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TECNOLOGIC spa - TLK 43

 

- OPERATING INSTRUCTIONS - Vr.02 - ISTR 06267 - PAG. 14

 

27 

O2F

  Functioning of output 2 

if digital type  

1.rEG / 2.rEG 

ALno / ALnc 

OFF  

OFF  

28 

Aor2

  Beginning of output 2 

scale if analogical type 

0 / no_0 

 

29 

Ao2F

  Functioning of output 2 

if analogue type 

1.rEG / 2.rEG 

r.inP / r.Err 

r.SP / r.SEr  

OFF 

OFF  

30 

Ao2L

  Minimum reference for 

analogical output 2 for 
signal retransmission 

-1999 ÷ Ao2H 

 

31 

Ao2H

  Maximum reference for 

analogical output 2 for 
signal retransmission 

Ao2L ÷ 9999 

 

Group “O3” 

(parameters relative to output 3) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

32 

O3F

  Functioning of output 3  1.rEG / 2.rEG 

ALno / ALnc 

OFF  

OFF  

Group “O4” 

(parameters relative to output 4) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

33 

O4F

  Functioning of output 4  1.rEG / 2.rEG 

ALno / ALnc 

OFF  

OFF  

Group “AL1”

 (parameters relative to alarm AL1) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

34 

OAL1

  Output where alarm 

AL1 is addressed 

Out1 / Out2 
Out3 / Out4 

OFF 

Out2  

35 

AL1t

  Alarm AL1 type 

LoAb / HiAb 

LHAb / LodE 

HidE / LHdE 

LoAb  

36 

Ab1

  Alarm AL1 functioning 

0 ÷ 15 

 

37 

AL1

  Alarm AL1 threshold 

 AL1L÷ AL1H 

 

38 

AL1L

  Low threshold band 

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

-1999 ÷ AL1H  -1999  

39 

AL1H

  High threshold band 

alarm AL1 or Maximum 
set alarm AL1 for high 
or low alarm 

AL1L ÷ 9999  9999   

40 

HAL1

  Alarm AL1 hysteresis 

OFF ÷ 9999 

 

41 

AL1d

  Activation delay of 

alarm AL1 

OFF ÷ 9999  

sec. 

OFF  

42 

AL1i

  Alarm AL1 activation in 

case of measuring error 

no / yES 

no 

 

Group “AL2”

 (parameters relative to alarm AL2) 

Par. Description  Range 

Def. 

Note 

43

  OAL2 

Output where alarm 
AL2 is addressed

 

Out1 / Out2 
Out3 / Out4 

OFF

 

OFF

   

44

  AL2t 

Alarm AL2 type

 

LoAb / HiAb 

LHAb / LodE 

HidE / LHdE

 

LoAb

   

45

  Ab2 

Alarm AL2 functioning

 

0 ÷ 15

 

0

 

 

46

  AL2 

Alarm AL2 threshold

 

 AL2L÷ AL2H

 

0

 

 

47

  AL2L 

Low threshold band 
alarm AL2 or Minimum 
set alarm AL2 for high 
or low alarm

 

-1999 ÷ AL2H

 

-1999

 

48

  AL2H 

High threshold band 
alarm AL2 or Maximum 
set alarm AL2 for high 
or low alarm

 

AL2L ÷ 9999

 

9999

   

49

  HAL2 

Alarm AL2 hysteresis

 

OFF ÷ 9999

 

1

 

 

50

  AL2d 

Activation delay of 
alarm AL2

 

OFF ÷ 9999  

sec.

