OPTEX FA OPPF Series User manual

- Thank you for the purchase of the LED controller Advanced “OPPF series.”
- Before using it, please read this manual carefully to ensure proper use.
- After reading this manual, keep it carefully in an easily accessible location for future reference.
- This product should not be used as safety equipment intended for the protection of human
body.
- The warranty period of this product is one year after delivery. - Notwithstanding the above, any
fault attributable to natural disasters or any other similar disasters or undue alteration or repair
will be excluded from the scope of the warranty.
OPPF series
LED controller Advanced
Instruction Manual
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

Features
Productlineup
Thefollowingitemsarecontainedinthepackage.Makesurethateverythingisinplace.
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Introduction Contents
● Introduction
● Contents
● For Safe Use of the Product
● Installation Notes
● Components and Their Functions
└ Operations for Each Mode
● Connecting Cables
└ Capacity Requirement of 24V DC Power Supply
● Infrared Communication
● PWM Brightness Control and Strobe Mode
├ Differences from Conventional Models
├ PWM Mode
└ Strobe Mode
● Monitoring and Feedback Functions
● Setting Procedures
├ Operation Flow Charts
├ Setting the Brightness Control Values
├ Brightness Control by Bank Switching
└ List of PRM Setting Items
● Inputs and Outputs
├ List of Input and Output Functions (Master unit MIL 26 pin connector;
Master/slave unit MIL 14 pin connector)
└ Timing Chart
● RS232 Communication
├ Transmission & Reception by RS232
└ List of Commands
● Circuit diagram
├ NPN type
└ PNP type
● Troubleshooting
└ Error Display
● Dimensions
● Specifications
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OPPFseriesunit
1
InstructionManualCD-ROM
1
SimplifiedOperationGuide
1copy
Compatible with two modes, including PWM lighting and strobe lighting.
Capable of lighting brightness/temperature monitoring and feedback control by utilizing “FALUX sensing.”
The external brightness control is compatible with three communication modes of RS232, parallel and analog 0-5 V.
Equipped with the bank registration functionality of the brightness values, making it possible to switch the bank with fewer input lines.
The synchronous input may be selected from 5-30 V input type and TTL input type.
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LEDcontrollerAdvanced“OPPFseries”
Standardtype
OPPF-30MN
OPPF-30SN
OPPF-30MP
OPPF-30SP
TTLtype
OPPF-30MN-TTL
OPPF-30SN-TTL
OPPF-30MP-TTL
OPPF-30SP-TTL
Type
MasterNPN
SlaveNPN
MasterPNP
SlavePNP
Versions
Youcanseeversionofeachhardware/softwarethroughPRMsettingmode.
Displayversion:Showsthesoftwareversionoftheuserinterfaceler.
Controllerversion:Showsthesoftwareversionofthecontroller(1-2digit)andlogicversion(3rddigit).
Lightingdeviceversion:Showsthesoftwareversionofthelightingdeviceconnected.
LEDcontrollerAdvanced
OPPFseries
SimplifiedOperationGuide
Partnumber
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

4 5
ForSafeUseoftheProduct InstallationNotes
SignificanceofSymbols
To prevent any safety hazards to human body and damage to the equipment, this document shows things to be observed as classified
in the following manner.
Indicates that any improper operation by neglecting the instruction shown with this
symbol may result in injuries.
Warning
!
Indicates that any improper operation by neglecting the instruction shown with this symbol
may result in property damage (such as breakdown of this product).
Caution
!
Caution
Warning
Do not operate the unit on any voltage other than
24V DC. Any incompliance may result in a fire,
electric shock or breakdown.
Do not disassemble or modify the unit. Any
incompliance may result in a fire or electric shock.
The lighting outputs cannot be connected in
parallel or in series for the operation.
The lighting outputs may only be connected to
LED lighting devices. Do not connect them to any
other circuits.
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Keep the cables away from the high voltage lines
and power lines wherever possible. Otherwise,
malfunction or breakdown may result due to noise.
When fixing cables, bind them over a spiral tube
or any other protective materials. Any direct
binding will cause the concentration of the loads to
the cables on the bound portion, potentially
resulting in breakage or short circuit.
This product is a precision instrument. Please be
careful to avoid any impacts and vibrations.
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To ensure proper and safe use of the product,
avoid the following locations for the installation.
Any incompliance may result in a fire, electric
shock or breakdown.
Humid, dusty or poorly ventilated location
Location subjected to direct sunlight or high
temperatures
Location subjected to corrosive gases or
flammable gases
Location directly subjected vibrations and impacts
Location subjected to splash of water, oil and
chemicals
Location potentially subjected to static electricity
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In any of the following cases, immediately turn
OFF the power. Any use in extraordinary
conditions may result in a fire, electric shock or .
malfunction. For repair, please contact our sales
office.
Ingress of water or foreign matter into the interior
of the unit.
The unit dropped or the casing damaged.
Smoke or unusual odor coming out of the
controller.
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General Notes About the Use
Treating this Product
Using Environment/Conditions
Actions upon any Problems
Before operating the equipment, make sure that
the present product is working properly in terms of
functions and performance.
Provide sufficient safety measures to prevent
damage of various sorts in any case of
breakdown with any of our products.
Please note that functions and performance are
not guaranteed for any use of the product beyond
the specifications or for any modified product.
When connecting or disconnecting any of the
cables, be sure to power OFF the units connected
to the unit. Any incompliance may result in
damage to the unit and devices connected to it.
While setting items, do not turn OFF the power.
Otherwise, part or whole of the setting data may
be lost.
Keep the cables away from the high voltage lines
and power lines wherever possible. Otherwise,
malfunction or breakdown may result due to
noise.
Do not block the ventilation holes of the unit and
peripheral devices. Any incompliance may cause
the internal temperature to rise, resulting in
breakdown.
Any use of our product in combination with other
equipment may not deliver satisfactory functions
and performance depending on the using
conditions and environments. It should be
sufficiently considered before use.
Do not use the product for the purpose of
protecting human body.
This product is a precision instrument. Please be
careful to avoid any impacts and vibrations.
Avoid any sharp change in temperature with the
equipment, including peripheral units. Otherwise,
condensation may occur.
Do not wipe it with wet rag and do not use
benzine, thinner or alcohol for cleaning.
