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DATALOGIC AUTOMATION - TH-TS series 

 

– INSTRUCTION MANUAL - Rev. 04 - PAGE 7

 

 

5 - PROGRAMMABLE PARAMETERS

 

 
5.1 - PARAMETERS TABLE

 

Here following are described all the parameters available on the 
instrument. Some of them could be not present or because they are 
depending on the type of instrument or because they are 
automatically disabled as unnecessary. 
The default (Def.) parameter is the factory configuration. 
The Note indicates the menu (ConF or OPEr) of the parameter.

 

 

Group “SP” 

(parameters relative to the Set Point) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

1

 

nSP

 

programmable Set point 

 1 ÷ 4

 

1

 

CONF

2

 

SPAt

 

Active Set point

 

1 ÷ nSP

 

1

 

CONF

SP1

  Set Point 1

 

SPLL ÷ SPHL

 

0

 

CONF

SP2

  Set Point 2

 

SPLL ÷ SPHL

 

0

 

CONF

SP3

  Set Point 3

 

SPLL ÷ SPHL

 

0

 

CONF

SP4

  Set Point 4

 

SPLL ÷ SPHL

 

0

 

CONF

7

 

SPLL

 

Low Set Point 

 

-1999 ÷ SPHL

 

-50

 

CONF

8

 

SPHL

 

High Set Point 

 

SPLL ÷ 9999

 

1500

 

CONF

 
Group “InP” 

(parameters relative to the measure input) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

SEnS

  Probe type 

J / CrAL / S / 

Ir.J / Ir.CA / 

Pt1 / 0.50 / 

0.60 / 12.60 

 

OPER

10 

SSC

  Low scale limit in case 

of input with V/I signals  

-1999 ÷ FSC 

CONF

11 

FSC

  High scale limit in case 

of input with V/I signals  

SSC ÷ 9999 

CONF

12 

dP 

  Number of decimal 

figures 

Pt1 / Ptc / ntc: 

0 / 1 

0 OPER

13 

Unit

  Temperature unit of 

measurement 

°C / °F 

°C 

CONF

14 

FiL

  Input digital filter  

0FF÷ 20.0 

sec. 

0.5 CONF

15 

OFSt

  Measuring Offset 

-1999 ÷ 9999 

CONF

16 

 rot 

  Rotation of the 

measuring straight line 

0.000 ÷ 2.000  1.000 CONF

17 

InE

  “OPE” functioning in 

case of measuring error 

Our / Or / Ur 

OUr  CONF

18 

OPE 

  Output power in case of 

measuring error 

-100 ÷ 100 

0 CONF

 
Group “Out” 

(parameters relative to the outputs) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

19 

O1F

  Functioning of output 1 

  

1.rEG / 2.rEG 

ALno / ALnc 

ALni / OFF 

1.rEG CONF

20 

O2F

  Functioning of output 2  1.rEG / 2.rEG 

ALno / ALnc 

ALni / OFF 

ALno CONF

 
Group “AL1”

 (parameters relative to alarm AL1) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

21 

OAL1

  Output where alarm 

AL1 is addressed 

Out1 / Out2 / 

OFF 

Out2 CONF

22 

AL1t

  Alarm AL1 type 

LoAb / HiAb 

LHAb / LodE 

HidE / LHdE 

HiAb OPER

23 

Ab1

  Alarm AL1 functioning 

0 ÷ 15 

CONF

24 

AL1

  Alarm AL1 threshold 

 AL1L÷ AL1H 

OPER

25 

AL1L

  Low threshold band 

alarm AL1 or Minimum 
set alarm AL1 for high 
or low alarm 

-1999 ÷ AL1H  -1999 CONF

26

AL1H

High threshold band 
alarm AL1 or Maximum 
set alarm AL1 for high 
or low alarm 

AL1L ÷ 9999

9999  CONF

27

HAL1

Alarm AL1 hysteresis 

OFF ÷ 9999 

CONF

28

AL1d

Activation delay of 
alarm AL1 

OFF ÷ 9999 

sec. 

OFF CONF

29

AL1i

Alarm AL1 activation in 
case of measuring error 

no / yES 

no 

CONF

 
Group “LbA” 

(parameters relative to Loop Break Alarm) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

30

OLbA

Output where alarm 
LbA is addressed 

Out1 / Out2 /

OFF 

OFF CONF

31

LbAt

Time necessary to 
activate alarm LbA  

OFF ÷ 9999 

sec. 

OFF CONF

 
Group “rEG” 

(parameters relative to the control) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

32

Cont

Control type 

Pid / On.FA 

On.FS / nr 

Pid OPER

33

Func

Functioning mode 
output 1rEg 

HEAt / CooL  HEAt  CONF

34

HSEt

Hysteresis of ON/OFF 
control 

0 ÷ 9999 

OPER

35

CPdt

Compressor Protection 
time for 2.rEG 

OFF÷ 9999 

sec. 

0 CONF

36

Auto 

Autotuning Fast enable 

OFF /  

1 / 2 / 3 / 4 

3 CONF

37

SELF

Selftuning enable 

no / yES 

no 

CONF

38

Pb

  Proportional band 

0 ÷ 9999 

50 

OPER

39

Int

  Integral time 

OFF ÷ 9999 

200  OPER

40

dEr

  Derivative time 

OFF ÷ 9999 

50 

OPER

41

FuOc

Fuzzy overshoot control  0.00 ÷ 2.00 

0,5 

OPER

42

tcr1

  Cycle time of output 1 

0.1 ÷ 130.0 

20,0  OPER

43

Prat

  Power ratio  2rEg / 1rEg  0.01 ÷ 99.99 

1.00  CONF

44

tcr2

  Cycle time of  2rEg 

0.1 ÷ 130.0 

10.0  CONF

45

rS

  Manual reset 

-100.0÷100.0 

0.0 CONF

46

SLor

Gradient of rise ramp 

0.00 ÷ 99.99 

/ InF 

unit/min. 

