Hohner Automaticos VI96 User manual

DISPLAY

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User Reference Manual - VI96 Display
INDEX
INTRODUCTION
1. VI96 DISPLAY
1.1. Product reference ......................................................................................................................................................... 3
1.2. Impulse counter modes ................................................................................................................................................ 4
1.3. Ratemeter modes ......................................................................................................................................................... 4
1.4. Periodmeter modes ...................................................................................................................................................... 4
1.5. Funcions included....................................................................................................................................................... 4
1.6. Front view ..................................................................................................................................................................... 4
1.7. Power connecons........................................................................................................................................................ 5
1.8. Sensor conguraon and connecons.......................................................................................................................... 5
1.9. Rear view ...................................................................................................................................................................... 5
1.10. Signal connecons ...................................................................................................................................................... 6
1.11. Technical specicaons............................................................................................................................................... 6
1.12. Mechanical specicaons (mm) ................................................................................................................................. 7
1.13. Funcon 'Trigger Sense' .............................................................................................................................................. 7
1.14. Funcon 'Cycler Counter'............................................................................................................................................ 7
1.15. 'Slow' Mode ................................................................................................................................................................ 8
1.16. 'Fast' Mode ................................................................................................................................................................. 8
1.17. How to operate the menus......................................................................................................................................... 8
1.18. Message and errors .................................................................................................................................................... 9
1.19. Conguraon meny .................................................................................................................................................. 10
1.19.1 Inial set-up .......................................................................................................................................................... 10
1.19.2 Conguraon for 'cn.1'.......................................................................................................................................... 10
1.19.3 Conguraon for 'cnq. 2'....................................................................................................................................... 11
1.19.4 Conguraon for 'cnl. 3'........................................................................................................................................ 11
1.19.5 Conguraon for 'cnc. 4' ....................................................................................................................................... 11
1.19.6 Conguraon for 'cnd. 5'....................................................................................................................................... 12
1.19.7 Conguraon for 'rt. 6'.......................................................................................................................................... 12
1.19.8 Conguraon for 'rtq. 7'........................................................................................................................................ 12
1.19.9 Conguraon for 'Prd. 8'....................................................................................................................................... 13
1.19.10 Sensor conguraon ........................................................................................................................................... 13
1.19.11 Alarms ................................................................................................................................................................. 15
1.19.12 Fast access........................................................................................................................................................... 16
1.19.13 Super Fast Access ................................................................................................................................................ 16
1.19.14 Menu 'On Power Up'........................................................................................................................................... 16
1.19.15 Menu 'Key LE'...................................................................................................................................................... 16
1.19.16 Menus 'Overrage / Underrage'............................................................................................................................ 17
1.19.17 Le zeros ............................................................................................................................................................. 17

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User Reference Manual - VI96 Display
1.19.18 Vexc. Control ....................................................................................................................................................... 17
1.19.19 Funcon ' Password'............................................................................................................................................ 17
1.19.20 Factory reset ....................................................................................................................................................... 17
1.19.21 Firmware version................................................................................................................................................. 17
1.19.22 Brightness............................................................................................................................................................ 17
1.19.23 Acces to oponal modules.................................................................................................................................. 17
1.20. Full conguraon menu............................................................................................................................................ 18
1.21. Factory conguraon ................................................................................................................................................ 21
1.22. To access the instrumental ....................................................................................................................................... 22
1.23. Modular system ........................................................................................................................................................ 22
1.24. Precauons on installaon ....................................................................................................................................... 23
1.25. Warranty................................................................................................................................................................... 23
1.26. CE Declaraon of conformity.................................................................................................................................... 23
2. OUTPUT AND CONTROL MODULES
2.1. Module Relay .............................................................................................................................................................. 24
2.2. Module Transistor....................................................................................................................................................... 24
2.4. Module Control SSR .................................................................................................................................................... 25
2.3. Module Analogic Output............................................................................................................................................. 25
2.6. Module Modbus RTU.................................................................................................................................................. 26
2.5. Module RS-485............................................................................................................................................................ 26
2.7. Module RS-232............................................................................................................................................................ 27
2.8. Special Modules.......................................................................................................................................................... 27
3. ACCESORIES
4.1. Benchtop housing ....................................................................................................................................................... 28
4.2. Adapter ....................................................................................................................................................................... 28
4.3. Adapter ....................................................................................................................................................................... 28
4.4. Wall Box ...................................................................................................................................................................... 28
4.5. Protector ..................................................................................................................................................................... 28

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User Reference Manual - VI96 Display
INTRODUCTION
1. VI96 DISPLAY
Panel meter 96 x 48 mm (1/8 DIN) and 6 digits with 14 mm digit height, congurable with 5 impulse counter modes (see secon 1.2), 2
ratemeter modes (see secon 1.3) and a 1 periodmeter mode (see secon 1.4).
Highly congurable, accepts all types of sensors (NPN, PNP, push-pull, Namur, inducve, pick-up, mechanical, TTL, CMOS, ...) including
quadrature signals (single and bidireconal encoder signals).
Reading from 999999 to -199999 with decimal point, scalable reading with congurable mulplier factor (1 to 999999) and congurable
divider factor (1 to 999999). Includes internal pull-up and pull-down resistors, congurable trigger levels, detecon by rising or falling
edge, excitaon voltage congurable from 5 Vdc to 18 Vdc.
Opons for output and control with 1, 2 and 3 relays, transistor outputs, controls for SSR relays, isolated analog outputs, communicaons
in Modbus RTU, RS-485 ASCII and RS-232. Special opons with 4 and 6 relay outputs.
Independent alarms congurable as maximum or minimum, with 1 or 2 setpoints per alarm, hysteresis, independent acvaon and
deacvaon delays and control for inverted relay.
Front protecon IP65. Connecons by plug-in screw terminals. For industrial applicaons.
• ‘Fast access’ menu to selected funcons, accessible with key UP (5) (see secon 1.19.12)
• Funcon ‘On power up’ for system protecon on rst ‘cold’ start-up or automac reset (see secon 1.19.15)
• Special ‘FAST’ mode for fast counng applicaons (see secon 1.16)
• Special ‘SLOW’ mode for slow ratemeter applicaons (low frequency applicaons) (see secon 1.15)
• Direct conguraon for most usual sensor, at the ‘SnSr / Auto’ menu (see secon 1.19.10)
• Funcon ‘Trigger Sense’ helps to detect the correct trigger level (see secon 1.13)
Mulple display lters, memory for maximum and minimum reading, password protecon, 5 brightness levels.
Power Supply Opon 1 Opon 2 Opon 3
1.1. Product reference
VI96 -
1. 85-265 Vac/dc
2. 11/60 Vdc, 24 Vac, 48 Vac
1. 1 Relay
2. Analog output
3. Modbus RTU
4. RS-485
5. RS-232
6. 1 Transistor
7. 1 Control SSR
1. 1 Relay
2. Analog output
3. Modbus RTU
4. RS-485
5. RS-232
6. 1 Transistor
7. 1 Control SSR
1. 1 Relay
2. Analog output
3. Modbus RTU
4. RS-485
5. RS-232
6. 1 Transistor
7. 1 Control SSR