Any failure to comply with it may cause
discoloration or distortion.
Where the unit is severely contaminated, wipe the
surface off the dirt with a rag that has been dipped
in a thin detergent solution and wrung hard and
then wipe it again with dry soft rag.
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InstallingtheProduct
Notes about the Installation Position of the
Controller
Fit the controller to the DIN rail or use the screw
holes on the bottom surface to securely fix it.
Install the controller in a position shown circled in
the figure below. Avoid any other positions for the
installation.
WheninstallingonDINrail
Wheninstallingbythebacksurface
Allow a gap of 50 mm or more and left- and
right-hand sides of the OPPF series.
Avoid closing the openings above and below
the unit. Take sufficient care to cause
convection for release of heat.
The operating ambient temperature range of
the OPPF series is 0-45°C. Take the following
into consideration.
Avoid installing the unit directly over devices
that generate a large amount of heat (heater,
transformer, power supply unit etc.).
Where the ambient temperature may rise
beyond 45°C, install a forced cooling fan or air
conditioner.
When installing the controller in an enclosure,
locate it at the bottom wherever possible.
Avoidanydustyormoistenvironmentfortheinstallationof
thisproduct.Sincethepresentproductisnotprotected
againstanyingressofdustorwater,dustorwatermayenter
intothecontroller,constitutingacauseofbreakdown.
SecuringTheUnit
Caution
!
・
・
・
(1)
(2)
(3)
To ensure safe connection of cables, secure a
gap of 70 mm or more on the front of the
connector panel surface of this product.
(4)
Cableductetc.
Cableductetc.
Close contact permitted between
master and slave units
(In case of using the infrar e d
communication, the gap must be 3
mm or less.)
Close
contact
permitted
50mmormore
50mm
ormore 50mm
ormore
The master and slave
units are specified for
installation on DIN rail.
When attaching or
removing the unit, pull the
claw at the bottom in the
direction of the arrow.
Install this unit at a
stable, vibration-free
location.
Housing hole dimension:
2- ϕ4.5
For further details, see
the drawing of the unit.
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

6 7
ComponentsandTheirFunctions
Operation panel
OPPF-30M□
Masterunit OPPF-30S□ Slaveunit
Operation panel
MIL14pinconnector
EXTSYNC
- External synchronous input
- Analog 0-5V brightness control
- Error output
24VDCinput
Connector
DINrail
Fixingclaw
MIL26
Pinconnector
EXTCTRL
- External parallel input
- RS232
- Error output
Lightingoutput
Connector(2ch)
READYindicator
Red: lighting ready
Flashing red: LED output over current or LED
over heat
Unlit: insufficient input voltage of 24V DC
LAMP1/2
Lit while selected
LAMP1display
Brightness
value/monitored value
Setting name
LAMP2display
Modeswitchingbutton
Lampswitchingbutton
Brightness
value/monitored value
Setting
Modedisplay
BRIGHT: brightness value setting/display mode
MON : monitoring mode
PRM : setting mode
DIPSWdipswitches(ONwhenraised)
DSW1: external synchronization
(common to LAMP1 & 2)
DSW2: external brightness control mode
DSW3: bank mode
DSW4: strobe mode LAMP1
DSW5: strobe mode LAMP2
COMstateofinfraredcommunication
between master and slave
Green: communication normal
Flashing red: communication error
Red: communication shut down
Unlit: no communication underway
DisplayofFB(feedback)state
Green: FB working
Flashing orange: FB error or alarm on
monitored brightness
Red: communication with the lamp
terminated
Unlit: feedback function not used
Valuesettingdial
Enterbutton
ON
12345
OperationsforEachMode
BRIGHTbrightnessvaluesetting/displaymode MONmonitoringmode
PRMsettingreferencemode
(Theuppermenudisplayflashes.)
PRMsettingchangemode
(Thelowersettingdisplayflashes.)
Changes the brightness value of the currently
selected lamp. A counterclockwise turn by one
click decreases the value by 1 and a clockwise
turn increases it by 1.
Rotate
Moves the position of the brightness value to be
changed. When in the bank mode, the relevant
bank number is displayed first. If left for 30
seconds, the position for the change returns to
the lowest position.
Press
Displays the internal temperature (°C) of
the lamp. If no lamp is connected, “--” will
be displayed.
Press
Switches the setting item to be displayed.
Rotate
Transitions to the PRM setting reference
mode.
Press
Switches to the MON monitoring mode.
Press
Switches to the PRM setting reference
mode.
Press long
R e t u r n s t o t h e B R I G H T b r i g h t n e s s
setting/display mode.
Press long
Selects either LAMP1 or LAMP2 for setting the
brightness value with the dial.
Press
While the button is pressed, the voltage
correction factors (%) for LAMP1 and
LAMP2 are displayed. Where the
feedback function is not used, “100” will be
displayed.
Press
Selects a setting to be displayed from
LAMP1 and LAMP2.
Press
Pressing the two buttons at the same time brings
about a locked state. Performing the same
operation again unlocks the state. In the locked
state, the brightness values and settings cannot
be changed.
Press long
Displays the internal temperatures (°C) of
the power supply unit. The upper and
lower values represent the temperatures
in the vicinity of the LAMP1 and LAMP2
driving circuits, respectively. Once either of
the temperatures reaches 105°C or more,
the brightness value is decreased to a 1/4
level to protect the internal circuits.
Press
simultaneously
Returns to the BRIGHT brightness
setting/display mode.
Press
Returns to the PRM setting reference
mode without writing the changed
setting.
Press long
Changes the currently displayed setting.
Rotate
Moves the position of a setting to be
changed. If left for 30 seconds, the
position for the change returns to the
lowest position.
Press
Writes the changed setting and returns to
the PRM setting reference mode.
Press long
P
U
S
H
:
S
E
T
P
U
S
H
:
S
E
T
MasterUnitandSlaveUnit
BrightnessvaluesareshownonLAMP1andLAMP2displays. MonitoredvaluesaredisplayedonLAMP1andLAMP2displays.
Ifnolampisconnected,“--”willbedisplayed.
