Ditel Kosmos series User manual

2RE-4RE
4OP-4OPP
C
ODE
:
3072
7
012
EDI
TIO
N:
04
-
0
9
-
200
6
INSTRUCTIONS MANUAL
SETPOINT OUTPUT OPTION
2RE-4RE
4OP-4OPP
C
ODE
:
3072
7
012
EDI
TIO
N:
04
-
0
9
-
200
6
INSTRUCTIONS MANUAL
SETPOINT OUTPUT OPTION

2
2
INTRODUCTION TO THE KOSMOS SERIES
This manual does not constitute a formal agreement.
All information given in this manual is subject to
change without notice.
The ser
ie KOSMOS brings a new philosophy in digital panel
instr umentation by using multipurpose, modular-
concept
devices providing a rich array of basic functions and
advanced cap a bilities.
With a fully MODULAR DESIGN, it is possible to implement a
wide variety of applications simply by adding the desired
option(s).
Built -
in intelligence allows the meter to recognize the options
in
stalled and implement the necessary parameters to properly
function within desired parameters. The basic instrument
without output op
tions omits these data in the program
ro u tines.
CALIBRATION is performed at the factory eliminating the
need for adjustment potentiometers. Any circuit or option
liable to be adjusted incorporates a memory where calibration
parameters are stored, making it possible the optional cards
be totally interchangeable without need of any subsequent
adjustments.
Custom CONFIGURATION for specific applications can be
made quickly and easily through three or five front panel
keys, following structured choice menus aided by display
prompts at each programming step.
Other features of the KOSMOS family incl ude :
CONNECTIONS via plug - in terminal blocks without
screws and CLEMP - WAGO clips cable retention system.
DIMENSIONS
Models ALPHA & BETA 96x48x120 mm DIN 43700
Models JUNIOR, JUNIOR20, & MICRA 96x48x60 mm DIN
43700
CASE MATERIAL UL - 94 V0 - rated poly - carbonate.
PANEL INSTALLATION by means of single part
fingertip without screws.
To guarantee the meter s technical specifications, its is advised
to check calibration parameters at periodical intervals according
to the ISO9001 stand ards for the particular application
operating criteria.
Re - calibration of the meter should be made at the factory or in
a qualified laboratory.
INTRODUCTION TO THE KOSMOS SERIES
This manual does not constitute a formal agreement.
All information given in this manual is subject to
change without notice.
The serie KOSMOS brings a new philosophy in digital panel
instr umentation by using multipurpose, modular-
concept
devices providing a rich array of basic functions and
advanced cap a bilities.
With a fully MODULAR DESIGN, it is possible to implement a
wide variety of applications simply by adding the desired
option(s).
Built -in intelligence allows the meter to
recognize the options
in
stalled and implement the necessary parameters to properly
function within desired parameters. The basic instrument
without output options omits these data in the program
ro u tines.
CALIBRATION is performed at the factory eliminati ng the
need for adjustment potentiometers. Any circuit or option
liable to be adjusted incorporates a memory where calibration
parameters are stored, making it possible the optional cards
be totally interchangeable without need of any subsequent
adjustmen ts.
Custom CONFIGURATION for specific applications can be
made quickly and easily through three or five front panel
keys, following structured choice menus aided by display
prompts at each programming step.
Other features of the KOSMOS family include :
CONNECTIONS via plug - in terminal blocks without
screws an d CLEMP - WAGO clips cable retention system.
DIMENSIONS
Models ALPHA & BETA 96x48x120 mm DIN 43700
Models JUNIOR, JUNIOR20, & MICRA 96x48x60 mm DIN
43700
CASE MATERIAL UL - 94 V0 - rated poly - carbonate.
PANEL INSTALLATION by means of single part
fingerti p without screws.
To guarantee the meter s technical specifications, its is advised
to check calibration parameters at periodical intervals according
to the ISO9001 standards for the particular ap plication
operating criteria.
Re - calibration of the meter should be made at the factory or in
a qualified laboratory.

OUTPUT OPTIONS
2RE 4RE 4OP 4OPP
OUTPUT OPTIONS
2RE 4RE 4OP 4OPP
3
3
INDEX
1 . GENERAL INFORMATION SETPOINTS OPTION. ................................................................................................................ 4
2 . SETUP AND CONNECTIONS
2.1 - INSTALLATION ............................................................................................................................................ 5
2.2 - CONNECTION ........................................................................................................................................... 6-7
2.3 TECHNICAL SPECIFICATIONS ...................................................................................................................... 7
3 . MODE OF WORKING
3.1 INDEPENDENT SETPOINTS ....................................................................................................................... 8-9
3.2 ASSOCIATED SETPOINTS ............................................................................................................................ 9
3.3 AUTO - TRACK ............................................................................................................................................ 10
4 . PROGRAMMING
4.1. MODELS MICRA ............................................................................................................... 11 - 12 - 13 - 14 - 15 - 16
4.2. MODELS ALPHA ............................................................................................................... 17 - 18 - 19 - 20 - 21 - 22
4.2. MODEL BETA - M ........................................................................................... 23 - 24 - 25 - 26 - 27 - 28 - 29 - 30 - 31 - 32
INDEX
1 . GENERAL INFORMATION SETPOINTS OPTION. ................................................................................................................ 4
2 . SETUP AND CONNECTIONS
2.1 - INSTALLATION ............................................................................................................................................ 5
2.2 - CONNECTION ........................................................................................................................................... 6-7
2.3 TECHNICAL SPE CIFICATIONS ...................................................................................................................... 7
3 . MODE OF WORKING
3.1 INDEPENDENT SETPOINTS ....................................................................................................................... 8-9
3.2 ASSOCIATED SETPOINTS ............................................................................................................................ 9
3.3 AUTO - TRACK ............................................................................................................................................ 10
4 . PROGRAMMING
4.1. MODELS MICRA ............................................................................................................... 11 - 12 - 13 - 14 - 15 - 16
4.2. MODELS ALPHA ............................................................................................................... 17 - 18 - 19 - 20 - 21 - 22
4.2. MODEL BETA - M ........................................................................................... 23 - 24 - 25 - 26 - 27 - 28 -29- 30 - 31 - 32

