PXM PX184 User manual

PX184
R
LED Driver
3 x 700mA / 48V
MANUAL

Rev.3.0
tel.: [phone]
fax: [phone]
E-mail: [email protected]
Internet: www.pxm.pl
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1. General description..............................................................................................
2. Safety conditions.................................................................................................
3. Model description.................................................................................................
4. Connection diagram.............................................................................................
5. DMX signal connection........................................................................................
6. Meaning of displayed messages.........................................................................
7. Programming of group parameters......................................................................
7.1 Setting of DMX address......................................................................
7.2 Operation mode...................................................................................
7.3 Response to the lack of DMX signal...................................................
7.4 Description of the programs................................................................
7.5 MASTER / SLAVE function......................................................................
7.6 White balance......................................................................................
7.7 The smoothing function.......................................................................
8. Programming of individual parameters................................................................
9. Light control frequency.........................................................................................
10. Screen timeout...................................................................................................
11. Temperature limits and sensor failure................................................................
12. Additional functions............................................................................................
12.1 Rotation of the display.......................................................................
12.2 Default settings and memory error....................................................
13. RDM description of available parameters..........................................................
14. Programming.....................................................................................................
15. Dimensions........................................................................................................
16. Technical data....................................................................................................
Declaration of conformity.........................................................................................
PXM Marek Żupnik spółka komandytowa
Podłęże 654
32-003 Podłęże
Manufacturer reserves the right to make modifications in order to improve device operation.
CONTENTS

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The PX184 driver is intended for LEDs control. The built-in DMX signal receiver allows to control 3
channels (R, G, B) through DMX protocol. The wide range of feeding voltage and high load
capacity allow to control great number of LEDs.
The PX184 can be controlled with DMX signal or operate independently. In such case the user
has at disposal a fully programmable scene and 18 factory-defined sequences, for these the user
can adjust the playing speed and step-to-step fading smoothness.
The driver makes it possible to set the frequency of the PWM control signal ("flicker free"
technology). Thanks to this, it is particularly useful in applications for the television industry.
Because LEDs from the RGB series often differ in parameters, it may cause problems getting a
white colour from the RGB channels. That is why PX184 is equipped with a feature known as
"white balance". Thanks to it you can adjust the color control of each module, with full power to
achieve the color white. What's more, this feature allows to some extent also adjust the color
temperature of white color.
In addition, the driver is equipped with a temperature sensor output and support of RDM protocol
(starting from serial number 14290020). The temperature sensor support enables the reduction
of power diodes according to the temperature measured in the lamp.
1. GENERAL DESCRIPTION
2. SAFETY CONDITIONS
The PX184 LED Driver 3 x 700 mA / 48V is a device powered with safe voltage up to 48V;
however, during its installation and use the following rules must be strictly observed:
1. The device may only be connected to 12 - 48V DC (stabilized voltage) with current-carrying
capacity compatible with technical data.
2. All the conductors should be protected against mechanical and thermal damage.
3. In the event of damaging any conductor, it should be replaced with a conductor of the same
technical data.
4. Connection of DMX signal can only be made with shielded conductor.
5. All repairs and connections of outputs or DMX signal can only be made with cut off power
supply.
6. The PX184 should be strictly protected against contact with water and other liquids.
7. All sudden shocks, particularly dropping, should be avoided.
8. The device cannot be turned on in places with humidity exceeding 90%.
o o
9. The device cannot be used in places with temperature lower than 2 C or higher than 40 C.
10. Clean with damp duster only.

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LED indicator for the
DMX signal
power supply
control
outputs
programming keys
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DMX IN
DMX OUT
LED display
4. CONNECTION SCHEME
Example connection the PX184 driver to the LED lamp:
- the cables should be connected with the correct order of colors,
- LEDs should be connected only in series,
- controlled LEDs can be connected using two conductors only, i.e. two per channel,
- the number of serially connected LEDs depends on the driver and supply voltage.
NTC 4K7 temperature sensor
3. MODEL DESCRIPTION
a) RGB lamp connection
Driver
LED
PX184
7-12
PY415-12V
PY421-24V
PY404-48V
4-6
1-3
700 mA power supply
Quantity of
powered lamps
Power
supply
b) Monochromatic lamps connection
Driver
LED
PX184
12
PY415-12V
PY421-24V
PY404-48V
6
3
700 mA power supply
Power
supply
Quantity of
powered lamps

