Ascon tecnologic Y33 Operating Instructions Manual Download Page 1

Y33- Y33S

DIGITAL ELECTRONIC

REFRIGERATION UNITS

CONTROLLER

OPERATING INSTRUCTIONS

Vr. 01 (ENG) - 04/16 - cod.: ISTR-MY33-ENG01

ASCON TECNOLOGIC S.r.l.

VIA INDIPENDENZA 56

27029 VIGEVANO (PV) ITALY

TEL.:  +39 0381 69871

FAX: +39 0381 698730

http:\\www.ascontecnologic.com

e-mail: [email protected]

FOREWORD

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  ASCON
TECNOLOGIC which forbids any reproduction and divulgation
, even in part, of the document, unless expressly authorized. 
ASCONT ECNOLOGIC 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  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

INSTRUMENT ORDERING CODE

7.5

FUNCTIONAL DATA

7.4

MECHANICAL  DIMENSIONS,  PANEL  CUT-OUT  AND
MOUNTING

7.3

MECHANICAL DATA

7.2

ELECTRICAL DATA

7.1

TECHNICAL DATA

7

GUARANTEE AND REPAIRS

6.3

CLEANING

6.2

SIGNALLING

6.1

PROBLEMS , MAINTENANCE AND GUARANTEE

6

PROGRAMMABLE PARAMETERS TABLE

5

PARAMETERS CONFIGURATION BY “A01”

4.12

FUNCTION OF KEYS “U” AND “DOWN/AUX”

4.11

OPEN DOOR ALARM

4.10.3

EXTERNAL ALARMS (DIGITAL INPUT)

4.10.2

TEMPERATURE ALARMS

4.10.1

ALARM FUNCTIONS

4.10

EVAPORATOR FANS CONTROL

4.9

DEFROST DISPLAY LOCK

4.8.5

DEFROSTS  IN  EVENT  OF  EVAPORATOR  PROBE
ERROR

4.8.4

END DEFROST

4.8.3

MANUAL DEFROST

4.8.2

AUTOMATIC DEFROST STARTS

4.8.1

DEFROST CONTROL

4.8

COMPRESSOR PROTECTION FUNCTION AND DELAY
AT POWER-ON

4.7

TEMPERATURE CONTROL

4.6

OUTPUTS AND BUZZER CONFIGURATION

4.5

DIGITAL INPUT

4.4

MEASURING AND DISPLAY

4.3

“NORMAL”MODE,  “ECONOMIC”  MODE  AND  “TURBO”
MODE

4.2

ON / STAND-BY FUNCTION

4.1

FUNCTIONS

4

ELECTRICAL WIRING DIAGRAM

3.4

ELECTRICAL CONNECTIONS

3.3

MECHANICAL MOUNTING

3.2

PERMITTED USE

3.1

INFORMATION ON INSTALLATION AND USE 

3

KEYBOARD LOCK FUNCTION

2.6

RESET PARAMETERS TO DEFAULT VALUE/LEVEL

2.5

CUSTOMIZED  MODE  PARAMETER  PROGRAMMING   
(PARAMETERS PROGRAMMING LEVEL)

2.4

PARAMETER PROTECTION USING THE PASSWORD

2.3

STANDARD MODE  PARAMETERS PROGRAMMING 

2.2

FAST PROGRAMMING OF SET POINT

2.1

PROGRAMMING

2

FRONT PANEL DESCRIPTION

1.2

GENERAL DESCRIPTION

1.1

INSTRUMENT DESCRIPTION

1

1 - INSTRUMENT DESCRIPTION

1.1 - GENERAL DESCRIPTION

The Y33 model is a digital electronic microprocessor controller that
can  be  used  typically  for  refrigeration  applications.  It  has
temperature  control  with  ON/OFF  regulation  and  control  of
defrosting at time intervals, by arrival at temperature or by length of
time  of  continuous  compressor  operation  through  stopping  the
compressor,  electric  heating  or  hot  gas/cycle  inversion.  The
appliance  has  special  defrosting  optimisation  functions  and
functions  to  reduce  the  amount  of  energy  used  by  the  controlled
system.
The  instrument  has  up  to  3  relay  outputs,  up  to  3  inputs  for  PTC,
Pt1000  or  NTC  temperature  probes  and  a  digital  input  (aternative
to  an  temperature  input),  in  addition  can  be  equipped  with  an
internal buzzer that is the sound system for alarms.
The  3  outputs  can  be  can  all  be  configured  for  controlling  the
compressor  or  the  temperature  control  device,  the  defrosting

ASCON TECNOLOGIC - Y33 

 

- OPERATING INSTRUCTIONS - Vr. 01 - 04/16 -  ISTR-MY33-ENG01 -  PAG. 1

Summary of Contents for Y33

Page 1: ...EVAPORATOR FANS CONTROL 4 9 DEFROST DISPLAY LOCK 4 8 5 DEFROSTS IN EVENT OF EVAPORATOR PROBE ERROR 4 8 4 END DEFROST 4 8 3 MANUAL DEFROST 4 8 2 AUTOMATIC DEFROST STARTS 4 8 1 DEFROST CONTROL 4 8 COMPRESSOR PROTECTION FUNCTION AND DELAY AT POWER ON 4 7 TEMPERATURE CONTROL 4 6 OUTPUTS AND BUZZER CONFIGURATION 4 5 DIGITAL INPUT 4 4 MEASURING AND DISPLAY 4 3 NORMAL MODE ECONOMIC MODE AND TURBO MODE 4 ...