4
4
An option of 2 or 4 SETPOINTS, programmable within the full
display range, can be incorporated to the unit thus providing
alarm and control capabilities by means of individual LED
indicators and relay or transistor outputs.
All the setpoints provide independently programmable value,
time delay (in seconds), asymmetrical or symetrical hysteresis
(in counts of display) and selectable HI/LO acting.
The setpoints are also configurable to activate independently
(each one activates at its corresponding programmed value) or
tracking one another (setpoint 2 can be conditioned by the
action of setpoint 1, setpoint 4 by setpoint 3). Such latter
function is included in the programming menus with the name
of "TRAC" and, in case of the setpoint 2, it can be manual or
automatic.
The setpoint option consists of a plug - in additional card that
once installed to the meter's main board, activates its own
programming module. The setpoints programming may be
locked out by means of DIP - switches located on the main
board to prevent from accidental or unauthorized changes.
The available alarm/setpoint output options are the following:
2RE: 2 SPDT relays rated 8A
4RE: 4 SPST relays rated 5A*
4OP : 4 isolated open - collector transistors NPN
4OPP : 4 isolated open - coll ector transistors PNP
These type of outputs, capable of carrying out a wide variety
of control operations and processing of limit values, increases
notably the unit's performance qualities thanks to the
possibility of combining basic alarm functions with advanced
safety and control applications.
* from nº O5397
1.
SETPOINTS OPTION
An option of 2 or 4 SETPOINTS, programmable within the full
display range, can be incorporated to the unit thus providing
alarm and control capabilities by means of individual LED
indicators and relay or transistor outputs.
All the setpoints provide independently programmable value,
time delay (in secon ds), asymmetrical or symetrical hysteresis
(in counts of display) and selectable HI/LO acting.
The setpoints are also configurable to activate independently
(each one activates at its corresponding programmed value) or
tracking one another (setpoint 2 ca n be conditioned by the
action of setpoint 1, setpoint 4 by setpoint 3). Such latter
function is included in the programming menus with the name
of "TRAC" and, in case of the setpoint 2, it can be manual or
automatic.
The setpoint option consists of a plug - in additional card that
once installed to the meter's main board, activates its own
programming module. The setpoints programming may be
locked out by means of DIP - switches located on the main
board to prevent from accidental or unauthorized changes.
The available alarm/setpoint output options are the following:
2RE: 2 SPDT relays rated 8A
4RE: 4 SPST relays rated 5A*
4OP : 4 isolated open - collector transistors NPN
4OPP : 4 isolated open - collector transistors PNP
These type of outputs, capable of carrying out a wide variety
of control operations and processing of limit values, increases
notably the unit's performance qualities thanks to the
possibility of combining basic alarm functions with advanced
safety and control applications.
* from nº O5397
1.
SETPOINTS OPTION

2. SETUP AND CONNECT
IONS
2. SETUP AND CONNECT
IONS
5
5
2.2 INSTALLATION
Lift out the electronics assembly from the case and use a
screw - driver to push on the junctions between the case and
the shadow areas to detach them from the case. See fig1.
The so performed orifice will allow any of the setpoints
board output connectors be brought out at the rear of the
instrument.
The option is installed by plugging the
connector in the main board location as shown
in fig. 2 .
Insert the card pin in the corresponding main board
slot (see figure) and push down to attach both connectors.
If the instrument is to be installed in high vibrating
environments, it is recommended to solder the card to the
main board making use of the copper tracks on both sides of
the card pin and around the main board hole on its sold er
side.
Before inserting the electronics in the case, you should
verify that the access to the setpoints programming module
is enabled, as this is the first operation to be made once the
instrument is powered up.
MI
CRAs
ALPHA/ BETA
2RE
-
4RE
4OP
-
4OPP
fig. 2
2.1 INSTALLATION
Lift out the electronics assembly from the case and use a
screw - driver to push on the junctions between the case and
the shadow areas to detach them from the case. See fig1.
The so performed orifice will allow any of the setpoints
board output connectors be brought out at the rear of the
instrument.
The option is installed by plugging the
connector in the main board location as shown
in fig. 2 .
Insert the card pin in the corresponding main board
slot (see figure) and push down to attach both connectors.
If the instrument is to be installed in high vibrating
environments, it is recommended to solder the card to the
main board making use of the copper tra cks on both sides of
the card pin and around the main board hole on its solder
side.
Before inserting the electronics in the case, you should
verify that the access to the setpoints programming module
is enabled, as this is the first operation to be ma de once the
instrument is powered up.
MICRAs
ALPHA/ BETA
2RE
-
4RE
4OP
-
4OPP
fig. 2

6
9
6
2.2 - CONNECTION
NOTE : In case that the outputs are used to drive inductive
loads, it is recommended to add an RC network between the
coil terminals (preferably) or between the relay contacts to
limit electromagnetic effects.
LCIA - 01 - 2 RELAYS OPTION
PIN 4 = N. Open 2 PIN 1 = N. Open 1
PIN 5 = COMMON 2 PIN 2 = COMMON 1
PIN 6 = N. Closed 2 PIN 3 = N. Closed 1
LCIA - 02 - 4 RELAY OPTION
PIN 4 = RL4 PIN 1 = RL1
PIN 5 = Non connected PIN 2 = RL2
PIN 6 = COMMON PIN 3 = RL3
LCIA - 03 - 4 OPTOS NPN OPTION
PI N 4 = OP4 PIN 1 = OP1
PIN 5 = Non connected PIN 2 = OP2
PIN 6 = COMMON PIN 3 = OP3
LCIA - 04 - 4 OPTOS PNP OPTION
PIN 4 = OP4 PIN 1 = OP1
PIN 5 = Non connected PIN 2 = OP2
PIN 6 = COMMON PIN 3 = OP3
Fig. 6.1: Rear view of basic
instrumment with Relay / Opto
output option.
Fig. 6.2: Connection diagram
for 2RE
Fig. 6.3: Connection diagram
for 4RE
Fig. 6.4: Connection diagram
for 4OP
Fig. 6.5: Connection diagram
for 4OPP
COMMON
COMMON
COMMON
RELAY
1
RELAY 2
RELAY 4
RELAY
1
RELAY
2
RELAY
1
3
2
C N 6 C N 7
4
6
5
2.2 - C ONNECTION
NOTE : In case that the outputs are used to drive inductive
loads, it is recommended to add an RC network between the
coil terminals (preferably) or between the relay contacts to
limit electromagnetic effects.
LCIA - 01 - 2 RELAYS OPTION
PIN 4 = N. Open 2 PIN 1 = N. Open 1
PIN 5 = COMMON 2 PIN 2 = COMMON 1
PIN 6 = N. Closed 2 PIN 3 = N. Closed 1
LCIA - 02 - 4 RELAY OPTION
PIN 4 = RL4 PIN 1 = RL1
PIN 5 = Non connected PIN 2 = RL2
PIN 6 = COMMON PIN 3 = RL3
LCIA - 03 - 4 OPTOS NPN OPTION
PIN 4 = O P4 PIN 1 = OP1
PIN 5 = Non connected PIN 2 = OP2
PIN 6 = COMMON PIN 3 = OP3
LCIA - 04 - 4 OPTOS PNP OPTION
PIN 4 = OP4 PIN 1 = OP1
PIN 5 = Non connected PIN 2 = OP2
PIN 6 = COMMON PIN 3 = OP3
Fig. 6.1: Rear view of basic
instrumment with Relay / Opto
output option.
Fig. 6.2: Connection diagram
for 2RE
Fig. 6.3: Connection diagram
for 4RE
Fig. 6.4: Connection diagram
for 4OP
Fig. 6.5: Connection diagram
for 4OPP
COMMON
COMMON
COMMON
RELAY
1
RELAY 2
RELAY 4
RELAY
1
RELAY
2
RELAY
1
3
2
C N 6 C N 7
4
6
5