5
power supply
12-48 V DC
DMX in
DMX out
RED +
BLUE +
GREEN +
RED -
BLUE -
LED lamp LED lamp LED lamp
RED -
BLUE -
GREEN -
RED +
BLUE +
GREEN +
GREEN -
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NTC 4K7
temperature
sensor
NOTE:
Temperature measurement is correct only when
the NTC 4K7 sensor is connected to the driver input

6. DESIGNATION OF DISPLAYED MESSAGES
6
DMX address of a device - a basic item in the MENU
setting parameters for each channel individually
DMX address setting
control method selection (RGB, LIGHTNESS / COLOUR, etc.)
no DMX signal response method selection
MASTER / SLAVE mode settings
LIGHTNESS /COLOUR control mode
RGB control mode
HSL control mode - HUE / SATURATION / LIGHTNESS
effect control mode
setting parameters for all channels simultaneously
RGB Dimmer control mode
all outputs at 100%
all outputs off
5. CONNECTING DMX SIGNAL
PX184 must be connected to DMX line in series. This means that DMX IN terminals in the device
must be provided with the driving cable, and then from DMX OUT connector the driving cable
must be provided to other DMX receivers.
If PX184 is the last device in DMX line, DMX Out terminals must be provided with the terminator –
resistor of 120 Ω between pins “+” and “-”
DMX-512 input DMX-512 output DMX cable
120 Ω
NTC
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shorted thermistor
scene
programme no. 17
number of channels being sent in the MASTER mode
white colour balance setting
red balance
green balance
blue balance
white colour balance on / off
program playback speed
level of steps change smoothness in the program
red colour during scene programming
green colour during scene programming
blue colour during scene programming
MASTER mode on / off
DMX address settings for first channel
memory error message
restore default device settings menu
smooth function between transitions of different values
disable of smooth function
smoothing linearly between packets of DMX signal
power backoff management menu according to the temperature
frequency of PWM signals
switching on of the screen backlight
smoothing in the time interval
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value of the maximum limit temperature
function to limit power
value of the limit activation temperature
the lowest temperature recorded by the sensor
temperature limit is switched off and it is not possible to read the following
temperatures: maximum, minimum, and current or when a mode which does not
use all channels is set, and unused channels will have the address of the channel
approval of changes
the highest temperature recorded by the sensor
current temperature
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thermistor open / no thermistor

Programming in this menu applies to all channels. After selecting ALL in the main menu confirm
your selection by pressing the "enter" key, followed by "next" or "previous", and select the
parameters you want to set:
Adr - DMX address of the device,
Cbn - Selection of the control method,
noS - Response of the device to the fading of the DMX signal,
C_d - MASTER / SLAVE function,
bAL - White balance setting,
Sth - Transition smoothing between different values.
7. PROGRAMMING OF GROUP PARAMETERS
7.1. Setting of DMX address
Menu of the PX184 driver allows for setting the DMX address of the device depending on the
mode of operation in the following range:
1 - 511 : two-byte mode 2b
1 - 510 : three-byte mode 3b
1 - 509 : four-byte mode 3bd
1 - 510 : HSL mode (Hue, Saturation, Lightness)
1 - 506 : effect mode EFF
For example, for the EFF mode the module occupies seven consecutive DMX addresses; when
setting the address to 506, the last channel is occupied by address 512.
All channels line up one behind the other, and we select the first of these channels.
Each address programmed this way deletes previous individual settings of channels.
To set the DMX address:
1. Set the Adr function,
2. Using the "next" or "previous" buttons
set the selected DMX address,
3. Confirm your selection by pressing
"enter".
NEXT
ENTER
ENTER
ENTER
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7.2 Operation mode
The PX184 driver can operate in the following modes: EFF, HSL, 4-channel, 3-channel or 2-
channel. A description of the EFF mode is shown on the next page.

