromagnetic

presys

on the approximation of the laws of the Member States relating to electromagnetic

compatibility and repealing Directive 89/336/EEC

presys

compatibility and repealing Directive 89/336/EEC

presys

61326

presys

61326

presys

1:2003

presys

1:2003

Electrical equipment for measurement, control and laboratory use

presys

Electrical equipment for measurement, control and laboratory use

presys

ão Paulo

presys

ão Paulo

presys

September 201

presys

September 201

presys

The warranty conditions are available in our sites:

www.presys.com.br/warranty

presys

The warranty conditions are available in our sites:

presys

The warranty conditions are available in our sites:

presys

www.presys.com.br/warranty

presys

www.presys.com.br/warranty

presys

PRESYS Instrumentos e Sistemas TA-1200P

EM0295-03

Table of Contents

1 - Introduction....................................................................................................................1

1.1 -Technical Specifications...........................................................................................2

1.1.1 -Input Technical Specifications...........................................................................3

1.1.2 -Special Software Features................................................................................4

1.2 -Order Code...............................................................................................................4

1.3 - Accessories ..............................................................................................................5

1.4 -Initial Usage..............................................................................................................6

1.5 -Mounting the insert inside the furnace.....................................................................6

1.6 -Instruction for use of the optional Black Body insert...............................................7

1.7 -Parts Identification..................................................................................................10

2 - Calibrator Operation...................................................................................................11

2.1 -Calibrator Menu......................................................................................................12

2.1.1 –Probe Reference.............................................................................................14

2.1.2 -Input Settings...................................................................................................16

2.1.3 -Special Function..............................................................................................20

2.1.4 -Saving Current Configuration (Memory Manager)..........................................21

2.2 -Hart®Configuration.................................................................................................22

2.2.1 -HART®Connections........................................................................................22

2.2.2 -Starting Communication..................................................................................23

2.2.3 -Adjusting the Measurement Range of a HART®Transmitter..........................23

2.2.4 -Adjusting the Measurement Range of a HART®Transmitter with Reference24

2.2.5 -Checking / Adjusting HART®Transmitter mA Output.....................................25

2.3 -Automatic Tasks.....................................................................................................26

2.3.1 -Creating Tasks.................................................................................................26

2.3.2 -Performing Tasks.............................................................................................29

2.3.3 -Viewing Results...............................................................................................29

2.4 -Data-Logger............................................................................................................31

2.5 -Videos.....................................................................................................................32

2.6 -Settings...................................................................................................................32

2.6.1 - System.............................................................................................................32

2.6.2 -Network............................................................................................................34

2.6.3 -Built-in Web Server..........................................................................................34

3 - Safety Instructions......................................................................................................36

4 - Recommendations as regards Accuracy of Measurements .................................36

5 - Calibration (Adjustment)............................................................................................37

5.1 -Input Calibration .....................................................................................................37

5.2 -Probe Calibration....................................................................................................38

5.3 -PID Control Parameters.........................................................................................39

6 - Maintenance.................................................................................................................39

6.1 -Instructions for Hardware Maintenance.................................................................39

presys

....................

presys

....................

...........................

presys

...........................

presys

................................

presys

................................

...........

presys

...........

presys

................................

presys

................................

................

presys

................

presys

................................

presys

................................

...............

presys

...............

presys

................................

presys

................................

..............

presys

..............

presys

................................

presys

................................

..............

presys

..............

presys

................................

presys

................................

presys

................................

.....

presys

.....

presys

Instruction for use of the optional Black Body insert

presys

Instruction for use of the optional Black Body insert

................................

presys

................................

...............

presys

...............

presys

................................

presys

................................

presys

................................

presys

................................

presys

................................

presys

................................

...

presys

...

presys

................................

presys

................................

presys

................................

......

presys

......

................................

presys

................................

presys

................................

.............................

presys

.............................

................................

presys

................................

presys

................................

presys

................................

presys

................................

presys

................................

..............................

presys

..............................

Saving Current Configuration (Memory Manager)

presys

Saving Current Configuration (Memory Manager)

................................

presys

................................

presys

................................

presys

................................

presys

................................

Connections

presys

Connections

................................

presys

................................

presys

................................

Starting Communication

presys

Starting Communication

................................

presys

................................

presys

................................

