Ditel JUNIOR JR-C User manual

JR-C / JR20-C
KOSMOS SERIE www.ditel.es
USER MANUAL
DIGITAL INDICATOR
FOR LOAD CELL INPUT
JUNIOR JR-C / JR20-C

JR-C / JR20-C
KOSMOS SERIE www.ditel.es 2
INDEX
GENERAL INFORMATION
Package contents ........................................................................................................... 3
Recycling instrucctions .................................................................................................... 3
General safety considerations .......................................................................................... 3
Symbols identification .................................................................................................. 3
Maintenance ................................................................................................................... 4
Warranty ....................................................................................................................... 4
Conformity declaration .................................................................................................... 5
Device description .......................................................................................................... 6
Dimensions and mounting ............................................................................................... 6
Display and keyboard ..................................................................................................... 7
Installing and connecting recommendations ..................................................................... 7
Connections ................................................................................................................... 8
Load cell input (mV) .................................................................................................... 8
Remote TARE function ................................................................................................. 9
Relays output .............................................................................................................. 9
INPUT CONFIGURATION
Configuration menu....................................................................................................... 10
Input configuration ....................................................................................................... 11
DISPLAY CONFIGURATION
Display programming .................................................................................................... 12
Display scaling ............................................................................................................. 12
mV input ................................................................................................................... 13
SETPOINTS CONFIGURATION
Setpoints configuration ................................................................................................. 14
AVAILABLE KEYBOARD FUNCTIONS
TARE, MAX/MIN and RESET functions ............................................................................ 15
Direct access to setpoints value ..................................................................................... 15
Return to default configuration ...................................................................................... 16
Access to lock-out configuration menu ........................................................................... 16
CONFIGURATION LOCK-OUT
Lock-out menu ............................................................................................................. 17
OUTPUT OPTION
Description .................................................................................................................. 19
Function modes description ........................................................................................... 19
HI/LO mode activation ............................................................................................... 19
Time delay ................................................................................................................ 19
Asymmetrical hysteresis ............................................................................................. 19
Installation ................................................................................................................... 20
SPECIFICATIONS
Technical specifications ................................................................................................. 21

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GENERAL INFORMATION
With the instrument it is also supplied:
 Quick installation guide.
 Mounting panel accessories (a sealing gasket and 2 fixing clips).
 Wiring accessories (plug-in terminal block connectors and 2 key tools for cable insertion).
 4 adhesive labels set with engineering units.
Package contents
This manual does not constitute a contract or a commitment on the part of Diseños y Tecnología, S.A.
All information contained in this document is subject to change without prior notice.
MANUAL VALID FOR INSTRUMENTS WITH C2.00 SOFT VERSION OR HIGHER
This electronic instrument is covered by the 2002/96/CE European Directive so, it is properly marked
with the crossed-out wheeled bin symbol that makes reference to the selective collection for electrical and
electronic equipment which indicates that at the end of its lifetime, the final user cannot dispose of it as
unsorted municipal waste.
In order to protect the environment and in agreement with the European legislation regarding waste of
electrical and electronic equipments from products put on the market after 13 August 2005, the user can
give it back, without any cost, to the place where it was acquired to proceed to its controlled treatment and
recycling.
Recycling instructions
General safety considerations
Symbols identification
WARNING: Risk of electric shock.
Instrument protected by double isolation or reinforced isolation.
All instructions and guidelines for the installation and manipulation that are present in this manual must be considered
to ensure personal safety and to prevent damage to either the instrument or any equipment connected to it.
Safety of any equipment incorporated to this instrument is responsibility of the system installer.
If this electronic indicator is used in a manner not specified by the manufacturer in this manual, the protection
provided by the instrument may be impaired.
WARNING: Potential risk of danger.
Read completely related instructions when this symbol appears in order to know the potential risk and to
know how to avoid it.