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User Reference Manual - VI96 Display
Funcons included Secon
Fast access Yes 1.19.12
‘SLOW’ Mode Yes, for slow frequencies 1.15
‘FAST’ Mode Yes, for fast counng 1.16
Mulplier and divider From 1 to 999999 1.19.2
Reset congurable Yes (front, rear and linked to
alarm acvaon)
1.19.15 y
1.19.11 y
1.10
Preset Yes 1.19.2
Trigger level Congurable 1.19.10
‘Trigger Sense’ Funcon Helps to set the trigger 1.13
Sensor selecon By menu 1.19.10
Cycle counter 1.14
Retenon memory Yes, recovers with power 1.11
‘On Power Up’ Yes 1.19.14
Excitaon voltage Congurable 1.19.10
Display lters Recursive
1.19.7 y
1.19.8 y
1.19.9
Memory Max., min., cycles 1.19.12
Password Blocks access to congura-
on menu 1.19.19
Alarms
Double setpoints
Acvaon delays
Desacvaon delays
Hysteresis
Inverted relays
Locked alarms
1.19.11
Display brightness 5 levels 1.19.22
1.5. Funcons included
1.6. Front view
1.2. Impulse counter modes
The instrument allows for 5 selectable impulse counter modes :
• Counter (‘cn.1’) (see secon 1.19.2)
• Counter quadrature (‘cnq.2’) (see secon 1.19.3)
• Counter with inhibion (‘cnI.3’) (see secon 1.19.4)
• Counter with control add / substract (‘cnc.4’) (see
secon 1.19.5)
• Counter dierenal (‘cnd.5’) (see secon 1.19.6)
Congurable up or down counng, ‘reset’ at rear terminals,
front key and/or at alarm acvaon. Congurable ‘Preset’ va-
lue. Relay acvaon and deacvaon delays.
Alarm funcons with ‘return to preset’ or ‘reset to 0’ genera-
te cycles of counng (instrument counts from ‘preset’ value to
alarm value in never ending cycle). The instrument provides
memory of cycles counter.
Scalable reading with congurable mulplier factor (1 to
999999) and congurable divider factor (1 to 999999). Memory
retenon in case or power loss. Retains conguraon and last
reading.
Counng frequency up to 250 KHz, in ‘FAST’ mode (see secon
1.16).
1.3. Ratemeter modes
In ratemeter mode the reading is proporonal to the measured
frequency. The instrument allows for 2 selectable ratemeter
modes :
• Ratemeter (‘rt.6’) (see secon 1.19.7)
• Ratemeter quadrature (‘rtq.7’) (see secon 1.19.8)
The ratemeter mode has a single input channel, with scalable
reading. The quadrature ratemeter mode has 2 inpur channels
available for detecon of sense of turn when working with
quadrature signals. Scalable reading with congurable mul-
plier factor (1 to 999999) and congurable divider factor (1 to
999999).
For low frequency applicaons, the ‘SLOW’ mode provides the
best response me for each applicaon (see secon 1.15).
Maximum frequency up to 500 KHz and minimum frequency
down to de 0.001 Hz (1 mHz) with ‘SLOW’ mode acve.
1.4. Periodmeter mode
Reading is proporonal to the signal period. Scalable reading
with congurable mulplier factor (1 to 999999) and congura-
ble divider factor (1 to 999999).
For applicaons with long periods (slow frequencies), the
‘SLOW’ mode provides the best response me for each applica-
on (see secon 1.15).
Alarms
Units
Logo
Buon ‘UP’ Buon ‘SQ’ Buon ‘LE’
‘Conguraon menu'
(ver sección 1.19)
‘Fast access‘
(see secon 1.19.12)
Front reset (see
secon 1.19.15)

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User Reference Manual - VI96 Display
1.7. Power connecons
Earth connecon - Although a terminal is provided for earth
connecon, this connecon is oponal. The instrument does
not need earth connecon for correct operaon nor for com-
pliance with the security regulaons.
Fuse - To comply with security regulaon 61010-1, add to the
power line a protecon fuse acng as disconnecon element,
easily accessible to the operator and idened as a protecon
device.
Power ‘H’ fuse 250 mA me lag
Power ‘L’ fuse 400 mA me lag
1.9. Rear view
~
~+
-
8 9 0
1.8. Sensor conguraon and connecons
Selecng one of the sensors listed at the ‘SnSr’ menu entry, will congure the sensor parameters to the values indicated in the table.
The table also indicates the typical connecons for each type of sensor. Parameters can be manually modied.
Connecons are indicated for a single sensor connected to the channel A. For two sensors (for inhibion control, quadrature signal, etc)
apply the same connecon criteria also to channel B.
Note : indicated values are typical values. Check the correct specicaons with your sensor datasheet and adapt the required congura-
on and connecons as needed.
Sensor Connecons Pulls Vexc. Anrrebound lter Trigger
Mechanical contact 0 V canal A pull-up no 100 mSeg. 2,5 Vdc
Namur canal A Vexc pull-down 9 Vdc no 3,0 Vdc
NPN 2 wires 0 V canal A pull-up 18 Vdc no 2,5 Vdc
NPN 3 wires 0 V canal A Vexc pull-up 18 Vdc no 2,5 Vdc
PNP 2 wires 0 V canal A pull-down 18 Vdc no 2,5 Vdc
PNP 3 wires 0 V canal A Vexc pull-down 18 Vdc no 2,5 Vdc
Push-pull 0 V canal A Vexc no 18 Vdc no 2,5 Vdc
TTL
CMOS
Pick-up
0 V canal A no 5 Vdc no 2,5 Vdc
AC<30 Vp
Inducve 0 V canal A no no no 0 Vdc
Signal
(see secon 1.10)
Opon 1 Opon 2Opon 3
Power
(see secon 1.7)
Detail of the plug-in screw terminals pro-
vided with the instrument. The instrument
is provided with all terminals needed, both
male and female.
12345 890

