Ascon tecnologic TLI40 Operating Instructions Manual Download Page 1

ASCON TECNOLOGIC - TLI 40

 

- OPERATING INSTRUCTIONS - PAG. 1

MICROPROCESSOR

 

BASED 

DIGITAL ELECTRONIC 

INDICATOR

 

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.  
Though this manual has been issued with the greatest care, ASCON 
TECNOLOGIC will not take any responsibility deriving from its use.  
The  same  applies  to  each  person  or  Company  involved  in  the 
issuing of this manual.  
This  document  is  the  exclusive  property  of  ASCON  TECNOLOGIC 
which forbids any reproduction and divulgation , even in part, of the 
document, unless expressly authorized.  
ASCON  TECNOLOGIC  reserves  the  right  to  make  any  formal  or 
functional changes at any moment and without  any notice. 

INDEX 

1

 

INSTRUMENT DESCRIPTION

 

1.1 

GENERAL DESCRIPTION 

1.2 

FRONT PANEL DESCRIPTION 

2

 

PROGRAMMING

 

2.1 

PARAMETER PROGRAMMING 

2.2   PARAMETER PROGRAMMING LEVELS 

2.3 

FAST PROGRAMMING OF ALARM THRESHOLDS 

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 

PEAK VALUES MEMORIZATION AND HOLD FUNCTION 

4.3 

OUTPUTS CONFIGURATION 

4.4 

ALARM FUNCTIONS 

4.4.1  ALARM OUTPUT CONFIGURATION 
4.4.2  ALARM HYSTERESIS 

4.5 

FUNCTION OF KEY “U” 

4.6 

DIGITAL INPUT 

4.7 

RS 485 SERIAL INTERFACE 

4.8 

PARAMETERS CONFIGURATION BY A01 

5

 

PROGRAMMABLE PARAMETERS

 

5.1 

PARAMETERS TABLE 

5.2 

PARAMETERS DESCRIPTION 

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

 

TLI 40  is a digital microprocessor-based indicator.

 

The input is programmable and accepts: 
Temperature probes  
- Thermocouples J,K,S,B,C,E,L,N,R,T
- Thermo-resistances PT100,
- Thermistors PTC and NTC
- Infrared sensors mod. ASCON TECNOLOGIC IRS
Normalized analogue signals
- 0/4..20 mA, 0/1..5 V, 0/2..10 V, 0..50/60 mV, 12..60 mV
Potentiometer
- with resistance > 1 K

The  instrument  can  have  up  to  4  alarm  outputs  :  relay  type  or  can
drive solid state relays type (SSR).
One  of  this  output  can  be  analogue  type  (0/4..20  mA  o  0/2..10  V)
and used as measurement retransmission output.
The  instrument  can  be  equipped  with  a  programmable  digital  input
as an alternative to output OUT4.
Furthermore, the instrument allows for 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.
Other  important  available  functions  are:  maximum  end  minimum
peak  memory,  Hold  function,  zero  calibration  (resetting)  function
and/or  auto-ranging  for  potentiometer  input,  programmable
sampling rate (from 8 to 64  sampl./sec.), parameters protection on
different levels.

TLI40

OPERATING INSTRUCTIONS

1

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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

Summary of Contents for TLI40

Page 1: ...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 MO...

Page 2: ...value has been programmed push key P once more the new value will be memorised and the display will show only the code of the selected parameter By using the UP or DOWN keys it is then possible to se...

Page 3: ...ked as instrument disconnecting device which interrupts the power supply to the equipment It is also recommended that all the electrical circuits connected to the instrument must be protect properly u...

Page 4: ...ument is switched on by using the U key that has been suitably programmed see par U key with function USrb r Pic or through the suitably programmed digital input see par digital input with function dI...

Page 5: ...d in sec and the alarm will be activated only after the elapsing of that time ALARM LATCH the alarm output may behave in two different ways depending on the value added to par Abn 0 ALARM NOT LATCHED...

Page 6: ...eter input it is possible to set the zero value with this function By closing the contact connected to the digital input assuming the value measured in that instant as 0 r P0P For the instruments equi...

Page 7: ...tput 3 Par Description Range Def Note 20 O3F Functioning of output 3 ALno ALnc Ser OFF ALno Group O4 parameters relative to output 4 Par Description Range Def Note 21 O4F Functioning of output 4 ALno...

Page 8: ...to a high value when the material to be measured is particularly light reflective and reduce it when the surface is especially dark non reflective keeping in mind however that for most materials the r...

Page 9: ...ARM The alarm is activated when the process value goes below the alarm threshold set on parameter AL1L or goes higher than alarm set on parameter AL1H Ab1 ALARM AL1 FUNCTION This permits definition of...

Page 10: ...r the instruments equipped with potentiometer input with this function it is possible to set the points of measure of the potentiometer by means of an auto ranging procedure through which the paramete...

Page 11: ...ection class against electric shock Class II for Front panel Insulation Reinforced insulation between the low voltage section supply and relay outputs and the front panel Reinforced insulation between...

Page 12: ...99 99 99 1 999 9 999 0 50 mV HCFG UoLt SEnS 0 50 1999 9999 199 9 999 9 19 99 99 99 1 999 9 999 0 60 mV HCFG UoLt SEnS 0 60 1999 9999 199 9 999 9 19 99 99 99 1 999 9 999 12 60 mV HCFG UoLt SEnS 12 60...

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