1 2
3 4
5 6
7 8
9 10
11 12
13 14
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

8 9
ConnectingCables InfraredCommunication
ConnectingCables
24VDCinput(powersupply)
Connector
Applicablewire
Lengthof
strippingpart
Uppertwopoles
Lowertwopoles
Caution
:
:
:
:
:
:
Masterunit/slaveunit:MIL14pinconnector(EXTSYNC)
Lightingoutput(LAMP1,LAMP2)
Masterunit:MIL26pinconnector(EXTCTRL)
Masterunit Slaveunit
MIL14pinconnector
EXTSYNC
MIL26
Pinconnector
EXTCTRL
24VDCinput
Connector
Lightingoutput
Connector
CapacityRequirementof24VDCPowerSupply
Based on the power dissipation of the LED lamps
connected, select a 24V DC power supply unit with a
capacity greater than the power requirement.
* Maximum power dissipation for a connectible LED
lamp: 30 W
Attention:
When operating in combination with other devices,
the power requirement will be affected by the
characteristics of such devices. Therefore, when
selecting a power supply unit, allow a sufficient
margin for the capacity than shown in the diagram
(about double for example).
Omronsocket4-poletype
XW4B-04C1-H1
0.2-2.1mm2,24-14AWG
7mm
24VDC
0V
Useonepoleforonewire.Whensupplying
poweracrossunits,useunusedterminals.
Manufacturer
Caution
:
:
MISUMI
MILsocketconnectorwiringharness
UniversalIDCtype
Example)Cut-offtypeononeend
AWG28twistedpairsingle-shielded
Masterunit:MIL26pintype(2m)→
HIFS-S-E-26-2
Commontomasterandslaveunits:MIL14
pintype(2m)→HIFS-S-E-14-2
Useshieldedcablesinanyenvironment
subjectedtonoises.
Connector
housing : JSTʼsSMR-02V-B
24VDC
powersupplyunit
24V
0V
[Recommendation]
MajorFunctionsofInfraredCommunicationbetweenMasterandSlaveUnits
ParticularNotes
LAMP1
LAMP2
Masterunit
0
1
Slaveunit
2
3
Slaveunit
4
5
Slaveunit
6
7
To ensure the stability of infrared communication,
the units should basically be in close contact with
each other and, at worst, the gap between them
should not exceed 3 mm. The installation of the units
should be made onto DIN rails to avoid any change
in the gaps.
AssignmentofStationNumbers
The station numbers to be designated by the
external parallel input and serial communication are
assigned sequentially starting at the left-hand side
unit.
3mmorless
Master
unit
Slave
unit
Slave
unit
Powerdissipationofthelighting[W]
Capacityrequirementof24VDCpowersupplyunit[W]
0
0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0 55.0 60.0 65.0
5
10
15
20
25
30
35
FeedbackOFF FeedbackON
All settings of the master unit’s LAMP1 are copied into LAMP2 of the master unit and LAMP1 and LAMP2 of all
slave units. A long press on the mode button on the operation panel causes the transition to the “PRM setting
mode.” Now the copy is enabled by the setting cPy.
-Copyofsettingontotheslaveunitbytheoperationonthemasterunit(settingcPy)
Response time from the serial command transmission to the master unit to the slave unit’s switching of the
brightness value (bank): 24 - 60 ms
-Settingthebrightnessvalues,switchingthebank,reading&writingthesettings,andreadingthe
stateoftheslaveunitbythemasterunitthroughRS232
The states of DSW2 and DSW3 must be set to be the same for both master and slave units.
If the settings differ, the slave unit cannot accept commands through the external parallel input.
Response time from the parallel input to the master unit to the slave unit’s switching of the brightness value (bank):
20 - 60 ms
-Settingthebrightnessvaluesandswitchingthebankoftheslaveunitbythemasterunitthrough
externalparallelinput
Any occurrence of a feedback error or LED output over current error of the slave unit causes the error output of
the master unit to turn ON.
There will be a maximum delay of 250 ms from the occurrence of an error on the slave unit to the error output
turning ON on the master unit.
-Reflectingtheerrorstateoftheslaveunitontheerroroutputofthemasterunit
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

10 11
PWMBrightnessControlandStrobeMode
DifferencesfromConventionalProducts
PWMMode
With the OPPF series, connecting a FALUX
sensing-compatible lighting device makes it possible
to communicate with it to read the LED brightness
and internal temperature of the device, in addition to
the power supply for the lighting.
The communication does not require any
dedicated cable. Communication signals are
superimposed on two wires connected to the
lighting device.
Any lighting device without FALUX sensing
capability may also be connected as before.
When the DIP SW4 (LAMP1) or DIP SW5 (LAMP2) is set ON, the equipment will work in the strobe mode.
Use the value setting dial to set the brightness value (0 - 999).
The strobe-lit time is specified by the setting Stb. (10 μs - 9.99 ms, at an increment of 10 μs)
In the 18 V-driven strobe mode, no synchronous input is accepted until the elapse of time equal to 10 times the lit
time, for the purpose of protecting the LED’s.
There is no such restriction for the case of driving with 12 V.
When the DIP SW1 is set ON, the lighting may be controlled by the external synchronous input.
In that case, since the lighting control signal and the PWM are mutually synchronized, there will be no variation in the
number of output pulses for all lighting-ups.
When the DIP SW1 is set OFF, it will flash at a period of the setting oSc. The restriction on the duty cycle works in the same way
as in the case of external triggering.
- In case the lit time is 1 ms (Stb setting of 100) or less, the lighting is driven with a high voltage of 18 V to illuminate
the LED’s at a three times higher brightness.
In that case, the maximum capacity of the lighting connectible to each lamp is 15 W.
- In case the lit time exceeds 1 ms (Stb setting of 100), the lighting is driven with a standard voltage of 12 V
In that case, the maximum capacity for connectible lighting equipment is a total of 30 W for 2 channels, which is the
same as in the PWM mode.
Where the DIP SW4 (LAMP1) or DIP SW5 (LAMP2) is set OFF, the system will work in the PWM mode.
Use the value setting dial to set the brightness value (0 - 999). The maximum capacity for connectible lighting
equipment is a total of 30 W for 2 channels.
While the DIP SW1 is set ON, the lighting may be controlled by the external
synchronous input.
In that case, the delay time from the rise of the trigger input to the actual
emission of light will vary as shown below depending on the tFL filter time
setting.