7
7
2.3 TECHNICAL SPECIFICATIONS
2RE OPTION
Max. current (resistive load) .................................... 8 A
Max. Power ........................................ 2000 V @ 192 W
Max. Voltage ................................ . 250 V AC/ 150 V DC
Contact resistance ...................................... max. 3 m
Switching time .......................................... max. 10 ms
4RE OPTION
Max. current (resistive load) .................................... 5 A
Max. Power ........................................ 1 25 0 V A/ 1 5 0 W
Max. Voltage ................................ .2 77 V AC/ 125 V DC
Contact resistance .................................... max. 3 0 m
Switching tim e .......................................... max. 10 ms
4OP OPTION
Max. Voltage ................................................... 50 V DC
Max. current ..................................................... 50 mA
Leakage current ..................................... 100 A (max.)
Switching time .......................................... 1 ms (max.)
4OPP OPTION
Max. Voltage ................................................... 50 V DC
Max. current ..................................................... 50 mA
Leakage current ..................................... 100 A (max.)
Switching time .......................................... 1 ms (max.)
All options are opto-
isolated with respect to the input
signal and main supply.
CONNECTORS
To perform wiring connections, remove
the terminal block from the meter's
connector, strip the wire leaving
from 7 to 10mm exposed and insert it
into the proper term inal while pushing the
fingertip down to open the clip inside
the connector as indicated in the figure.
Proceed in the same manner with all pins and plug the
terminal block into the corresponding meter's connector.
Each terminal can admit cables of sect
ion comprised between
0.08mm² and 2.5mm² (AWG 26 ÷ 14).
The blocks provide removable adaptors into each terminal to
allow proper fastening for cable sections of <0.5 mm².
INSTALLATION
To meet the requirements of the directive EN61010 -
1, where
the unit is permanently connected to the mains supply it is
obligatory to
install a circuit breaking device easy reachable
to the operator and clearly marked as the disconnect device.
WARNING
In order to guarantee electromagnetic compatibility, the
following guidelines for cable wiring must be followed:
- Power supply wires must b
e routed separated from
signal wires. Never
run power and signal wires in the
same conduit.
-
Use shielded cable for signal wiring and connect the
shield to ground of the indicator (pin2 CN1).
- The cable section must be 0.25 mm
I f not installed and used ac
cording to these
instructions, protection against hazards may be
impaired.
2.3 TECHNICAL SPECIFICATIONS
2RE OPTION
Max. current (resistive load) ................................... 8 A
Max. Power ........................................ 2000 V @ 192 W
Max. Voltage ................................ . 250 V AC/ 150 V DC
Contact resistance ...................................... max. 3 m
Switching time ........................................... max. 10 ms
4RE OPTION
Max. current (resistive load) ................................... 5 A
Max. Power ........................................ 1 25 0 V A/ 1 5 0 W
Max. Voltage ................................ . 2 77 V AC/ 1 25 V DC
Cont act resistance ..................................... max. 3 0 m
Switching time ........................................... max. 10 ms
4OP OPTION
Max. Voltage ................................................... 50 V DC
Max. current ..................................................... 50 mA
Leakage current ..................................... 100 A (max.)
Switching time .......................................... 1 ms (max.)
4OPP OPTION
Max. Voltage ................................................... 50 V DC
Max. current ..................................................... 50 mA
Leakage current ..................................... 100 A (max.)
Switching time .......................................... 1 ms (max.)
All options are opto-
isolated with respect to the input
signal and main supply.
CONNECTORS
To perform wiring connections, remove
the terminal block from the meter's
connector, strip the wire leaving
from 7 to 10mm exposed and insert it
into the proper terminal while pushing the
fingertip down to open the clip inside
the connector as indicated in the figure.
Proceed in the same manner with all pins and plug the
terminal block into the corresponding meter' s connector.
Each terminal can admit cables of section comprised between
0.08mm² and 2.5mm² (AWG 26 ÷ 14).
The blocks provide removable adaptors into each terminal to
allow proper fastening for cable sections of <0.5 mm².
INSTALLATION
To meet the requirements of the directive EN61010 -
1, where
the unit is permanently connected to the mains supply it is
obligatory to install a circuit breaking device easy reachable
to the oper ator and clearly marked as the disconnect device.
WARNING
In order to guarantee electromagnetic compatibility, the
following guidelines for cable wiring must be followed:
-
Power supply wires must be routed separated from
signal wires. Never run power and si
gnal wires in the
same conduit.
-
Use shielded cable for signal wiring and connect the
shield to ground of the indicator (pin2 CN1).
- The cable section must be 0.25 mm
I f not installed and used according to these
instructions, protection against hazards ma
y be
impaired.