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All products are warranted against defective material and workmanship for a period of three years from
acquisition date.
If a product appears to have a defect or fails during the normal use within warranty period, please
contact the distributor from whom you purchased the product to be given proper instructions.
This warranty does not apply to defects resulting from action of the customer such as mishandling or
improper interfacing.
The liability under this warranty shall extend only to the repair of the instrument; no responsability is
asumed by the manufacturer for any damage which may result from its use.
All DITEL products benefit from an unlimited and inconditional warranty of three (3) years from the date
of their purchase. Now you can extend this period up to five (5) years from the product commissioning,
only by fulfilling the corresponding form.
Fill up the form in our website at:
http://www.ditel.es/warranty
Warranty
Maintenance
To guarantee instrument accuracy, it is recommended to checking its compliance according to the technical
specifications listed in this manual, performing calibrations regularly in accordance to operation criteria in each
application.
Instrument calibration and/or adjustment should be performed only by an accredited laboratory or directly by the
manufacturer.
Instrument repairs should only be carried out by the manufacturer or by its authorized partners.
For frontal device cleaning, just wipe it with a damp cloth and neutral soap product. DO NOT USE SOLVENTS!.

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Conformity declaration
EN 61326-1 Electrical equipment for measurement, control and
laboratory use (EMC)
EN 61000-4-2 Electrostatic discharge (ESD) Criterion B
Air discharge 8kV
Contact discharge 4kV
EN 61000-4-3 Electromagnetic fields Criterion A
10 V/m
EN 61000-4-4 Fast transients (burst) Criterion B
Power lines 2 kV
Signal lines 1 kV
EN 61000-4-5 Surge Criterion B
1 kV L to N
2 kV L,N to Earth
1 kV Signal lines to Earth
EN 61000-4-6 RF conducted interference Criterion A
3 Vrms
EN 61000-4-11 Voltage dips:
0% V during 1 cycle Criterion B
40% V during 10/12 cycles Criterion C
70% V during 25/30 cycles Criterion C
Short interruptions:
0% V during 250/300 ciclos Criterion C
CISPR11 Emission limits
Class B
EN 61010-1 Safety requirements for electrical equipment
for measurement, control an laboratory use.
General safety
Overvoltage category II
Pollution degree 2
Conductive pollution excluded
Isulation type:
Enclosure: Double
Power/signal: Basic
Power/relays: Double
Signal/relays: Double
Manufacturer: DITEL - Diseños y Tecnología S.A.
Adress: Xarol, 8C P.I. Les Guixeres
08915 Badalona.
SPAIN
Declares, that the product:
Name: Digital panel indicator
Model: JR-C / JR20-C
Specifications: DI 110131
Conforms with Directives:
EMC 2004/108/CE
LVD 2006/95/CE
Applicable standards:
EN61326-1
EN61010-1
Date: 14 December 2012
Signed: Alicia Alarcia
Charge: Technical Director

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All information contained in this manual, unless indicated, is valid for both JR-C and JR20-C models.
JR-C and JR20-C models from KOSMOS serie are digital indicators fully configurables that allow input type
selection in order to be used as needed. Available signal inputs are the following:
LOAD CELL (30mV, 300mV)
The basic instrument consists of a soldered assembly composed of a main board, a display and an input signal
circuits. It can also be incorporated, as an option, an extra plug-in 2 SPDT 8A relays circuit output which is isolated
from signal input and power supply. This extra circuit has independent connectors that are located on the rear part
of the instrument once it is installed.
Specially designed for direct connection to Load cells, both models have 4 digits, configurable decimal point and 2
LED’s for setpoints status indication, they are easy to scale into desired engineering units, directly by frontal keys
or rear input signal value in teach mode. They also provide a 24V DC output for sensor excitation.
JR-C model is provided with 14mm-high digits and maximum display range of -9999 to 9999 whereas JR20-C
has 20mm-high digits and a maximum range of -1999 to 9999. JR20-C has a larger display to provide a better
reading at longer distance, although minus LED sign is integrated in the most significative digit instead of being
external, as in JR-C model.
Both devices have three frontal keys to interact with internal software and set configuration in order to adapt their
function to particular applications. Device programming runs through some independent menus that show short
messages to easily identify input type and/or display configuration steps.
If relays output option card is installed, once it is recognised by the instrument, activates its own configuration
menu which is only visible under this conditions.
Device description
Dimensions and mounting
To install the instrument, prepare a
92x45mm panel cut-out and slide the unit
inwards making sure of placing the sealing
gasket between the front side panel and
the frontal bezel.
While holding the unit in place, put the
fixing clips on both sides of the case and
slide them through the guide tracks until
they reach the panel at the rear side.
Press slightly to fasten the clips to the latching slots
on the case and get the unit fully assembled and
close fitted to achieve a good sealing.
To remove the instrument from the panel, pull outwards the rear fixing
clips latching tabs until they are disengaged, then slide fixing clips back
over the case.

