ROBe Footsie1,Footsie2 Foot Lighting User Manual
- September 15, 2024
- ROBE
Table of Contents
- Footsie1,Footsie2 Foot Lighting
- Product Information
- Specifications:
- Product Usage Instructions:
- Safety Instructions:
- Handling Instructions:
- Operating Determination:
- Transportation:
- Installation:
- Q: Can the fixture be used for household applications?
- Q: What should I do if I notice smoke or smell during initial
Footsie1,Footsie2 Foot Lighting
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Product Information
Specifications:
- Product Name: Robin Footsie
- Version: 1.5
- Intended Use: Outdoor professional application
- Light Source: Blue LEDs
- Protection Class: I
Product Usage Instructions:
Safety Instructions:
1. Disconnect the fixture from mains before removing any cover
to avoid electric shock.
2. Connect the fixture to a mains socket outlet with protective
earthing connection.
3. Do not connect the fixture to a dimmer pack.
4. Avoid looking directly into the beam or using optical
instruments near the product to prevent eye injury.
Handling Instructions:
1. Handle the fixture only in a folded state without diffuser
using handles or bottom side of the base.
2. Never handle the fixture by the display cover, rear cover,
diffusion filter cover, or diffusion filter.
3. Do not handle the fixture in an unfolded state to avoid
finger injuries.
Operating Determination:
1. Potential foggy front lens array does not affect the function
of the fixture.
Transportation:
1. Use only original ROBE packaging for transporting the device
to prevent potential damage.
Installation:
1. Fixtures must be installed by a qualified electrician
following national and local electrical codes and regulations.
2. Seal all unused power connectors and DMX connectors with
rubber caps.
3. Visually inspect connectors for water leaks before connecting
cable connectors.
FAQ:
Q: Can the fixture be used for household applications?
A: No, the Robin Footsie is designed for outdoor professional
use only and not for household applications.
Q: What should I do if I notice smoke or smell during initial
start-up?
A: Some smoke or smell during initial start-up is normal and
does not necessarily indicate a defect in the device.
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QR code for user manual
Version 1.5 1
Footsie1
Footsie2
Table of contents
1. Safety instructions …………………………………………………………………………………………… 3 2. Operating
determination…………………………………………………………………………………… 4 3. Fixture exterior view
………………………………………………………………………………………… 6 4.
Installation……………………………………………………………………………………………………….. 8
4.1 Connection to the mains ……………………………………………………………………………….. 8 4.2 Connecting
Footsies …………………………………………………………………………………….. 9 4.3 Diffusion filter
installation……………………………………………………………………………… 11 5. DMX operation
……………………………………………………………………………………………….. 12 6. Control menu
map………………………………………………………………………………………….. 13 7. Control menu
………………………………………………………………………………………………… 15 7.1 DMXA
(Addressing)…………………………………………………………………………………….. 16 7.2 Info (Fixture
information) ……………………………………………………………………………… 16 7.3 Pers
(Personality)……………………………………………………………………………………….. 17 7.4 Manual (Manual
Control)……………………………………………………………………………… 18 7.5 Test Prg (Test
program)……………………………………………………………………………….. 18 7.6 St Alone (Stand-alone)
………………………………………………………………………………… 18 7.7
Reset………………………………………………………………………………………………………… 19 7.8 Special (Special
functions)…………………………………………………………………………… 19 8. RDM
………………………………………………………………………………………………………………. 21 9. NFC
……………………………………………………………………………………………………………….. 22 10. Error and information
messages …………………………………………………………………… 23 11. Technical Specifications
……………………………………………………………………………….. 24 12.
ChangeLog…………………………………………………………………………………………………… 28
2
FOR YOUR OWN SAFETY, PLEASE READ THIS USER MANUAL CAREFULLY BEFORE YOU INITIAL
START – UP
This device has left our premises in absolutely perfect condition. In order to
maintain this condition and to ensure a safe operation, it is absolutely
necessary for the user to follow the safety instructions and warnings in this
manual. The manufacturer will not accept liability for any resulting damages
caused by the non-observance of this manual or any unauthorized modification
to the device. Please consider that damages caused by manual modifications to
the device are not subject to warranty.
The Robin Footsie was designed for outdoor use and it is intended for
professional application only. It is not for household use.
1. Safety instructions
CAUTION! Disconnect the fixture from mains before removing any cover of the
fixture. With a high voltage you can suffer a dangerous electric shock when
touching
alive wires and electrical parts under covers!
Make sure that the available voltage is not higher than stated on the rear
panel of the fixture. This fixture should be operated only from the type of
power source indicated on the marking label. If you are not sure of the type
of power supplied, consult your authorized distributor or local power company.
Always disconnect the fixture from AC power before cleaning or servicing any
part of the fixture. The power plug has to be accessible after installing the
fixture. Do not overload wall outlets and extension cords as this can result
in fire or electric shock. Make sure that the power cord is never crimped or
damaged by sharp edges. Check the fixture and the power cord from time to
time. Refer servicing to qualified service personnel.
This fixture falls under protection class I. Therefore this fixture has to be
connected to a mains socket outlet with a protective earthing connection.
Do not connect this fixture to a dimmer pack. During the initial start-up some
smoke or smell may arise. This is a normal process and does not necessarily
mean that the device is defective.
LED light emission. Risk of eye injury. Do not look into the beam at short
distance of the of the product. Do not view the light output with optical
instruments or any device that may concentrate the beam. The light source
contains blue LEDs.
3
Handle the fixture only in a folded state without diffuser (11) by means of
handles (5) or by bottom side of the base (12).
Never handle the fixture holding it by the display cover (3), rear cover (2),
diffusion filter cover (10) or diffusion filter (11)!
Never handle the fixture in unfolded state! Danger of injury of your fingers
at incorrect handling with the fixture.
2. Operating determination
WARNING! This unit does not contain an ON/OFF switch. Always disconnect the
power input cable from mains to completely remove power from unit when not in
use or before cleaning or servicing the unit. Avoid brute force when
installing or operating the device. When choosing the installation spot,
please make sure that the device is not exposed to extreme heat or dust. Only
operate the fixture after having checked that the housing is firmly closed and
all screws are tightly fastened. Do not block the lens array with any object
when the fixture is under operation. Operate the device only after having
familiarized with its functions. Do not permit operation by persons not
qualified for operating the device. The fixture housing never must be covered
with cloth or other materials during its operation. Please consider that
unauthorized modifications on the device are forbidden due to safety reasons!
Potential foggy front lens array does not influence function of the fixture
and does not subject to complaint.
4
Please use only an original ROBE packaging (paper box, loader case or foam
shell) for transporting the device, otherwise potential damage of the device
during its transport will not subject to warranty.
The fixture must not come into contact with sea water (salt water). Damages or
corrosion issues resulting from salt water will void the manufacture
warranty and will not be subject to any warranty claims or repairs.
The product (covers and cables) must not be exposed to a high frequency
electromagnetic field higher than 3V/m. Immunity of the equipment is designed
according to the standard EN 55035 Electromagnetic compatibility of multimedia
equipment – Immunity requirements Emission of the equipment complies with the
standard EN55032 Electromagnetic compatibility of multimedia equipment
Emission Requirements according to class B. Contains FCC ID: 2A6PL-DMXRDMRW001
Contains IC: 29573-DMXRDMRW001 This device complies with part 15 of the FCC
Rules. Operation is subject to the following two conditions: (1) This device
may not cause harmful interference, and (2) this device must accept any
interference received, including interference that may cause undesired
operation. Changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment. The [Device] wireless operation is safe and complies to RF Exposure
requirements This equipment has been tested and found to comply with the
limits for a Class B digital device, pursuant to part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and
can radiate radio frequency energy and, if not installed and used in
accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures: – Reorient or relocate
the receiving antenna. – Increase the separation between the equipment and
receiver. – Connect the equipment into an outlet on a circuit different from
that to which the receiver is connected. – Consult the dealer or an
experienced radio/TV technician for help.