3
. METHODS OF OPERAT
ION
3
. METHODS OF OPERAT
ION
8
8
DESCRIPTION OF OPERATION
All the setpoints can operate independently or in association
with another in a variety of combinations to suit specific
operating conditions.
3.1 INDEPENDENT SETPOINTS.
As programmed like independent setpoints, the alarm
outputs activate when the display value reaches the user -
programmed value. The independent al arms programming
requires definition of the following basic parameters :
a. HI/LO ACTING MODE.
In HI mode, the output activates when the display rises
above the setpoint level and in LO mode, the output
activates when the display falls below the setpoint .
b. PROGRAMMABLE TIME DELAY or HYSTERESIS.
Each output action can be deferred by a programmable time
delay or hysteresis level.
The time delay is the time that takes the output to activate
after passing through the setpoint in the up or down
direction, while the hysteresis band can be selected
asymmetrical (only acts on the output deactivation edge) or
symmetrical (operates on both sides of the setpoint).
The time delay can be set from 0 to the maximum
displayable value in seconds and can have a decimal place.
The hysteresis can be programmed, in counts, within the full
display range. The decimal point appears in the same
position as programmed in the display configuration module.
The figures 1 and 2 show the ti
me delay action (dly) and the
asymmetrical hysteresis action (hys-
1) of two alarms (SET1
and SET2) programmed to activate in HI mode (OUT1) and
in LO mode (OUT2).
Fig. 1 Delay action (dly)
Fig. 2 Asymmetrical hysteresis
DESCRIPTION OF OPERATION
All the setpoints can operate independently or in association
with another in a variety of combinations to suit specific
operating conditions.
3.1 INDEPENDENT SETPOINTS.
As programmed like independent setpoints, the alarm
outputs activate when the display value reaches the user -
programmed value. The independent alarms programming
requires definition of the following basic parameters :
a. HI/LO ACTING MODE.
In HI mode, t he output activates when the display rises
above the setpoint level and in LO mode, the output
activates when the display falls below the setpoint.
b. PROGRAMMABLE TIME DELAY or HYSTERESIS.
Each output action can be deferred by a programmable time
delay or hysteresis level.
The time delay is the time that takes the output to activate
after passing through the setpoint in the up or down
direction, while the hysteresis band can be selected
asymmetrical (only acts on the output deactivation edge) or
symmetri cal (operates on both sides of the setpoint).
The time delay can be set from 0 to the maximum
displayable value in seconds and can have a decimal place.
The hysteresis can be programmed, in counts, within the full
display range. The decimal point appears i n the same
position as programmed in the display configuration module.
Fig. 1 Delay action (dly)
Fig. 2 Asymmetrical hysteresis

9
9
The figure 1 shows the action of the symmetrical hysteresis.
In order to clarify the drawing, it has been represented one
only alarm in the cases of HI and LO acting. The 100% of
the programmed hysteresis (hys - 2) is added to each side of
the setpoint, thus creating a band around the setpoint within
which the output is activated (mode HI) or deactivated
(mode LO). This band can be as large as twice the maximum
number of counts of the display.
The hold up of the alarm action by mean
s of this type of
hysteresis can be useful in operations in which it is necessary
to keep the alarm condition between two specified points.
As an example, let's suppose that it is wanted to control a
quantity composed of two other in proportion of 1000 an
d
2000kg. By programming the first setpoint at 500 with hys-
2
= 500 and the second setpoint at 2000 with hys-
2 = 1000,
the alarm output should control the first quantity from 0 to
1000 and the second quantity from 1000 to 3000.
3.2 ASSOCIATED SETP OINTS
The SET2 and SET4 setpoints can be programmed to "track"
SET1 and SET3 respectively. This type of alarms does not
activate as compared with a preprogrammed display value
but at a programmable fixed distance from the activation of
their pre - alarms.
Th e programming of these alarms requires to determine first
the pre - alarm setpoint value (for example SET1 = 200).
Then, instead of programming the SET2, it is assigned an
offset between this and the first alarm (for example TRACK2
= 50). Although SET1 is ch anged, the alarm 2 (if not
changed) will always activate 50 counts above SET1. If a
negative tracking value should have been programmed ( -
50), the alarm 2 would activate 50 counts below the SET1.
The figure .2. shows an example of positive (TRACK2) and
neg ative tracking (TRACK4).
Fig 1. Symmetrical hyste
resis
Fig 2. Tracking setpoints
The figure 1 shows the action of the symmetrical hysteresis.
In order to clarify the drawing, it has been represented one
only alarm in the cases of HI and LO acting. The 100% of
the programmed hysteresis (hys - 2) is added to each side of
the setpoint, th us creating a band around the setpoint within
which the output is activated (mode HI) or deactivated
(mode LO). This band can be as large as twice the maximum
number of counts of the display.
The hold up of the alarm action by means of this type of
hyster
esis can be useful in operations in which it is necessary
to keep the alarm condition between two specified points.
As an example, let's suppose that it is wanted to control a
quantity composed of two other in proportion of 1000 and
2000kg. By programming the first setpoint at 500 with hys-
2
= 500 and the second setpoint at 2000 with hys-
2 = 1000,
the alarm output should control the first quantity from 0 to
1000 and the second quantity from 1000 to 3000.
3.2 ASSOCIATED SETPOINTS
The SET2 and SET4 setpoints can be programmed to "track"
SET1 and SET3 respectively. This type of alarms does not
activate as compared with a preprogrammed display value
but at a programmable fixed distance from the activation of
their pre - alarms.
The programming of these a larms requires to determine first
the pre - alarm setpoint value (for example SET1 = 200).
Then, instead of programming the SET2, it is assigned an
offset between this and the first alarm (for example TRACK2
= 50). Although SET1 is changed, the alarm 2 (if n ot
changed) will always activate 50 counts above SET1. If a
negative tracking value should have been programmed ( -
50), the alarm 2 would activate 50 counts below the SET1.
The figure .2. shows an example of positive (TRACK2) and
negative tracking (TRACK4).
Fig 1. Symmetrical hysteresis
Fig 2. Tracking setpoints