To drive the internal circuits of the lighting device, a voltage of approximately 6 V is applied while the lamp is unlit.
(LED will not illuminate with the 6 V voltages.)
StrobeMode
PWMoutput
Communicationsignals
(Varytheconsumptioncurrent
ofthelightinginternalcircuits.)
-PWMlightingbyexternaltrigger
-Strobelightingbyexternaltrigger
-Strobelightingbyinternalautomatictrigger
Conventional
PWMoutput
Conventional
PWMoutput
(atmaximum
duty)
PWMoutputof
OPPF
PWMoutputof
OPPF
(atmaximum
duty)
Conventionalstrobe
output
In addition, since communication signals are superimposed, the lamps will not be in a state of direct
current lighting even under the 100% duty condition.
Strobeoutputof
OPPF
12V
6V
0V
6V
12V
6V
0V
12V
0V
12V
0V
18V
0V
18V
0V
Synchronoussignal
Outputtothelighting
LEDoutputdelay
timerdL
Synchronoussignal
Outputtothe
lighting
Outputtothe
lighting
Synchronoussignal
Outputtothe
lighting
Littimeof1msorless Littimeofover1ms
6V
18V
0V
1ms
orless
6V
12V
0V
Over1ms
10timesormore
oflittime
10timesormore
oflittime
Lessthan10timesoflit
time
Ignored
LEDoutputdelay
timerdL
LittimeStb
LittimeStb
FlashingperiodoSc
Patentpending
- Filter time 1 μs: fluctuation of 200 ns
- Filter time 5 μs: fluctuation of 1 μs
- Filter time 25 μs: fluctuation of 5 μs
- Filter time 100 μs: fluctuation of 20 μs
OPB-S or any other
FALUX sensing
compatible lighting device
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

12 13
MonitoringandFeedbackFunctions SettingProcedures
Overview
Operation Flowcharts
A FALUX sensing-compatible lighting device senses the
brightness of LED lighting with its built-in photo-diode. It
accurately measures the brightness not only in the case of
continuous lighting but also in any situation of less frequent
flashing.
If the monitored brightness exceeds 999, the last three
digits are displayed. For example, any monitored
brightness of 1000 - 1099 is shown as 000 - 099. If the
monitored brightness is 1100 or over, only the last three
digits are shown flashing.
The feedback function compares the measured brightness
with the reference brightness recorded in the lighting device
and fine-adjusts the output voltage to control the brightness
to match the reference value.
Furthermore, in addition to the brightness, the internal
temperature is measured in the lighting device and
monitored by the power supply unit.
Through RS232 communication, the monitored values may
be read.
Usage (1)
Detecting the Drop in the Brightness
without Feedback to Release an Alarm
(without feedback)
Usage (2)
Feedback Function
Notes about the Use of the Monitoring and
Feedback Functions
Set the setting Fb to oFF and bAL to the lower limit value (%)
of the monitored brightness for alarm release.
Example) To release an alarm output upon any brightness
decrease of 10%:
bAL = 90 (％)
If the cable for the lighting device is long, the actual
brightness will be reduced due to the component of direct
current impedance. Through the monitoring menu, check
the monitored brightness against the brightness control
value. Where the brightness control value and monitored
value are 500 and 450, respectively, for example, the
brightness is already decreased to 90% (= 450/500). If you
wish to
Release an alarm at a brightness further 10% lower than
that, set a value of 81% (= 90% x 90%) as the monitored
brightness lower limit value for alarm.
For the release of the alarms, FBERR1 or FBERR2 output
or ERR output of the master unit is used.
Forsettingeachsetting,seetheflowchartsshownbelow.
The monitoring and feedback functions may not work in the
following cases.
Shown below are operating conditions for the monitoring
and feedback.
Measured
brightness
Reference
brightness
・
・
・
・
・
・
・
・
・
The monitored brightness cannot reflect any smear of
the lens or diffuse plate of the lighting device.
If the brightness control value is less than 50, the
feedback function is automatically turned OFF.
Where the pulse width for the external synchronous
input is very small (about 2 μs or less), the lit time will
become extremely short and, therefore, the
communication with the lighting device will be broken.
If the cable to the lighting device is long and the
capacity of the device is large, the communication with
the device may be disabled. In that case, decrease the
PWM frequency to 50 or 20.
If the communication with the lighting device is unstable
due to noises, take anti-noise measures, such as
protecting the lighting device cable with shield cover
(shield gasket etc.)
Where the external synchronous input is used and the
lit time is short, it may take a long time for the feedback
actions to converge. The monitoring of the brightness
requires at least 8 flashing actions. In case of
continuous lighting, it requires 100 ms or more of lit
time.
Where the lighting device has been replaced, the
targeted level of brightness is not achieved immediately
after a significant change in the brightness control
value. Therefore, the restoring to its normal state is
accelerated by temporarily performing continuous
lighting (DSW1 = OFF).
The monitored brightness alarm action requires a
minimum of 24 flashes or 300 ms or more of lit time.
When the powering OFF is done after a minimum of
160 flashes or 2 seconds or more of lit time, a
feedback-compensated output voltage is saved in
memory. Upon the next powering ON, the device is lit in
the same state as before the powering OFF.
The period of updating the brightness by the
communication between the lighting device and power
supply unit is 21 ms. The period for the temperature is
105 ms.
Communication
Power supply
Adjust the voltage to
match the reference
brightness.