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User Reference Manual - VI96 Display
1.10. Signal connecons
1.11. Technical specicaons
Digits
Number of digits 6
Led 7 segments led
Color red
Digit height 14 mm
Reading
Maximum reading 999999
Minimum reading -199999
Decimal point congurable X.X.X.X.X.X.
Overrange / underrange congurable to ash, reset or
preset (see secon 1.19.16)
Display refresh 15 readings / second
Memory retenon yes, retains reading value in
case of power loss
Signals accepted NPN, PNP, Namur, pick-up, TTL,
inducve, mechanical, quadra-
ture
Max. Vdc at input ±30 Vdc
Input impedance 2K4 with pull-up or pull-down
resistor
470K without pull resistor
Accuracy of the quartz ±0.01 %
Thermal dri 20 ppm / ºC
Excitaon voltage congurable
Output voltage +18 Vdc, +15 Vdc, +9 Vdc,
+5 Vdc
Maximum current 70 mA
Protecon yes, current limited to 70 mA
Frequencies counter modes
ratemeter modes
periodmeter modes
Power
Power ‘H’ 85 to 265 Vac/dc
Power ‘L’ 11 to 60 Vdc and 24/48 Vac
Isolaon* 2500 Ve with power ‘H’
1500 Ve with power ‘L’
*tested for 60 sec.
Consumpon <1.5 W only meter
<4.0 W meter with opons
Conguraon 3 buons front keypad
Front protecon IP65
Output and control opons Relays, analog outputs, serial
communicaons (see secon 2)
Mechanical
Mounng Panel
Connecons Plug-in screw terminal
Housing material ABS, polycarbonate (V0)
Weight <150 grams
Front size 96 x 48 mm
Panel cut-out 92 x 44 mm
Depth from panel 91 mm (including terminals)
Temperature
Operaon From 0 to +50 ºC
Storage From -20 to +70 ºC
Warm-up me 15 minutes
Vexc.
12345
Channel B
Reset
0 V
Channel A
Counter Mode Frequency Secon
Counter
‘FAST’ mode acve max. 250 KHz 1.19.2
normal mode max. 9 KHz 1.19.2
Counter + inhibion max. 9 KHz 1.19.4
Counter + control A/S max. 9 KHz 1.19.5
Counter dierenal max. 9 KHz 1.19.6
Counter
quadrature
mode x1 max. 17 KHz 1.19.3
mode x2 max. 16 KHz 1.19.3
mode x4 max. 11 KHz 1.19.3
Ratemeter Mode Frequency Secon
Ratemeter
normal mode
max. 500 KHz 1.19.7
‘SLOW’ mode acve max. 200 Hz
min. 1 mHz 1.19.7
Ratemeter
quadrature
mode x1 max. 17 KHz 1.19.8
mode x2 max. 16 KHz 1.19.8
mode x4 max. 11 KHz 1.19.8

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User Reference Manual - VI96 Display
1.14. Funcon 'Cycler counter'
The counter modes allow to acvate a reset funcon (to ‘0’ or
to ‘preset’ value) when an alarm setpoint is reached. With this
conguraon, the instrument counts in cycles, counng from
the instrument preset value up to the alarm setpoint. Each cy-
cle is counted and accumulated into an internal memory, acces-
sible through the ‘fast access’ menu (key UP (5) (see secon
1.19.12)).
To reset the memory of cycles, visualize the value at the ‘uP’
menu, then press the (5) key and the ‘rSt’ message appears.
Press (<) to reset.
Reading
Time
Setpoint1
Impulse counter, with the ‘reset to preset’
when setpoint 1 is reached
Preset
Time
Cycle counter
01
2
3
1.12. Mechanical dimensions (mm)
1.13. Funcon 'Trigger Sense'
The trigger level is automacally congured when selecng
a sensor from the ‘Sensor / Conguraon’ (‘SnSr’ / ‘Auto’)
menu list. The trigger level can be also manually modied
from the ‘SnSr’ / ‘TrIG’ menu entry. The selected value applies
to channels ‘A’ and ‘B’ (the reset has a xed trigger level at
2.5 Vdc).
At the ‘SnSr’ / ‘TrIG’ menu, the instrument shows the trigger
level and two vercal leds to the le. These leds inform in
real me about the status (‘0’ or ‘1’) of the input channels
‘A’ and ‘B’. When the led switches between up and down
posion, it indicates that impulses are being detected at the
input. If the instrument does not detect impulses, the led
posions remain xed.
Increase the trigger level pressing key ‘UP’ (5) and decrease
pressing key ‘LE’ (3).
44
92
Panel cut-
out
16 8
75
96
48
Channel ‘A’
Status ‘1’ Trigger level
Status ‘0’
Leds of the ‘Trigger Sense’
funcon
Channel ‘B’
Periodmeter Mode Frequency Secon
Periodmeter
normal mode
max. 500 KHz 1.19.9
‘SLOW’ mode acve
max. 200 Hz
min. 1 mHz
(1000 sec.)
1.19.9
Vdc
Time
‘Trigger’ level
‘1’
‘0’ Signal
detected

