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ASCON TECNOLOGIC - TLK33 - OPERATING INSTRUCTIONS -

 PAG. 1

DIGITAL MICROPROCESSOR-

BASED ELECTRONIC 

CONTROLLER WITH DIRECT 

COMMAND FOR PELTIER 

DEVICE 

This 

manual 

contains 

the 

information 

necessary  for  the  product  to  be  installed 
correctly  and  also  instructions  for  its 
maintenance 

and 

use; 

we 

therefore 

recommend that the utmost attention is paid to 
the following instructions and to save it. 

This  document  is  the  exclusive  property  of  A

scon

 

T

ecnologic

  S.r.l.  which  forbids  any  reproduction  and 

divulgation  ,  even  in  part,  of  the  document,  unless  expressly 
authorized.  

Ascon  Tecnologic 

S.r.l.  reserves  the  right  to  make  any formal 

or functional changes at any moment and without  any notice.
Whenever  a  failure  or  a  malfunction  of  the  device  may cause 
dangerous  situations  for  persons,  thing  or  animals,  please 
remember  that  the  plant  has  to  be  equipped  with  additional 
devices which will guarantee safety. 

Ascon Tecnologic 

S.r.l. and its legal representatives do not 

assume any responsibility for any damage to people, things or 
animals  deriving  from  violation,  wrong  or  improper  use  or  in 
any case not in compliance with the instrument’s features.

 

INDEX 

1

 

INSTRUMENT DESCRIPTION

 

1.1 

GENERAL DESCRIPTION 

1.2 

FRONT PANEL DESCRIPTION 

2

 

PROGRAMMING

 

2.1 

FAST PROGRAMMING OF SET POINT  

2.2 

SELECTION  OF  CONTROL  STATE  AND  PARAMETER 
PROGRAMMING  

2.3 

PARAMETER PROGRAMMING LEVELS 

2.4 

CONTROL STATES 

2.5 

ACTIVE SET POINT SELECTION 

3

 

INFORMATION ON INSTALLATION AND USE 

3.1 

PERMITTED USE 

3.2 

MECHANICAL MOUNTING 

3.3 

ELECTRICAL CONNECTIONS 

3.4 

ELECTRICAL WIRING DIAGRAM 

4

 

FUNCTIONS

 

4.1 

MEASURING AND VISUALIZATION 

4.2 

DOUBLE ACTION PID CONTROL 

4.3 

AUTO-TUNING AND SELF-TUNING FUNCTIONS 

4.4 

REACHING  OF  SET  POINT  AT  CONTROLLED  SPEED 
AND  AUTOMATIC  COMMUTATION  BETWEEN  TWO 
SET POINTS 

4.5 

ALARM OUTPUTS FUNCTIONS 

4.6 

FUNCTION OF KEY “U” 

4.7 

DIGITAL INPUTS 

4.8 

RS 485 SERIAL INTERFACE 

4.9 

PARAMETERS CONFIGURATION BY A01 

5

 

PROGRAMMABLE PARAMETERS TABLE

 

6

 

PROBLEMS , MAINTENANCE AND GUARANTEE

 

6.1 

ERROR SIGNALLING 

6.2 

CLEANING 

6.3 

GUARANTEE AND REPAIRS 

7

 

TECHNICAL DATA

 

7.1 

ELECTRICAL DATA 

7.2 

MECHANICAL DATA 

7.3 

MECHANICAL  DIMENSIONS,  PANEL  CUT-OUT  AND 
MOUNTING 

7.4 

FUNCTIONAL DATA 

7.5 

MEASUREMENT RANGE TABLE 

7.6 

INSTRUMENT ORDERING CODE 

1 - INSTRUMENT DESCRIPTION 

1.1 - GENERAL DESCRIPTION

 

TLK  33  is  a  single-loop  digital  microprocessor-based  controller for 

PELTIER  ELEMENTS

  with  PID  dual  action  (direct  and  reverse) 

control  and  with 

AUTO-TUNING  FAST

  function, 

SELF-TUNING

 

function  and  automatic  calculation  of  the 

FUZZY  OVERSHOOT 

CONTROL

 parameter for PID control. 