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NEXT
NEXT
ENTER
ENTER
NEXT
NEXT
NEXT
ENTER
To select the operating mode:
1. Go to the Cbn function,
2. Using the "next" or "previous" buttons set the
selected operating mode.
3. Confirm your selection by pressing "enter".
For the selected operating mode the following channels have the following settings:
2b mode – lightness and one of the 256 colours defined by a colour designer;
3b mode – three colours: R (red), G (green), B (blue);
3bd mode – three colours: R (red), G (green), B (blue), and the fourth channel includes
the Dimmer function – dimming of all outputs;
HSL mode – operates on three channels which are responsible for colour, colour
saturation and lightness, respectively;
EFF mode – a description of the EFF mode is shown below.
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After changing the operating mode all the channels are set one by one.
CHANNEL4 – MODE
- - - < 0 - 7 > Program1
- - - < 8 - 15 > Program2
- - - < 16 - 23 > Program3
- - - < 24 - 31 > Program4
- - - < 32 - 39 > Program5
- - - < 40 - 47 > Program6
- - - < 48 - 55 > Program7
- - - < 56 - 63 > Program8
- - - < 64 - 71 > Program9
- - - < 72 - 79 > Program10
- - - < 80 - 87 > Program11
- - - < 88 - 95 > Program12
- - - < 96 - 103 > Program13
- - - < 104 - 111 > Program14
- - - < 112 - 119 > Program15
- - - < 120 - 127 > Program16
- - - < 128 - 135 > Program17
- - - < 136 - 143 > Program18
- - - < 144 - 151 > OFF - - -
< 152 - 169 > -
< 170 - 199 > -
< 200 - 229 > -
< 230 - 255 > RGBD - -
EFF mode (effect) channels desription
CHANNEL1
RED
CHANNEL2
GREEN
CHANNEL3
BLUE
CHANNEL5
SPEED
CHANNEL6
FADE
CHANNEL7
BRIGHTNESS
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x
x x x Strobo 10% x x
x x x Strobo 20% x x
x x x Strobo 50% x x
x x x x
Description guide of EFF mode settings

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7.3 Response to the lack of DMX signal
This function is used to protect the installation against fading of the DMX signal, and to control the
LEDs without connecting an external controller. After it is activated, and if there is no DMX signal,
the module will execute the selected function independently. Reconnecting the DMX signal will
automatically stop the function being executed, and the module will again execute commands
transmitted via the DMX line.
ENTER
NEXT
NEXT
NEXT
ENTER
ENTER
NEXT
NEXT
NEXT
NEXT
NEXT
ENTER
2x NEXT
You can also use the 18 preset
programs.
It is also possible to set the
playback speed and steps
change smoothness in the
program for each of them
to set the playback rate,
press "enter" in a tab of a
given programme. You will
be able to change the SPd
value (possibly in the range
from 0.1 up to 99.9
seconds) after pressing
"enter" again.
on stands for turning all the outputs on at
100 %, oFF turns all the outputs off
to independently
program the scene,
enter the Sc option,
and then set the
value at the red,
green and blue
channels, and specify
the scene input time
to start the NO
SIGNAL
function, enter
the noS option
NEXT
NEXTNEXT
scene input time – a value
between 0.1 and 99.9
seconds
step changing rate
The red channel (rEd), the green channel (Grn), and the blue channel (bLu) – the intensity of
each of them is controlled within the range of 0 - 255.
To change the step change rate, press "enter" on the tab of the selected program. Use the "next"
or "previous" buttons to set the Fad parameter. Then, press the "enter" button and enter the
chosen value between 0 (abrupt transition) to 100 (smooth transition).
To confirm the changes made in the "no DMX signal response" settings press the "enter" button.
CHANNEL1 - red colour
CHANNEL2 - green colour
CHANNEL3 - blue colour
CHANNEL4 - operating mode selection
CHANNEL5 - speed settings (higher value - quicker changes)
CHANNEL6 - fade settings (higher value - smoother transition)
CHANNEL7 - lightness settings (higher value - stronger glow)
- possibility to control a given parameter of a selected mode
character ("-") - no possibility to control a given parameter of a selected mode
character ("x")