Adjusting the Measurement Range of a HART

presys

Adjusting the Measurement Range of a HART

presys

Transmi

presys

Transmi

Adjusting the Measurement Range of a HART

presys

Adjusting the Measurement Range of a HART

presys

Transmitter with Reference

presys

Transmitter with Reference

Checking / Adjusting HART

presys

Checking / Adjusting HART

presys

Tran

presys

Tran

smitter mA Output

presys

smitter mA Output

Automatic Tasks

presys

Automatic Tasks

................................

presys

................................

presys

................................

Creating Tasks

presys

Creating Tasks

................................

presys

................................

presys

................................

Performing Tasks

presys

Performing Tasks

................................

presys

................................

presys

................................

presys

Viewing Results

presys

Viewing Results

................................

presys

................................

Data

presys

Data

presys

Logger

presys

Logger

................................

presys

................................

presys

................................

2.5

presys

2.5

presys

Videos

presys

Videos

................................

presys

................................

presys

................................

2.6

presys

2.6

presys

Settings

presys

Settings

................................

presys

................................

presys

................................

2.6.1

presys

2.6.1

presys

System

presys

System

................................

presys

................................

2.6.2

presys

2.6.2

presys

Network

presys

Network

................................

presys

................................

2.6.3

presys

2.6.3

presys

Built

presys

Built

presys

in Web Server

presys

in Web Server

................................

presys

................................

presys

Safety Instructions

presys

Safety Instructions

presys

................................

presys

................................

Recommendations as regards Accuracy of Measurements

presys

Recommendations as regards Accuracy of Measurements

Calibration (Adjustment)

presys

Calibration (Adjustment)

presys

Input Cali

presys

Input Cali

Probe Calibration

presys

Probe Calibration

PRESYS Instruments TA-1200P

Page 1

1 - Introduction

TA-1200P

Temperature Advanced Calibrator TA-1200Pgeneratestemperature in the insert

in order to calibrate thermocouples, RTDs, thermo-switches. Besides providing high

accuracy temperature values, it also allows the measurement of signals generated by

the thermo-element which is being calibrated. This is possible due to an embedded

calibrator specific for these types of signal, including 4-20 mA. Thus, they incorporate

the functions of dry block, standard thermometer and calibrator for RTD, TC and mA.

•TA-1200P calibrator model generatestemperatures from 50 ºC (122 ºF) to 1200 ºC

(2192 ºF).

•Presents inputsfor mA, thermocouples, RTDs and thermo-switches.

•Carries out completely automatic calibrations with or without the use of a computer.

•Accuracy to 3 ºC, stability of 0.2 ºC and resolution of 0.1 ºC.

•Hart®Communicator (optional) with internal resistance configurable, transmitter

power supply and latest DD as option.

•Portable, compact, provides interchangeable inserts and carrying case.

The calibrator also provides an input for an external probe to perform the

temperature measurement from a standard sensor (optional) inserted in the same

measuring zone of the sensor to be calibrated, increasing the accuracy and decreasing

loading effects. The standard sensor calibration curve follows the parameterization of

ITS-90.

It presentsa wide variety of programming resources, allowing the performance of

automatic calibrations.In this case, the sensor is placed in the insert and its electrical

presys

1200P

presys

1200P

Temperature Advanced Calibrator

presys

Temperature Advanced Calibrator

presys

1200

presys

1200

presys

generate

presys

generate

in order to calibrate thermocouples,

presys

in order to calibrate thermocouples,

RTDs

presys

RTDs

, thermo

presys

, thermo

presys

switches. Besides providing high

presys

switches. Besides providing high

accuracy temperature values, it also allows the measurement of signals generated by

presys

accuracy temperature values, it also allows the measurement of signals generated by

element which

presys

element which

presys

being calibrated. This is possible due to

presys

being calibrated. This is possible due to

calibrator specific for these types of signal, including 4

presys

calibrator specific for these types of signal, including 4

the functions of dry block, standard thermometer and calibrator for RTD, TC and mA.

presys

the functions of dry block, standard thermometer and calibrator for RTD, TC and mA.

presys

1200P calibrator model generate

presys

1200P calibrator model generate

(2192

presys

(2192

ºF).

presys

ºF).

•

presys

•

Present

presys

Present

presys

input

presys

input

presys

for

presys

for

mA,

presys

mA,

thermocouples,

presys

thermocouples,

•

presys

•

Carr

presys

Carr

ies

presys

ies

out completely automatic calibrations with or without the use of a computer.

presys

out completely automatic calibrations with or without the use of a computer.

