Pego VISION100 THR User manual

REV. 01/04
Use and maintenance manual
ELECTRICAL BOARDS FOR REFRIGERATING INSTALLATIONS
READ AND KEEP
REV. 02-18
ENG
VISION100 THR
ENGLISH

VISION100 THR

VISION100 THR
Page 3
USE AND MAINTENANCE MANUAL
Rev. 02-18
INTRODUCTION
Page 4 1.1 Generality
Page 5 1.2 Product identification codes
Page 5 1.3 Overall clearances
Page 5 1.4 Identification data
INSTALLATION
Page 6 2.1 Main warnings for the installer
Page 6 2.2 Standard equipment for assembly and use
Page 7 2.3 Board installation
Page 8 2.4 Functions managed by VISION100 THR
TECHNICAL FEATURES
Page 9 3.1 Technical features
WARRANTY CONDITIONS
Page 10 4.1 Warranty conditions
DATA PROGRAMMING
Page 11 5.1 Control panel
Page 11 5.2 Front keyboard
Page 12 5.3 LED Display
Page 14 5.4 Generality
Page 14 5.5 Symbols
Page 14 5.6 Setpoint setting and displaying
Page 15 5.7 First level programming
Page 15 5.8 First level variables list
Page 17 5.9 Second level programming
Page 17 5.10 Second level variables list
Page 20 5.11 Automatic programmes Pr1, Pr2, Pr3, Pr4, Pr5
Page 22 5.12 Germination day/night cycle
Page 23 5.13 Electronic controller VISION100 THR ignition
Page 23 5.14 Cold/hot: ambient temperature maintenance
Page 24 5.15 Humidity/dehumidification: ambient humidity maintenance
Page 25 5.16 Ventilation
Page 25 5.17 Air change
Page 26 5.18 Refreshment or pause
Page 26 5.19 Defrosting
Page 26 5.20 Defrosting with hot gas
Page 27 5.21 Password function
Page 27 5.22 Automatic programmes
Page 29 5.23 Day/night cycle for germination lights
OPTIONS
Page 30 6.1 Supervision/monitoring system TeleNET
DIAGNOSTIC
Page 31 7.1 Diagnostic
ATTACHMENTS
Page 32 A.1 EU Declaration of conformity
Page 33 A.2 VISION100 THR Connection layout
REV. 01/04
TABLE OF CONTENTS
CHAP. 1
CHAP. 2
CHAP. 3
CHAP. 4
CHAP. 5
CHAP. 6
CHAP. 7

VISION100 THR
Page 4
USE AND MAINTENANCE MANUAL
Rev. 02-18
GENERALITY
DESCRIPTION:
The VISION100 THR control enables managing temperature and humidity in seasoning,
preservation and industrial processes ambients.
The system is composed of the 100N MASTER THR unit on which all electric connections
are carried out and of the VISION100 THR control console equipped with LCD display for
quick and complete information on the cell state. In its whole, it enables controlling cold,
hot, ventilation, cell light, humidification, air change, refreshments, dehumidification,
defrosting, alarms. Up to five settable and customisable programmes, each of seven
phases.
APPLICATIONS:
-Seasoning and drying cells.
-Germination cells with day/night phases.
-Preservation cells with or without humidity control.
MAIN FEATURES:
-Back-lit LCD display.
-7 state LED.
-Clock and calendar.
-Manual or automatic functioning.
-Up to a maximum of 5 completely customisable programmes. Automatic management
of 7 phases for each program. Simple programming and selection of set programmes.
More programmes can be combined to exceed the limit of 7 phases.
-Possibility of excluding hot and humidity to manage only preservation cell with
defrosting activation.
-Temperature with decimal point.
-Password for keys lock.
-Day/night cycle for germination plants with double setpoint.
-Dehumidification programming with cold or hot request.
1.1
CHAPTER 1: INTRODUCTION
CHAP. 1 - Introduction

VISION100 THR
Page 5
USE AND MAINTENANCE MANUAL
Rev. 02-18
PRODUCT IDENTIFICATION CODES
200VIS100THR Temperature and humidity control for seasoning,
preservation and industrial processes. Complete
with VISION THR and 100N MASTER THR display.
OVERALL CLEARANCES
Dimensions in mm:
IDENTIFICATION DATA
The equipment described in this manual is provided with an identification data plate of the
same placed on one side:
• Name of Manufacturer
• Equipment code
• Serial number
• Power supply voltage
100N MASTER THR
1.3
1.4
CHAP. 1 - Introduction
1.2
VISION THR