OPB-S or any other
FALUX sensing
compatible lighting
Voltage drop due to
direct current
impedance of
extension cable
Analog input
DIPSW
DSW3
DIPSW
DSW2
PRM
Bin
PRM
Bin
DIPSW
DSW2
Bankmode
RS232 communication RS232 communication Dial setting External parallel input External parallel input Switching by PRM setting
Analog 0-5 V
PRM RS232 communication speed
OFF ON
OFF ON
OFF ON
OFF ON
EinSEt 232
Bank mode
switching
Bank switching
Bankswitching
method
Bank input
Bank setting
External
brightness control
mode switching
Brightness
control
input
Analog/Digital
switch
Externalbrightnesscontrol
DIPSW
DSW4/5
DSW4:LAMP1
DSW5:LAMP2
OFF
Lighting
control
PRM light emission delay time
PRM automatic strobe flashing period
INTERNAL
Continuous lighting
INTERNALEXTERNAL
Brightness
controlsetting
PWM Mode
PRM PWM frequency switching
PRM brightness value dial setting PRM brightness value dial setting
Strobe Mode
PRM strobe light emitting width
Lighting control
switching
Internal (INT)
/external (EXT)
ON
OFF ON ON
Lighting mode
switching
Brightnesscontrol/lightingcontrol
DIPSW
DSW1
OFF
DIPSW
DSW1
PRM FB
function
Monitoring
OFF ON
Monitoring
/FB switching
Monitoring/feedbackcontrol
Feedback
Initialization of PRM settings
PRM version check
Absolute brightness monitoring and
brightness adjustment of PRM lighting
PRM light emission delay time unit
PRM bank number
Copy of PRM settings
Othersettings
PRM polarity of Sync input
MIL14
PRM monitored brightness
Lower limit value for alarm
Patentpending
Set the setting Fb to on. Set bAL to the lower limit value (%)
of the monitored brightness for alarm release (optional).
The output voltage will be adjusted to maintain the
reference brightness appropriate for the brightness control
value.
Gene rally, extend ing the lighting cable will actu ally
decrease the brightness of the lighting due to the decreased
voltage by the direct current component and also due to the
dull waveform attributable to the inductance component and
capacity component. If you actually extend the cable to
10-15 meters and use a lighting device of a relatively large
capacity, the brightness may sometimes decrease to a half
level or even lower. The feedback function will effectively
work to compensate for the voltage drop by the direct
current impedance.
Pressing the LAMP button in the monitoring mode makes it
possible to view the voltage compensation rate (%).
For example, if the voltage is compensated to 15 V, the
displayed value will be 15/12=125%. Shown below are
variation ranges.
PWM mode: 92 - 150%
Strobe mode: 89 - 122% (in case of 12 V output: 92 - 150%)
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

14 15
SettingProcedures
SettingtheBrightnessControlValues
Besides the dial-based setting, the methods of setting the
brightness control value include the use of external signal input.
The external signal input is selectable from the three methods of
parallel input, RS232 communication and analog input.
- Brightness control by dial → Operations for Each Mode on p6
- Brightness control by external parallel input → Inputs and
Outputs on p16
- Brightness control by RS232 communication → RS232
Communication on p18
- Brightness control by analog input → Inputs and Outputs on p16
ListofPRMSettingItems
A long press on the mode button on the operation panel causes the transition to the “PRM setting mode.”
* About the bank switching
- Bank numbers are common to the external parallel input and RS232 communication. The bank numbers are deleted upon
powering OFF.
- The bank numbers by the PRM setting are set separately from those for the parallel input and RS232 communication.
The bank numbers are retained despite any powering OFF.
With the brightness control values set in the banks in
advance, the value may be switched with less amount of input.
The registration of the values may be done on up to 16 banks.
The bank switching measure is selectable from three
methods, including PRM setting, external parallel input and
RS232.
- Bank switching through PRM setting: → List of PRM Setting
Items on p15
- Bank switching through external parallel input: → Inputs and
Outputs on p16
- Bank switching through RS232 communication: → RS232
Communication on p18
DSW2
Designation of brightness
control value through
analog input --- --- --- ---
---
---
--- ON 0 - 5 V
applied
Designation of brightness
control value through
external parallel input
ON OFF OFF
--- --- --- ---
Designation of brightness
control value
through RS232 communication
OFF
ON --- OFF --- --- ---
Designation of brightness
control value by bank
switching through PRM
setting
OFF ON OFF ---
Bank
designated
by 0 - 15
Brightness
control
values of
banks
Brightness
control
values of
banks
Brightness
control
values of
banks
SEt
Designation of brightness
control value by bank
switching through
external parallel input
Designation of brightness
control value by bank
switching through RS232
communication
ON ON OFF ---
232
Brightness control value
setting by dial OFF OFF ------ --- --- OFF
---
When
writing
---
---
---
---
WR
input
Setting
bin
Setting
bno
---
Last ... bits of
brightness
control value
4bi
t
---
---
---
---
D0-D3
input
ANALOG
input
---
First ... bits of
brightness
control value
6bi
t
---
---
---
---
D4-D9
input
AIN1,2
input
---
Designate
station no.
---
---
---
---
L0-L2
input
---
EVO
command
---
---
ON ON OFF ---
Ein ---
Bank
number
---
Designate
station no.
Bn, BNO
command
---
---
RS232
Setting
b0 - b15
DIP SW PRM EXT CTRL ML26-pin
EXT CTRL ML26-pin
DSW3
Bin
bno
bps
ini
brt
dUr
PUr
LUr
End
b0
b1
b2
b3
b4
b5
b6
b7
b8
b9
b10
b11
b12
b13
b14
b15
Brightness control value of bank 0
Brightness control value of bank 1
Brightness control value of bank 2
Brightness control value of bank 3
Brightness control value of bank 4
Brightness control value of bank 5
Brightness control value of bank 6
Brightness control value of bank 7
Brightness control value of bank 8
Brightness control value of bank 9
Brightness control value of bank 10
Brightness control value of bank 11
Brightness control value of bank 12
Brightness control value of bank 13
Brightness control value of bank 14
Brightness control value of bank 15
Bank switching
method
Bank number
RS232
communication
speed
Initialization of the settings
Display version
Controller version
Lighting device version
Termination of the setting menu
■ Bank-relatedsettingsaredisplayedonlywheretheDIPSW3bankmodeisON.
■ TheversionsaredisplayedonlywhenthedialhasbeenturnedwiththeLAMPbuttonheldpressed.
Absolute brightness
monitoring and brightness
adjustment of the lighting
intensity
Switches the PWM frequency.If the cable to the lighting device is long, the capacity of the device
is large, and the brightness control value is also large, the communication between the power
supply and the lighting device may be broken. In that case, decrease the PWM frequency.
Switches the bank in accordance with this setting.
Displayed only when bin = SEt in the bank mode (DSW3 = ON).
Valid in the bank mode (DSW3 = ON) without external brightness control (DSW2 = OFF).
Capable of designate, for each bank, the brightness control value to
be used in bank switching.
With the currently selected bank, rotating the volume dial to change
the brightness control value changes this setting as well.
Valid in the bank mode (DSW3 = ON).