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User Reference Manual - VI96 Display
1.15. 'SLOW' Mode
Special working mode for applicaons with low frequency
signals. Applies to ratemeter (‘rt.6’), ratemeter quadrature
(‘rtq.7’) and periodmeter (‘Prd.8’). The ‘SLOW’ mode allows
to measure slow frequencies down to 1 mHz (0,001 Hz) and is
funconal up to 200 Hz.
The ‘SLOW’ mode provides the fastest response me possible
for a given applicaon, calculang the frequency and the pe-
riod based on the me between consecuve impulses.
The ‘SLOW’ mode needs to dene the parameter ‘maximum
waing me’ to a value between 1 and 1000 seconds. If this
me expires without a single impulse being received, the rea-
ding jumps to ‘0’ (both for ratemeter and periodmeter modes).
The ‘GATE’ parameter is not used if ‘SLOW’ mode is acve.
In ‘ratemeter quadrature’ (‘rtq.7’) mode, the acvaon of the
‘SLOW’ mode calculates the frequency based on the me be-
tween consecuve impulses received on channel A, and cal-
culates the sense of turn (clockwise or counter-clockwise) by
comparing each impulse with the state of channel B. The ‘edge’
parameter is xed to a ‘1--1’. Typical applicaon for quadrature
frequency measure with two inducve sensors at low frequen-
cy.
1.16. 'FAST' Mode
Special working mode for counter applicaons with high fre-
quency signals, up to 250 KHz. Applies only to the counter
mode (‘cn.1’).
The acvaon of the ‘FAST’ mode congures the signal detec-
on by rising edge. The rst edge detected, either rising or fa-
lling edge, aer the instrument restart (power-up, or congu-
raon change) is used for internal inializaon and will not be
counted as impulse.
1.17. How to operate the menus
The instrument has two menus accessible to the user :
‘Conguraon menu’ (key SQ) (<)
‘Fast access’ menu (key UP) (5)
Conguraon menu
The ‘conguraon menu’ modies the conguraon parame-
ters to adapt the instrument to the applicaon needs. To access
the ‘conguraon menu’ press for 1 second the SQ (<) key.
This access can be blocked by acvang the ‘Password’ (‘PASS’)
funcon. While operang the ‘conguraon menu’, the alarm
status is ‘hold’ to the status they had before accessing the
menu, and the output and control modules remain in ‘error’
state. When leaving the ‘conguraon menu’, the instrument
applies a system reset, followed by a brief disconnecon of the
alarms and the output and control modules. Funconality is
then recovered.
For a detailed explanaon on the ‘conguraon menu’ see sec-
on 1.19, and for a full view of the ‘conguraon menu’ struc-
ture see secon 1.20.
‘Fast access’ menu
The ‘fast access’ menu is an operator congurable menu, pro-
viding fast and direct access to the most usual funcons of the
instrument with a single key pad stroke. Press key UP (5) to
access this menu.
See secon 1.19.12 for a list of funcons eligible for ‘fast ac-
cess’ in this instrument. The ‘Password’ (‘PASS’) funcon does
not block access to this menu. Accessing and modifying para-
meters in the ‘fast access’ menu does not interfere with the
normal funconality of the instrument, and it does not genera-
te any system reset when validang the changes.
Front key pad descripon
Key SQ (<) - press the SQ (<) key for 1 second to access the
‘conguraon menu’. Inside the menu, the SQ (<) key func-
ons as a ‘ENTER’ key. It selects and accesses the menu opon
currently displayed. At menus with numerical value entries, it
validates the number displayed.
Key UP (5) - the UP (5) key gives access to the ‘fast access’
menu. Inside the menus, it moves vercally through the die-
rent menu opons. At menus with numerical value entries, it
modies the digit selected by increasing its value to 0, 1, 2, 3,
4, 5, 6, 7, 8, 9.
Key LE (3) - inside the menus, the LE (3) key funcons as the
‘ESCAPE’ key. It leaves the selected menu, and eventually, will
leave the whole menu. When leaving the ‘conguraon menu’
with the LE (3) key, the changed parameters are acvated. At
menus with numerical value entries, the LE (3) key allows to
select the acve digit. To modify the value of the selected digit
use the UP (5) key.
Menu ‘rollback’
Aer 30 seconds without interacon from the operator, the ins-
trument will rollback and leave the ‘conguraon menu’ or the
‘fast access’ menu. All changes will be discarded.

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User Reference Manual - VI96 Display
Example of operaon inside the ‘conguraon menu’.
1. The SQ (<) key enters into the ‘conguraon menu’.
2. The SQ (<) key enters into the ‘Func’ opon menu.
3. The UP (5) key moves through the menu opons.
4. The SQ (<) key selects the desired range and returns to the
‘Func’ menu.
5. The LE (3) key leaves the actual menu level and moves to
the previous menu level.
6. The LE (3) key leaves the ‘conguraon menu’. Changes are
applied and saved at this moment.
1.18. Messages and errors
The error messages are shown on display in ash mode.
Funcon mode
(2)
(3)
(3)
(3)
(3)
(3)
(4)
(4)
(4)
(4)
(3)
(3)
(6)
(6)
(1)
Messages and error
‘Err.1’ Incorrect password.
‘Err.2’ at ‘oPt.X’ menu entry. Installed module is not recogni-
zed.
‘Err.8’ excitaon voltage overload.
‘999999’ + ashing mode. Reading is in overrange.
‘-199999’ + ashing mode. Reading is in underrange.

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User Reference Manual - VI96 Display
1.19.1 Inial set-up
To congure the inial set up of the instrument, select the func-
on mode, the decimal point posion, scale the reading and
congure the mode selected and the sensor.
Enter the ‘Funcon mode’ (‘Func’) menu and select the desired
funcon, from the 5 counng modes, 2 ratemeter modes and
the periodmeter mode available.
• ‘Counter’ (‘cn. 1’) - normal counter mode. Impulses input at
channel A. Channel B disabled.
• ‘Counter quadrature’ (‘cnq.2’) - counter mode for quadratu-
re signals. Impulses input at channel A and B, in quadrature.
• ‘Counter + inhibion’ (‘cnI.3’) - counter mode with inhibi-
on control. Impulses input at channel A. Inhibion control on
channel B.
• ‘Counter + control add / substract’ (‘cnc.4’) - counter mode
with control for add / substract. Impulses input at channel A.
Control for the add or substract funcon on channel B.
• ‘Counter dierenal’ (‘cnd.5’) - counter mode with dieren-
al funcon. Impulses received at channel A add. Impulses re-
ceived at channel B substract.
• ‘Ratemeter’ (‘rt.6’) - ratemeter mode. Impulses input at
channel A. Channel B disabled.
• ‘Ratemeter quadrature’ (‘rtq.7’) - ratemeter mode for qua-
drature signals. Impulses input at channel A and B, in quadrature.
• ‘Periodmeter’ (‘Prd.8’) - periodmeter mode. Impulses input
at channel A. Channel B disabled.
Access the ‘Decimal point’ (‘dP’) menu to select the decimal
point posion. Move the decimal point by pressing the ‘LE’ (3)
key.
Congure the funcon mode selected (‘cnF.2’ to ‘cnF.8’). See
secons 1.19.2 to 1.19.9.
Congure the sensor at the ‘SnSr’ menu. See secon 1.19.10.
1.19.2 Conguraon for 'cn. 1'
Conguraon menu for mode ‘counter’ (‘cn.1’). Total impulses
received are mulplied by the value of the ‘mulplier’ (‘MuLt’)
register and divided by the ‘divider’ (‘dIV’) register. Result is re-
freshed on the display.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• assign the value for ‘Preset’ (‘PrSt’) from -199999 to 999999.
Reset acvaon loads on display the preset value.
• select the counng mode (‘ModE’) to ‘uP’ for upwards coun-
ng (impulses received add) or ‘doWn’ for downwards counng
(impulses received substract).
• to acvate the ‘FAST’ mode (‘FASt’) select ‘on’. See secon
1.16 for more informaon on the ‘FAST’ mode.
1.19. Conguraon Menu
Press ‘SQ’ (<) for 1 second to access the ‘conguraon menu’.
For a descripon on how to operate inside the menus see secon
1.17. For a full vision of the ‘conguraon menu’ structure see
secon 1.20.
Decimal Point
Funcon mode
Counter
Counter quadrature
Counter + inhibion
Counter + control
add / subtract
Counter dierenal
Ratemeter
Ratemeter quadrature
Periodmeter
The next menu accesses the conguraon parameters for the ‘funcon
mode’ (‘Func’) selected. Conguraon parameters are slightly dierent for
each ‘funcon mode’. In the next entries, all 7 possible conguraon me-
nus are explained, ‘cnF.1’ to ‘cnF.7’, one for each ‘funcon mode’.
Mulplier 1 to 999999
Divider 1 to 999999
Conguraon
counter Mulplier
Divider
Preset Preset value
-199999 to 999999
Mode Up
Down
‘FAST’ mode