5
3. Fixture exterior view
Top view – covers in closed position 1. Glass cover 2. Rear cover 3. Display
cover 4. Connecting pin
Bottom view – covers in closed position 5. Handles
Top view – covers in open position 1. Glass cover 6. Control panel with
display and control buttons
Side view – covers in closed position 7. Connecting aperture 8. DMX connection
9. Power IN
Side view – covers in open position 2. Rear cover 3. Display cover 10.
Diffusion filter support cover
Side view – diffuser in open position 2. Rear cover 3. Display cover 10.
Diffusion filter support cover 11. Diffusion filter 12. Power OUT
6
Zone and PIP* positions
PIP*= Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points.
Footsie1
Footsie2
7
4. Installation
Fixtures must be installed by a qualified electrician in accordance with all
national and local electrical and construction codes and regulations.
The Footsie´s power connectors and DMX connectors are dust and water protected
according to IP 65 by mating with related cable connectors. They cannot stay
disconnected outdoor.
All unused power connectors and DMX connectors have to be sealed by the rubber
caps.
Visually check connectors on accidental water leaks before connecting related
cable connectors.
If some water will appear in connectors, do not connect cable connectors,
especially power!
Rubber caps have to be placed on unused connectors.
4.1 Connection to the mains
For protection from electric shock, the fixture must be earthed! The fixture
has to be connected to an electric outlet which is equipped with
a residual-current device (residual-current circuit breaker)!
The Footsie is equipped with auto-switching power supply that automatically
adjusts to any 50-60Hz AC power source from 100-240 Volts. The IP65 rated
supply cable is an optional accessories. If you need to install a power plug
on the power cable
to allow connection to power outlets, install a grounding-type (earthed) plug,
following the plug manufacturer’s
instructions. If you have any doubts about proper installation, consult a
qualified electrician. The cores in the power cable are coloured according to
the following table.
Core (EU) Brown Light blue Yellow/Green
Core (US) Black White Green
Connection Plug Terminal Marking
Live
L
Neutral
N
Earth
8
This device falls under class one and must be earthed (grounded)! Ensure all
connections and the power plug on the cable are properly sealed.
Design of the Footsie allows you to connect several fixtures to AC mains power
in one interconnected daisy chain using power input and throughput connectors.
The max. number of connected fixtures depends on the AC mains power voltage:
Footsie1
CE:
60 fixtures at power supply= 230V 54 fixtures at power supply= 208V 31
fixtures at power supply= 120V
US:
44 fixtures at power supply= 230V 40 fixtures at power supply= 208V 23
fixtures at power supply= 120V
Footsie2
CE:
31 fixtures at power supply= 230V 28 fixtures at power supply= 208V 15
fixtures at power supply= 120V
US:
23 fixtures at power supply= 230V 21 fixtures at power supply= 208V 11
fixtures at power supply= 120V
Real numbers of fixtures may differ from values stated above as you have to take into account the length of supply cables, circuit breaker etc. at projecting the fixtures installation Do not overload the supply line and connecting leads.
Wiring and connection work must be carried out by qualified staff!
4.2 Connecting Footsies
Fixtures on stage can be seamlessly aligned by the locking mechanism which
creates connecting pin (4) and connecting aperture (7) on sides of the
Footsies.
9
The line of connected Footsies can be bended by means of angled corners 15°,
30°, 60° and 90°. The locking mechanism creates connecting pin and connecting
aperture on sides of angled corners.
Angled corner
End cape has connecting pin (4) installed. If you need aperture for connecting
the end cape to the Footsie, remove the connecting pin (4) by unscrewing two
screws (X). The space under rear cover of the Footsie can be used for
placement of cables.
10
4.3 Diffusion filter installation
1. Disconnect Footsie from mains. 2. Open all covers (2), (3) and (10). 3.
Place the diffusion filter (11) on the Footsie. 4. Close the diffusion filter
support cover (10). 5. Close the covers (2) and (3).
11
5. DMX operation
The fixture is equipped with 5-pin XLR connectors for DMX input and output. Use a shielded twisted-pair cable designed for RS-485 and 5-pin XLR connectors in order to connect the con-
troller with the fixture. To keep declared IP rating the fixture, all used XLR connectors and cables have to meet IP 65 rating.
DMX output
DMX input
XLR socket (female)
XLR socket (male)
1 – Shield 2 – Signal (-) 3 – Signal (+) 4 – Not connected 5 – Not connected
1 – Shield 2 – Signal (-) 3 – Signal (+) 4 – Not connected 5 – Not connected
Building a serial DMX daisy chain:
Connect the DMX output of the first fixture in the DMX daisy chain with the
DMX input of the next fixture. Always connect one output with the input of the
next fixture until all fixtures are connected. Up to 32 fixtures can be
connected in one DMX daisy chain.
Caution: At the last fixture, the DMX cable has to be terminated with a
terminator. Solder a 120 resistor between Signal () and Signal (+) into 5-pin
XLR plug and plug it into DMX output of the last fixture.
12
6. Control menu map
Default settings=Bold print
Level 1
Level 2
Level 3
DMXA
Set DMXA
001-512
Info
Times
PO Time
LOTi
Pers
DMX Val Temps
RDM UID SW Ver DMX In Display Tungsten White P
Powr : Dimm F Base Tmp
LB Tmp
LED 1 Tmp
LED 2 Tmp
LED 3 Tmp
LED 4 Tmp
RDM U. 1 : RDM U. 6 IC-M IC-ME IC-L1 IC-L2 IC-L3
Wired Wireless Wrle Out Turn On/Off T Contrast Backlight Off 750 W 1000 W 1200
W 2000 W 2500 W On, Off
Level 4
Total Reset R LOT. G LOT. B LOT. W LOT. 0-255 0-255 Current Highest High Res.
Current Highest High Res. Current Highest High Res. Current Highest High Res.
Current Highest High Res. Current Highest High Res.
On, Off 0-100% 0-100%
13
Level 5
Level 6
Level 7
Level 1
Manual Test Prg St Alone
Level 2 Dimmer C LED Freq
LED Fadj Temp Uni I Ef Pos
Res WPas Defaults Pan : Dimm F
Auto Run
Pr Play
Pr Edit
Level 3 Square, Linear 300 600 1200 2400 High -126,-05..00..05, 126 °C, °F
Powr
: Dim F Store No, Yes
Level 4
0-255 0-255
0-255 0-255
Off Test Prog 1 Prog 2 Prog 3 Test Prg Prog 1 Prog 2 Prog 3 Prog 1 Prog 2 Prog 3
Step 1 : Step 40
Reset Special
RDM Low RDM Hight Wireless
Adjust
Stat Unlink DMX Val
Calib
Powr : Dimm F Cal Col
Sw Upd
- Footsie2 only
On, Off
Cal Load
14
Level 5
Pwr : F.Tim S.Tim COPY Prg End
0-255 0-255 Red C Gre C Blu C Whi C Store
Level 6
Level 7
0-25.5 0-25.5 1-40
R X, RY, RI, RT G X, GY, GI, GT B X, BY, BI, BT W X, WY, WI, WT
7. Control menu
The Robin Footsie is equipped with a 2-row LCD display which allows you to set
the fixture´s behaviour according to your needs, obtain information on its
operation, control all range of effects and program it in stand-alone mode.