VISION100 THR
Page 6
USE AND MAINTENANCE MANUAL
Rev. 02-18
MAIN WARNINGS FOR THE INSTALLER
1. Install the equipment in places complying with the protection degree and keep the box
as intact as possible when making holes to house the cable glands and/or conduit
glands;
2. Avoid using multicore cables with conductors connected to inductive and power loads
and signal conductors which probes and digital inputs;
3. Avoid housing power supply cables with signal cables (probes and digital inputs) in the
same conduit
4. Reduce the lengths of the connection cables as much as possible, avoiding the wiring
assuming the spiral shape, damaging for possible inductive effects on the electronics;
5. All conductors used in the wiring must be suitably proportioned to support the load to be
powered;
6. Provide a main protection fuse upstream of the electronic control;
7. If required to extend the probes, use conductors with suitable section and not below
1mm². The extending or shortening of the probes may alter the factory calibration; use
an external thermometer to check and calibrate.
STANDARD EQUIPMENT FOR ASSEMBLY AND USE
For assembly and use, the electronic controller VISION 100 THR, is equipped with:
• N. 2 temperature probes;
• N. 1 telephone plug cable;
• N. 1 user manual;
• N. 1 Vision console (200VISIONTHR);
• N. 1 100N MASTER (200100NMSTH1);
CHAPTER 2: INSTALLATION
CHAP. 2 - Installation
2.1
2.2

VISION100 THR
Page 7
USE AND MAINTENANCE MANUAL
Rev. 02-18
INSTALLATION
Fig. 1: Position the module 100N
MASTER on the DIN guide and close
the 2 lower hooks to lock it on the same.
Fig. 2: Fix the VISION THR console
using the two screws to be inserted in
the slots underneath the keys frame.
Fig. 3: VISION THR console perforation
template.
CHAP. 2 - Installation
2.3

VISION100 THR
Page 8
USE AND MAINTENANCE MANUAL
Rev. 02-18
FUNCTIONS MANAGED BY VISION 100 THR
• Temperature set and humidity set (neutral area) parameters adjustment and displaying.
• Stand-by state activation/deactivation.
• Probes alarms signal.
• Air change control parameters adjustment.
• Defrosting parameters adjustment.
• Refreshments parameters adjustment.
• Fans parameters adjustment.
• Outputs state displaying.
• Simultaneous displaying of humidity and temperature value.
• Automatic programmes management with automatic variation of temperature and
humidity set in time.
• Clock function.
CHAP. 2 - Installation
2.4

VISION100 THR
Page 9
USE AND MAINTENANCE MANUAL
Rev. 02-18
TECHNICAL FEATURES
Power supply
Voltage
230 V~ 10% 50/60Hz
Max. absorbed power (electronic control only)
~ 8 VA
Climatic Conditions
Work temperature
-5 ÷ +50 °C
Storage temperature
-10 ÷ +70 °C
Ambient relative humidity
Below 90% Hr
Main Features
Type of connectable probes (temperature)
NTC 10K 1%
Resolution (ambient temperature)
0.1°C
Probes reading precision (ambient temperature)
± 0.5°C
Reading range
-45 ÷ +45 °C
Humidity probe
analogical input 4-20 mA
Humidity probe reading precision
see humidity probe features
Humidity probe reading range
0-99 Hr%
Output features
Description
Installed relay
Board output features
Notes
Cold (output 3-4)
(Relay 30A AC1)
10A 250V~ (AC3) (2HP)
(100000 cycles)
All outputs are clean
contacts without
voltage
9 outputs from 5 to 21
(see connections layout)
(Relay 16A AC1)
16A 250V~ (AC1)
Dimensional features
100N MASTER Dimensions
121.50mm x 71mm x 175mm (HxDxL)
VISION100 THR Dimensions (fitted)
70mm x 32mm x 158mm (HxDxL)
Mechanical and insulation features
Display protection degree
IP65
Box material
Self-extinguishing ABS
CHAP. 3 - Technical features
CHAPTER 3: TECHNICAL FEATURES
3.1