InF CONF

47

dur.t

Duration time 

0.00 ÷ 99.59 

/ InF 

 hrs.-min. 

InF  

CONF

48

SLoF

Gradient of fall ramp 

0.00 ÷ 99.99 

/ InF  

unit / min. 

InF CONF

49

St.P

  Soft-Start power 

OFF /  

-100 ÷ 100 %

OFF CONF

50

SSt

  Soft-Start time 

OFF /  

0.1÷7.59  

/ InF  

hrs.-min. 

OFF CONF

 
Group “PAn”

 (parameters relative to the user interface) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

51

USrb

Functioning of key “T” 

noF / tunE / 

OPLO / Aac / 

ASi / CHSP / 

OFF 

tunE CONF

52

diSP

Variable visualized on 
the display  

dEF / Pou / 

SP.F / SP.o / 

AL1 

dEF CONF

53

AdE

  Shift value for the shift 

index functioning 

OFF...9999 2 

CONF

54

Edit

  Fast programming of  

active Set Point and 
alarms  

SE / AE / 

SAE / SAnE 

SAE CONF

 

Summary of Contents for TH Series

Page 1: ...le to exit by the fast programming mode or it is possible to visualise the alarm thresholds see par 2 3 To exit the fast Set programming it is necessary to push key P after the visualisation of the last Set Point or alternatively if no key is pressed for approx 15 seconds the display will return to normal functioning automatically 2 2 SELECTION OF THE CONTROL STATE AND PARAMETER PROGRAMMING By pus...

Page 2: ... the power supply to the equipment It is also recommended that all the electrical circuits connected to the instrument must be protect properly using devices ex fuses proportionate to the circulating currents It is strongly recommended that cables with proper insulation according to the working voltages and temperatures be used Furthermore the input cable of the probe has to be kept separate from ...

Page 3: ...par Cont nr The Neutral Zone control is used to control plants in which there is an element which causes a positive increase ex Heater humidifier etc and an element which causes a negative increase ex Cooler de humidifier etc The control functions works on the programmed outputs depending on the measurement on the active Set Point SP and on the hysteresis HSEt The control works in the following wa...

Page 4: ...the connected plant in order to calculate the most suitable PID parameters If Auto 1 or Auto 2 and if at the Auto tuning start the condition for the lower process value is not found with Func HEAt than SP SP 2 or higher with Func CooL than SP SP 2 the display will show ErAt and the instrument will be swapped to normal control conditions according to the previously programmed parameters To make the...

Page 5: ...re to set his functioning it s necessary to establish to which output the alarm has to correspond to First of all it s necessary to configure in the parameters group Out the parameters relative to the outputs required as alarm O1F O2F programming the parameter relative to the desired output as follows ALno if the alarm output has to be ON when the alarm is active while it s OFF when the alarm is n...

Page 6: ...ble to the low threshold AL1L while the example of the high alarm is applicable to the high threshold AL1H 4 11 LOOP BREAK ALARM FUNCTION All the parameters referring to the Loop Break alarm function are contained in the group LbA The Loop Break alarm is available on all the instruments which intervenes when for any reason short circuit of a thermocouple thermocouple inversion load interruption th...

Page 7: ...HAb LodE HidE LHdE HiAb OPER 23 Ab1 Alarm AL1 functioning 0 15 0 CONF 24 AL1 Alarm AL1 threshold AL1L AL1H 0 OPER 25 AL1L Low threshold band alarm AL1 or Minimum set alarm AL1 for high or low alarm 1999 AL1H 1999 CONF 26 AL1H High threshold band alarm AL1 or Maximum set alarm AL1 for high or low alarm AL1L 9999 9999 CONF 27 HAL1 Alarm AL1 hysteresis OFF 9999 1 CONF 28 AL1d Activation delay of alar...

Page 8: ...ed value InE OPE FUNCTIONING IN CASE OF MEASUREMENT ERROR This defines the error conditions of the input allowing the instrument to give the power programmed on par OPE as output The possibilities are Or the condition occurs in case of over range or probe breakage Ur the condition occurs in case of under range or probe breakage Our the condition occurs in case of over range or under range or probe...

Page 9: ...tion 4 if it s desired to activate the autotuning automatically at the end of programmed Soft Start cycle The Autotuning will start at the condition that the process value is lower with Func HEAt than SP SP 2 or higher with Func CooL than SP SP 2 OFF Autotuning disabled When it s occurring an Autotuning cycle led AT blinks SELF SELF TUNING ENABLE Parameter used to enable yES or disable no the Self...

Page 10: ...ry to repeat the auto tuning LbA Loop control interrupted Loop break alarm Check the working of probe and actuator and swap the instrument to rEG control ErEP Possible anomaly of the EEPROM memory Push key P In error conditions the instrument provides an output power as programmed on par OPE and activates the desired alarms if the relative parameters ALni have been programmed yES 6 2 CLEANING We r...

Page 11: ... 55 0 150 0 C 67 0 302 0 F NTC 103 AT2 SEnS ntc 50 110 C 58 230 F 50 0 110 0 C 58 0 230 0 F 7 5 MECHANICAL DIMENSIONS PANEL CUT OUT AND MOUNTING mm THT Series For any further information please contact DATALOGIC AUTOMATION Via Lavino 265 40050 Monte S Pietro Bologna Italy Tel 39 051 6765611 Fax 39 051 6759324 www automation datalogic com e mail info automation datalogic com Datalogic and the Datal...

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