Selects the method of bank switching. Valid in the bank mode (DSW3 = ON).
Ein: By using the external parallel input (D0-D3) of the master unit, designates a
binary value in ON/OFF state to switch the bank.
Powering OFF causes the bank number to return to 0 (zero).
Valid in the external brightness control and bank mode (DSW2 = ON, DSW3 = ON).
232: Through the use of RS232 of the master unit, switches the bank by a
communication command (BNO).
Powering OFF causes the bank number to return to 0 (zero).
Valid in the external brightness control and bank mode (DSW2 = ON, DSW3 = ON).
SEt : Selects a bank number by the setting bno.
Valid in the bank mode (DSW3 = ON) without external brightness control (DSW2 = OFF).
This function is to adjust the voltage applied to the lighting device so the
brightness of the lighting device being monitored matches the brightness control value.
Voltage can be varied in a range of 11 - 18 V in the normal mode and 16 - 22 V
in the strobe mode.
If the targeted brightness cannot be achieved despite any adjustment of the
voltage, the feedback error output turns ON.
When the brightness control value is less than 50, the feedback function
automatically turns OFF.
cPb: Turns OFF the supplying of 6 V communication voltages to the lighting device.
The value is selected for models on which the supplying of 6 V causes the
lighting device to light up.
Common
Common
Individual
Individual
Individual
Individual
Common
Common
Common
Ein
Fb Feedback Function Individual
oFF,on,c
Pb oFF
0 - 15 0
0 - 999
Individual
0 - 999 0
96
PFr PWM frequency
switching Common
100 kHz
20,50,10
0
Ein,232,
SEt
oFF,48,
96,192,
384,
576,115
no,yES no
cPy Copy of settings Common
no,yES no
Sets the RS232 communication speed. (Displayed is the value for
master unit only.)
oFF: Terminates the communication function.
48: Communication at 4800 bps.
96: Communication at 9600 bps.
192: Communication at 19200 bps.
384: Communication at 38400 bps.
576: Communication at 57600 bps.
115: Communication at 115200 bps.
Copies the settings of the master unit’s LAMP1 into LAMP2 of
the master unit and LAMP1 and LAMP2 of slave units. (Displayed
is the value for master unit only.)
Displays the software version (1-2 digits) and logic version (3rd digit).
Initializes the settings of LAMP1 and LAMP2 to the factory
shipped state.
Displays the software version of the user interface.
Displays the software version of the lighting device connected.
Terminates the display of settings and returns to the display of brightness control value.
While ordinary brightness monitoring displays the relative brightness of the
lighting device against the level at the factory shipment, this displays the relative
brightness in comparison with the reference value that depends on the lighting
device model. (Brightness reflecting individual differences)
Upon any change of the setting, the monitored brightness is shown in the upper
row and the brightness control value in the lower. By adjusting the brightness
control value, the brightness can be matched to the targeted level.
Stb
oSc
tPL
Strobe lighting width
Automatic strobe flashing period
Polarity of Sync input
PoS,nEG
1 - 999 1 10 μs Individual Valid in the strobe mode.
Sets the flashing period of strobe that work in the strobe mode and continuous
lighting (DSW1 = OFF).
PoS: While the synchronous input is ON (electric current passing), the lighting
device is illuminated. In the strobe mode, the device will be lit with the rise of a pulse.
nEG: While the synchronous input is OFF, the lighting device is illuminated.
In the strobe mode, the device will be lit with the fall of a pulse.
Becomes valid with the external lighting control (DSW1 = ON).
Common
Individual
dL
LED output delay timer
The unit may be switched by the setting dLu.
Becomes valid with the external lighting control (DSW1 = ON).
Individual
0 - 999 0
10 μs/1 ms
dLu
Unit of LED output delay timer
The value of 10μ sets the unit of the LED output delay timer at 10μs and the value 1 at 1 ms.
The delay time ranges that can be set are 0 - 9.99 ms and 0 - 999 ms, respectively.
Becomes valid with the external lighting control (DSW1 = ON).
Individual
10u,1 10u
tFL
Filter time factor for
Sync input selection
Designates the time for filtering to remove noises of the synchronous inputs.
The input delay times are 0.8 - 1.0μs, 4 - 5μs, 20 - 25μs, and 80 - 100μs,
respectively. Becomes valid with the external lighting control (DSW1 = ON).
Common
1u,5u,25
u,100 1u μs
PoS
1 - 250 250 1ms
Name Indication Range Initial value Unit CH1,2 Details
Name Indication Range Initial value Unit LAMP1,2 Details
If the brightness of the lighting device being monitored has decreased to a level
below the designated percent value of the reference brightness, the feedback
error output turns ON.
Note that, if the cable for the lighting device is long, the brightness will be
reduced due to the component of direct current impedance.
bAL
Monitored brightness
lower limit value for alarm
Individual
0 - 100 0%
-
-
- - -
- - -
- - -
- - -
- -
-
-
-
-
-
-
-
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

16 17
Input&output
Shown below are the timing charts for the brightness control value setting and the bank switching in the
external parallel input.
After the WR state kept ON for a predetermined period of time, the brightness control value is written.
* Do not change the value before the write signal being turned OFF.
The brightness control value of the external parallel input is converted into 999 when it is in the range
of 1000 - 1023.
About the bank switching
- Bank numbers are common to the external parallel input
and RS232 communication.
The bank numbers are deleted upon powering OFF.
- Bank numbers by the PRM setting are set separately from
those of parallel input or RS232 communication.
The bank numbers are retained despite any powering OFF.
Brightness value setting
Bankswitching
* D9 - D0 inputs for the designation of the brightness
control values are in binary format.
MasterunitLAMP1
MasterunitLAMP2
FirstslaveunitLAMP1
FirstslaveunitLAMP2
SecondslaveunitLAMP1
SecondslaveunitLAMP2
ThirdslaveunitLAMP1
ThirdslaveunitLAMP2
0
1
2
3
4
5
6
7
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
Lighting device setting
Station number
L0 L1 L 2
*
*
Response time
The switching will occur in the following time from the brightness control value writing (WR).
- Master unit as stand-alone: 5 - 13 ms
- Slave units connected: 20 - 60 ms
Response time
The switching will occur in the following time from the bank input.