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User Reference Manual - VI96 Display
1.19.3 Conguraon for 'cnq. 2'
Conguraon menu for mode ‘counter quadrature’ (‘cnq.2’).
Total impulses received are mulplied by the value of the ‘mul-
plier’ (‘MuLt’) register and divided by the ‘divider’ (‘dIV’) regis-
ter. Result is refreshed on the display.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• assign the value for ‘Preset’ (‘PrSt’) from -199999 to 999999.
Reset acvaon loads on display the preset value.
• select the ‘edges’ to count for each quadrature cycle (‘q.124’).
Select ‘1--1’ for 1 impulse per quadrature cycle. Select ‘1--2’ for
2 impulses per quadrature cycle. Select ‘1--4’ for 4 impulses per
quadrature cycle.
1.19.4 Conguraon for 'cnl. 3'
Conguraon menu for mode ‘counter + inhibion control’
(‘cnI.3’). Total impulses received are mulplied by the value of
the ‘mulplier’ (‘MuLt’) register and divided by the ‘divider’
(‘dIV’) register. Result is refreshed on the display.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• assign the value for ‘Preset’ (‘PrSt’) from -199999 to 999999.
Reset acvaon loads on display the preset value.
• select the counng mode (‘ModE’) to ‘uP’ for upwards coun-
ng (impulses received add) or ‘doWn’ for downwards counng
(impulses received substract).
• select the acvaon mode for the ‘inhibion’ (‘Inh’) control.
Select ‘on_h’ to inhibit the counng when channel B is at logical
state ‘1’. Select ‘on_0’ to inhibit the counng when channel B is
at logical state ‘0’.
1.19.5 Conguraon for 'cnc. 4'
Conguraon menu for mode ‘counter + control add / subs-
tract’ (‘cnc.4’). Total impulses received are mulplied by the
value of the ‘mulplier’ (‘MuLt’) register and divided by the ‘di-
vider’ (‘dIV’) register. Result is refreshed on the display.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• assign the value for ‘Preset’ (‘PrSt’) from -199999 to 999999.
Reset acvaon loads on display the preset value.
• select the acvaon mode for the ‘control add / substract’
(‘Add’). Select ‘on_h’ acvates the addion of impulses recei-
ved on channel A when channel B is at logical state ‘1’ (impulses
on channel A substract if channel B is at logical state ‘0’). Select
‘on_0’ acvates the addion of impulses received on channel
A when channel B is at logical state ‘0’ (impulses on channel A
substract if channel B is at logical state ‘1’).
Mulplier 1 to 999999
Divider 1 to 999999
Conf. counter
+ inhibion Mulplier
Divider
Preset Preset value
-199999 a 999999
Mode Up
Down
Inhibion Inhibits if
channel B is high
Inhibits if
channel B is 0 Vdc
Conf. counter
quadrature
Mulplier 1 to 999999
Divider 1 to 999999
Mulplier
Divider
Preset Preset value
-199999 a 999999
Edges 1 imp. per cycle
2 imp. per cycle
4 imp. per cycle
Mulplier 1 to 999999
Divider 1 to 999999
Conf. counter
+ control add /
substract
Mulplier
Divider
Preset
Preset value
-199999 to 999999
Control S/R Adds if channel
B is high
Adds if channel
B is 0 Vdc

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User Reference Manual - VI96 Display
1.19.6 Conguraon for 'cnd. 5'
Conguraon menu for mode ‘counter dierenal’ (‘cnd.5’).
Total impulses received are mulplied by the value of the ‘mul-
plier’ (‘MuLt’) register and divided by the ‘divider’ (‘dIV’) regis-
ter. Result is refreshed on the display.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• assign the value for ‘Preset’ (‘PrSt’) from -199999 to 999999.
Reset acvaon loads on display the preset value.
Impulses received on channel A add. Impulses received on chan-
nel B substract.
1.19.7 Conguraon for 'rt. 6'
Conguraon menu for mode ‘ratemeter’ (‘rt.6’). Frequency
measured is mulplied by the value of the ‘mulplier’ (‘MuLt’)
register and divided by the ‘divider’ (‘dIV’) register. Result is re-
freshed on the display. Measure is updated at the rate dened
on the ‘GATE’ register.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• select the value for the ‘Time window’ (‘GAtE’). Available va-
lues are : 0.5, 1.0, 2.0, 4.0, 8.0 or 16.0 seconds. The me window
denes the display refresh me. This parameter has no eect if
the ‘SLOW’ mode is acve.
• for slow frequencies acvate the ‘SLoW’ parameter conguring
the ‘tIME’ parameter between 1 and 1000 seconds. Congure the
‘nuMb’ parameter between 1 and 32 impulses. See secon 1.15
for more informaon on the ‘SLoW’ mode.
• in case of unstable signals, acvate the ‘average lter’ (‘AVr’)
funcon. It acvates a recursive lter on the reading. the lter is
stronger for higher values, from 0.0 to 99.9.
1.19.8 Conguraon for 'rtq. 7'
Conguraon menu for mode ‘ratemeter quadrature’ (‘rtq.7’).
Frequency measured is mulplied by the value of the ‘mul-
plier’ (‘MuLt’) register and divided by the ‘divider’ (‘dIV’) regis-
ter. Result is refreshed on the display. Measure is updated at the
rate dened on the ‘GATE’ register.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• select the value for the ‘Time window’ (‘GAtE’). Available va-
lues are : 0.5, 1.0, 2.0, 4.0, 8.0 or 16.0 seconds. The me window
denes the display refresh me. This parameter has no eect if
the ‘SLOW’ mode is acve.
• select the ‘edges’ to count for each quadrature cycle (‘q.124’).
Select ‘1--1’ for 1 impulse per quadrature cycle. Select ‘1--2’ for
2 impulses per quadrature cycle. Select ‘1--4’ for 4 impulses per
quadrature cycle.
Mulplier 1 to 999999
Divider 1 to 999999
Conf. ratemeter Mulplier
Divider
Time window
Seconds
Conguraon
counter
dierenal
Mulplier 1 to 999999
Divider 1 to 999999
Mulplier
Divider
Preset Preset value
-199999 a 999999
Mulplier 1 to 999999
Divider 1 to 999999
Conf. ratemeter
quadrature Mulplier
Divider
'SLOW’ mode
Average lter
Filter strength
(0 = disabled)
Max. waing me
Number of pulses
Time window
Seconds
Edges 1 imp. per cycle
2 imp. per cycle
4 imp. per cycle