 

OFF

   

51

AL2i

Alarm AL2 activation in 
case of measuring error

 

no / yES

 

no

 

 

Group “AL3”

 (parameters relative to alarm AL3) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

52

OAL3

Output where alarm 
AL3 is addressed 

Out1 / Out2 
Out3 / Out4 

OFF 

OFF  

53

AL3t

Alarm AL3 type 

LoAb / HiAb 

LHAb / LodE 

HidE / LHdE 

LoAb  

54

Ab3

  Alarm AL3 functioning 

0 ÷ 15 

 

55

AL3

  Alarm AL3 threshold 

AL3L÷ AL3H

 

56

AL3L

Low threshold band 
alarm AL3 or Minimum 
set alarm AL3 for high 
or low alarm 

-1999 ÷ AL3H -1999  

57

AL3H

High threshold band 
alarm AL3 or Maximum 
set alarm AL3 for high 
or low alarm 

AL3L ÷ 9999

9999   

58

HAL3

Alarm AL3 hysteresis 

OFF ÷ 9999 

 

59

AL3d

Activation delay of 
alarm AL3 

OFF ÷ 9999 

sec. 

OFF  

60

AL3i

Alarm AL3 activation in 
case of measuring error 

no / yES 

no 

 

Group “LbA” 

(parameters relative to Loop Break Alarm) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

61

OLbA

Output where alarm 
LbA is addressed 

Out1 / Out2 
Out3 / Out4 

OFF 

OFF  

62

LbAt

Time necessary to 
activate alarm LbA  

OFF ÷ 9999 

sec. 

OFF  

Group “Hb” 

(parameters relative to Heater  Break Alarm) 

Par.

 

Description

 

Range

 

Def.

 

Note

 

63

OHb

  Output where alarm HB 

is addressed 

Out1 / Out2 
Out3 / Out4 

OFF 

OFF  

64

IFS

  High scale limit for input 

TA HB 

0.0 ÷ 100.0 

100.0  

65

HbF

  Alarm HB function 

1 / 2 / 3 / 4 

 

66

IHbL

Low alarm HB threshold 
(with Out 1rEG ON) 

0.0 ÷ IFS 

0.0   

67

IHbH

High alarm HB 
threshold (with Out 
1rEG OFF) 

IHbL ÷ IFS 

100.0  

Group “rEG” 

(parameters relative to control) 

Par.

 

Description

 

Range

 

Def.

 

Note

68 

Cont

Control type 

Pid / On.FA 

On.FS / nr  

3 Pt 

Pid  

69 

Func

Functioning mode 
output 1rEg 

HEAt / CooL  HEAt   

70 

HSEt

Hysteresis of ON/OFF 
control 

0 ÷ 9999 

 

71 

Auto 

Autotuning Fast enable 

OFF /  

1 / 2 / 3 / 4 

1  

72 

SELF

Selftuning enable 

no / yES 

no 

 

73 

Pb

  Proportional band 

0 ÷ 9999 

50 

 

74 

Int

  Integral time 

OFF ÷ 9999 

sec. 

200  

75 

dEr

  Derivative time 

OFF÷ 9999 

sec. 

50  

76 

FuOc

Fuzzy overshoot control  0.00 ÷ 2.00 

0,5 

 

77 

tcr1

  Cycle time of output 

1rEg 

0.1 ÷ 130.0 

sec. 

20,0  

78 

Prat

  Power ratio  2rEg / 1rEg  0.01 ÷ 99.99 

1.00   

79 

tcr2

  Cycle time of  2rEg  

0.1 ÷ 130.0 

sec. 

10.0  

Содержание TLK 43

Страница 1: ...also instructions for its maintenance and use we therefore recommend that the utmost attention is paid to the following instructions Though this manual has been issued with the greatest care TECNOLOG...

Страница 2: ...ualized on 4 green displays while the outputs status is indicated by 4 leds The instrument provides for the storage of 4 Set Points and can have up to 4 outputs relay type or can drive solid state rel...

Страница 3: ...e visualised on the SV display by pushing the P key Again by using the UP and DOWN keys it is possible to select the desired parameter and if the key P is pressed the display PV will show the paramete...

Страница 4: ...rogrammed on par SPLL and the one programmed on par SPHL Note in all the following examples the Set point is indicated as SP however the instrument will act according to the Set point selected as acti...