VISION100 THR
Page 10
USE AND MAINTENANCE MANUAL
Rev. 02-18
WARRANTY CONDITIONS
The VISION100 THR series electronic controls are covered by a 24-months warranty
against all manufacturing defects as from the date indicated on the product ID code.
In case of defect the product must be appropriately packaged and sent to our production
plant or to any authorized Service Center with the prior request of the Return Authorization
Number.
Customers are entitled to have defective products repaired, spare parts and labour
included. The costs and the risks of transport are at the total charge of the Customer.
Any warranty action does not extend or renew its expiration.
The Warranty does not cover:
Damages resulting from tampering, impact or improper installation of the product and
its accessories.
Installation, use or maintenance that does not comply with the instructions provided
with the product.
Repair work carried out by unauthorized personnel.
Damage due to natural phenomena such as lightning, natural disasters, etc…
In all these cases the costs for repair will be charged to the customer.
The intervention service in warranty can be refused when the equipment is modified or
transformed.
Under no circumstances Pego S.r.l. will be liable for any loss of data and information,
costs of goods or substitute services, damage to property, people or animals, loss of sales
or earnings, business interruption, any direct, indirect, incidental, consequential,
damaging, punitive, special or consequential damages, in any way whatsoever caused,
whether they are contractual, extra contractual or due to negligence or other liability arising
from the use of the product or its installation.
Malfunction caused by tampering, bumps, inadequate installation automatically declines
the warranty. It is compulsory to observe all the instructions in this manual and the
operating conditions of the product.
Pego S.r.l. disclaims any liability for possible inaccuracies contained in this manual if due
to errors in printing or transcription.
Pego S.r.l. reserves the right to make changes to its products which it deems necessary
or useful without affecting its essential characteristics.
Each new release of the Pego product user manual replaces all the previous ones.
As far as not expressly indicated, is applicable the Law and in particular the art. 1512 C.C.
(Italian Civil Code).
For any controversy is elected and recognized by the parties the jurisdiction of the Court of
Rovigo.
4.1
CHAP. 4 - Warranty conditions

VISION100 THR
Page 11
USE AND MAINTENANCE MANUAL
Rev. 02-18
CONTROL PANEL
FRONT KEYBOARD

PROGRAM START/STOP (press for 5 seconds to select the program to be
performed, press for 5 seconds to end a program in progress)
TIMER (by pressing the key once it displays remaining time of phase in
execution)

UP
MANUAL REFRESHMENT and DEFROSTING (activates both functions)

STAND BY (plant ON/OFF, the program in progress keeps the remaining
time count)

SET ambient and humidity temperature (subsequent pressing alternate
temperature and humidity)
CHAP. 5 - Data programming
CHAPTER 5: DATA PROGRAMMING
5.1
5.2






State LED

VISION100 THR
Page 12
USE AND MAINTENANCE MANUAL
Rev. 02-18

DOWN / MUTE ALARM / AIR CHANGE FORCING

CELL LIGHT
LED DISPLAY
1
PHASE 0 Advance/Dripping/Germination day phase
2
PHASE 1 advancement
3
PHASE 2 advancement
4
PHASE 3 advancement
5
PHASE 4 advancement / Night PHASE germination
5.3
CHAP. 5 - Data programming

VISION100 THR
Page 13
USE AND MAINTENANCE MANUAL
Rev. 02-18
6
PHASE 5 advancement
7
Refreshment
8
Parameters/ambient temperature value
9
Ambient relative humidity value/parameters value/error codes
10
Time/date/time parameters values/program in progress/timer
11
PRG
Programming (control is in programming phase)
12
Cold (flashing if only called for dehumidification)
13
Hot (flashing if only called for dehumidification)
14
Humidification
15
Dehumidification
16
Defrosting
17
Fans
18
Light (flashing if microdoor is active)
CHAP. 5 - Data programming

VISION100 THR
Page 14
USE AND MAINTENANCE MANUAL
Rev. 02-18
19
Alarm
20
Stand-by
GENERALITY
For operator safety and practicality, the VISION100 THR system envisions two
programming levels; the first for configuration of the, frequently amendable, SETPOINT
parameters only, the second for programming and setting of the main parameters relating
to the various board functioning modes. It is not possible to directly access the second
level from first level programming, exit current programming first.
SYMBOLS
For practicality we will use the following symbols:
• ()the UP key that performs value increase functions and forcing of
defrosting/refreshing;
• ()the DOWN key that performs value decrease, mute alarm and air change
forcing functions.
SETPOINT SETTING AND DISPLAYING
1. Press the SET key to display the current SETPOINT value (alternatively, temperature
and humidity)
2. Keeping the SET key pressed and pressing one of the () or () keys, the SETPOINT
value can be amended.
Release the SET key to return to displaying the cell temperature; memorising of the made
amendments will automatically happen.
5.4
CHAP. 5 - Data programming
5.5
5.6