The PID control has a particular algorithm with 

TWO DEGREES OF 

FREEDOM 

that  optimises  the  instrument’s  features  independently 

in the event of process disturbance and Set Point variations. 
The instrument has an output with automatic reverse polarity for the 
direct  command  of  PELTIER  devices  at  12  to  24  Volts  DC,  a 
maximum current absorption of 7 Amps and can also have up to 2 
alarm outputs to pilot static relays (SSR). 
Furthermore,  the  instrument  allows  for  2  digital  inputs  and  RS485 
serial communication using MODBUS-RTU communication protocol 
and a transmission speed up to 38.400 baud.

  

The process value is visualized on 4 red displays, while the output 
status is indicated by 4 LED displays. 
The  instrument  is  equipped  with  a  3  LED  programmable  shift 
indexes . 
The  instrument  provides  for  the  storage  of  4  Set  Points  and  can 
have up to 4 outputs: relay type or can drive solid state relays type 
(SSR). 
Depending on the model required the input accept: 

D

: Thermoresistances PT100,  Thermocouples temperature probes 

(J,K,S and ZIS Infrared sensors), mV signals (0..50/60 mV, 12..60 
mV),  

TLK 3

3

OPERATING INSTRUCTIONS

 

1

3

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ASCON TECNOLOGIC S.r.l.

Viale Indipendenza 56

27029 Vigevano (PV) ITALY

TEL.:  +39 0381 69871 - FAX: +39 0381 698730 

http:\\www.ascontecnologic.com

e-mail: [email protected]

FOREWORD

Содержание TLK 33

Страница 1: ...PUTS 4 8 RS 485 SERIAL INTERFACE 4 9 PARAMETERS CONFIGURATION BY A01 5 PROGRAMMABLE PARAMETERS TABLE 6 PROBLEMS MAINTENANCE AND GUARANTEE 6 1 ERROR SIGNALLING 6 2 CLEANING 6 3 GUARANTEE AND REPAIRS 7...

Страница 2: ...an one second the value increases or decreases rapidly and after two seconds in the same condition the changing speed increases in order to allow the desired value to be reached rapidly Once the desir...

Страница 3: ...electing the desired state from the main selection menu suing the keyboard By using the key U on the keyboard suitably programming par USrb USrb tunE USrb OPLO USrb OFF it is possible to pass from rEG...

Страница 4: ...upply for each instrument as there is no isolation between the power supply and input We recommend that a check should be made that the parameters are those desired and that the application functions...

Страница 5: ...is possible to obtain a heating effect polarizing in one direction and a cooling effect when polarizing in the other direction The Double Action PID control works on the output depending on the active...

Страница 6: ...Point SP2 after a set time thus obtaining a simple automatic process cycle These functions are available for all the programmable controls PID single and double action ON OFF and Neutral Zone ON OFF...

Страница 7: ...onditions and then back in alarm conditions P V 1 0 t i m e A L 1 O N O N O N o f f o f f o f f o f f A b 1 exemple with absolute low alarm ALARM DELAY the alarm output may behave in two different way...

Страница 8: ...485 GND B HOST PC PLC 120 ohm Rt 10 8 9 10 8 9 If the instrument is equipped with a serial interface the parameters to be programmed are the following all present in the parameters group SEr Add Addre...

Страница 9: ...9 9999 0 16 rot Rotation of the measuring straight line 0 000 2 000 1 000 17 InE OPE functioning in case of measuring error Our Or Ur OUr 18 OPE Output power in case of measuring error 100 100 0 19 dI...

Страница 10: ...the correct functioning of the probe uuuu The measured variable is under the probe s limits under range oooo The measured variable is over the probe s limits over range ErAt Auto tuning not possible b...

Страница 11: ...34 MAX 12 mm 7 4 FUNCTIONAL FEATURES Control PID double action Measurement range according to the used probe see range table Display resolution according to the probe used 1 0 1 0 01 0 001 Overall acc...

Страница 12: ...a b c d e f g hh i a POWER SUPPLY G 12 24 VDC b INPUT D thermoresistances Pt100 thermocouples J K S I R mV E thermistors PTC NTC thermocouples J K S I R mV I normalized signals 0 4 20 mA V normalized...

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