•

presys

•

Accuracy to

presys

Accuracy to



presys



3 ºC

presys

3 ºC

, stability of 0.2 ºC and resolution of 0.1 ºC

presys

, stability of 0.2 ºC and resolution of 0.1 ºC

•

presys

•

Hart

presys

Hart

presys

Communicator

presys

Communicator

(optional) with internal resistance configurable, transmitter

presys

(optional) with internal resistance configurable, transmitter

power supply and latest DD as option.

presys

power supply and latest DD as option.

•

presys

•

Portable, compact, provides interchangeable inserts and carrying case.

presys

Portable, compact, provides interchangeable inserts and carrying case.

The calibrator also provides an input for an external probe to perform the

presys

The calibrator also provides an input for an external probe to perform the

temperatu

presys

temperatu

presys

measurement

presys

measurement

measuring zone of the sensor to be calibrated, increasing the accuracy and decreasing

presys

measuring zone of the sensor to be calibrated, increasing the accuracy and decreasing

loading effects. The standard sensor calibration curve follows the parameterization of

presys

loading effects. The standard sensor calibration curve follows the parameterization of

PRESYS Instruments TA-1200P

Page 2

terminals are connected to the embedded calibrator. The operator defines the calibration

points and the number of repetitions (task), then the process is started and all the

sequence is automatically accomplished. After completing the task, a Calibration Report

is issued and it can be printed directly in a USB connected printer or can be generated a

PDF document.

It has HART® communication for reading and setting parameters of field devices

that have this protocol.

TA-1200Phasalso many other features, such as:

•RTD input for 2, 3 and 4 wires. Table IEC 60751, JIS or Callendar-Van Dusen

user-configurable. Engineering units configurable to °C, °F and K.

•Built in Web Server, Ethernet communication.

•USB port for software/firmware upgrade.

•HART®Communication Protocol (optional).

•The electric signal calibrator is independent from the dry block function.

•Display indication when the temperature reaches the desired value.

•5.7 inches touchscreen display that eases the operation and configuration of the

calibrator.

•Thermo-element reading scaled to ITS-90 or IPTS-68.

•Internal regulated 24 Vdc power supply for 2-wire transmitters.

•Independent circuit for over-temperature protection and safety.

•Insert to choose, carrying case, handles and test leads included. If the insert is not

specified, it will be provided the insert type IN06.

1.1 -Technical Specifications

TA-1200P

Operating Range

50 to 1200 °C

Display Accuracy



2.2 °C

Resolution

0.1 ºC

Stability



0.1ºC

Radial Uniformity

(homogeneity)

0.05 ºC @ 50 ºC

0.15 ºC @ 650 ºC



0.20 ºC @1100 ºC

Axial Uniformity

(homogeneity) (20 mm)

0.15 ºC @ 50 ºC

0.25 ºC @ 650 ºC



0.25 ºC @1100 ºC

Heating Time

100 min (100 ºC to 1200 ºC)

Cooling Time

5 h (1200 ºC to 200 ºC)

Electric Power

800 W

Well Diameter x Depth

Ø 34 mm x 130 mm

Weight

12.6 kg

Dimension (HxWxD)

350 x 205 x 325 mm

presys

It has HART® communication for reading and setting parameters of field devices

presys

It has HART® communication for reading and setting parameters of field devices

RTD input for 2, 3 and 4 wires. Table IEC 60751, JIS or

presys

RTD input for 2, 3 and 4 wires. Table IEC 60751, JIS or

Callendar

presys

Callendar

presys

Callendar-Callendar

presys

Callendar-Callendar

Van

presys

Van

Dusen

presys

Dusen

Engineering units configurable to °C, °F

presys

Engineering units configurable to °C, °F

and

presys

and

presys

The electric signal calibrator is independent from the dry bloc

presys

The electric signal calibrator is independent from the dry bloc

k function.

presys

k function.

when the temperature reaches the desired value.

presys

when the temperature reaches the desired value.

that eases the operation and configuration of the

presys

that eases the operation and configuration of the

element reading scaled to ITS

presys

element reading scaled to ITS

presys

90 or IPTS

presys

90 or IPTS

presys

68.

presys

68.

supply for 2

presys

supply for 2

presys

wire transmitters.

presys

wire transmitters.

temperature protection and safety.

presys

temperature protection and safety.

Insert to choose, carrying case,

presys

Insert to choose, carrying case,

handles

presys

handles

and test leads included. If the insert is not

presys

and test leads included. If the insert is not

specified, it will be provided the insert type

presys

specified, it will be provided the insert type

presys

06.

presys

06.