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Display and keyboard
1 2
1
2
4
5 6 7 8
9
UP SHIFT DATA
ENTER
3
RUN MODE PRO MODE
1 4 red digit Display Shows value according configuration. Shows steps and data during configuration.
2 Minus sign LED (only for JR-P) It iluminates for negative readings. It iluminates for negative values.
3 Keyboard ——
4 Setpoint 1 LED It iluminates when Setpoint 1 turns active. It iluminates when Setpoint 1 turns active.
5 UP key Display TARE.
TARE RESET (when pressing more than 3s). Shows Setpoints value. Increases value of active digit.
6 SHIFT key Displays maximum and minimum stored values. After 5s of pressing, sets maximum and/or minimum
memorized value to current display value.
Shifts active digit to the next right digit.
Shows sequentially menu options.
7 DATA/ENTER key Changes to PRO mode. Validates selected data and parameters. Moves one step forward in configuration menu.
Changes to RUN mode.
8 Setpoint 2 LED It iluminates when Setpoint 2 turns active. It iluminates when Setpoint 2 turns active.
9 Free space for units label ——
There are two main function modes:
RUN and PRO. PRO mode is when
configuration menu is entered to
programm the indicator, whereas
RUN is the normal mode in which
display shows the reading according
to configuration and input signal
value.
The table below summarizes display
parts description and LEDs and
keyboard function.
Installing and connecting recommendations
WARNING: If this instrument is not installed and used in accordance with this instructions,
the protection provided by it against hazards may be impaired.
To meet the requirements of EN 61010-1 standard, where the unit is permanently connected to main
supply, its is obligatory to install a circuit breaking device easy reachable to the operator and clearly
marked as the disconnecting device.
To guarantee electromagnetic compatibility, the following guidelines should be kept in mind:
 Power supply wires should be separatedly routed from signal wires and never runned in the same
conduit.
 Use shielded cable for signal wiring.
 Cables section should be  0.25 mm².
Before connecting signal wires, signal type and input range should be verified to be within the right
limits. Do not connect simultaneously more than one input signal to the meter.
This instrument coforms with the following community directives: EMC 2004/108/CE and LVD 2006/95/CE.
Refer to the instructions in this manual to preserve safety protections.

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Connections
Basic instrument has two rear connectors CN1 and CN2. If 2RE
output option card is installed, two more connectors CN3 and
CN4 appear. See all four connectors location and their pin out in
the right figure. All female provided terminal connectors are of
CAGE CLAMP®technology.
Terminals for CN2 connector admit cables with section from
0.2mm² up to 1.5mm² (AWG 24÷14).
Terminals for CN1, CN3 and CN4 connectors admit cables with
section from 0.08mm² up to 2.5mm² (AWG 28÷12).
To perform wiring connections, strip the cable leaving from 7 to
10mm exposed to air, insert it in the proper terminal while
pushing down the key insertion tool to open the clip inside the
connector. Release the key tool to fix wire to the terminal.
Proceed in the same way for the rest of terminals. Once all
connections are done, plug connectors to the instrument.
Rear connectors location.
Key tool for cable insertion.
Notes:
NO: Normally open contact.
CM: Common contact.
NC: Normally closed contact.
* Polarity in CN1 is indistinct for DC power.
CN3
1 2
CN2
1 2 3 4 5 6 7
CN1
CN4
1
2
3
4
5
6
CN3 (relay 1)
1 NO
2 CM
3 NC
CN4 (relay 2)
4 NO
5 CM
6 NC
WARNING
Isolation:
1500Vrms for 1 minute to signal terminals (CN2) and power terminals (CN1).
2500Vrms for 1 minute to signal terminals (CN2) and relays terminals (CN3 y CN4).
2500Vrms for 1 minute to power terminals (CN1) and relays terminals (CN3 y CN4).
CN2
1 -IN (COMMON)
2 +IN (300mV / 30mV)
3 N.C.
4 +TARE
5 - EXC / TARE
6 +EXC
7 N.C.
CN1*
1 Phase (AC)
2 Neutral (AC)
Load cell input signal wiring diagrams (mV)
LOAD CELL CONNECTION WITH EXCITATION SUPPLIED BY THE INDICATOR
INDICATOR LOAD CELL
1
+OUT -OUT +IN -IN
±30mV
±300mV
5
2 6
-IN (COMMON)
+IN
+EXC.
-EXC.
NOTE:
The instrument can supply excitation to multiple load cells
connected in parallel as long as 30mA of total load current is
not exceeded.