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User Reference Manual - VI96 Display
• for slow frequencies acvate the ‘SLoW’ parameter conguring
the ‘tIME’ parameter between 1 and 1000 seconds. Congure the
‘nuMb’ parameter between 1 and 32 impulses. See secon 1.15
for more informaon on the ‘SLoW’ mode.
• in case of unstable signals, acvate the ‘average lter’ (‘AVr’)
funcon. It acvates a recursive lter on the reading. the lter is
stronger for higher values, from 0.0 to 99.9.
1.19.9 Conguraon for 'Prd. 8'
Conguraon menu for mode ‘periodmeter’ (‘Prd.8’). Period
measured is mulplied by the value of the ‘mulplier’ (‘MuLt’)
register and divided by the ‘divider’ (‘dIV’) register. Result is re-
freshed on the display. Measure is updated at the rate dened
on the ‘GATE’ register.
• assign the value for parameter ‘Mulplier’ (‘MuLt’) from 1 to
999999.
• assign the value for parameter ‘Divider’ (‘dIV’) from 1 to
999999.
• select the value for the ‘Time window’ (‘GAtE’). Available va-
lues are : 0.5, 1.0, 2.0, 4.0, 8.0 or 16.0 seconds. The me window
denes the display refresh me. This parameter has no eect if
the ‘SLOW’ mode is acve.
• for long periods acvate the ‘SLoW’ parameter conguring the
‘tIME’ parameter between 1 and 1000 seconds. Congure the
‘nuMb’ parameter between 1 and 32 impulses. See secon 1.15
for more informaon on the ‘SLoW’ mode.
• in case of unstable signals, acvate the ‘average lter’ (‘AVr’)
funcon. It acvates a recursive lter on the reading. the lter is
stronger for higher values, from 0.0 to 99.9.
1.19.10 Sensor conguraon
The sensor conguraon menu (‘SnSr’) provides conguraon
for the input secon of the instrument, the excitaon voltage
and the trigger level, for accurate detecon of the impulses.
• ‘Automac conguraon’ (‘Auto’) - if a standard sensor is
used, select one of the sensors provided at the ‘Auto’ menu list.
The instrument will automacally congure the parameters ac-
cording to Table 2 (see secon 1.8). If this conguraon does not
detect impulses, manually modify the values for the parameters
indicated below.
Sensor
NPN 2 wire
Mechanical
contact
Namur
Automac conf.
NPN 3 wire
PNP 2 wire
PNP 3 wire
Push pull
TTL
CMOS
Pick-up
Inducve
Vac <30 V
'SLOW’ mode
Average lter Filter strength
(0 = disabled)
Max. waing me
Number of pulses
Mulplier 1 to 999999
Divider 1 to 999999
Conf.
periodmeter
Mulplier
Divider
Time window
Seconds
‘SLOW’ mode
Average Filter Filter strength
(0 = disabled)
Max. waing me
Number of pulses

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User Reference Manual - VI96 Display
• ‘Pulls on channel A’ (‘PuL.A’) - acvates pull resistors at
channel A. Select ‘P.uP’ to acvate pull-up resistors (needed
for NPN sensors). Select ‘P.dn’ to acvate pull-down resistors
(needed PNP sensors). Pull-up and pull-down selecon con-
gure the trigger level to 2,5 Vdc.
• ‘Pulls on channel B’ (‘PuL.b’) - see previous menu entry ‘Pulls
on channel A’.
• ‘Pulls on reset’ (‘PuL.r’) - see previous menu entry ‘Pulls on
channel A’. Trigger level for reset channel is xed to 2,5 Vdc.
• ‘trigger level’ (‘trIG’) - input signal value in Vdc at which
the instrument detects impulse. Selectable between 0,0 and
3,9 Vdc. Trigger level is the same for channels A and B. Trigger
level for reset channel is xed at 2,5 Vdc. The two leds at the
le of the trigger level are part of the ‘Trigger Sense’ ulity for
easy locaon of the proper trigger level (see secon 1.13).
• ‘Acvaon for channel A’ (‘Act.A’) - congures the acvaon
of channel A by rising edge (‘on_h’) or by falling edge (‘on_0’)
• ‘Acvaon for reset channel’ (‘Act.r’) - congures the ac-
vaon of the reset channel by rising edge (‘on_h’) or by falling
edge (‘on_0’)
• ‘Excitaon voltage’ (‘V.EXc’) - congures the value of the ex-
citaon voltage at 5 Vdc, 9 Vdc, 15 Vdc and 18 Vdc. Select ‘no’ to
disable the excitaon voltage.
• ‘Anrrebound lter’ (‘rbnd’) - the anrrebound lter bloc-
ks addional rebounds (typically from a mechanical contact
sensor) from the same single impulse, prevenng that a single
impulse counts for more than 1. Value between 0 mSeconds
and 1000 mSeconds. When an impulse is received, impulse
detecon is disabled for the duraon of the me congured
in this parameter. Aer me has passed, impulse detecon is
enabled again. Recommended value for a mechanical contact:
100 mSeconds.
Anrrebound
by rising edge
by falling edge
Acvaon for
channel A
by rising edge
by falling edge
Acvaon for
reset
Excitaon voltage
Trigger level
Trigger level
(from 0.0 Vdc
a 3.9 Vdc).See
secon 1.15 for
‘Trigger Sense’
ulity
Anrrebound lter
(0 to 1000 mSec.)
Pull-down
Pull-up
Pulls on reset
Pulls on channel B
Pull-down
No pull resistor
Pull-up
Pull-down
No pull resistor
Pull-up
Pulls on channel A
No pull resistor