- Master unit as stand-alone: 5 - 11 ms
- Slave units connected: 20 - 60 ms
The value is written when the bank number has been inputted for a predetermined period of time.
* Do not change the value before the bank signal being turned OFF.
TimingChart
L2-L0
Station
number
Brightness
control
value
Stationnumber
Banknumber
Writing
D9-D0
L2-L0
D3-D0
WR
Bank0
Bank1
Bank2
Bank3
Bank4
Bank5
Bank6
Bank7
Bank8
Bank9
Bank10
Bank11
Bank12
Bank13
Bank14
Bank15
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
ON
ON
Banknumberdesignation
D0 D 1 D2 D3
0msormore
13 ms or more (for master unit)
50 ms or more (for slave unit)
0msormore
11 ms or more (for master unit)
50 ms or more (for slave unit)
-MasterunitMIL26pinconnectorEXTCTRL
-Masterunit/slaveunitMIL14pinconnectorEXTSYNC
Pinnumber
1
2
3
4
5
6
7
8
9
10
11
12
13
18-23
24
25
26
14
15
16
17
Brightness control bit 0/bank switching 0
Brightness control bit 1/bank switching 1
Brightness control bit 2/bank switching 2
Brightness control bit 3/bank switching 3
Brightness control bit 4
Brightness control bit 5
Brightness control bit 6
Brightness control bit 7
Brightness control bit 8
Brightness control bit 9
LAMP switching 0
LAMPswitching1
LAMPswitching2
- -
Serial TXD
Serial RXD
Serial GND
Brightness control value writing
Input COM
Output COM
Error output (FB, overcurrent)
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
L0
L1
L2
-
TXD
RXD
SG
WR
COMINA
COMOUTA
ERR
input
input
input
input
input
input
input
input
input
input
input
input
input
-
Output
input
-
input
-
-
Output
Name
Input&output Signalname Details
In case of the external brightness control (DSW2 ON) and not
in the bank mode (DSW3 ON), each corresponds to the 0th to
3rd bit when switching the brightness control value through the
external parallel input.
In case of the external brightness control (DSW2 ON) and in
the bank mode (DSW3 ON), the bank number may be
designated.
Input for switching the brightness control value through
external parallel input. Each corresponds to 4th to 9th bit. The
value is designated on a binary basis.
Valid in case of the external brightness control (DSW2 ON)
and not in the bank mode (DSW3 OFF).
Designates the LAMP number as the object of external
brightness control or bank switching. With the master unit,
LAMP1 is selected by setting OFF the L2, L1 and L0 and LAMP
2 selected by the combination of L2 and L1 = OFF and L0 = ON.
By turning ON this input, the brightness control value may be written.
In case of using bank numbers, it is not necessary to use this.
Output transmitted by RS232.
Input received by RS232.
Common terminal for RS232.
Common terminal for inputs. The individual input is turned ON by
applying 5 - 24 V across that input and this common terminal.
Common terminal for outputs. Upon turning ON of the output, electric current will flow
from the output to this common terminal. (With PNP type, the direction is reversed.)
Turns ON upon occurrence of a feedback error, monitored brightness alarm
activation, LED over heat or the activation of over current protection of the
lighting device. Where slave units are connected, if any of such slave units
releases an error, this output will turns ON as well. (The reflection of the error
state of slave units involves a delay of up to 250 ms.)
Pinnumber
1
2
3
4
5
6
7
8
9
10
SYNC1
SYNC2
COMINB
COMOUTB
OVC
FBERR1
LON1
FBERR2
LON2
ANALOG
input
input
input
Output
Output
Output
Output
Output
-
-
LAMP1 synchronous input
LAMP2 synchronous input
Analog brightness control
switching input
LAMP2 lit
LAMP2 feedback error
LAMP1 lit
LAMP1 feedback error
Over current error
Output COM
Input COM
Name
Input&output Signalname Details
In case of the external lighting control (DSW1 = ON), LAMP1 stays ON
whil e thi s input i s ON. Th e p olar ity can b e switc hed by t P L of the P RM
setting. In the strobe mode (DSW4 = ON), LAMP1 turns ON with the rise
of this input.
In cas e of the ex tern a l ligh ting c ontro l (DSW 1 = O N), th e LAMP 2 w ill be l it
while this input is ON. The polarity can be switched by tPL of the PRM setting.
In the strobe mode (DSW5 = ON), LAMP2 turns ON with the rise of this input.
Common terminal for inputs. The input is turned ON by applying 5 - 24 V
across the synchronous input and this common terminal.
Common terminal for outputs. Upon turning ON of an output, electric current will flow
from the output to this common terminal. (With PNP type, the direction is reversed.)
S t a y s O N w h i l e t h e f e e d b a c k e r r o r e x i s t s o r t h e
monitored brightness alarm is activated with LAMP1.
Stays ON while the LAMP1 is lit.
S t a y s O N w h i l e t h e f e e d b a c k e r r o r e x i s t s o r t h e
monitored brightness alarm is activated with LAMP2.
When this input is turned ON, the brightness may be
controlled by the voltage of analog inputs AIN1 and AIN2.
LAMP1 and LAMP2 cannot be switched individually.
Stays ON while the LAMP2 is lit.
11 AIN1 input LAMP1 analog input An a lo g in put f or L AM P1. T he v olt ag e ra ge of 0 - 5 V
corresponds to the brightness control value range of 0 - 999.
12 5V Output Service 5 V output 5 V output to be used for analog input
13 AIN2 input LAMP2 analog input An a lo g in p ut f or L A MP 2. Th e vo lta ge r ag e o f 0 - 5 V
corresponds to the brightness control value range of 0 - 999.
14 ACOM - Analog common Common terminal for analog input.
If any of the lighting devices LAMP1 and LAMP2 fall into a
state of over current, this output turns ON.
ListofInputandOutputFunctions
MIL14
Pinconnector
1 2
3 4
5 6
7 8
9 10
11 12
13 14
MIL26
Pinconnector
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com

ValidwhentheexternalbrightnesscontrolisON.
TheexternalbrightnesscontrolvalueisnotsavedontheEEPROM.(Theexternalbrightnesscontrolvaluereturnsto0(zero)upon
poweringONorOFF.)