VISION100 THR
Page 15
USE AND MAINTENANCE MANUAL
Rev. 02-18
FIRST LEVEL PROGRAMMING (User level)
To access the first level configuration:
1. Keep the keys ()and () pressed simultaneously for a few seconds until the first
programming variable appears on the display.
2. Release the keys () and ().
3. Using the () key or ()key, select the variable to be amended.
4. After having selected the wanted variable, it will be possible:
• To display its setting by pressing the SET key.
• Amend its setting by keeping the SET key pressed and by pressing one of the () or ()
keys. To exit the menu once the configuration values are set, simultaneously keep the
() and () keys pressed for a few seconds, until the cell temperature value appears
again.
5. Memorisation of the amendments made to the variables will happen automatically when
exiting the configuration menu.
FIRST LEVEL VARIABLES LIST (User Level)
VARIABLES
MEANING
VALUES
DEFAULT
dtC
HOT temperature differential referred to main SETPOINT.
It is expressed in absolute value and defines the
temperature hysteresis for HOT referred to temperature
SETPOINT.
(dtn+0.2) ÷ 10 °C
2,0 °C
dtF
COLD temperature differential referred to main
SETPOINT. It is expressed in absolute value and defines the
temperature hysteresis for COLD referred to temperature
SETPOINT.
(dtn+0.2) ÷ 10 °C
2,0 °C
dtn
NEUTRAL temperature area referred to main SETPOINT.
Cold and hot are not activated in neutral area; it
symmetrically includes an upper part (hot) and a lower part
(cold) respect to temperature SETPOINT.
dtF>dtn ÷ 0 °C
dtC>dtn ÷ 0 °C
0,0 °C
dUU
HUMIDIFICATION differential referred to main SETPOINT.
It is expressed in absolute value and defines the
humidification hysteresis referred to humidity SETPOINT.
(dUn+1) ÷ 10
rH%
5 rH%
dUd
DEHUMIDIFICATION differential referred to humidity
SETPOINT. It is expressed in absolute value and defines the
dehumidification hysteresis referred to humidity SETPOINT.
(dUn+1) ÷ 10
rH%
5 rH%
dUn
NEUTRAL humidity area referred to main SETPOINT.
Humidification and dehumidification are not activated in
neutral area; it symmetrically includes an upper part
(humidification) and a lower part (dehumidification) respect
to humidity SETPOINT.
dUU>dUn ÷ 0
rH%
dUd>dUn ÷ 0
rH%
0 rH%
d4
Defrosting interval (hours). d4=0 disables defrosting
0 ÷ 24 hours
0 hours
d5
Defrosting maximum duration (minutes)
1 ÷ 60 min
10 min
d6
End defrosting setpoint.
Defrosting is not carried out if the temperature read by the
defrosting probe is higher than value d6.
(In case of faulty probe, timed defrosting is carried out)
-35 ÷ 45 °C
15°C
d7
Dripping duration (minutes)
At the end of defrosting, the compressor and the fans remain
still for the d7 set time, the defrosting icon flashes.
0 ÷ 10 min
0 min
CHAP. 5 - Data programming
5.7
5.8

VISION100 THR
Page 16
USE AND MAINTENANCE MANUAL
Rev. 02-18
F5
Fans pause after defrosting (minutes)
Enables keeping the fans still for an F5 time after dripping.
This time starts from the end of dripping. If dripping is not
set, the fans pause at the end of defrosting.
0 ÷ 10 min
0 min
At1
Minimum temperature alarm
Enables defining a minimum temperature value to the
ambient. Below value At1, the alarm state will be signalled
by the alarm icon flashing, the displayed temperature
flashing and an internal buzzer acoustically signalling the
existence of the anomaly. The alarm is signalled after the
Ald time.
-45 ÷ At2-1 °C
-45°C
At2
Maximum temperature alarm
Enables defining a maximum temperature value to the
ambient. Above value At2, the alarm state will be signalled
with the alarm icon flashing, the displayed temperature
flashing and an internal buzzer acoustically signalling the
existence of the anomaly. The alarm is signalled after the
Ald time. The alarm does not suspend any defrosting in
progress.
At1+1 ÷ 45 °C
+45°C
AU1
Minimum humidity alarm
Enables defining a minimum humidity value to the ambient
to be humidified. Below the AU1 value, the Eu alarm state
will be signalled with the alarm icon flashing and the buzzer
active. Silencing, the humidity and the alarm icon remain
flashing. The alarm is signalled after the time (Ald).
1 ÷ AU2-1 Rh%
1 Rh%
AU2
Maximum humidity alarm
Enables defining a maximum humidity value to the ambient
to be humidified. Below the AU2 value, the Eu alarm state
will be signalled with the alarm icon flashing and the buzzer
active. Silencing, the humidity and the alarm icon remain
flashing.
The alarm is signalled after the time (Ald). AU2=99 does not
signal the alarm.
AU1+1 ÷ 99 Rh%
99 Rh%
rA
Air change enabling in real time
With rA=1 it is possible to set up to 6 air changes in real time
during one day, through parameters rA1…rA6.
0 = Disabled
1 = Enabled
0
rA1
…
rA6
Air change times programming
It is possible to set up to 6 times for the air changes. The
previous value locks the subsequent one making them
sequential.
00:00 ÷ 23:50
--
drA
Air change duration
0 ÷ 10 min
min
6 min
tEu
Evaporator probe temperature display
(if dE =1 nothing is displayed)
temperature
read only
CHAP. 5 - Data programming