Page 2: ...d silenced or memorized flashing 11 Led AUX Indicates AUX output status on on off off or inhibited flashing 12 CLOCK LED Indicates that the internal clock is activated When on indicates that the current time is presumably correct If blinking indicates that there was a supply black out and therefore the current time may not be correct 13 Led Stand By Indicate the Stand by status 2 PROGRAMMING 2 1 F...

Page 3: ...hich will be possible to have access to the protected parameters 2 5 RESET PARAMETERS TO DEFAULT VALUE LEVEL The instrument allows the reset of the parameters to values programmed in factory as default To restore to the values of default the parameters set the value 48 to r P password request Once confirmed the password with the key P the display it shows for 2 sec therefore the instrument effects...

Page 4: ...he controller uses the control functions STAND BY means that the controller does not use any control function and the display is turned off except for the Stand by led If there is no power and then power returns the system always sets itself in the condition it was in before the black out The ON Stand by function can be selected Pressing the key U for at least 1 sec if the parameter t UF 3 Pressin...

Page 5: ...e Pr1 P1 the measurement of the probe Pr2 P2 the measurement of the probe Pr3 P3 the active set point value SP the label Eco when the instrument is in Eco mode Ec or it can have the numerical display switched off oF Through the parameter i CU it is possible to program an measu re offset that will be applied to the temperature show on the display only if i dS P1 P2 P3 Ec The normal visualisation on...

Page 6: ...figured t UF or t Fb 1 These commands have a bi stable function Which means that when first pressed the output key is activated while the second is disabled In this mode the AUX output can be turned off automatically after a certain time that can be set on the parameter o tu With o tu oF the output is activated and deactivated only manually using the key U or DOWN AUX or via the digital input Diff...

Page 7: ...off ON ON Pr1 ot Out During the output inhibition the led OUT Cool o Heat blinking It is also possible to prevent activation of the output after the instrument is turned on for the time set in the parameter P od During the power on delay phase the display shows the indication od alternating with the normal visualisation All the functions are disabled by relative parameters oF 4 8 DEFROST CONTROL T...

Page 8: ... of the temperature difference between cell and evaporator Every variation of the value of the Active Set Point of the differential r d the start of a continuous cycle or the a defrost execution delete this reference value and any reduction will be performed until the acquisition of a new reference value Defrost by evaporator temperature The instrument starts a defrost cycle when the evaporator te...

Page 9: ...ssible to delay the start up of the fans even after the end of the defrosting of the time set in the parameter F Fd When this delay is active the led FAN flashing to signal the delay in progress When the evaporator probe is used the fans as well as being conditioned by the parameters F tn F tF and F FE are also conditioned by a temperature control It is possible to set the disablement of the fans ...

Page 10: ...nstrument visualising AL and the variable set in parameter i dS alternately on the display In alarm conditions with i Fi 5 all the control outputs will be off 4 10 3 OPEN DOOR ALARM The instrument can signal an open door alarm by activating the digital input with the function programmed as i Fi 1 2 or 3 When the digital input is activated the instrument show oP and after the delay programmed in pa...

Page 11: ...99 9 S HS Minimum Set Point S LS 1 S parameters relative to Set Point Note Def Range Description Par oF oF 0 01 9 59 min sec 99 5 min sec x10 Ritardo compressore dopo sbrinamento sgocciolamento d td 34 20 0 oF 0 01 9 59 min sec 99 5 min sec x10 Lenght max of defrost cycle d dE 33 oF oF 0 01 9 59 hrs min 99 5 hrs min x10 Delay start Defrost by continuous compressor running time d cd 32 oF oF on Lb ...

Page 12: ...e cycle no without compr output condictioning Et Electrical heating with evaporator tempe rature control d dt 35 3 oF 1 2 3 Buzzer function mode o bu 65 Fn oF ot dF Fn Au At AL An t L n on HE OUT3 function see o o1 o o3 64 dF oF ot dF Fn Au At AL An t L n on HE OUT2 function see o o1 o o2 63 ot oF ot dF Fn Au At AL An t L n on HE OUT1 function oF No function ot Temperature control compressor dF De...

Page 13: ...ring flaws or faulty material that are found within 12 months from delivery date The guarantee is limited to repairs or to the replacement of the instrument The eventual opening of the housing the violation of the instrument or the improper use and installation of the product will bring about the immediate withdrawal of the warranty s effects In the event of a faulty instrument either within the p...

Page 14: ...acy 0 5 fs 1 digit Sampling rate 130 ms Display 3 Digit Red Blue optional h 15 5 mm Software class and structure Class A Compliance Directive 2004 108 CE EN55022 class B EN61000 4 2 8KV air 4KV cont EN61000 4 3 10V m EN61000 4 4 2KV supply and relay outputs 1KV inputs EN61000 4 5 supply 2KV com mode 1 KV diff mode EN61000 4 6 3V Directive 2006 95 CE EN 60730 1 EN 60730 2 9 Regulation 37 2005 CE EN...

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