Technical Sp

presys

Technical Sp

ecifications

presys

ecifications

Operating Range

presys

Operating Range

presys

Display

presys

Display

Accuracy

presys

Accuracy

presys

Resolution

presys

Resolution

presys

tability

presys

tability

presys

Radial Uniformity

presys

Radial Uniformity

(homogeneity)

presys

(homogeneity)

presys

Axial

presys

Axial

Uniformity

presys

Uniformity

(homogeneity)

presys

(homogeneity)

(20 mm)

presys

(20 mm)

presys

Heating

presys

Heating

Time

presys

Time

presys

Cooling

presys

Cooling

Time

presys

Time

presys

Electric Power

presys

Electric Power

presys

ameter x Depth

presys

ameter x Depth

presys

PRESYS Instruments TA-1200P

Page 3

1.1.1 - Input Technical Specifications

Input Ranges

Resolution

Accuracy

Remarks

millivolt

-150 mV to 150 mV

0.001 mV



0.01 % FS*

input

> 10 M



150 mV to 2450 mV

0.01 mV



0.02 % FS

auto-ranging

-1 mA to 24.5 mA 0.0001 mA 0.01% FS Rinput < 120 

resistance

0 to 400



400 to 2500 0.01 

0.01 

0.01 % FS

0.03 % FS

Excitation current

0.85 mA

auto-ranging

Pt-100

-200 to 850



C / -328 to 1562



0.01



C / 0.01





0.1



C /



0.2



IEC 60751

Pt-1000

-200 to 400



C / -328 to 752



0.1



C / 0.1





0.1



C /



0.2



IEC 60751

Cu-10

-200 to 260 C / -328 to 500 F0.1 C / 0.1 F2.0 C / 4.0 FMinco 16-9

Ni-100

-60 to 250



C / -76 to 482



0.1



C / 0.1





0.2



C /



0.4



DIN-43760

TC-J

-210 to 1200



C / -346 to 2192



0.1



C / 0.1





0.2



C /



0.4



IEC 60584

TC-K

-270 to -150



C / -454 to -238



0.1



C / 0.1





0.5



C /



1.0



IEC 60584

TC-K

-150 to 1370



C / -238 to 2498



0.1



C / 0.1





0.2



C /



0.4



IEC 60584

TC-T

-260 to -200 C / -436 to -328 F0.1 C / 0.1 F0.6 C / 1.2 FIEC 60584

TC-T

-200 to -75 C / -328 to -103 F0.1 C / 0.1 F0.4 C / 0.8 FIEC 60584

TC-T

-75 to 400 C / -103 to 752 F0.1 C / 0.1 F0.2 C / 0.4 FIEC 60584

TC-B

50 to 250 C / 122 to 482 F0.1 C / 0.1 F2.5 C / 5.0 FIEC 60584

TC-B

250 to 500



C / 482 to 932



0.1



C / 0.1





1.5



C /



3.0



IEC 60584

TC-B

500 to 1200 C / 932 to 2192 F0.1 C / 0.1 F1.0 C / 2.0 FIEC 60584

TC-B

1200 to 1820 C / 2192 to 3308 F0.1 C / 0.1 F0.7 C / 1.4 FIEC 60584

TC-R

-50 to 300



C / -58 to 572



0.1



C / 0.1





1.0



C /



2.0



IEC 60584

TC-R

300 to 1760



C / 572 to 3200



0.1



C / 0.1





0.7



C /



1.4



IEC 60584

TC-S

-50 to 300 C / -58 to 572 F0.1 C / 0.1 F1.0 C / 2.0 FIEC 60584

TC-S

300 to 1760



C / 572 to 3200



0.1



C / 0.1





0.7



C /



1.4



IEC 60584

TC-E

-270 to -150 C / -454 to -238 F0.1 C / 0.1 F0.3 C / 0.6 FIEC 60584

TC-E

-150 to 1000



C / -238 to 1832



0.1



C / 0.1





0.1



C /



0.2



IEC 60584

TC-N

-260 to -200 C / -436 to -328 F0.1 C / 0.1 F1.0 C / 2.0 FIEC 60584

TC-N

-200 to -20 C / -328 to -4 F0.1 C / 0.1 F0.4 C / 0.8 FIEC 60584

TC-N

-20 to 1300 C / -4 to 2372 F0.1 C / 0.1 F0.2 C / 0.4 FIEC 60584

TC-L

-200 to 900



C / -328 to 1652



0.1



C / 0.1





0.2



C /



0.4



DIN-43710

TC-C

0 to 1500



C / 32 to 2732



0.1



C / 0.1





0.5



C /



1.0



W5Re / W26Re

TC-C

1500 to 2320



C / 2732 to 4208



0.1



C / 0.1





0.7



C /



1.4



W5Re / W 26Re

*FS = Full Scale

Accuracy values are valid within one year and temperature range of 20 to 26 °C.