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Relays output wiring
RELAY 2 RELAY 1
4
5
6
1
2
3
NO
CM
NC
NO
CM
NC IMPORTANT:
To guarantee electrical safety according to EN 61010-1 a
protective 8A/250V external fuse must be installed.
8A/250V MAX.
WARNING:
Read recommendations and related data on pages 7 and 8.
Remote TARE function wiring diagram
INDICATOR
4 5
-TARE
NOTE:
When using an open collector output, the external electronic circuit connected between pin 4 and pin 5 of CN2
input connector, must be able to provide a current of 4mA and withstand up to 40V.
In both cases remote TARE is activated when contact is closed less than 3 seconds. Remote TARE RESET is
identically activated through these pins when contact is closed for at least 3 seconds.
CONNECTION TO A GROUP OF LOAD CELLS WITH EXTERNAL EXCITATION
INDICATOR GROUP OF LOAD CELLS
1
+OUT -OUT +IN -IN
±30mV
±300mV
2
-IN (COMMON)
+IN
EXC.
-+
WIRING DETAIL CONNECTION FOR nLOAD CELLS WITH EXTERNAL EXCITATION
INDICATOR
1 2
-IN (COMMON)
+IN
2
-OUT +OUT
+IN
n
-OUT +OUT
+IN
1
-OUT +OUT
+IN
-IN -IN -IN
-
+
INDICATOR
4 5
+TARE
-TARE
+TARE
O.C. OUTPUT CONTACT SWITCH

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INPUT CONFIGURATION
When connecting instrument to Power supply, display test begins automatically to check the good function of LED’s
and digits, once this test is finished, display shows internal software version and then the unit goes to RUN mode.
Configuration software has a hierarchical structure composed of a number of menus and submenus. By pressing
ENTER key, display shows “Pro”, a new pressing brings access to main menu where appear configuration menus,
that is, input configuration (InP), display configuration (dSP) and setpoints configuration (SEtP). This last menu
only appears if 2RE output option card is installed.
If configuration is totally locked-out, when pressing ENTER key to get into main menu, display shows “dAtA”
instead of “Pro”. This indicates that it is only possible to see programmed information and that it is not allowed to
modifiy any parameter from the entire configuration. In this visualization mode, the instrument automatically
switches back to RUN mode after 15 seconds since last key press.
Configuration menu
The instrument provides 3 keys for progressing through the
menus and submenus and for data introducing/modifying:
ENTER:Vertical displacement / Validates data.
UP:Increases active digit value.
SHIFT:Horizontal displacement / Changes active digit.
Input configuration
Once inside each menu, all configuration parameters are sequentially shown and they can then be introduced or
edited by pressing ENTER key. Numeric values must be entered digit by digit, first selecting digit and then
changing its value. When the display reach desired value, a new ENTER key pressing validates data and routine
goes forward to next configuration step.
Data entered or changes made during configuration are stored in device memory only when programmation
routine belonging to the respective submenu is completed, not before. On last routine step and after having
pressed ENTER key, display indicates “StorE” and the unit goes back again to RUN mode.
8 8 8 8
Pro dAtA
InP dSP SEt
MAIN MENU
The first menu corresponds to input configuration. This, in turn, consists of two options, one for each input type:
(300) and (30).
InP
300 30
SIGNAL TYPE:
300: Input signal up to ±300mV DC
30: Input signal up to ±30mV DC
No additional configuration is needed for these input types
(direct validation).

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EXCITATION LEVEL:
Configurable value:
E 5: 5V DC
E 10: 10V DC
Once input range is selected, the routine goes to configure excitation. 5V and 10V are available. In both
cases load current limit is 30mA DC.
E 5 E 10