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User Reference Manual - VI96 Display
1.19.11 Alarms
The ‘Alarms’ (‘ALr’) menu congures the independent acvaon
of up to 3 relay outputs (or transistor or SSR modules), installed
with the R1 oponal modules (or T1 or SSR) (see secon 2.1). For
outputs up to 4 and 6 relays, see special modules R2, R4 and R6
at secon 2.6. The alarm states are indicated in the front display
with leds marked as ‘1’, ‘2’ and ‘3’.
To congure an alarm, enter into the alarm menu (‘ALr1’, ‘ALr2’
or ‘ALr3’) and congure the following parameters :
• select ‘Acve’ (‘Act’) to ‘on’
• at ‘Alarm type’ (‘TypE’) select the alarm to act as a maxi-
mum type alarm (‘MAX’) or a minimum type alarm (‘MIn’). The
maximum type alarm (or minimum type alarm) acvates when
the display value is higher (or lower) than the setpoint value.
• at ‘Setpoint’ (‘SEt’) enter the value for the alarm acvaon
point. This parameter is eligible for conguraon through the
‘Fast access’ menu (see secon 1.19.12).
• congure the hysteresis value at ‘Hysteresis’ (‘hySt’). The
hysteresis applies to the deacvaon process of the alarm. The
alarm deacvates when the reading has passed the setpoint va-
lue plus the hysteresis value. Hysteresis helps to avoid repe-
ve switching of the alarm relays, due to uctuang input signals
around the setpoint.
• at ‘Acvaon delay’ (‘dEL.0’) congure the delay to apply
before alarm acvaon. The acvaon delay starts counng
when the setpoint value is passed. Value from 0.0 to 99.9 se-
conds.
• at ‘Deacvaon delay’ (‘dEL.1’) congure the delay to apply
before alarm deacvaon. The deacvaon delay starts coun-
ng when the setpoint value plus the hysteresis value, is pas-
sed. Value from 0.0 to 99.9 seconds.
• to work with ‘windowed alarms’ (see graphical example be-
low) acvate ‘Setpoint 2’ (‘SEt2’) to ‘on’ and then congure the
desired second setpoint value. Second setpoint must always be
higher in value than the rst setpoint.
• the ‘Relay inverted’ (‘r.Inv’) parameter inverts the normal re-
lay connecons. When set to ‘on’ the relay will be acve when
alarm is inacve. For security applicaons where an inacve
relay controls the shutdown of the system.
• the ‘Locked alarm’ (‘A.Lck’) parameter disables the automa-
c deacvaon of the alarm. Alarm deacvaon must be per-
formed manually, by pressing the ‘LE’ front buon (see secon
1.19.14)
• the ‘On alarm’ (‘on.AL’) parameter assigns a predened
behaviour when alarm is acvated. Select ‘cont’ to connue
counng. Select ‘to_0’ to load ‘0’ on displays. Select ‘to_p’ to
load preset value on display. Parameter ‘dEL.1’ is set to 1 se-
cond when ‘to_0’ or ‘to_p’ are selected.
On alarm
Connue
To zero
To preset
Alarm 1
Setpoint
Hysteresis
Setpoint 2
Acve
Alarm type
Alarms
Acvaon delay
Deacvaon
delay
Relay inverted
Locked alarm
Reading
Time
setpoint
hysteresis
Alarm as maximum,
no hysteresis, no delays
on
o Time
acvaon
delay
on
o
deacvaon
delay
Time
Alarm as maximum, with
hysteresis and delays
on
o Time
Alarm as minimum,
no hysteresis, no delays
Reading
Time
Setpoint 2
Setpoint 1
Alarm as minimum,
with double setpoint,
no hysteresis, no delays
on
o Time

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User Reference Manual - VI96 Display
1.19. 12 Fast access
The ‘UP’ (5) key at the front of the instrument gives access to
a list of funcons congurable by the operator. See secon 1.17
for an explanaon on how to operate the ‘fast access’ menu.
The ‘Key UP (Fast access)’ (‘K.uP’) menu allows to select which
funcons will be accessible through the ‘fast access’ menu. Se-
lect ‘on’ to acvate each funcon.
• the ‘Setpoint 1’ (‘ALr1’) funcon allows to visualize and modify
the alarm 1 setpoint through the ‘fast access’ menu.
• the ‘Setpoint 2’ (‘ALr2’) funcon allows to visualize and modify
the alarm 2 setpoint through the ‘fast access’ menu.
• the ‘Setpoint 3’ (‘ALr3’) funcon allows to visualize and modify
the alarm 3 setpoint through the ‘fast access’ menu.
• the ‘Memory of maximum’ (‘MAX’) or ‘Memory of minimum’
(‘MIn’) funcons allow to visualize the maximum or minimum
reading value stored in memory. To reset this value, visualize the
memory value at the ‘fast access’ menu with key UP (5) and
when message ‘rSt’ is displayed, press (<) to reset.
• the ‘Memory of cycles’ (‘cYcL’) funcon allow to visualize and
reset the memory of cycles. To reset this value, visualize the me-
mory value at the ‘fast access’ menu with key UP (5) and when
message ‘rSt’ is displayed, press (<) to reset. The memory of cy-
cles countes ‘+1’ each me a reset alarm occurs (‘on_AL’ / ‘to_0’
or ‘to_P’) or a reset by ‘overrange’ / ‘underrange’ occurs.
• the ‘Preset value’ (‘PrSt’) funcon allows to visualize and mo-
dify the preset value congured.
1.19.13 Super fast access
If only a single funcon is selected for the ‘fast access’ menu,
pressing the the ‘UP’ (5) key will shortly display the funcon
name and then automacally jump to the funcon value.
1.19.14 Menu 'On Power Up'
The ‘On Power Up’ (‘on.Pu’) menu congures funcons to apply
at start-up. It applies only to instrument restart aer power loss.
It does not apply to instrument restart due to change in congu-
raon.
• parameter ‘Delay’ (‘dLAy’) assigns a waing me in seconds.
The instrument waits the congured me before starng normal
funcon. During this waing me, the display shows all decimal
points on in ash mode, all alarms are in ‘oFF’ state, there is no
signal acquision and there is no communicaons or control be-
ing performed. Aer the congured me is over, the instrument
starts in normal funcon. Delay value between 0 and 200 seconds.
• the ‘Reset’ (‘rSt’) parameter will execute a reset of the counter
each me the instrument is restarted.
1.19.15 Menu 'Key LE'
The ‘LE’ (3) key at the front of the instrument can be congured
to acvate a funcon.
• the ‘No funcon’ (‘nonE’) value assigns no funcon.
• the ‘Front reset’ (‘F.rSt’) value asigns the reset funon.
• the ‘Alarm unlock’ (‘A.Lck’) value assigns the manual unlock
of the alarms funcon, for instruments with the ‘Locked alarms’
(‘A.Lck’) funcon acvated (see secon 1.19.11)
• the ‘Reset and alarm unlock’ (‘Fr.AL’) assigns the two previous
funcons to the same buon.
Tools
Key UP
('fast access')
Memory of
maximum
Memory of
minimum
Setpoint 1
Setpoint 2
Setpoint 3
Memory of
cycles
Preset of values
On power-up Delay Seconds
Reset
Key LE
Front reset
Alarm unclock
No funcon
Reset and alarm
unclock