7.4 Description of the programs
Tables below show values for particular output channels - R, G, B - in programs from 1 to 18 (P01 -
P18). 255 stands for maximal output brightness, 127 for 50% and 0 for channel blackout.
P01
step 1
R255
255
255
255
255
255
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0 0
0
0
0
0
0
0
0
0
0
0
0
0
0
R
R
R
R
R
G
G
G
G
G
G
B
B
B
B
B
B
step 2
step 3
step 4
step 5
step 6
P02 P03 P04 P05 P06 P07 P08 P09 P10
0
255
0
255
0
255
0
0
0
0
0
255
255
255
0
255
255
255
0
255
0
0
255
255
0
0
255
255
0
255
255
0
0
255
0
255
0
0
255
0
255
255
0
255
0
255
255
0
0
255
255
255
0
255
255
0
255
0
0
0
0
255
0
0
255
0
0
255
255
255
0
0
0
0
255
255
255
0
0
0
0
0
0
0
0
0
0
0
0
R
R
R
R
G
G
G
G
B
B
B
B
step 1
step 2
step 3
step 4
P11 P12 P13 P14 P15 P16 P17 P18
0
0
0
255
255
127
127 127
127
127
127
127
127
127
127
127
127
0
0
255
0
0
255
0
0
255
0
255
0
255
0
0
255
0
0
255
0
0
255
0
255
0
0
255
0
255
0
255
255
255
0
0
0
0
0
255
255
255
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7.5 MASTER / SLAVE function
The PX184 module has a built-in DMX-512 receiver and it can be controlled from any desktop
operating in this standard. Additionally, it comes with a programmable response function to no
DMX signal (noS). With 18 built-in factory programmes, it is possible to get effects without an
external controller.
In larger installations, several PX184 modules implementing the same programme cannot
provide full synchronization of playback. This is why PX184 has been equipped with the MASTER
function. When the function is enabled, the module changes from the DMX receiver into a signal
transmitter, and sends executed programmes to other modules (which must be set as SLAVE).
With this solution, precise synchronization is possible in even very large installations.
ENTER
ENTER
ENTER
NEXT
NEXT
NEXT
ENTERENTER
3x NEXT
To set the MASTER/SLAVE function do as follows:
1. Go to the C_d tab located in the group settings sub-
category and click "enter".
2. In the Con settings set one driver as MASTER (select
"on") and the rest as SLAVE (oFF)
Setting the MASTER function will be signalled by rapid
blinking of the LED.
3. In the CHn settings, the user specifies the number of
outgoing DMX channels, and this is possible in the
range of 24 - 512.
NOTE:
PX184 sends three channels (R, G, B) repeated several times on consecutive DMX channels.
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7.6 White balance
The white balance function is used to prevent problems that may arise when the white colour is
present in LED lamps from the RGB series. This may be caused by the use of LEDs with different
technical parameters. Using this option, you can select the right colour temperature for full control
of all three outputs (white colour).
To set the white balance:
1. Go to the Adr tab located in the group settings sub-
category, click "enter".
2. For each channel:
bLr - red colour
bLG - green colour
bLb - blue colour
select an appropriate value between 0 and 100
3. To confirm or reject pre-selected values, go to the next
bCn tab and select:
on - to turn on the white balance
oFF - to turn off the white balance.
NEXT
ENTER
ENTER
NEXT
NEXT
NEXT
ENTER
NEXT
4x
ENTER
7.7 The smoothing function
The PX184 device is equipped with a smoothing option. If this option is enabled, it allows for
smooth transitions between successive DMX values that are sent to the lamp (changes in
lightness and colour) without visible abrupt changes. This prevents the occurrence of "vibrations"
of light in lighting installations. Two successive DMX values sent to the lamp are smoothed
linearly between packets of DMX signal for the selected P2P option or within a time interval set in
the tim menu. ( ).
The enabled smoothing function may slightly slow down the lamp response rate to DMX signal
changes; therefore, this option can be disabled. To disable smoothing, select the diS parameter
and confirm the selection by pressing "enter".
ENTER
NEXT
NEXT
ENTER
NEXT
5x
ENTER
Time smoothing (tim) allows you to change the time parameter in
which successive, variable values of the DMX signal sent to the
lamp are smoothed between each other. The user can set the
smoothing time using the "previous" and "next" buttons between
the minimum value of 10 [ms], and the maximum value of 999 [ms].
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8. PROGRAMMING OF INDIVIDUAL PARAMETERS
The programming of individual parameters allows for assigning any DMX address to each output
channel. The simplest example is to control the lightness of LEDs of the same colour plugged into
all output channels of the driver.
In this situation, assign the same address (e.g. 1) to channels from 1 to 3, and now using one
slider on the control panel or changing one DMX value we will trigger a reaction on each of the
three channels.
To program individual settings:
1. Go to the Ind tab.
2. Go to the settings of the first output marked as Ad1.
3. Use the "next" or "previous" buttons to set a value from 1 up to 512.
4. Set the address for the remaining outputs (by default successive
values are set from value 1 for the first output to value 7 for the
seventh).
1NEXT
ENTER
ENTER
NEXT
NEXT
NEXT
9. LIGHT CONTROL FREQUENCY
The Frq function allows for setting the base control frequency for the LEDs. This function is
extremely useful in applications for the television industry. The use of "flicker free" technology
enables you to avoid an unpleasant effect of screen flickering caused by too low frequency of the
PWM signal that controls the LEDs.
The user has access to a frequency range of 366 Hz up to 1.5 kHz.
The frequency value in the upper range (i.e. 1.50 = 1.5 kHz) makes it possible to avoid the
flickering effect visible in the video image.
ENTER
To set the selected range of base frequencies:
1. Go to the Frq tab.
2. Using the "next" or "previous" buttons set the selected value.
3. Confirm your selection by pressing "enter".
ENTER
NEXT
2x
NEXT
10. SCREEN TIMEOUT
The device has been equipped with an option to turn off the LED display backlight. If the SCr
option is activated, the display will be turned off after 1 minute of idle work (keys are not used).
The device continues to work without interfering with other parameters. To restore backlight, use
any key.
15
If a mode which does not use all channels is set, the unused channels have
addresses equal to
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23,4