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DISPLAY CONFIGURATION
dSP
SCAL tEAC FiLt
Display Programming
Display scaling
IMPORTANT IN “tEAC” MODE:
To ensure the best accuracy, both points 1 and 2
should represent extreme process limits.
TRHOUGH FRONTAL KEYS CONFIGURATION “SCAL”
Input and display values are configured manually through
the three keys of the instrument. This method is suitable
when signal values supplied by the transducer at each
extreme point of the process are known.
REAL INPUT SIGNAL CONFIGURATION “tEAC”
Input values are directly introduced from CN2 input
connector just at the moment of signal capturing at
each point of the process. Display values are configured
manually through the three keys, as in the previous case.
This method is suitable when signal values at each point are
unknown but, it is possible to lead process to the conditions
defined by these extreme points.
WEIGHTED AVERAGE FILTER “FiLt”
Sets low-pass filter cutoff frequency (Fc) which allows the instrument to smooth out undesirable display reading
fluctuations.
Display scaling is necessary when adapting display reading to a particular engineering unit. Display range can be
configured between -9999 and 9999 for JR-C (14mm-high digits) or between -1999 and 9999 for JR20-C
(20mm-high digits).
Display scaling is a linear process that consists in introducing two input values, referred as Input 1 and Input 2,
and their respective display values, referred as Display 1 and Display 2. On the basis of this proportional
relationship internal software calculates display value that would correspond to a given input value. Decimal point
position would complete required engineering units indication.
It is possible to scale display in an increasing or decreasing proportional mode depending on whether if second
display value (DISP.2) is greater or less than the first (DISP.1). In an increasing mode, display value increases
proportionally to the input value whereas in a decreasing mode, display value decreases. The left figure below
shows both scaling modes.
Increasing proportional mode Decreasing proportional mode
DISPLAY 2
DISPLAY 1
DISPLAY 1
DISPLAY 2
INPUT 1 INPUT 2 INPUT 1 INPUT 2
The second menu corresponds to display configuration. This, in turn, consists of some submenús: through frontal
keys configuration (SCAL), through real input signal (TEACH) (tEAC) and reading stabilization filter (FiLt).
The right figure shows an
example for a 150kg and
2mV/V load cell with a 10V DC
excitation. Decimal point is
situated between third and
fourth digit of the display.
(150.0)
DISP.2
(00.0)
DISP.1
(0.00)
INP.1 (20.00) INP.2

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mV input
FIRST POINT INPUT AND DISPLAY VALUE:
InP1: Input value indication.
0000: Value entering in counts within available model display range.
dSP1: Display value indication.
0000: Value entering in counts within available model display range.
DECIMAL POINT:
00.00: Setting of decimal point position.
(Decimal point can be located in any position, and will be
the same for Display 1 and Display 2. This position remains
fixed for all configuration steps and also for RUN mode).
SECOND POINT INPUT AND DISPLAY VALUE:
InP2: Input value indication.
0000: Value entering in counts within available model display range.
dSP2: Display value indication.
0000: Value entering in counts within available model display range.
FiLt
0
SCAL
InP1
tEAC
0000
dSP1
0000
00.00
InP2
0000
dSP2
0000
For both display scaling “SCAL” and “tEAC” methods, parameters to be
sequentially introduced are identical.
It only must be considered that in “SCAL” method, all values must be
manually introduced through the three frontal keys whereas in “tEAC”
method, input signal value must be present at the conector at each
point that is intended to be configured.
WEIGHTED AVERAGE FILTER:
FiLt: 0to 8 Configurable
Value Fc (Hz) Value Fc (Hz)
0 -- 5 0.35
1 1.20 6 0.29
2 0.44 7 0.23
3 0.41 8 0.18
4 0.38
NOTE:
Display configuration/scaling is independent to stored TARA value present in memory. It only must be
considered that, once this configuration is finished, display reading will be affected by that TARE value.

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Setpoints configuration
SEtP
SEt1 SEt2
Hi Lo
no nc
dLy HyS
00.0 00.00
SETPOINT VALUE:
00.00: Value entering in counts within available model display range.
(Is not possible to change decimal point position, which is
the previously defined in display configuration menu).
ACTIVATING MODE:
Hi: High level relay activation.
Lo: Low level relay activation.
RESTING CONTACTS STATE:
no: Normally open contact.
nc: Normally closed contact.
TIME DELAY AND HYSTERESIS:
dLy: Programmable delay from 0to 99.9s.
HyS: Hysteresis in counts within available model display range.
00.00
SETPOINTS CONFIGURATION
If 2RE output option card is uninstalled, the instrument keeps setpoints last configuration in memory, though it can
not be visualized.
Thanks to this feature there will be no need to reconfigure relays setting when 2RE output option is again installed
if the same configuration is required.
The third menu “SEtP” only appears when two relays output card is
installed. For further details on function modes please refer to the
corresponding OUTPUT OPTION part later on this manual.
Programming steps are equal for both relays on each “SEt1” and
“SEt2” submenus. The parameters to be configured are the following:

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TARE, MAX/MIN and RESET functions
AVAILABLE KEYBOARD FUNCTIONS
Direct access to setpoints value
Pro
SEt1
00.00
SEt2
00.00
FIRST SETPOINT VALUE:
SEt1: Setpoint 1 value indication.
00.00: Value entering in counts within available model display range.
SECOND SETPOINT VALUE:
SEt2: Setpoint 2 value indication.
00.00: Value entering in counts within available model display range.
In addition to already known functions used to browse through the configuration menus and submenus, introduce
and/or modify existing values and parameters, the instrument provides some more added functions.
If 2RE output option is installed, it is possible to access to setpoints value
configuration without having to enter main menu.
To access this submenu, from RUN mode and after ENTER key is pressed, simply
press UP key while “Pro” is displayed.
TARE function activates by pressing UP key (or by closing contact between pin 4 and pin 5 from CN2 input
connector, see page 9). Current display value is then stored (or added) in memory and the instrument shows (by
default) "0.00" or "0.0", depending on whether configured input range is 30mV or 300mV respectively. At the
same time, after the first digit (from the right), a point starts flashing indicating that the instrument has stored a
TARE value.
It is possible to tare instrument as many times as needed, as long as the accumulated value does not exceed the
limit value defined by the working range. Otherwise overflow indication "OuE" will be displayed. Stored tare value
remains in memory although power supply is removed.
This device detects and stores in memory maximum and minimum values reached by the input signal. This values
remain in memory although power supply is removed, as well. When pressing repeatedly SHIFT key, MAX/MIN
function shows saved maximum and minimum values in display since last RESET function activation.
In order to differentiate this values indication from a mode RUN indication, decimal point blinks during the time
these values are showed. The unit automatically switches back to RUN mode after 15 seconds have elapsed since
the last key press.
First SHIFT key pressing shows “MAH” in display followed by the maximum value, a second pressing now shows
“Min” followed by the minimum value and finally, a third pressing shows “run” to back again in an instant to RUN
mode.
MAX/MIN RESET function activates when visualizing maximum or minimum values SHIFT key is pressed for at
least 5 seconds. If maximum is the displayed value, current input signal value will replace the previous maximum
saved value. In the same way, current input signal will replace saved minimum value while is the minimum the
displayed value.
TARE RESET function activates by pressing UP key or maintaining remote contact closed for at least 3 seconds.
This is only possible in RUN mode. After that time, stored value will be added to the current display and erased
from memory and the flashing point will disappear.

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Access to lock-out configuration menu
8888
CodE
0000
To access this menu from RUN mode, press ENTER key for at least 3 seconds.
Display shows now “CodE” and then “0000”. Desired security code must be introduced
through SHIFT and UP keys (by default this code is 0000).
Finally press ENTER to begin with lock-out level configuration. If entered security code
is wrong, the instrument will go back to RUN mode.
3s
To access this menu from RUN mode, press ENTER key and while display shows
“Pro” press again ENTER for at least 5 seconds.
Display shows now “00” and ‘74’code must be introduced through SHIFT and UP
keys.
Finally press ENTER to validate configuration and back to RUN mode.
Return to default configuration
5s
Pro
00
74

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CONFIGURATION LOCK-OUT
LiSt
tLoc
CHAn
yES
0000
no
Lock-out menu
In order to prevent accidental or indesirable modifications of instrument parameters, a selective or total
configuration lock-out is available. By default the unit is delivered unlocked, giving access to all programming
levels. Once in this menu, the first option will be to choose between lock-out level setting (“LiSt”) or security
access code changing (“CHAn”).
SEt1
nO yES
SEt2
nO yES
InP
nO yES
dSP
nO yES
The following configuration access can be locked-out:
 Setpoint 1 configuration (SEt1)
 Setpoint 2 configuration (SEt2)
 Input configuration (InP)
 Display configuration (dSP)
 TARE function configuration (tArE)
 SHIFT key configuration for MAX/MIN function (MAH)
In each case lock-out is activated by selecting “yES” option and
deactivated by selecting “no”.
Setpoints 1 and 2 configuration lock-out is available only when 2RE
output is installed.
If 2RE output option card is uninstalled, the instrument keeps setpoints
last configuration in memory, though it can not be visualized. There will
be no need to reconfigure setpoints lock-out when 2RE output option is
again installed if the same configuration is required.
If “LiSt” option is selected, display will show momentarily
“tLoc”. Total configuration lock-out is activated by
selecting “yES”, then routine directly jumps to TARE
function and SHIFT key for MAX/MIN function lock-out
configuration before the unit goes back to RUN mode.
When total lock-out is set, no data can be entered
or modified, although it will still be possible to visualize
all programmed parameters. Under these conditions when
entering main menu, initial indication will be “dAtA”
instead of “Pro”.
On the other hand, when “no” option is selected, routine
move on to next step to configure a partial lock-out.
When a partial lock-out is set, only non-locked data
can be entered or modified. Under these conditions
when entering main menu, initial indication will be “Pro”.