Outside these limits add 0.001 % FS / C taking 23 °C as the reference temperature.

For thermocouples, using the internal cold junction compensation add a cold junction

compensation error of 0.2 C or 0.4 F max.

presys

auto

presys

auto

presys

ranging

presys

ranging

presys

inpu

presys

inpu

presys

< 120

presys

< 120

presys

Excitation current

presys

Excitation current

0.85

presys

0.85

presys

auto

presys

auto

presys

ranging

presys

ranging

presys

C /

presys

C /



presys



0.2

presys

0.2



presys



presys

IEC 60751

presys

IEC 60751

presys

0.1

presys

0.1



presys



C /

presys

C /



presys



0.2

presys

0.2



presys



presys

IEC 60751

presys

IEC 60751

presys



presys



2.0

presys

2.0



presys



C /

presys

C /



presys



4.0

presys

4.0



presys



presys

Minco 16

presys

Minco 16

presys



presys



0.2

presys

0.2



presys



C /

presys

C /



presys



0.4

presys

0.4



presys



presys

DIN

presys

DIN

presys

43760

presys

43760

presys

C / 0.1

presys

C / 0.1



presys



presys



presys



0.2

presys

0.2



presys



C /

presys

C /



presys



0.4

presys

0.4



presys



presys

IEC 60584

presys

IEC 60584

presys

C / 0.1

presys

C / 0.1



presys



presys



presys



0.5

presys

0.5



presys



C /

presys

C /



presys



1.0

presys

1.0



presys



presys

IEC 60584

presys

IEC 60584

presys

C / 0.1

presys

C / 0.1



presys



presys



presys



0.2

presys

0.2



presys



C /

presys

C /



presys



0.4

presys

0.4



presys



presys

IEC 60584

presys

IEC 60584

presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



0.6

presys

0.6



presys



C /

presys

C /



presys



1.2

presys

1.2



presys



presys

IEC 60584

presys

IEC 60584

presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



0.4

presys

0.4



presys



C /

presys

C /



presys



0.8

presys

0.8



presys



presys

IEC 60584

presys

IEC 60584

presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



0.2

presys

0.2



presys



C /

presys

C /



presys



0.4

presys

0.4



presys



presys

IEC 60584

presys

IEC 60584

presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



2.5

presys

2.5



presys



C /

presys

C /



presys



5.0

presys

5.0



presys



presys

C / 482 to 932

presys

C / 482 to 932



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



1.5

presys

1.5



presys



C /

presys

C /



presys



3.0

presys

3.0

presys

C / 932 to 2192

presys

C / 932 to 2192



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



1.0

presys

1.0



presys



C /

presys

C /



presys



2.0

presys

2.0

presys

C / 2192 to 3308

presys

C / 2192 to 3308



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



0.7

presys

0.7



presys



C /

presys

C /

presys

58 to 572

presys

58 to 572



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



1.0

presys

1.0



presys



presys



presys



C / 572 to 3200

presys

C / 572 to 3200



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys



presys



0.7

presys

0.7

presys

50 to 300

presys

50 to 300



presys



C /

presys

C /

presys

58 to 572

presys

58 to 572



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys

300 to 1760

presys

300 to 1760



presys



C / 572 to 3200

presys

C / 572 to 3200



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1



presys



presys

270 to

presys

270 to

presys

150

presys

150



presys



C /

presys

C /

presys

454 to

presys

454 to

presys

238

presys

238



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1

presys

150 to 1000

presys

150 to 1000



presys



C /

presys

C /

presys

238 to 1832

presys

238 to 1832



presys



presys

0.1

presys

0.1



presys



C / 0.1

presys

C / 0.1

presys

260 to

presys

260 to

presys

200

presys

200



presys



C /

presys

C /

presys

436 to

presys

436 to

presys

328

presys

328



presys



presys

0.1