The fixture supports NFC (Near-Field Communication).
NFC interface, display and control buttons on the front panel [ESCAPE] button
used to leave the menu without saving changes. [NEXT] , [PREVIOUS] buttons for
moving between menu items and symbols, adjusting values. [ENTER] button used
to enter the selected menu (menu item) and to confirm adjusted value. After
switching the fixture on, display shows current DMX address. Locking/unlocking
the screen To lock the screen, display the screen with DMX address, touch the
[ESCAPE] button and slide your finger clockwise in a circular track of 360°
across buttons [ESCAPE] –> [NEXT] –> [ENTER] –>[PREV]–> [ESCAPE]. The sign
“Locked” will appear on the screen. If this sign will not appear, repeat
finger sliding again with a different speed.
To unlock the screen, touch the [ESCAPE] button and slide your finger
clockwise in a circular track of 360° across buttons [ESCAPE] –> [NEXT] –>
[ENTER] –>[PREV]–> [ESCAPE]. The sign “Locked” will disappear from the screen.
If this sign still remains on the screen, repeat finger sliding again with a
different speed.
15
7.1 DMXA (Addressing)
Set DMXA (DMX Address) – use this menu item to set the DMX start address of
the fixture, which is defined as the first channel from which the ROBIN
Footsie will respond to the controller. If you set, for example, the address
23, the ROBIN Footsie2 WW will use channels 23 – 35for control. Please, be
sure that you do not have any overlapping channels in order to control each
ROBIN Footsie correctly and independently from any other fixture on the DMX
data link. If there is no data received at the DMX input, the display will
start to flash “0001” with actually stored DMX address.
7.2 Info (Fixture information)
Times – the menu item allows you to get information about fixture times. PO
Time (Power On Time) – Select the menu to read the number of fixture operation
hours. Total – the item shows the total number of the operation hours since
the ROBIN Footsie has been fabricated. Reset – the item shows the number of
operation hours that the ROBIN Footsie has been powered on since the counter
was last reset. In order to reset this counter to 0, press and hold both
[NEXT] and [PREV] buttons and the [Enter] button at the same time.
LOTi (LEDs On Time) – Select the menu item to read the number of operation
hours of individual LEDs (Red, Green, Blue, White).
R LOT. – Red LEDs on time. G LOT. – Green LEDs on time. B LOT. – Blue LEDs on
time. W LOT. – White LEDs on time.
DMX Val. (DMX readout) – The menu is used to read DMX values of each channel
received by the fixture.
Temps – The menu allows you to read temperatures inside of the fixture. LB Tmp
(LEDs Board Temperature) – the menu shows temperatures on the LEDs control
PCB. Current – a current temperature of the LEDs control PCB. Highest – a
maximum temperature of the LEDs control PCB since the fixture has been
fabricated. High Res (High Resettable) – a maximum temperature of the LEDs
control PCB since the counter was last reset. In order to reset this counter,
press and hold both [NEXT] and [PREV] buttons and the [Enter] button at the
same time. Base Tmp (Base temperature) – the menu shows temperatures in the
fixture base (on the display PCB). Current – a current temperature in the
fixture base. Highest – a maximum temperature in the fixture base since the
fixture has been fabricated. High Res (High Resetable) – a maximum temperature
in the fixture base since the counter was last reset. In order to reset this
counter, press and hold both [NEXT] and [PREV] buttons and the [Enter] button
at the same time.
LED 1 Tmp (LEDs PCB 1 Temperature) – the menu shows temperatures on the LEDs
PCB 1. Current – a current temperature of the LEDs PCB 1. Highest – a maximum
temperature of the LEDs PCB 1 since the fixture has been fabricated. High Res
(High Resettable) – a maximum temperature of the LEDs PCB 1 since the counter
was last reset. In order to reset this counter, press and hold both [NEXT] and
[PREV] buttons and the [Enter] button at the same time.
LED 2 Tmp (LEDs PCB 2 Temperature) – the menu shows temperatures on the LEDs
PCB 2. Current – a current temperature of the LEDs PCB 2. Highest – a maximum
temperature of the LEDs PCB 2 since the fixture has been fabricated. High Res
(High Resettable) – a maximum temperature of the LEDs PCB 2 since the counter
was last reset. In order to reset this counter, press and hold both [NEXT] and
[PREV] buttons and the [Enter] button at the same time.
16
LED 3 Tmp (LEDs PCB 3 Temperature) – the menu shows temperatures on the LEDs
PCB 3. Current – a current temperature of the LEDs PCB 3. Highest – a maximum
temperature of the LEDs PCB 3 since the fixture has been fabricated. High Res
(High Resettable) – a maximum temperature of the LEDs PCB 3 since the counter
was last reset. In order to reset this counter, press and hold both [NEXT] and
[PREV] buttons and the [Enter] button at the same time.
LED 4 Tmp (LEDs PCB 4 Temperature) – the menu shows temperatures on the LEDs
PCB 4. Current – a current temperature of the LEDs PCB 4. Highest – a maximum
temperature of the LEDs PCB 4 since the fixture has been fabricated. High Res
(High Resettable) – a maximum temperature of the LEDs PCB 4 since the counter
was last reset. In order to reset this counter, press and hold both [NEXT] and
[PREV] buttons and the [Enter] button at the same time.
- Footsie2 only.
RDM UID – the menu allows you to read RDM UID of the fixture.
Sw Ver (Software versions) – Select this item to read the software version of the fixture processors. IC-M – Display processor IC-ME – EEprom IC-L1 – LED control processor 1. IC-L2 – LED control processor 2. IC-L3 – LED control processor 3.
7.3 Pers (Personality)
DMX In (DMX input) – use the menu to select mode of DMX signal receiving. Wired – DMX signal is received by means of the standard DMX cable. Wireless – DMX signal is received by means on inbuilt wireless DMX module. Wrle Out – the fixture receives wireless DMX and sends the signal to its wired DMX output. The fixture behaves as ” Wireless/Wired” adapter.
Display (Display adjusting) – this menu allows you to adjust the display behaviour. Turn – the function turns the display by 180°. On/Off T – the function allows you to keep the display permanent on or turn it off two minutes after last pressing any button on the control panel. Contrast- use the function to adjust contrast of the display (0-100%). Backlight- use this function to adjust back-light of the display (0-100%).
Tungsten (Tungsten simulation) – the function simulates behaviour of a halogen lamp during dimming at calibrated whites 2700K-4200K. You can select from various lamp wattage simulation: 750W, 1000W, 1200W, 2000W, 2500W.
White P (White Point 8000K) – if the function is on, the CTC channel allows you to set desired white in range of 8000K-2700K (0 DMX=8000K, 255 DMX=2700K). Necessary condition is, that RGBW channels have to be full or set at the same DMX values, e.g. 150. If this function is off, the range of whites is not uniform and may be different for each fixture.
Dimmer C (Dimmer curve) – use the menu to select desired dimmer curve. Linear – a linear curve. Square – a square law curve.
LED Freq. (LEDs frequency selection) – the function allows you to set the PWM (Pulse Width Modulation) output frequency of LEDs to Standard or High. You can select from the following values:
300 Hz 600 Hz 1200 Hz 2400 Hz High
17
LED Fadj (LEDs frequency fine adjustment) – The function allows you to change
the selected PWM output frequency of LEDs in 126 levels up and down around the
selected frequency in the menu “LED Freq”.