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Once the instrument programming is completed, if there are parameters that are going to be frequently changed, a
partial lock-out is recommended. A total lock-out is recommended when configuration parameters will be constant
for a long time.
Changing default security code and keep new one in a safe place is also strongly recommended.
SHIFT key lock-out for MAX/MIN function is configurable in the same
way as previous configurations.
When lock-out is enabled (selecting “yES”) it is not possible to visualize
maximum or minimum values by pressing SHIFT key, although
instrument internally continues detecting and saving new extreme
values reached by input signal.
MAH
nO yES
tArE
nO yES
Acces to TARE and TARE RESET functions activated through UP key
can be blocked, as well.
NOTE:
Remote TARE and remote TARE RESET lock-out through pin 4
and pin 5 from CN2 is not available. These functions remain
always active.

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Description
OUTPUT OPTION
Function modes description
HI/LO mode activation
In HI mode, output activates when display value goes above setpoint level, whereas in LO mode, output activates
when display value falls below setpoint level.
Time delay
Time delay for OUT1 (HI mode) and for OUT2 (LO mode)
Asymmetrical hysteresis
Both output actions can be deferred by a hysteresis
level which is configurable in counts within full
available display. Decimal point position is the
previously defined in display configuration menu.
Asymmetrical hysteresis action only starts in the
output deactivation edge, obtaining as a result the
‘hys-1’ delay as indicated on the right figure.
Note that outputs activation is not affected by
hysteresis and they activate in each case just when
setpoint ‘SET’ is reached by display. Hysteresis delay for OUT1 (HI mode) and for OUT2 (LO mode)
2RE output option allows JR-P and JR20-P models to perform control operations and limit values treatment via ON/
OFF logic outputs. It is supplied as an independent card that is connected to main board without any additional
operation since internal software recognizes it once it is installed. There is no need to read the manual since all
information required is contained in this user manual.
Alarms are independent, they become activate when display value reach setpoint level programmed by the user.
For a correct configuration it will be necessary to define function mode, as well.
Both output actions can be deferred by a
configurable time delay from 0 up to 99.9 seconds.
Time delay activation starts when display value
reach each setpoint ‘SET’ either increasingly or
decreasingly, obtaining the ‘dly’ delay in output
activation/deactivation as right figure shows.

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To physically install the output option, the electronics assembly should be first lifted out from the case. Use a
screwdriver or similar to slightly press both side tabs until the rear case is released. Then broke the junctions from
the corresponding polycarbonate cover in order to obtain the required orifice in the case. This orifice will allow 2RE
connectors come out through instrument rear part once it is installed.
Install 2RE option on the indicated location pushing slightly down until both connectors get perfectly together. For
best installation, it is recommended to solder this card to the main circuit making use of the copper pads on both
sides of its insertion pin and those surrounding the circuit hole where it is inserted in.
Once 2RE is installed, carefully put the circuitry again inside the case verifying that circuits slide properly without
much effort through rear case internal guides.
Each output card is supplied with an adhesive label that indicates wiring connections. To help identifying terminals,
this label should be placed in the upper side of the unit case. Besides its own connections, there are other output
options indications for other outputs that can be installed in other model indicators.
Installation
Front panel cover
Install 2RE card by plugging
connector in the main circuit.
Display circuit.
Input circuit.
Main circuit
Once 2RE is installed and instrument is again
inside the case, 2RE connectors should come out
through the obtained orifice as this figure shows.
Fix here
connections label
When rear case is completely released, junctions
must be broken to remove this polycarbonate cover
to allow 2RE option connectors come out.
To lift out electronics
assembly from the
case, slightly press
both side tabs until
rear case is released.
WARNING:
Disconnect all power and rest of input signals
connected to the indicator before installing or
extracting the output option card.