ENTER
NEXT
3x
NEXT
To activate the backlight dimming function:
1. Go to the SCr tab and confirm your selection by pressing "enter".
2. Use the "next" or "previous" buttons to change the value to on to
activate the screen dimming function, and confirm your selection
by pressing "enter".
Proceed in a similar way to disable this feature but then select oFF.
ENTER
11. TEMPERATURE LIMITS AND SENSOR FAILURE
PX184 has been equipped with a function that limits the output power depending on the
temperature value read using the external sensor mounted in the lamp. This allows for
programming a temperature value which, if reached, limits the power or disables the lamp
supplied by the driver. The product is designed to work only with the NTC 4K7 type thermistor.
ENTER
NEXT
4x
ENTER
NEXT
NEXT
NEXT
NEXT
NEXT
NEXT
ENTER
the lowest temperature recorded by the
sensor
current temperature
the highest temperature recorded by the
sensor
Available temperature limits:
Lo - value of the limit activation temperature; it can be set in the range from 30°C up to 60°C.
Hi - value of the maximum limit temperature; set in the range of 70-90°C.
The power limit between the Lo and Hi values occurs linearly as shown in the diagram on the next
page.
16
message means there is no thermistor or
the thermistor is open
message closed thermistor
message indicates that the temperature
limit (Lim) has not been enabled
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0
100%
If this function is activated and the temperature sensor is incorrectly connected or there is
no sensor, the driver displays a relevant message – at the current temperature
location, and instead of the first DMX address, i.e. at the very beginning of the menu. To
disable the message, connect an appropriate sensor or disable the temperature limit.
12. ADDITIONAL FUNCTIONS
12.1. Display flip (old FLP feature)
If necessary, the user can rotate the display without turning of the entire device.
To do this, hold down simultaneously for approx. 3s two middle buttons (previous and next).
NOTE: In addition to the display this feature turns also the order of the keys.
PX184 has additional functions: rotation of the display and default settings restoration; what is
more, the driver signals a built-in memory error.
To restore the default setting
hold once again the middle
keys for approximately
3 seconds.
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11.2. Default settings and memory error
The device has been equipped with an option to restore default settings.
To use this option you must disconnect PX184 from power supply. Before re-applying the power,
press and hold the "previous" button. After turning on, the screen of the device shows a dFl
message (during the power-on until the display shows the dFl button the "previous" button must
be pressed).
17
Power
Sensor Turn On - __
by default: 60°C
Sensor Turn Off - __
by default: 90°CTemperature
normal
position
flipped
display
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Accepting this message dFl by pressing the „enter” key restores default settings. It is also
possible to exit this menu without returning to default settings by pressing the „escape” button.
PX184 default settings are as follows:
! driver operating mode – RGB (3b - 3-byte)
! DMX address – 1
! no signal operating mode – programme 1,
! master mode – disabled,
! number of outgoing DMX channels – 128,
! White Balance – off,
! smoothing function – off.
ENTER
POWER ON
ESCAPE
The device is equipped with a built-in memory work control function.
If there are problems with the memory operation, on the PX184 display the Err message appears
Err - memory error.
In this situation, select the enter button. The device will reload the default configuration and
upload it to the memory. If after this operation, the Err message remains on the screen, the
memory is permanently damaged and the unit must be sent to the service point.
18
PREVIOUSPRESSED
Err message - memory error
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13. RDM DESCRIPTION OF AVAILABLE PARAMETERS
The PX184 supports the RDM protocol. DMX protocol allows only of a one-way data
transmission, while its extension the RDM protocol can transmit information in two directions.
This makes possible to simultaneously send and receive information, and hence the possibility of
monitoring activities of the compatible devices. Thanks to RDM some available settings of
compatible devices may be programmed using this protocol.
Below there is a list of RDM parameters supported by PX184:
19
Parameter name
PiD
Description
PARAMETER_DESCRIPTION
0x0051
description of additional parameters
DEVICE_INFO
0x0060
information concerning the device
SOFTWARE_VERSION_LABEL
0x00C0
firmware version of the device
DMX_START_ADDRESS *
0x00F0
DMX starting address of the device,
minimum value: 1, maximum value: 512.
According to the RDM standard, for device
whose footprint is 0, the value of this
parameter may be 65535 and then it is not
possible to change the initial address settings
for the entire device, but only for sub-devices.
IDENTIFY_DEVICE *
0x1000
device identification,
Two states are possible: identification is off
(0x00 value) and identification is on (0x01
value).
STATUS_MESSAGES
0x0030
information about device status
DEVICE_MODEL_
DESCRIPTION
0x0080
device description, e.g. name
MANUFACTURER_LABEL
0x0081
manufacturer description, e.g. name
DEVICE_LABEL *
0x0082
additional device description,
It is possible to enter an additional device
description using up to 32 ASCII characters.
DMX_PERSONALITY
0x00E0
DMX operational mode
DMX_PERSONALITY_
DESCRIPTION
0x00E1
description of individual operational modes
DEVICE_HOURS
0x0400
information concerning the working time of the
device counted in hours
TEMPERATURE_LIMIT_
ON/OFF
0x800E
temperature limitation activation for the
temperature sensor connected to the driver,
For 0 value, the function is not active; for 1
value, the function is active. Default value is 1.