-126…-001 – Frequence levels 1-126 under selected frequency. 000 – Selected frequency 001…126 – Frequence levels 1-126 above selected frequency.
Temp. Uni. (Temperature unit) – use the menu item to change temperature unit
from °C to °F.
I. Ef. Pos. (Init effect positions) – use the menu to set all effects to the
desired positions at which they will stay after switching the fixture on
without DMX signal connected.
Defaults – The menu item allows you to set all fixture parameters to the
default (factory) values.
7.4 Manual (Manual Control)
Use the menu to control all fixture channels by means of control buttons.
7.5 Test Prg (Test program)
Use this menu to run a special demo-test sequences without an external
controller, which will show you some possibilities of using ROBIN Footsie.
7.6 St Alone (Stand-alone)
Auto Run (Presetting playback) – the function allows you to select the program
which will be played in the stand-alone mode after switching the fixture on.
Selected program will be played continuously in a loop.
Off – the option disables ,,Auto Run” function. Test – the option will start
built-in test program. Prog 1 – the option will start user-created program 1
Prog 2 – the option will start user-created program 2 Prog 3 – the option will
start user-created program 3
Pr. Play (Playing program) – use the menu to run a user-created program in a
loop. Test Prg – the option runs built-in test program. Prog 1 – the option
runs user-created program 1 Prog 2 – the option runs user-created program 2
Prog 3 – the option runs user-created program 3
Select the program you wish and press [ENTER]. The selected program will start
running. By Pressing [ENTER] again, program pauses its running.
Pr. Edit (Editing program) – select this menu to edit or create the program. The ROBIN Footsie has one built-in
program and three user-editable programs up to 40 steps each. Each program step has a step time – during
which effects last in the current step and a fade time- during which effects move to new positions.
To edit program:
1. Touch [NEXT] or [PREVIOUS] button to select the menu “Edit” and touch [ENTER].
2. Touch [NEXT] or [PREVIOUS] button to select the desired program step and touch [ENTER] button.
3. Touch [NEXT] or [PREVIOUS] button to select the desired item and touch [ENTER] button. Now you can edit
DMX value (0-255) for selected item by touching [NEXT] or [PREVIOUS] buttons:
Prg End.
a total number of the program steps (value 1-40). This value you should be set before
starting of programming (e.g. if you want to create program with the 10 steps,
set Prg End=10).
Powr
power/special functions
L Fre
LEDs frequency
L Fr S
LEDs frequency fine adjusting
Virt C
a virtual colour wheel
Red
a red colour coarse
Red F
a red colour fine
Green
a green colour coarse
18
Green F
a green colour fine
Blue
a blue colour coarse
Blue F
a blue colour fine
White
a white colour
White F
a white colour fine
Warm
a warm white colour*
Warm F
a warm white colour fine*
Cool
a cool white colour*
Cool F
a cool white colour fine*
BPL
Blue position LEDs intensity
CTC
a colour temperature correction
C Mix C
a colour mix control
C Mix Z
a colour mix control of zones
Zoom
a zoom function
Zoom F
a zoom function fine
Stro
a strobe/shutter function
Dimm
a dimmer function coarse
Dim F
a dimmer function fine
F.Tim
a fade time (0-25.5 sec)
S.Tim
a step time (0-25.5 sec)
COPY
copying the current prog. step to
the next prog. step
- TW version only
4. Press [ENTER] button to confirm adjusted value .
5. Press [ESCAPE] button, select next prog. step, press [ENTER] button and repeat steps 3 – 5).
7.7 Reset
This option enables the ROBIN Footsie to index all effects and return to their
standard positions.
7.8 Special (Special functions)
RDM Low – the menu item shows the first part of the RDM identification code.
RDM High – the menu item shows the second part of the RDM identification code.
Wireless (Wireless DMX information) – the menu allows you to read some
information about Wireless DMX operation
Stat (Wireless status) – Use the menu to read wireless DMX status. Unlink –
use this item to unlink fixture from wireless DMX transmitter .
Adjust (Adjustment) – the menu allows you fine adjustment of effects. DMX Val.
(DMX values) – use the menu to set DMX values of fixture´s channels. Calib
(Calibration) – calibration of effects. Cal. Col. (Calibration of Colours) –
the menu serves for calibration of colours in the factory. User should not
change settings in this menu.
Cal. Load – the item loads default (factory) calibration values.
Sw Upd (Software update) – the menu item allows you to update software in the
fixture via either serial or USB port of PC. The following items are required
in order to update software: – PC running Windows or Linux or macOS – DSU file
– Flash cable RS232/DMX, P/N13050624 (if you want to use a serial port of PC)
– Robe Universal Interface or Robe Universal interface WTX (if you want to use
an USB port of PC)
To update software in the fixture: 1. DSU file is available from Robe web site
at WWW.robe.cz.
File with extension zip is intended for Windows (used and tested from XP to
W10 on 32/64bit systems). File with extension tbz is intended for Linux (used
and tested on Debian and Ubuntu 32/64bit).
19
File with extension dmg is intended for macOS (used and tested on OSX up to
Sierra) XQuartz required, install it from https://www.xquartz.org/. Save the
download file to a folder on your computer. In case that you use windows,
extract files in the zip file (e.g. DSU_Footsie_18041738.zip) 2. Disconnect
the fixture from DMX controller. 3. If you use the flash cable RS232/DMX,
connect a serial port of your computer with DMX input of the fixture by means
of the cable. If you use the Robe Universal Interface, connect a USB port of
your computer with the Robe Universal Interface by means of the USB cable and
DMX input of the fixture with the DMX output of the Robe Universal Interface
via a DMX cable. 4. Switch the fixture to the update mode (Special –> SW Upd).
Note: If you do not want to continue in the software update, you have to
switch off and on the fixture to escape from the updating mode. We recommend
to cancel all running programs on your computer before starting the software
update. 5. Double-click the software uploader file (e.g.
DSU_Footsie_18041738.exe) in the extracted files. The Software Uploader
program will start running.
6. Select correct “COM ” number if you use a Flash cable RS232/DMX or select
“Robe Universal Interface 1 ” if you use the Robe Universal Interface/Robe
Universal Interface WTX and then click on the “Connect” button.
7. If the connection is OK, click the “Start Uploading” button to start
software uploading. It will take several minutes to perform software update.
If the option “Incremental Update” is not checked, all processors will be
updated (including processors with the same software version). If you wish to
update only processors with new version of software, check the “Incremental
Update box”. Avoid interrupting the process. Update status is being displayed
in the “Info Box” window. When the update is finished, the line with the text
“Fixture is successfully updated” will appear in this window.
In case upload process is interrupted (e.g. power loss), the fixture stays in
“Updating mode” and you will have to repeat the software update again.
20
Another way, how to update software in the fixtures (especially large
installation of fixtures) is to use the ROBE Uploader. It is a software for
automatized software update of Robe fixtures. It takes advantage of RDM
support).
For more information please see https://www.robe.cz/robe-uploader/.
8. RDM
This fixture supports RDM operation. RDM (Remote Device Management) is a bi-
directional communications protocol for use in DMX512 control systems, it is
the new open standard for DMX512 device configuration and status monitoring.