Страница 5: ...positive or negative offset that is simply added to the value read by the probe before visualisation which remains constant for all the measurements If instead it is desired that the offset set should...

Страница 6: ...ameters referring to the ON OFF control are contained in the group rEG This type of control can be obtained by programming par Cont On FS or On FA and works on the output programmed as 1 rEG depending...

Страница 7: ...at Power Ratio or relation between power of the element controlled by output 2rEG and power of the element controlled by output 1rEG 4 7 PID CONTROL FOR MOTORIZED ACTUATORS WITH TIME POSITIONING 1rEG...

Страница 8: ...grammed parameters To make the error ErAt disappear swap the instrument to the OFF control OFF and then turn it to automatic control rEG The Auto tuning cycle duration has been limited to 12 hours max...

Страница 9: ...ents etc where the set point has to be reached gradually in a predetermined time Once the instrument has reached the first Set Point SP1 it is possible to have automatic switching to the second Set Po...

Страница 10: ...band alarm OR MAXIMUM SET OF ALn ALARM THRESHOLD for low or high alarm HALn ALARM HYSTERESIS ALnd ALARM ACTIVATION DELAY in sec ALni ALARM BEHAVIOUR IN THE EVENT OF MEASUREMENT ERROR ALnt ALARM TYPE...

Страница 11: ...larm is active Enter group Hb and program which output the alarm signal has to address on parameter OHb The functioning mode of the alarm is instead defined on par HbF which can be set in the followin...

Страница 12: ...P1 2 By closing the contact connected to the digital input the set point SP2 is selected as being active while opening the contact selects the set point SP1 as active The function can only be activate...

Страница 13: ...l info please have a look at the KEY01 instruction manual 5 PROGRAMMABLE PARAMETERS Here following are described all the parameters available on the instrument Some of them could be not present or bec...

Страница 14: ...2 for high or low alarm AL2L 9999 9999 49 HAL2 Alarm AL2 hysteresis OFF 9999 1 50 AL2d Activation delay of alarm AL2 OFF 9999 sec OFF 51 AL2i Alarm AL2 activation in case of measuring error no yES no...

Страница 15: ...modes of the variable measured by the probe HCFG INPUT TYPE This permits selection of the input type thermocouples tc thermo resistances or thermistors rtd normalized signals in current I in voltage...

Страница 16: ...no_0 if one intends to use the beginning of the scale as being other than 0 4 mA or 2 V Ao1F ANALOGICAL OUTPUT OUT1 FUNCTION This determines the function of the OUT 1 output as control output 1 1 rEG...

Страница 17: ...LARM AL3 Similar to AL1d but referring to alarm AL3 AL3i ALARM AL3 ACTIVATION IN CASE OF MEASUREMENT ERROR Similar to AL1i but referring to alarm AL3 GROUP LbA PARAMETERS RELATIVE TO THE LOOP BREAK AL...

Страница 18: ...tched on the actuator must remain where it is no whether is must be taken to the maximum opening position oPEn or the maximum closing position cLoS Parameters relative to the ramps allowing the Set Po...

Страница 19: ...l stations must have the same transmission speed PACS ACCESS TO PROGRAMMING THROUGH SERIAL PORT Programming access If programmed as LoCL this means that the instrument can only be programmed from the...

Страница 20: ...ature 10 60 C 7 3 MECHANICAL DIMENSIONS PANEL CUT OUT AND MOUNTING mm 7 4 FUNCTIONAL FEATURES Control ON OFF single and double action PID PID for motorized actuators with time positioning Measurement...

Страница 21: ...99 9 999 9 19 99 99 99 1 999 9 999 0 10 V HCFG UoLt SEnS 0 10 1999 9999 199 9 999 9 19 99 99 99 1 999 9 999 2 10 V HCFG UoLt SEnS 2 10 1999 9999 199 9 999 9 19 99 99 99 1 999 9 999 7 6 INSTRUMENT ORDE...

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