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User Reference Manual - VI96 Display
1.19.16 Menus 'Overrage / Underrage'
The ‘Counter overrange’ (‘c.orG’) and ‘Counter underrange’
(‘c.urG’) parameters congure the behavior of the instrument
when reading is higher than ‘9999’ (overrange) or lower than
‘-1999’ (underrange). Select ‘FLSH’ to enter reading into ash
mode. Select ‘to_0’ to apply a reset to ‘0’. Select ‘to_P’ to apply
a reset to preset value.
1.19.17 Le zeros
The ‘Le zeros’ (‘L.ZEr’) parameter controls the le zeros on or
o.
1.19.18 Vexc. Control
The ‘Vexc control’ (‘V.ctr’) parameters enables the ‘Err.8’ mes-
sage, when consumpon requested to the excitaon voltage is
higher than the current the instrument can provide.
1.19.19 Funcon 'Password'
At the ‘Password’ (‘PASS’) menu select a 6 digit code to block
access to the ‘conguraon menu’. Instrument conguraon will
not be accessible to non authorized personnel. To acvate the
‘Password’ select ‘on’ and introduce the code.
The code will be requested when trying to access the ‘con-
guraon menu’ (key ‘SQ’ (<)). The ‘fast access’ menu is not
password protected.
1.19.20 Factory reset
At the ‘Factory reset’ (‘FAct’) menu, select ‘yes’ to load the de-
fault factory conguraon for the instrument (see secon 1.21).
1.19.21 Firmware version
The ‘Version’ (‘VEr’) menu informs of the current rmware ver-
sion installed in the module.
1.19.22 Brightness
At the ‘Brightness’ (‘LIGh’) menu select the light intensity for the
front leds. With this funcon it is possible to adapt the instru-
ment to the environment light intensity.
1.19.23 Access to oponal modules
Menus ‘OPt.1’, ‘OPt.2’ and ‘OPt.3’ give access to the ‘congura-
on menus’ of the output and control modules installed at slots
Opt.1, Opt.2 and Opt.3.
See secon 2for a list of output and control modules available
for each slot. The ‘conguraon menu’ of each module is des-
cribed at the User’s Manual of each module.
Opon 1
Conguraon menu for the module installed
at Opt.1
Opon 2
Conguraon menu for the module installed
at Opt.2
Opon 3
Conguraon menu for the module installed
at Opt.3
Counter
overrange
Flash
To zero
To preset
Counter
underrange
Flash
To zero
To preset
Password
Version
Factory reset
Minimum
Brightness
Maximum
Standard
Le zeros
With le zeros
Without le zeros
Control Vexc.
With Vexc. error
control
Without Vex. error
control

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User Reference Manual - VI96 Display
1.20. Full conguraon menu
Select with key LE
Decimal point
Press ‘SQ’ (<) for 1 second to access the ‘Conguraon
menu’. See secon 1.19 for a descripon of each menu
entry.
Funcon mode
Counter
Counter quadrature
Counter + inhibion
Counter + control add / subtract
Counter dierenal
Ratemeter
Ratemeter quadrature
Periodmeter
Mulplier 1 to 999999
Divider 1 to 999999
Conguraon
counter
Mulplier
Divider
Preset Preset value
-199999 a 999999
Mode Up
Down
‘FAST’ Mode
Conf. counter
quadrature
Mulplier 1 to 999999
Divider 1 to 999999
Mulplier
Divider
Preset
Preset value
-199999 a 999999
Edges
1 imp. per cycle
2 imp. per cycle
4 imp. per cycle
Conf. counter
+ inhibion
Mulplier
Divider
Preset
Mode
Inhibion Inhibits if channel B is high
Inhibits if channel B is 0 Vdc
Mulplier 1 to 999999
Divider 1 to 999999
Conguraon
counter + control
add / substract
Mulplier
Divider
Preset Preset value
-199999 a 999999
Control S/R
Adds if channel
B is high
Adds if channel
B is 0 Vdc
Mulplier 1 to 999999
Divider 1 to 999999
Conguraon
counter
dierenal
Mulplier
Divider
Preset Preset value
-199999 a 999999
Mulplier 1 to 999999
Divider 1 to 999999
Seconds
Conf. ratemeter Mulplier
Divider
Time window
Mulplier 1 to 999999
Divider 1 to 999999
Preset value
-199999 a 999999
Up
Down

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User Reference Manual - VI96 Display
Mulplier 1 to 999999
Divider 1 to 999999
Conf. periodmeter Mulplier
Divider
Time window
Seconds
Mulplier 1 to 999999
Divider 1 to 999999
Seconds
Conf. ratemeter
quadrature
Mulplier
Divider
Window me
Edges
1 imp. per cycle
2 imp. per cycle
4 imp. per cycle
‘SLOW’ mode
Average lter Filter strength
(0 = disabled)
Max. waing
me
Number of pulses
Average lter
'SLOW’ mode
Filter strength
(0 = disabled)
Espera máxima
1 a 1000 Seg.
Number of pulses
Sensor
NPN 2 wire
Mechanical
contact
Namur
Automac conf.
NPN 3 wire
PNP 2 wire
PNP 3 wire
Push pull
TTL
CMOS
Pick-up
Inducve
Vac <30V
Trigger level
Trigger level
(from 0.0 Vdc
a 3.9 Vdc).
See secon
1.15 for
‘Trigger Sense’
ulity
Pull-Down
No pull
resistor
Pull-Up
Pulls on reset
Pulls on channel B
Pull-Down
No pull
resistor
Pull-Up
Pull-Down
No pull
resistor
Pull-Up
Pulls on channel A
Average lter Filter strength
(0 = disabled)
‘SLOW’ mode Max. waing
me
Number of pulses