10
10
3.3 AUTO - TRACK
In some measurement systems and particularly in
weighing and dosage applications, the mechanical parts and
the system structure makes it impossible to shut off
operations at a given point (due to response times, weight in
fly ...) this causing an extra quantity of material be settled
after the interrupting actio n.
As an application example of the "AUTO TRACK"
function, let's comment the effect known as "weight in fly".
The "weight in fly" effect is produced in those systems in
which some kind of recipient is to be filled with a
preprogrammed quantity of materia l. Each time this quantity
is reached, an alarm output stops the filling mechanism.
However, the quantity of material which is still on air at the
moment of shutting off the process, is deposited in the
recipient exceeding from the desired measure.
The a utomatic track function (AUTO TRAC) is
specially designed to compensate for this out of limit
quantity.
This function is based on controlling the quantity in which
the programmed limit is surpassed and using this excess to
activate the shut off signal so
that, including the out of limit
quantity, the final measure suits the desired value.
Only the alarm 2 provides automatic track function. The auto
tracking is implemented by programming SET1 for the
desired lim it value and SET2 for "AUTO TRAC" opera - tion
(initially it takes the same value as SET1).
SET1 = Desired setpoint value
SET2 = AUTO TRAC
When, despite the alarm that shuts off the process
activates, still a little quantity of material exceeding fro m
SET1 is deposited, the excess is registered in the peak
memory as "TRAC" value and subtracted from SET2.
This way, in successive measurements the output of
SET2 will take charge of interrupting the operations one
moment before the display reaches the p rogrammed value.
The extra quantity will then complete the measure until the
required level.
We remark that the track value is continuously
updated according to process needs.
3.3 AUTO - TRACK
In some measurement syst ems and particularly in
weighing and dosage applications, the mechanical parts and
the system structure makes it impossible to shut off
operations at a given point (due to response times, weight in
fly ...) this causing an extra quantity of material be set tled
after the interrupting action.
As an application example of the "AUTO TRACK"
function, let's comment the effect known as "weight in fly".
The "weight in fly" effect is produced in those systems in
which some kind of recipient is to be filled with a
preprogrammed quantity of material. Each time this quantity
is reached, an alarm output stops the filling mechanism.
However, the quantity of material which is still on air at the
moment of shutting off the process, is deposited in the
recipient exceeding from the desired measure.
The automatic track function (AUTO TRAC) is
specially designed to compensate for this out of limit
quantity.
This function is based on controlling the quantity in which
the programmed limit is surpassed and using this excess to
activate the shut off signal so that, including the out of limit
quantity, the final measure suits the desired value.
Only the alarm 2 provides automatic track function. The auto
tracking is implemented by pro gramming SET1 for the
desired limit value and SET2 for "AUTO TRAC" opera - tion
(initially it takes the same value as SET1).
SET1 = Desired setpoint value
SET2 = AUTO TRAC
When, despite the alarm that shuts off the process
activates, still a little q uantity of material exceeding from
SET1 is deposited, the excess is registered in the peak
memory as "TRAC" value and subtracted from SET2.
This way, in successive measurements the output of
SET2 will take charge of interrupting the operations one
moment before the display reaches the programmed value.
The extra quantity will then complete the measure until the
required level.
We remark that the track value is continuously
updated according to process needs.

4.2 MODELS MI CRA
SETPOI NTS PROGRAMMI NG
4.1 MODELS MI CRA
SETPOI NTS PROGRAMMI NG
11
11

12
12
MICRAS MOD
EL PROGRAMMING INSTRUCTIONS
MICRAS MODEL PROGRAMMING INSTRUCTIONS
3s?
T O IN P UT
C O N FI GU R A TIO N
M O DU L E
TO DISPLAY
C O N FI GU R A TIO N
M O DU L E
T O S ER IA L
O UTP UT
C O N FI GU R A TIO N
M IO D UL E
3s?
T O IN P UT
C O N FI GU R A TIO N
M O DU L E
TO DISPLAY
C O N FI GU R A TIO N
M O DU L E
T O S ER IA L
O UTP UT
C O N FI GU R A TIO N
M IO D UL E

13
13
SETPOINTS PROGRAMMING MODULE
DESCRIPTION
The diagram represented on page 12 shows th
e setpoints programming module, which is valid for the MICRA models with 2RE
option.
Apart from the setpoint values, this option permits the user to program the following parameters :
The relays control mode ("HI" for activation above the setpoint or "LO " for activation below the setpoint)
The action mode (time delay or asymmetrical hysteresis ).
The amount of time delay in seconds or hysteresis in counts of display.
ACCESS TO THE PROGRAMMING OF THE SETPOINT VALUES
The setpoints values are directly a ccessible from the Pro stage in any of the programming modules
From the run mode, press "ENTER" to get access to the programming mode. Press "" and leave it to enter in the first setpoint
programming phase.
ACCESS TO THE CONTROL MODE PROGRAMMING
From t he run mode, press "ENTER" to access to the programming routines ; the display will show Pro and the PROG
LED will
activate. Press repeatedly the "" key until the SET1 and SET2 LED's activate.
A press of "ENTER" at this point provides access to the program ming of various options as indicated on page 31.
This programming routine can be locked out (refer to the instrument instructions manual).
SETPOINTS PROGRAMMING MODULE
DESCRIPTION
The diagram r
epresented on page 12 shows the setpoints programming module, which is valid for the MICRA models with 2RE
option.
Apart from the setpoint values, this option permits the user to program the following parameters :
The relays control mode ("HI" for activa tion above the setpoint or "LO" for activation below the setpoint)
The action mode (time delay or asymmetrical hysteresis ).
The amount of time delay in seconds or hysteresis in counts of display.
ACCESS TO THE PROGRAMMING OF THE SETPOINT VALUES
The s etpoints values are directly accessible from the Pro stage in any of the programming modules
From the run mode, press "ENTER" to get access to the programming mode. Press "" and leave it to enter in the first setpoint
programming phase.
ACCESS TO THE C ONTROL MODE PROGRAMMING
From the run mode, press "ENTER" to access to the programming routines ; the display will show Pro and the PROG
LED will
activate. Press repeatedly the "" key until the SET1 and SET2 LED's activate.
A press of "ENTER" at this point provides access to the programming of various options as indicated on page 31.
This programming routine can be locked out (refer to the instrument instructions manual).