The RDM protocol allows data packets to be inserted into a DMX512 data stream
without adversely affecting existing non-RDM equipment. By using a special
,,Start Code,” and by complying with the timing specifications for DMX512, the
RDM protocol allows a console or dedicated RDM controller to send commands to
and receive messages from specific moving lights. RDM allows explicit commands
to be sent to a device and responses to be received from it. The list of
commands for Robin Footsie is the following.
Parameter ID
DISC_UNIQUE_BRANCH DISC_MUTE DISC_UN_MUTE DEVICE_INFO SUPPORTED_PARAMETERS
SOFTWARE_VERSION_LABEL DMX_START_ADDRESS IDENTIFY_DEVICE
DEVICE_MODEL_DESCRIPTION MANUFACTURER_LABEL DEVICE_LABEL SENSOR_DEFINITION
SENSOR_VALUE DISPLAY_INVERT DISPLAY_LEVEL
Discovery command SET command *
-
-
- 21
GET command
DMX_PERSONALITY DMX_PERSONALITY_DESCRIPTION STATUS_MESSAGES
STATUS_ID_DESCRIPTION DEVICE_HOURS 2 ROBE_DMX_INPUT ROBE_WIRELESS_UNLINK
2…Commands relative resetable values
RDM model IDs for the Robin Footsies: Footsie1 RGBW: 0x0139 Footsie1 TW:
0x013b Footsie2 RGBW: 0x013a Footsie2 TW: 0x013c
9. NFC
The fixture supports NFC. Using the mobile phone application ROBE COM you can
read and set the Robin Footsie parameters (DMX address, display, white
point…etc.), get information about temperatures, operation hours, RDM
identification etc.
The NFC point is situated on the front panel of the fixture.
Download and install the ROBE COM from Google Play (for Android 5.0 and
higher) or App Store (for iOS 12.0 and higher) to your mobile phone. Your
mobile phone has to support NFC (Near-Field Communication). Hold the mobile
phone on the side of the fixture base, if NFC connection is OK, discovered
fixture will appear on the screen, after touching the fixture name the
following the following menu items will appear:
DMX/RDM settings Colour settings Display settings Standalone settings Other
settings Software versions Device hours Device temperatures Touch desired menu
item to enter its submenu.
22
10. Error and information messages
Red Shrt The message informs you that short circuit has occurred in the red
LEDs circuit on the LEDs PCB. Green Shrt The message informs you that short
circuit has occurred in the green LEDs circuit on the LEDs PCB. Blue Shrt The
message informs you that short circuit has occurred in the blue LEDs circuit
on the LEDs PCB. White Shrt The message informs you that short circuit has
occurred in the white LEDs circuit on the LEDs PCB. Red Unp The message
informs you that red LEDs circuit has been interrupted on the LEDs PCB. Green
Unp The message informs you that green LEDs circuit has been interrupted on
the LEDs PCB. Blue Unp The message informs you that blue LEDs circuit has been
interrupted on the LEDs PCB. White Unp The message informs you that white LEDs
circuit has been interrupted on the LEDs PCB.
23
11. Technical Specifications
Electrical Optic
Power supply: electronic auto-ranging Input voltage range: 100-240V, 50-60Hz
Max. power consumption:
Footsie1: 45W max. (power factor 0.96) Footsie2: 85W:max. (power factor 0.96)
Light source: Footsie1: 24 x RGBW or WW or TW LED single chips Footsie2: 48 x
RGBW or WW or TW LED single chips
CRI: WW version: 90+ TW version: 70+ RGBW version: 70+
Optional diffusers: medium or wide frost filters LED life expectancy: min.
50.000 hours Typical lumen maintenance: L70/B50 @ 50.000 hours
Beam angle
Footsie1: asymmetrical field angle 55° x 50° Footsie2: asymmetrical field
angle 55° x 50°
Number of individually controllable zones Footsie1: 2 Footsie2: 4
Performer indication points (PIP) Footsie1 (RGBW/TW/WW): 6 Footsie2 (RGBW/TW/WW): 12
Colour mixing mode RGBW or CMY (RGBW version only)
Virtual colour wheel (RGBW version) 66 preset colours CTC in range of 2700K- 8000K Rainbow effect with in both directions with variable speed
Strobe
Strobe effect with variable speed (0.3 – 20Hz)
Dimmer
Smooth dimmer from 0 – 100 %
Control
2-row display and four touch buttons for fixture setting and addressing NFC
app controller Readout fixture and LED module usage, receiving DMX values,
temperatures, etc Built-in analyzer for easy fault finding, error messages
Built-in demo sequences Individual zone control Stand-alone operation 3 user
editable programs, each up to 40 steps Supported protocols: USITT DMX 512, RDM
Support of RDM (Remote Device Management)
24
DMX modes: Footsie1 RGBW: 3 (5, 28,35 control channels ) Footsie1 TW: 3 (2,
16, 23 control channels) Footsie1 WW: 3 (1,11, 18 control channels) Footsie2
RGBW: 3 (5, 36, 49 control channels) Footsie2 TW: 3 (2, 20, 33 control
channels) Footsie2 WW: 3 (1,13, 26 control channels)
Wireless DMX/RDM module (type RW 001) Supported protocols: full RDM support,
CRMX , W-DMXTM G2, G3,G4 and G4S Operational frequency range: 2402-2480 MHz
Output power: 100 mW Receiver sensitivity (0.1% BER): -93 dBm Crystal Clock
Frequency : 16.0 MHz Contains FCC ID: 2A6PL-DMXRDMRW001 Contains IC:
29573-DMXRDMRW001
Connection
Footsie1: DMX and RDM data IN/OUT: IP65 Locking 5-pin XLR connectors Neutrik
on cables, length= 0.29 m Power IN/OUT: IP65 power connectors Seetronic (panel
connectors)
Footsie 2: DMX and RDM data IN/OUT: IP65 Locking 5-pin XLR connectors Neutrik
on cables, length= 0.46 m Power IN/OUT: IP65 power connectors Seetronic (panel
connectors)
Temperatures
Maximum ambient temperature: +45° C Minimum ambient temperature:-20°C Maximum
housing temperature: +50° C
Minimum distances
Min. distance from flammable surfaces: 0.1 m Min. distance to lighted object:
0.2 m
Cooling system Convection
Total heat dissipation Footsie1: 115 BTU/hr (calculated) Footsie2: 218 BTU/hr (calculated)
Ingress protection IP65
IK Rating
IK06 (without diffuser)
Weight
Footsie1: 9.4 kg (20.7 lbs), 10.6 (23.4 lbs) with diffuser Footsie2: 17.1 kg (37.7 lbs), 19.7 kg (43.4 lbs) with diffuser
25
Dimensions (mm) Footsie1
Footsie2
26
Angled corner 90° Footsie1/Footsie 2 End cape Footsie1/Footsie 2
27
Accessories Footsie 1 Slim: 1 x Daisy Chain cable with powerCON TRUE1 In/Out
connectors, EU or US, length=0.35m, Outdoor Footsie 2 Slim: 1 x Daisy Chain
cable with powerCON TRUE1 In/Out connectors, EU or US, length=0.90m, Outdoor
Optional accessories Angled corner standard 15° Footsie1/2 (P/N 10980827)
Angled corner standard 30° Footsie1/2 (P/N 10980828) Angled corner standard
60° Footsie1/2 (P/N 10980829) Angled corner standard 90° Footsie1/2 (P/N
10980830) Angled corner tall 15° Footsie1/2 (P/N 10980880) Angled corner tall
30° Footsie1/2 (P/N 10980881) Angled corner tall 60° Footsie1/2 (P/N 10980882)
Angled corner tall 90° Footsie1/2 (P/N 10980883) End cap Footsie1/Footsie2
(P/N 10980831) Diffusion filter medium for Footsie1: (P/N 10980820) Diffusion
filter wide for Footsie1: (P/N 10980822) Diffusion filter medium for Footsie2:
(P/N 10980821) Diffusion filter wide for Footsie2: (P/N 10980823) Power cord
including powerCON TRUE1 In connector EU (P/N 13052276-01), length=2m Power
cord including powerCON TRUE1 In connector US (P/N 13052277-01), length=2m
12. ChangeLog
This section summarizes changes in the user manual.