Parameter name
PiD
Description
TEMPERATURE_
THRESHOLD_LOW
0x800F
lower temperature value for which the
temperature limitation is being activated
TEMPERATURE_
THRESHOLD_HIGH
0x8010
upper temperature value for which the
temperature limitation is active, i.e. the cut-off
temperature for exits from the driver
BALANS_RED
0x8011
balance modulation value of red channel;
Minimum value is 0 and maximum is 100 (the
value corresponds to the percentage of
modulation). For maximum value (100) LEDs
operate at maximum lightness. Default value
is 100.
BALANS_GREEN
0x8012
balance modulation value of green channel;
Minimum value is 0 and maximum is 100 (the
value corresponds to the percentage of
modulation). For maximum value (100) LEDs
operate at maximum lightness. Default value
is 100.
BALANS_BLUE
0x8013
balance modulation value of blue channel;
Minimum value is 0 and maximum is 100 (the
value corresponds to the percentage of
modulation). For maximum value (100) LEDs
operate at maximum lightness. Default value
is 100.
SMOOTH_DIS_0/P2P_
1/TIM_2 *
0x801A
selection of the options concerning Smooth
function;
For 0 value, the smooth function is off; for 1
value, the smooth function operates in the
Packet to Packet mode (P2P) and for 2 value,
the smooth function operates in the time
mode. Value 0 set by default – smoothing off.
SMOOTH_TIME *
0x801B
smoothing time for TIM (time) function
selected in the above point;
Unit expressed in [ms]. Minimum parameter
value is 10 and maximum is 2000 [ms].
Default value is 200 [ms].
20