14
14
TARE
MAX/MIN
DATA
ENTER
RS232C
RS485
MIN
TARE
PROG
SET 1 SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SE T 2
MAX
F4
F2
F3
F1
SETPOINTS PROGRAMMING MENU
The setpoint values change can always be accessed from any of the Pro levels even
if the
programming routines are locked out.
The figure 14.1 shows the Pro indication, where the
key provides access to the
programming modules or, a press of
ENTER
returns the meter to the normal operation.
To get access to the programming of the setpoint values, press the
key from this
stage (or from any other with Pro indication).
A press of ENTER
made at previous step presents on display the current value for the
setpoint 1 with the SET1 LED activated and the last digi t in flash.
If you desire to change the flashing digit value, press repeatedly the
key to rotate
from 0 to 9 and, once the digit has taken the desired value, press to move to the next
digit to be modified. Repeat these operations until the required value
for the
setpoint 1 is registered on the display and press ENTER
to validate the entry and pass to
the next program step.
After, the initial value for the setpoint 2 appears on display (the SET2 LED activates
) with
the last digit in flash.
Proceed as in the previous section :
changes the value of the active digit and
advances to the next digit to be modified.
Once the desired value is composed on the display, a press ENTER
of will return the
meter to the run mode saving the programmed parameters.
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MIN
DATA
ENTER
RS232C
RS485
MIN
TARE
PROG
SET 1 SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SET2
MAX
F4
F2
F3
F1
SETPOINTS PROGRAMMING MENU
The setpoint values change can always be accessed from any of the Pro
levels even if the
programming routin es are locked out.
The figure 14.1 shows the Pro indication, where the
key provides access to the
programming modules or, a press of
ENTER
returns the meter to the normal operation.
To get access to the programming of the setpoint values, press the
key from this
stage (or from any other with Pro indication).
A press of ENTER
made at previous step presents on display the current value for the
setpoint 1 with the SET1 LED activated and the last digit in flash.
If you desire to change the flashing digit value, press repeatedly the
key to rotate
from 0 to 9 and, once the digit has taken the desired value, press to move to the next
digit to be modified. Repeat these operations until the required value
for the
setpoint 1 is registered on the display and press
ENTER
to validate the entry and pass to
the next program step.
After, the initial value for the setpoint 2 appears on display (the SET2
LED activates) with
the last digit in f lash.
Proceed as in the previous section :
changes the value of the active digit and
advances to the next digit to be modified.
Once the desired value is composed on the display, a press ENTER of will r
eturn the
meter to the run mode saving the programmed parameters.
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1

SETPOINT CONFIGURATION
The indication shown in figure 15.1 appears on the display to indicate that the next
step is to program the setpoint1 operating parameters (led Setpoint 1 activated). After
2 seconds or by a press
ENTER
, the meter allows access to this menu.
The display then shows two digits: the leftmost one corresponds to the output mode
(HI or LO) and the rightmost one corresponds to the delay unit (time - delay - or cou
nts
of display - hysteresis - ) according to the table below the figure. Use the key to
change the active digit value (in flashing) and the key to go to the next digit to
be set.
Press
ENTER
to validate selections and advance to the next phase.
[15.1]
Setpoint 1 Configuration
Depending on previous phase choice, the display will show for 2 seco nds the
indication corresponding to the selected delay units before giving access to the time
delay or hysteresis magnitude programming ( dLY ) or ( HYS ). After 2 seconds or by a
press of
ENTER
, the initially programmed numerical value appears on the display with
the first digit in flashing. To program the desired value (from 0 to 9999 counts of
hysteresis or from 0 to 99 seconds of time delay) use the key to increment the
active dig it value and the key to advance to the next digit to be modified.
Repeat this procedure until desired value is completed on the display and press
ENTER
to validate and access to the programming of the setp oint 2 parameters.
[15.2] SET2 Hysteresis/Delay
SETPOI
NT CONFIGURATION
The indication shown in figure 15.1 appears on the display to indicat e that the next
step is to program the setpoint1 operating parameters (led Setpoint 1 activated). After
2 seconds or by a press
ENTER
, the meter allows access to this menu.
The display then shows two digit s: the leftmost one corresponds to the output mode
(HI or LO) and the rightmost one corresponds to the delay unit (time - delay -
or counts
of display - hysteresis - ) according to the table below the figure. Use the key to
change the active digit value (in flashing) and the key to go to the next digit to
be set.
Press
ENTER
to validate selections and advance to the next phase.
[15.1]
Setpoint 1 Configuration
Depending on previous phase choice, the display will show for 2 seconds the
indication corresponding to the selected delay units before giving access to the time
delay or hysteresis magnitud e programming ( dLY ) or ( HYS ). After 2 seconds or by a
press of
ENTER
, the initially programmed numerical value appears on the display with
the first digit in flashing. To program the desired value (from 0 to 9999 counts of
hysteresis or from 0 to 99 seconds of time delay) use the key to increment the
active digit value and the key to advance to the next digit to be modified.
Repeat this procedure until desired value is completed on the display and press
ENTER
to validate and access to the programming of the setpoint 2 parameters.
[15.2] SET2 Hysteresis/Delay
15
15
If a two relay option is installed the instrument will allow to enter on the following routines: activation mode, delay or hysteresis
and setpoint program locko ut.
From programming mode (Pro stage, see fig. 15.1), press key to access to the setpoint configuration, indication " SET ". To
program the setpoint numerical values, from the run mode press
ENTER
to call th e Pro stage and press to access the first
setpoint value.
LEFT DIGIT
VALUE
RIGHT DIGIT
VALUE
MODE HI=0
MODE LO=1
DELAY=0
HYSTERESIS=1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SE T 1
SE T 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SE T 1
SE T 2
MAX
F4
F2
F3
F1
If a two relay option is ins talled the instrument will allow to enter on the following routines: activation mode, delay or hysteresis
and setpoint program lockout.
From programming mode (Pro stage, see fig. 15.1), press key to access to the setpoint configuration, indication " SET ". To
program the setpoint numerical values, from the run mode press
ENTER
to call the Pro stage and press to access the first
setpoint value.
LEFT DIGIT
VALUE
RIGHT DIGIT
VALUE
MODE HI=0
MODE LO=1
DELAY=0
HYSTERESIS=1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1