Version of the Date of issue manual
Description of changes
1.1
18/09/2023
PIP Leds added, new DMX protocols
1.2
04/09/2023
Power IN/OUT changed
1.3
10/10/2023
New DMX protocols
1.4
12/01/2024
Optional accessories changed
1.5
28/08/2024
Length of jumper cables added to specifications
August 28, 2024 Copyright © 2023-2024 Robe Lighting – All rights reserved All
Specifications subject to change without notice Made in CZECH REPUBLIC by ROBE
LIGHTING s.r.o. Palackeho 416/20 CZ 75701 Valasske Mezirici
28
DMX protocol
Robin Footsie1TM/Robin Footsie1TM Slim – DMX protocol
Version: 1.4 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/5
2/28 3/35
DMX Value
Function
1
1
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe”
channel 18 must be at range: 0-31 DMX). Corresponding menu
items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on
20-24 RGBW colour mixing mode
step
25-29 CMY colour mixing mode
step
30-34 White point 8000K On
step
35-39 White point 8000K Off
step
40-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-169 Reserved Tungsten effect simulation for whites 2700K-4200K
170-171 Tungsten effect simulation (750W) On
step
172-173 Tungsten effect simulation (1000W) On
step
174-175 Tungsten effect simulation (1200W) On
step
176-177 Tungsten effect simulation (2000W) On
step
178-179 Tungsten effect simulation (2500W) On
step
180-181 Tungsten effect simulation Off
step
182-255 Reserved
step
2
2
LED frequency selection
Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be fine adjusted in 127 steps up/down around selected PWM frequency on the channel below. Corresponding menu item (Frequency Setup) is temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
Page 1
DMX protocol
Mode/Total channels
1/5
2/28 3/35
3
3
4
4
DMX Value 10-14 15-19 20-24 25-29 30-255
0-1 2 3 4 : 125 126 127 128 129 130 131 : 252 253 254 255
0 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 27-28
29-30 31-32 33-34 35-36 37-38 39-40
Function
600 Hz (10=default) 1200 Hz 2400 Hz High Reserved (fixture utilizes PWM
frequency set in the display menu item
Frequency Setup).
LED frequency fine adjusting Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above. Selected LED
Frequency LED Frequency (step -126) LED Frequency (step -125) LED Frequency
(step -124)
LED Frequency (step -3) LED Frequency (step -2) LED Frequency (step -1)
Selected LED Frequency (128=default)
LED Frequency (step +1) LED Frequency (step +2) LED Frequency (step +3)
LED Frequency (step +124) LED Frequency (step +125) LED Frequency (step +126)
Selected LED Frequency
Virtual colour wheel -all zones
No function (0=default) Filter 4 (Medium Bastard Amber) Filter 25 (Sunset Red)
Filter 19 (Fire) Filter 26 (Bright Red) Filter 58 (Lavender) Filter 68 (Sky
Blue) Filter 36 (Medium Pink) Filter 89 (Moss Green) Filter 88 (Lime Green)
Filter 90 (Dark Yellow Green) Filter 49 (Medium Purple) Filter 52 (Light
Lavender) Filter 102 (Light Amber) Filter 103 (Straw) Filter 140 (Summer Blue)
Filter 124 (Dark Green) Filter 106 (Primary Red) Filter 111 (Dark Pink) Filter
115 (Peacock Blue) Filter 126 (Mauve)
Page 2
Type of control
step step step step
step step step step
step step step step step step step
step step step step
step step step step step step step step step step step step step step step
step step step step step step
DMX protocol
Mode/Total channels
1/5
2/28 3/35
DMX Value 41-42 43-44 45-46 47-48 49-50 51-52 53-54 55-56 57-58 59-60 61-62 63-64 65-66 67-68 69-70 71-72 73-74 75-76 77-78 79-80 81-82 83-84 85-86 87-88 89-90 91-92 93-94 95-96 97-98 99-100 101-102 103-104 105-106 107-108 109-110 111-112 113-114 115-116 117-118 119-120 121-122 123-124 125-126 127-128 129-130 131-132 133-235 236-245
Function
Filter 117 (Steel Blue) Filter 118 (Light Blue) Filter 122 (Fern Green) Filter
182 (Light Red) Filter 121 (Filter Green) Filter 128 (Bright Pink) Filter 131
(Marine Blue) Filter 132 (Medium Blue) Filter 134 (Golden Amber) Filter 135
(Deep Golden Amber) Filter 136 (Pale Lavender) Filter 137 (Special Lavender)
Filter 138 (Pale Green) Filter 798 (Chrysalis Pink) Filter 141 (Bright Blue)
Filter 147 (Apricot) Filter 148 (Bright Rose) Filter 152 (Pale Gold) Filter
154 (Pale Rose) Filter 157 (Pink) Filter 143 (Pale Navy Blue) Filter 162
(Bastard Amber) Filter 164 (Flame Red) Filter 165 (Daylight Blue) Filter 169
(Lilac Tint) Filter 170 (Deep Lavender) Filter 172 (Lagoon Blue) Filter 194
(Surprise Pink) Filter 180 (Dark Lavender) Filter 181 (Congo Blue) Filter 197
(Alice Blue) Filter 201 (Full C.T. Blue) Filter 202 (Half C.T. Blue) Filter
203 (Quarter C.T. Blue) Filter 204 (Full C.T. Orange) Filter 219 (Fluorescent
Green) Filter 206 (Quarter C.T. Orange) Filter 247 (Filter Minus Green) Filter
248 (Half Minus Green) Filter 281 (Three Quarter C.T. Blue) Filter 285 (Three
Quarter C.T. Orange) Filter 352 (Glacier Blue) Filter 353 (Lighter Blue)
Filter 507 (Madge) Filter 778 (Millennium Gold) Filter 793 (Vanity Fair) Raw
DMX Rainbow effect (with fade time) from slow-> fast
Page 3
Type of control
step step step step step step step step step step step step step step step
step step step step step step step step step step step step step step step
step step step step step step step step step step step step step step step
step proportional proportional
DMX protocol
Mode/Total channels
1/5
2/28 3/35
1
5
5
6
6
2
7
7
8
8
3
9
9
10
10
4
11
11
12
12
13
13
14
14
15
15
DMX Value 246-255
0 – 255
0 – 255
0 – 255
0 – 255
0 – 255
0 – 255
0-255
0 – 255
0 – 255
0-255
0-255
0 1-127 128 129-255
0-9 10-19 20-29 30-39 40-49 50-59 60-69 70-79 80-128 129 130-254
Function
Rainbow effect (without fade time) from slow-> fast
Red/Cyan (8 bit) – all zones
Colour saturation control coarse 0-100% (255=default)
Red/Cyan (16bit) – all zones
Colour saturation control fine (255=default)
Green/Magenta (8 bit) – all zones
Colour saturation control coarse 0-100% (255=default)
Green/Magenta (16bit)- all zones
Colour saturation control fine (255=default)
Blue/Yellow (8 bit)- all zones
Colour saturation control coarse 0-100% (255=default)
Blue/ Yellow (16bit) – all zones
Colour saturation control fine (255=default)
White (8 bit) – all zones
If RGBW mode is selected: Colour saturation control coarse 0-100%
(255=default) If CMY mode is selected: No function
White (16 bit) – all zones
Colour saturation control fine (255=default)
CTO -all zones
If function “White Point 8000K” is On:
Col. temperature correction from 8000K to 2700K -for whites only (0=8000K,
64=5600K, 128=4200K, 192=3200K, 255=2700K) To get colour temperatures stated
above, RGBW channels have to be set at the same value e.g. 255DMX (0=default)
If function “White Point 8000K” is Off: No function
Green correction – all zones
Uncorrected white Minus green –> uncorrected white Uncorrected white
(128=default) Uncorrected white –> Plus green
Colour Mix control
Defines relation between Virtual Colour wheel and Colour channels
“Virtual” = Virtual Colour Wheel “Colour mix” = Colour channels (CMY/RGBW/CTO)
“Virtual ” has priority over “Colour mix” (0=default)
Maximum mode (highest values have priority) Minimum mode (lowest values have
priority) Multiply mode (multiply “Virtual” and “Colour mix”) Addition mode
(“Virtual” + “Colour mix”) Subtraction mode (“Virtual” “Colour mix”)
Inverted Subtraction mode (“Colour mix”-“Virtual”) White Point Off (CTO+Green
Cor.+Virtual Colour Wheel deactivated) Reserved Crossfade “Virtual” only
Crossfade between “Virtual” and “Colour mix”
Type of control proportional proportional proportional proportional
proportional proportional proportional
proportional
proportional
proportional
step proportional
step proportional
step step step step step step step step proportional
Page 4
DMX protocol
Mode/Total channels
1/5
2/28 3/35
16
16
17
17
18
18
5
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
DMX Value
Function
Type of control