VISION100 THR
Page 17
USE AND MAINTENANCE MANUAL
Rev. 02-18
SECOND LEVEL PROGRAMMING (Installer level)
To access second level programming, keep the UP (), DOWN ()and LIGHT keys
pressed for a few seconds.
When the first programming variable appears, the system automatically switches to stand-
by.
1. Using the () key or ()key, select the variable to be amended. After having selected
the wanted variable, it will be possible:
2. To display its setting by pressing the SET key
3. To amend its setting by keeping the SET key pressed and by pressing one of the keys
() or ().
4. Once configuration values have been set, to exit the menu press keys () and ()
simultaneously, keeping them pressed for a few seconds, until the cell temperature
value appears again.
5. Memorisation of the amendments made to the variables will happen automatically when
exiting the configuration menu.
6. Press the STAND-BY key to enable the electronic control.
SECOND LEVEL VARIABLES LIST (Installer Level)
VARIABLES
MEANING
VALUES
DEFAULT
AC
Microdoor input state (with door closed)
0 = normally open
1 = normally closed
0
Pc
Main alarm digital input state (9-18)
0 = NO
1 = NC
0 = NO
F3
Fans state when cold, hot,
humidification and dehumidification are
at a stand-still
0 = Fans in continuous start
1 = Fans switched-off if cold,
hot, humidification and
dehumidification switched-off
1
F4
Fans pause during defrosting
0 = Fans working during
defrosting
1 = Fans not working during
defrosting
1
F6
Evaporator fans activation for air
recirculation. The fans activate for a time
defined by F7 if they have not started
working for the F6 time.
If activation time coincides with the
defrosting time, end of defrosting is
awaited.
The speed of the fans (high/low) is the
same as that selected for the phase in
progress.
0 –240 min
0 = (function not activated)
0 min
CHAP. 5 - Data programming
5.9
5.10

VISION100 THR
Page 18
USE AND MAINTENANCE MANUAL
Rev. 02-18
F7
Evaporator fans activation duration for
air recirculation.
Functioning time of fans for F6
0-240 sec
0:00:10
F8
Fans speed during
seasoning/preservation. The value of this
variable is amended based on the setting
during the last phase of a performed
program.
0 = High speed
1 = Low speed
(only if rin=1)
0
Pr
Refreshment period.
Interval between one refreshment and the
subsequent one. Refreshment is a work
pause where cold, hot, humidifies and
dehumidifies are disabled.
0 ÷ 24 hours
(at 10 min steps)
0 = Disabled
0 h
dr
Refreshment phase duration.
1 ÷ 240 min
120 min
rin
K7 Multifunction relay function choice.
(clamps 15 - 16)
0 = Refreshment
1 = Fans low speed
0
Ald
Signal delay and alarm display time of
minimum or maximum temperature or
humidity.
(1 min ÷ 4 hours)
120 min
C1
Minimum time between switch-off and
subsequent compressor ignition. It also
stops the fans if they are not active for
other functions
0...15 min
0
dEU
Dehumidification mode selection
The separate dehumidification calls hot
and cold only for temperature
0 = cooling
1 = heating
2 = separate dehumidification
0
EnU
Humidification Enabling
0 = disabled
1 = enabled
1
End
Dehumidification Enabling
0 = disabled
1 = enabled
1
Cat
Ambient probe value correction
-10,0 ÷ +10,0 °C
0,0°C
CaU
Humidity probe value correction
-20 ÷ +20 RH%
0 %
EnH
Hot enabling
EnH = 1 hot enabled
EnH = 0 hot disabled
1
Hr
Humidity management
Hr = 1 enables humidity
management
Hr = 0 disables humidity
management. The humidity
probe can be disconnected
without error on display. The
evaporator probe is displayed
instead of humidity (if dE= 0)
1
dE
Evaporator probe exclusion
0 = probe present
1 = probe absent
1
d1
Type of defrosting, at cycle reverse (hot
gas) or resistance. The compressor output
is also activated with hot gas
1 = with hot gas
0 = with resistance
0
LSt
Minimum value attributable to setpoint
of temperature
-45 ÷ HSt °C
-45°C
HSt
Maximum value attributable to setpoint
of temperature
+45 ÷ LSt °C
+45°C
CHAP. 5 - Data programming