The figure 16.3 shows one of the two options available at this stage [ LC O = setpoint
values programming enabled (unloc ked) or LC 1 = setpoint values programming
disabled (locked)].
If wanted to modify this parameter, use the key to switch to the desired
option. If you decide to lock the setpoint values, it will be also necessary to lock out
the entire program routines.
Press
ENTER
to validate the choice, save programmed data and return to the run
mode (indication Stor ).
[16.3]
Setpoint Program lockout
The indication shown in figure 16.1 appears on the display to indicate that the next
step is to program the setpoint 2 operating parameters (led Setpoint 2 activated).
After 2 seconds or by a press
ENTER
, the meter allows access to this menu.
The display then shows two digits; the one on left corresponds to the output mode
(HI or LO) and the rightmost one to the delay unit (time - delay -
or counts of display
- hysteresis - ). See table in figure 16.1. Use the key to change the active digit
value (in flashing) and the key to go to the next digit to be modified.
Press
ENTER
to validate changes and advance to the next phase.
[16.1]
Setpoint 2
The display shows for 2 seconds the indication corresponding to the selected delay
units before giving access of the time delay or hysteresis magnitude programming
( dLY ) or ( HYS ). After 2 seconds or by a press
ENTER
, the initially programmed
numerical value appears on the display with the first digit in flashing. To change the
value (from 0 to 9999 counts of hysteresis or from 0 to 99 seconds of time delay) use
the key to increment the active digit value and the key to advance to
the next digit to be modified. Repeat this procedure until desired value is completed
on the display and press
ENTER
to validate and advance to the next step.
[16.2]
SET2 Hist eresis/Delay
The figure 16.3 shows one of the two options available at this stage [ LC O = setpoint
values programming enabled (unlocked) or LC 1 = setpoint values programming
disabled (locked)].
If wanted to modif y this parameter, use the key to switch to the desired
option. If you decide to lock the setpoint values, it will be also necessary to lock out
the entire program routines.
Press
ENTER
to validate the choi ce, save programmed data and return to the run
mode (indication Stor ).
[16.3]
Setpoint Program lockout
T he indication shown in figure 16.1 appears on the display to indicate that the next
step is to program the setpoint 2 operating parameters (led Setpoint 2 activated).
After 2 seconds or by a press
ENTER
, the meter allows access to this menu.
The display then shows two digits; the one on left corresponds to the output mode
(HI or LO) and the rightmost one to the delay unit (time - delay -
or counts of display
- hysteresis - ). See table in figure 16.1. Use the key to change the active digit
value (in flashing) and the key to go to the next digit to be modified.
Press
ENTER
to validate changes and advan ce to the next phase.
[16.1]
Setpoint 2
The display shows for 2 seconds the indication corresponding to the selected delay
units before giving access of the time delay or hysteresis magnitude programming
( dLY ) or ( HYS ). After 2 seconds or by a press
ENTER
, the initially programmed
numerical value appears on the d isplay with the first digit in flashing. To change the
value (from 0 to 9999 counts of hysteresis or from 0 to 99 seconds of time delay) use
the key to increment the active digit value and the key to advance to
the next digit to be modified. Repeat this procedure until desired value is completed
on the display and press
ENTER
to validate and advance to the next step.
[16.2]
SET2 Histeresis/Delay
16
16
LEFT DIGIT
VALUE
RIGHT DIGIT
VALUE
MODE HI=0
MODE LO=1
DELAY=0
HYSTERESIS=1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
LEFT DIGIT
VALUE
RIGHT DIGIT
VALUE
MODE HI=0
MODE LO=1
DELAY=0
HYSTERESIS=1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1
TARE
MAX/MI
N
DATA
ENTE
R
RS232C
RS485
MIN
TARE
PROG
SET 1
SET 2
MAX
F4
F2
F3
F1

4.3 SETPOI NTS PROGRAMMI NG
MODELS ALPHA
4.2 SETPOI NTS PROGRAMMI NG
MODELS ALPHA
17
17

18
18
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
ESC
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
ESC
ESC
EN T ER
EN T ER
EN T ER
EN T ER
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
EN T ER
EN T ER
EN T ER
ESC
EN T ER
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
ESC
ESC
ESC
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODULE 3 - SETPOINTS
DEFINITION
The left diagram shows the entire MODULE 3 that
allows to program the alarm/setpoint operation and is
activated when one of the following output options 2RE-
4RE - 4OP - 4OPP are installed.
Each one of the three menus is dedicated to a
specific configuration parameter and is composed of four
levels corresponding to each four of the setpoints (in case
that a 2-relay option (2RE) is installed, only
the first two
levels will appear in the routines).
The configuration of the parameters relating one of the
setpoints is made in a single step of each menu. The LEDs
1, 2, 3 and 4 illuminate by turn as the program advances
one step of the menu, to indicat
e which of the setpoints is
being treated at each time.
At the end of a complete sequence, a press of "ENTER"
causes deactivation of all the LED indicators except "PROG"
and activates the "STORE" LED for a few seconds. The
programmed data is stored i n the memory and the
instrument returns to the reading of the variable under
measure.
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
ESC
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
ESC
ESC
EN T ER
EN T ER
EN T ER
EN T ER
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
T A R E
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
I N P 1
2
1
4
3
TARE
RESET LIMIT MAX/MIN DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
EN T ER
EN T ER
EN T ER
ESC
EN T ER
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
EN T ER
ESC
ESC
ESC
ESC
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE R UN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODE RUN
MODULE 3 - SETPOINTS
DEFINITION
The lef
t diagram shows the entire MODULE 3 that
allows to program the alarm/setpoint operation and is
activated when one of the following output options 2RE-
4RE - 4OP - 4OPP are installed.
Each one of the three menus is dedicated to a
specific configuration paramet
er and is composed of four
levels corresponding to each four of the setpoints (in case
that a 2-
relay option (2RE) is installed, only the first two
levels will appear in the routines).
The configuration of the parameters relating one of the
setpoints is m
ade in a single step of each menu. The LEDs
1, 2, 3 and 4 illuminate by turn as the program advances
one step of the menu, to indicate which of the setpoints is
being treated at each time.
At the end of a complete sequence, a press of "ENTER"
causes
deactivation of all the LED indicators except "PROG"
and activates the "STORE" LED for a few seconds. The
programmed data is stored in the memory and the
instrument returns to the reading of the variable under
measure.