255 Crossfade “Colour mix” only
step
Colour Mix control zones
The channel defines relation between Virtual colour wheel + Colour
channels and zones
“Global” = Global Colours (RGBW/CMY colours, Virtual Colour Wheel, CTO)
“Pixel” = Zone Colours (RGBW individual zones)
0-9 Global colours (Global has priority)
step
10-19 Maximum mode (highest values have priority)
step
20-29 Minimum mode (lowest values have priority)
step
30-39 Multiply mode (multiply Global and Pixel)
step
40-49 Addition mode (Global + Pixel) (45=default)
step
50-59 Subtraction mode (Global Pixel)
step
60-69 Inverted Subtraction mode (Pixel Global)
step
70-127 Raw DMX
proportional
128 Global colours only (Global has priority)
step
129-254 Crossfade (crossfade between Global and Pixel)
proportional
255 Zone colours (“Pixel” has priority)
Blue positional light intensity 0 – 128 Blue LEDs intensity 0-100%
(128=default) 129 – 150 Blue LEDs pulsing from slow to fast 151-255 Reserved
Shutter/ strobe -all zones
step
proportional proportional
0 – 31 Shutter closed
step
32 – 63 Shutter open (32=default)
step
64 – 95 Strobe-effect from slow to fast
proportional
96 – 127 Shutter open
step
128 – 143 Opening pulse in sequences from slow to fast
proportional
144 – 159 Closing pulse in sequences from fast to slow 160 – 191 Shutter open
proportional step
192 – 223 Random strobe-effect from slow to fast
proportional
224 – 255 Shutter open
step
Dimmer intensity (8 bit) – all zones
0 – 255 0 – 255 0-255
Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
Fine dimming (0=default)
Red zone 1
Red LEDs saturation control 0-100% (0=default)
Green zone 1
proportional proportional proportional
0-255 Green LEDs saturation control 0-100% (0=default)
Blue zone 1
proportional
0-255 0-255 0-255
Blue LEDs saturation control 0-100% (0=default)
White zone 1
White LEDs saturation control 0-100% (0=default)
Red zone 2
Red LEDs saturation control 0-100% (0=default)
Green zone 2
proportional proportional proportional
0-255 Green LEDs saturation control 0-100% (0=default)
Blue zone 2
proportional
Page 5
DMX protocol
Mode/Total channels
1/5
2/28 3/35
28
28
29
30
31
DMX Value
Function
0-255 Blue LEDs saturation control 0-100% (0=default)
White zone 2
0-255 White LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 3 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
Page 6
Type of control
proportional
proportional
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
DMX protocol
Mode/Total channels
1/5
2/28 3/35
32
33
34
35
DMX Value
Function
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
248-255 Reserved
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
Page 7
Type of control
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
proportional
DMX protocol
Mode/Total channels
1/5
2/28 3/35
DMX Value
Function
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023-2024 Robe Lighting s.r.o. – All rights reserved All Specifications subject to change without notice
Type of control
proportional
Page 8
DMX protocol
Robin Footsie1TM/Robin Footsie1TM Slim Tunable White – DMX protocol
Version: 1.3 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/2
2/16 3/23
DMX Value
Function
1
1
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe”
channel 10 must be at range: 0-31 DMX). Corresponding menu
items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on
20-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-255 Reserved
2
2
LED frequency selection
Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be fine adjusted in 127 steps up/down around selected PWM frequency on the channel below. Corresponding menu item (Frequency Setup) is temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
10-14 600 Hz (10=default)
step
15-19 1200 Hz
step
20-24 2400 Hz
step
25-29 High
step
30-255 Reserved (fixture utilizes PWM frequency set in the display menu item
Frequency Setup).
3
3
LED frequency fine adjusting
Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above.
0-1 Selected LED Frequency
step
2 LED Frequency (step -126)
step
3 LED Frequency (step -125)
step
4 LED Frequency (step -124)
step
:
Page 1
DMX protocol
Mode/Total channels
1/2
2/16 3/23
1
4
4
5
5
6
6
7
7
8
8
9
9
10
10
2
11
11
12
12
DMX Value
Function
125 LED Frequency (step -3)
126 LED Frequency (step -2)
127 LED Frequency (step -1)
128 Selected LED Frequency (128=default)
129 LED Frequency (step +1)
130 LED Frequency (step +2)
131 LED Frequency (step +3)
:
252 LED Frequency (step +124)
253 LED Frequency (step +125)
254 LED Frequency (step +126)
255 Selected LED Frequency
CTC -all zones
0 No function (0=default)
1-2 White 3200K
3-4 White 3800K
5-6 White 4200K
7-8 White 4600K
9-10 White 5000K
11-12 White 5600K
13-14 White 6300K
15-16 White 6500K
17-255 Warm white –> Cool white
Warm white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Warm white (16bit) – all zones
0 – 255 Colour saturation control fine (255=default)
Cool white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Cool white (16bit)- all zones
0 – 255 Colour saturation control fine (255=default)
Blue positional light intensity
0 – 128 Blue LEDs intensity 0-100% (128=default)
129 – 150 Blue LEDs pulsing from slow to fast
151-255 Reserved
Shutter/ strobe -all zones
0 – 31 Shutter closed
32 – 63 Shutter open (32=default)
64 – 95 Strobe-effect from slow to fast
96 – 127 Shutter open
128 – 143 Opening pulse in sequences from slow to fast
144 – 159 Closing pulse in sequences from fast to slow
160 – 191 Shutter open
192 – 223 Random strobe-effect from slow to fast
224 – 255 Shutter open
Dimmer intensity (8 bit) – all zones
0 – 255 Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
Page 2
Type of control
step step step step step step step
step step step step
step step step step step step step step step proportional
proportional
proportional
proportional
proportional
proportional proportional
step step proportional step proportional proportional step proportional step
proportional
DMX protocol
Mode/Total channels
1/2
2/16 3/23
13
13
14
14
15
15
16
16
17
18
19
DMX Value
Function
0 – 255 Fine dimming (0=default)
Warm white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 2
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 2
0-255 LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 3 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
Page 3
Type of control proportional
proportional
proportional
proportional
proportional
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step
DMX protocol
Mode/Total channels
1/2
2/16 3/23
20
21
22
DMX Value
Function
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
Page 4
Type of control proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional
DMX protocol
Mode/Total channels
1/2
2/16 3/23
23
DMX Value
Function
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023-2024 Robe Lighting s.r.o. – All rights reserved All Specifications subject to change without notice
Type of control
step proportional
step
proportional proportional
Page 5
DMX protocol
Robin Footsie1TM/Robin Footsie1TM Slim Warm White – DMX protocol
Version: 1.4 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/1
2/11 3/18
DMX Value
Function
1
1
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe”
channel 7 must be at range: 0-31 DMX). Corresponding menu
items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on
20-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-255 Reserved
2
2
LED frequency selection
Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be fine adjusted in 127 steps up/down around selected PWM frequency on the channel below. Corresponding menu item (Frequency Setup) is temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
10-14 600 Hz (10=default)
step
15-19 1200 Hz
step
20-24 2400 Hz
step
25-29 High
step
30-255 Reserved (fixture utilizes PWM frequency set in the display menu item
Frequency Setup).