presys

0.1



presys



presys

200 to

presys

200 to

presys



presys



C /

presys

C /

presys

328 to

presys

328 to

presys



presys



presys

0.1

presys

0.1

presys

20 to 1300

presys

20 to 1300



presys



C /

presys

C /

presys

4 to 2372

presys

4 to 2372



presys



presys

200 to 900

presys

200 to 900



presys



C /

presys

C /

presys

328 to 1652

presys

328 to 1652



presys



presys

0 to 1500

presys

0 to 1500



presys



C / 32 to 2732

presys

C / 32 to 2732



presys



presys

1500 to 2320

presys

1500 to 2320



presys



C / 2732 to 4208

presys

C / 2732 to 4208

presys

*FS = Full Scale

presys

*FS = Full Scale

presys

curacy values are valid within one

presys

curacy values are valid within one

Outside these limits add 0.001 % FS /

presys

Outside these limits add 0.001 % FS /

For thermocouples, using the internal cold junction compensation add a cold junction

presys

For thermocouples, using the internal cold junction compensation add a cold junction

presys

compensation error of

presys

compensation error of

PRESYS Instruments TA-1200P

Page 4

1.1.2 - Special Software Features

-Special Function:

SCALE:makes the scaling of mA input.

-Memory Manager: stores configuration types predefined by the user.

-Automated Tasks: creating of calibration work orders and automatic execution of

calibration services, storage of data and reporting.

-Data Logger:monitoring of input or output signals, storage and visualization of

data in chart or table.

-Videos: storage and viewing videos on the calibrator screen.

1.2 -Order Code

Notes:

*Changes can be introduced in the instrument, altering specifications in this manual.

* HART®is a FieldComm Group trademark.

presys

tores configuration types predefined by the user.

presys

tores configuration types predefined by the user.

calibration work orders and automatic execution of

presys

calibration work orders and automatic execution of

, storage and visualization of

presys

, storage and visualization of

he calibrator screen.

presys

he calibrator screen.

presys

Notes:

presys

Notes:

presys

Changes can be introduced in the instrument, altering specifications in this manual.

presys

Changes can be introduced in the instrument, altering specifications in this manual.

* HART

presys

* HART

presys

is a

presys

is a

Field

presys

Field

Comm Group

presys

Comm Group

PRESYS Instruments TA-1200P

Page 5

1.3 -Accessories

•Dry Block Insert:

Inserts Holes

Order Code for

TA-1200P

IN01

1 x 3/4"

06.04.0031-00

IN02

1 x 1/2"

06.04.0032-00

IN03

1 x 6.0mm and 3 x 1/4"

06.04.0033-00

IN04

3 x 6.0mm and 1 x 1/4"

06.04.0034-00

IN05

4 x 6.0mm

06.04.0035-00

IN06

2 x 6.0mm and 2 x 1/4"

06.04.0036-00

IN07

1 x 6.0mm, 1 x 8.0mm and 1 x 3/8"

06.04.0037-00

IN08

1 x 6.0mm, 1 x 3.0mm and 2 x 1/4"

06.04.0038-00

IN09

Without hole, to be drilled by the client

06.04.0039-00

IN10

Others, under ordering

06.04.0040-00

Note: When asked, the calibration certificate will be provided for the first insert ordered.

Fig. 01 -Inserts

presys

Order Code for

presys

Order Code for

120

presys

120

presys

06.04.0031

presys

06.04.0031

presys

06.04.0032

presys

06.04.0032

presys

06.04.0033

presys

06.04.0033

presys

06.04.0034

presys

06.04.0034

presys

06.04.0035

presys

06.04.0035

presys

06.04.0036

presys

06.04.0036

presys

1 x 6.0mm, 1 x 8.0mm and 1 x 3/8"

presys

1 x 6.0mm, 1 x 8.0mm and 1 x 3/8"

06.04.0037

presys

06.04.0037

presys

1 x 6.0mm, 1 x 3.0mm and 2 x 1/4"

presys

1 x 6.0mm, 1 x 3.0mm and 2 x 1/4"

06.04.0038

presys

06.04.0038

presys

Without hole, to be drilled by the client

presys

Without hole, to be drilled by the client

06.04.0039

presys

06.04.0039

presys

06.04.0040

presys

06.04.0040

presys

Note: When asked, the calibration certificate will be provided for the first insert ordered.

presys

Note: When asked, the calibration certificate will be provided for the first insert ordered.

presys