0:Ein(externalparallel)/1:232(RS232communication)/2:SEt(PRMsettingchangemode)
Incaseofreading,thebanknumbercurrentlybeingusedisreturned.(Whatevermaybethebankswitchingmethod.)
Incaseofwriting,thefollowingtwoconditionsmustbemetforoverwriting.
-Externalbankswitching(DSW2=ON/DSW3=ON)
-“232(RS232communication)”forthebankswitchingmethod
Inaddition,thebanknumberaschangedbytheRS232communication(externalparallel)isnotsavedontheEEPROM.(Thebank
numberreturnsto0(zero)uponpoweringON/OFF.)
Thecharacterʻnʼistobereplacedwithabanknumber.Bank0translatesto“B0”andbank10to“B10.”
Incasethebanknumberisasingledigitnumber,paditwith20H(blank)forthelastdigit.
Thecharacterʻmʼistobereplacedwithacharacter0through2.Character0representsthetemperatureofthelightingdevice,1
thetemperatureofLAMP1controlcircuitboardofthepowersupplyunit,and2thetemperatureofLAMP2controlcircuitboardof
thepowersupplyunit.
IncaseofTM1andTM2commands,anyonestationnumberisdesignatedforeachoftheunits.Therefore,@0TM1R**and
@1TM1R**returnthesameresults.
*1)
*2)
*3)
*4)
*5)
The transmission data are added as binary (header + station number + command + read or write) and the
last 8 bits reversed (complement of 1 obtained). Then the two-digit hexadecimal number is converted into
ASCII characters for storage as the checksum.
When skipping the calculation of the checksum, ‘**’ (2AH, 2AH) may be sent out in place of the checksum.
Baudrate
Datalength
Stopbit
Parity
Flowcontrol
9600 bps (initial value). Changeable in the PRM setting change mode. (OFF/ 4800/ 9600/ 19200/ 38400/ 57600/ 115200)
8bit
1bit
None
None
18 19
RS232Communication
ListofCommands
Requestcommand(transmittedbytheexternaldevice)
Responsecommand(transmittedbythedisplayCPU)
Checksum
- Communication speeds or any other settings are wrong.
- Wiring connections are incorrect as for the serial transmission and reception.
- Wrong command has been transmitted.
- Checksum mismatches.
Shown above are some of the possible causes.
Check the communication speed settings and then try the transmission of @0STBR** (40H, 30H, 53H, 54H,
42H, 52H, 2AH, 2AH, 0DH, 0AH).
Whenwritingdata,thedataareoncewrittenlocallyforcomparisonwiththosereadfromtheEEPROM.
Iftheydifferfromeachother,thedataarewrittenontotheEEPROM.
RS232communicationisperformedusingthepins24through26oftheMIL26pinconnector.
Whentheresponsecommandcannotbereceived
Transmitted if the serial communication is successfully established, irrespective of the successful or
unsuccessful result of reading or writing.
In case of successful completion, a response command is transmitted in response to the request command.
Upon any failure, a response command of the same contents as the request command is transmitted.
However, if the variable length section of the request command contains any value that is invalid for the
input, the variable length part is converted to ‘9999’ for transmission.
Whentheresponsecommandhasbeenreceived
The setting will be switched in the following period of time from the completion of a command receipt.
- Master unit as stand-alone: approx. 8 ms
- Slave units connected: 24 - 60 ms
Responsetime
Header
'@'(40H)
Stationnumber
'0'-'7'
Command
'A'-'Z','0'-'9'3bytes
Checksum
'00'-'FF'
DelimiterʻCR+LFʼ
(0DH,0AH)
Writeorread
'0000'-'9999'or'R'(52H)
Variablelengthinarangeof1-4bytes
0 1 2 3 4 5 6 7 8 9 10 11 12
*Ifthecommandlengthislessthan3characters,itispaddedwithblank(s)(20H)atthetrailingend.(Example:ʻFBʼ)
*ThecharacterʻHʼaspartofʻxxHʼsignifiesahexadecimalvalue.Thevalueʻ20Hʼequalsto32indecimal.
Header
'@'(40H)
Stationnumber
'0'-'7'
Command
'A'-'Z','0'-'9'3bytes
Checksum
'00'-'FF'
DelimiterʻCR+LFʼ
(0DH,0AH)
Writeorread
'W'(57H)or'0000'-'9999'
Variablelengthinarangeof1-4bytes
0 1 2 3 4 5 6 7 8 9 10 11 12
Externalbrightnesscontrol*1)
Strobelightingwidth
Automaticstrobeflashingperiod
LEDoutputdelaytimer
UnitofLEDoutputdelaytimer
FiltertimefactorforSyncinputselection
Triggerinputpolarity
Monitoredbrightnesslowerlimitvalueforalarm
Readingthemonitoredvalue
FeedbackFunction
Readingthefeedbackcompensationrate
PWMfrequencyswitching
Bankswitchingmethod*2)
Banknumber*3)
Setting/readingthebrightnesscontrolvalueofbankn*4)
Absolutebrightnessforlightingdevicedatamonitoring
Readingthetemperature*5)
0-999
1-999
1-250
0-999
0,1:10μs/1ms
0 -3:1μs/5μs/25μs/100μs
0,1:PoS/nEG
0-100
0-2047
0-2:off/on/cPb
0-2047:permillageofoutputvoltagecompensation
0-2:20kHz/50kHz/100kHz
0-2:Ein/232/SEt
0-15(banknumbercurrentlyselected)
0-999
0-4095
-99-255(°C)Responseof-00whereno
lightingdeviceisconnected
Sameasshownleft
Sameasshownleft
Sameasshownleft
Sameasshownleft
Sameasshownleft
Sameasshownleft
Sameasshownleft
Sameasshownleft
None
Sameasshownleft
None
Sameasshownleft
Sameasshownleft
0-15(Changethebanknumbercurrentlyselected)
Sameasshownleft
None
None
EVO
STB
OSC
DL
DLU
TFL
TPL
BAL
MON
FB
FBR
PFR
BIN
BNO
Bn
LAB
TMm
Contents Data
Read( ʻRʼ ) Write(data)
Stationnumber 
LAMP1
LAMP2
Masterunit
0
1
Slaveunit
2
3
Slaveunit
4
5
Slaveunit
6
7
Ramco National
800-280-6933 | [email protected]
www.Optex-Ramco.com