VISION100 THR
Page 19
USE AND MAINTENANCE MANUAL
Rev. 02-18
btF
Differential of temperature referred to
Setpoint for COLD LOCK.
It constitutes the SET-btF limit below which
the cold call relay (3-4) and the
Dehumidification relay (25-26) are
disabled.
0 ÷ 20 °C
0 = Disabled
0
btC
Differential of temperature referred to
Setpoint for HOT LOCK.
It constitutes the SET+btC limit above
which the hot call relay (5-6), the
Humidification relay (11-12) and the
Dehumidification relay (25-26) are
disabled.
0 ÷ 20 °C
0 = Disabled
0
dEt
Limit time for DEHUMIDIFICATION.
If the dehumidification request is not
satisfied (reaching of humidity SET) within
the time (dEt), the variable (dEO) is taken
into consideration for the operation to be
performed. Counting starts at every new
dehumidification request.
(0 min ÷ 4 hours)
(1 min steps)
0 = Disabled
0
dEo
Operation to be performed in case limit
Timeout for dehumidification (dEt)
intervenes
dEO = 0 an alarm signal (Ed) + buzzer +
alarm relay is given. The alarm is
displayed even when humidity set is
achieved; it does not lock the normal
functioning and once silenced, the dEt
count re-starts.
dEO = 1 a refreshment of the duration (dr)
is launched and the timer relating to the
interval (Pr), if present, is recharged.
0 = alarm only
1 = a refreshment is
performed.
0
Ad
Net address for connection to supervision
system TELENET.
0 ÷ 31
0
Aut
Automatic cycles management or via
TeleNET. For managing the cycles via
TeleNET to set Aut=1
0 = local cycles
1 = TeleNET management
0
Cg
Seasoning or germination selection
0 = seasoning cycles active
1 = germination day/night
cycle active
0
CgA
Not used.
0
0
tg2
Not used.
0
0
CHAP. 5 - Data programming

VISION100 THR
Page 20
USE AND MAINTENANCE MANUAL
Rev. 02-18
P1
Password:type of protection.
(Active when PA is different from 0).
0 = Total lock. It is possible to
only see the temperature
and humidity setpoint.
1 = Locks access in 1st and
2nd level programmes.
Locks access in
germination cycle
amendment and
programmes amendment.
2 =Locks access in 1st and
2nd level programmes.
3 = Locks access in 2nd level
programmes.
3
PA
Protection password
0 –999
0 = Disabled
0
dMY
Current date
dd:mm:yy
HMS
Current time
0:00...23:59
reL
release software
indicates the software version
(read only)
6
AUTOMATIC PROGRAMMES Pr1, Pr2, Pr3, Pr4, Pr5
To access the automatic programmes parameters, keep keys START/STOP and
SET pressed for a few seconds (the function is active only if Cg=0).
1. Using key ()or key () select the program to be amended. After having selected the
program, press the SET key to display the parameters.
2. Using key ()or key () select the parameter to be amended.
3. Amend the setting by keeping the SET key pressed and by pressing one of the keys
() or ().
4. Once configuration values have been set, to exit the menu press keys () and ()
simultaneously keeping them pressed for a few seconds, until the temperature value
appears again.
5. Memorisation of the amendments made to the variables will happen automatically when
exiting the configuration menu. Exiting from the menu happens spontaneously after an
inactivity period or by simultaneously pressing keys () and ()for a few seconds.
The following table represents any one of the Pr1, Pr2, Pr3, Pr4, Pr5 programmes.
CHAP. 5 - Data programming
5.11