Press the ENTER
key to move from the run mode to the programming mode. Press
three time the and press again ENTER
to access to the programming menus.
Each menu activates a different combination of the "A" and "B" LEDs. From this stage,
the key permits selection of a specific menu and the ENTER
key provides
access to the programming of the parameters contained in the selected menu.
The figure shows the setpoint 1 programming step. The rest of the setpoints are
programmed in the same manner, each one activating its corresponding LED. By
means of the key (modify value of the active digit) and the key
(advances to the next digit to the right), compose the desired setpoint value with sign
between - 32000 and +32000. It is not necessary to program the value of the setpoint
2 when it is going to have automatic track function, for its value will not be taken into
account. Remember that, if the alarm is going to have manual track function
(setpoints 2 or 4), the programmable value is not the setpoint value but t he offset
between this and its main alarm.
ENTER
: Validates the programmed value and goes to the programming of
the next setpoint.
ESC
: Returns the meter to the normal operation.
Press the ENTER key to move from the run mode to the prog
ramming mode. Press
three time the and press again
ENTER
to access to the programming menus.
Each menu activates a different combination of the "A" and "B" LEDs. From this stage,
the key permits selection of a specific menu and the
ENTER
key provides
access to the programming of the parameters contained in the selected menu.
The figure shows the setpoint 1 programming step. The rest of the setpoints are
programmed in the same manner, each one activating its corresponding LED. By
means of the key (modify value of the active digit) and the key
(advances to the next digit to the right), compose the desired setpoint value with sign
between - 32000 and +32000. It is not necessary to program the value of the setpoint
2 when it is going to have automatic track function, for its value will not be taken into
account. Remember that, if the alarm is going to have manual track function
(setpoints 2 or 4), the programmable value is not the setpoint value but the offset
between this and its main alarm.
ENTER
: Validates the programmed value and goes to the programming of
the next setpoint.
ESC
: Returns the meter to the normal operation.
19
19
ACCESS TO THE SETPOINTS PROGRAMMING
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
TARE
HOLD
LIMIT
MAX MIN DATA
DSP2 INP2 FLT STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
ACCESS TO THE SETPOINTS PROGRAMMING
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
TARE
HOLD
LIMIT
MAX MIN DATA
DSP2 INP2 FLT STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN

From the entry stage of the module 3 (Fig. 35.1), press the ENTER
key to access to
the menus and the key to move to the stage of entry into the menu "3B -
MODE" indicated in figure 37.1. This menu allows to determine the features applied to
each alarm. The "PROG" LED (programming mode indicator), "LIMIT" LED (setpoint
programming indicator) and "B" LED (men
u indicator) remain active during the
whole phases of this menu. Press
ENTER
if you want to access this menu.
: Skips over this menu and goes to the menu 3AB for programming
the delay or hysteresis levels.
ESC
: Ret
urns the meter to the normal operation.
1
st
digit : Allows disabling the setpoint " 0 ", enabling the setpoint
"1 " or enabling the setpoint latch " 2 ".
2
nd
digit : Mode HIGH " 0 " or LOW " 1 ".
3
rd
digit : Alarm activation with time delay (DLY) " 0 ", asymmetrical
hyst eresis (HYS - 1) " 1 " or symmetrical hysteresis (HYS - 2) level " 2 ".
4
th
digit : Activation by net value " 0 ", by manual Track " 1 ", by gross
value " 2 ", by peak value " 3 ", by valley value " 4 " or auto Track " 5 ".
5
th
digit : Alarm indication by LED " 0 " or by LED plus display blinking
"1 ".
ENTER
: Validates and goes to the next setpoint configuration.
ESC
: Returns the meter to the normal operation.
From the entry stage of the module 3 (Fig. 35.1), press the ENTER
key to access to
the menus and the key to move to the stage of entry into the menu "3B -
MODE" indicated in figure 37.1. This menu allows to determine the features applied to
each alarm. The "PROG" LED (programming mode indicator), "LIMIT" LED (setpoint
programming indicat
or) and "B" LED (menu indicator) remain active during the
whole phases of this menu. Press
ENTER
if you want to access this menu.
: Skips over this menu and goes to the menu 3AB for programming
the delay or hysteresis levels.
ESC
: Returns the meter to the normal operation.
1
st
digit : Allows disabling the setpoint " 0 ", enabling the setpoint
"1 " or enabling the setpoint latch " 2 ".
2
nd
digit : Mode HIGH " 0 " or LOW " 1 ".
3
rd
digit : Alarm activation with time delay (DLY) " 0 ", asymmetrical
hysteresis (HYS - 1) " 1 " or symmetr ical hysteresis (HYS - 2) level " 2 ".
4
th
digit : Activation by net value " 0 ", by manual Track " 1 ", by gross
value " 2 ", by peak value " 3 ", by valley value " 4 " or auto Track " 5 ".
5
th
digit : Alarm indication by LED " 0 " or by LED plus display blinking
"1 ".
ENTER
: Validates and goes to the next setpoint configuration.
ESC
: Returns the meter to the normal operation.
20
20
MENU 3B
-
OPERATION MODE CONFIGURATION
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
The figure at left represents the first menu step corresponding to the setpoint 1 (LED
1 energized). The rest of the setpoints are accessible by pressing
ENTER
key once
programmed the preceding one. Each digit represents one different operating
parameter which is activated with a numbers according to the table. Starting from the
left :
MENU 3B
-
OPERATION MODE CONFIGURATION
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
B
A
TARE
HOLD
LIMIT
MAX
MIN
DATA
DSP2
INP2
FLT
STORE
DSP1
INP1
2
1
4
3
TARE
RESET
LIMIT
MAX/MIN
DATA
ESC
ENTER
PROG
TEACH
PRG
RUN
The figure at left represents the first menu step corresponding to the setpoint 1 (LED
1 energized). The rest of the setpoints are accessible by pressing
ENTER
key once
programmed the preceding one . Each digit represents one different operating
parameter which is activated with a numbers according to the table. Starting from the
left :
First digit
0 = OFF
1 = ON
2 = ON (latch)
Second digit
0 = HI
1 = LO
Third digit
0 = Delay
1 = Hyst_1
2 = Hyst_2
Fourth digit
0 = Net value
1 = manualTrack
2 = Grossvalue
3 = Peak value
4 = Valley value
5 = auto Track
Fifth digit
0 = LED alarm
1 = LED alarm
& display blinking.
First digit
0 = OFF
1 = ON
2 = ON (latch)
Second digit
0 = HI
1 = LO
Third digit
0 = Delay
1 = Hyst_1
2 = Hyst_2
Fourth digit
0 = Net value
1 = manualTrack
2 = Grossvalue
3 = Peak value
4 = Valley value
5 = auto Track
Fifth digit
0 = LED alarm
1 = LED alarm
& display blinking.