3
3
LED frequency fine adjusting
Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above.
0-1 Selected LED Frequency
step
2 LED Frequency (step -126)
step
3 LED Frequency (step -125)
step
4 LED Frequency (step -124)
step
:
Page 1
DMX protocol
Mode/Total channels
1/1
2/11 3/18
4
4
5
5
6
6
7
7
1
8
8
9
9
10
10
11
11
12
DMX Value
Function
125 LED Frequency (step -3)
126 LED Frequency (step -2)
127 LED Frequency (step -1)
128 Selected LED Frequency (128=default)
129 LED Frequency (step +1)
130 LED Frequency (step +2)
131 LED Frequency (step +3)
:
252 LED Frequency (step +124)
253 LED Frequency (step +125)
254 LED Frequency (step +126)
255 Selected LED Frequency
Warm white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Warm white (16bit) – all zones
0 – 255 Colour saturation control fine (255=default)
Blue positional light
0 – 128 Blue LEDs intensity 0-100% (128=default)
129 – 150 Blue LEDs pulsing from slow to fast
151- 255 Reserved
Shutter/ strobe -all zones
0 – 31 Shutter closed
32 – 63 Shutter open (32=default)
64 – 95 Strobe-effect from slow to fast
96 – 127 Shutter open
128 – 143 Opening pulse in sequences from slow to fast
144 – 159 Closing pulse in sequences from fast to slow
160 – 191 Shutter open
192 – 223 Random strobe-effect from slow to fast
224 – 255 Shutter open
Dimmer intensity (8 bit) – all zones
0 – 255 Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
0 – 255 Fine dimming (0=default)
Warm white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 2
0-255 LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
Page 2
Type of control
step step step step step step step
step step step step
proportional
proportional
proportional proportional
step step proportional step proportional proportional step proportional step
proportional
proportional
proportional
proportional
step step proportional step proportional step proportional step proportional
DMX protocol
Mode/Total channels
1/1
2/11 3/18
13
14
15
DMX Value
Function
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 3 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
Page 3
Type of control
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step
DMX protocol
Mode/Total channels
1/1
2/11 3/18
16
17
18
DMX Value
Function
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023 Robe Lighting s.r.o. – All rights reserved All Specifications subject to change without notice
Type of control proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
proportional proportional
Page 4
DMX protocol
Robin Footsie2TM/Robin Footsie2TM Slim RGBW – DMX protocol
Version: 1.4 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/5
2/36 3/49
DMX Value
Function
1
1
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe”
channel 18 must be at range: 0-31 DMX). Corresponding menu
items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on
20-24 RGBW colour mixing mode
step
25-29 CMY colour mixing mode
step
30-34 White point 8000K On
step
35-39 White point 8000K Off
step
40-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-169 Reserved
Tungsten effect simulation for whites 2700K-4200K
170-171 Tungsten effect simulation (750W) On
step
172-173 Tungsten effect simulation (1000W) On
step
174-175 Tungsten effect simulation (1200W) On
step
176-177 Tungsten effect simulation (2000W) On
step
178-179 Tungsten effect simulation (2500W) On
step
180-181 Tungsten effect simulation Off
step
182-255 Reserved
2
2
LED frequency selection
Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be
fine adjusted in 127 steps up/down around selected PWM frequency on
the channel below. Corresponding menu item (Frequency Setup) is
temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
10-14 600 Hz (10=default)
step
Page 1
DMX protocol
Mode/Total channels
1/5
2/36 3/49
3
3
4
4
DMX Value 15-19 20-24 25-29 30-255
0-1 2 3 4 : 125 126 127 128 129 130 131 : 252 253 254 255
0 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 27-28
29-30 31-32 33-34 35-36 37-38 39-40 41-42
Function
1200 Hz 2400 Hz High Reserved (fixture utilizes PWM frequency set in the
display menu item
Frequency Setup).
LED frequency fine adjusting Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above. Selected LED
Frequency LED Frequency (step -126) LED Frequency (step -125) LED Frequency
(step -124)
LED Frequency (step -3) LED Frequency (step -2) LED Frequency (step -1)
Selected LED Frequency (128=default)
LED Frequency (step +1) LED Frequency (step +2) LED Frequency (step +3)
LED Frequency (step +124) LED Frequency (step +125) LED Frequency (step +126)
Selected LED Frequency
Virtual colour wheel -all zones
No function (0=default) Filter 4 (Medium Bastard Amber) Filter 25 (Sunset Red)
Filter 19 (Fire) Filter 26 (Bright Red) Filter 58 (Lavender) Filter 68 (Sky
Blue) Filter 36 (Medium Pink) Filter 89 (Moss Green) Filter 88 (Lime Green)
Filter 90 (Dark Yellow Green) Filter 49 (Medium Purple) Filter 52 (Light
Lavender) Filter 102 (Light Amber) Filter 103 (Straw) Filter 140 (Summer Blue)
Filter 124 (Dark Green) Filter 106 (Primary Red) Filter 111 (Dark Pink) Filter
115 (Peacock Blue) Filter 126 (Mauve) Filter 117 (Steel Blue)
Page 2
Type of control
step step step
step step step step
step step step step step step step
step step step step
step step step step step step step step step step step step step step step
step step step step step step step
DMX protocol
Mode/Total channels
1/5
2/36 3/49
DMX Value 43-44 45-46 47-48 49-50 51-52 53-54 55-56 57-58 59-60 61-62 63-64 65-66 67-68 69-70 71-72 73-74 75-76 77-78 79-80 81-82 83-84 85-86 87-88 89-90 91-92 93-94 95-96 97-98 99-100 101-102 103-104 105-106 107-108 109-110 111-112 113-114 115-116 117-118 119-120 121-122 123-124 125-126 127-128 129-130 131-132 133-235 236-245 246-255
Function
Filter 118 (Light Blue) Filter 122 (Fern Green) Filter 182 (Light Red) Filter
121 (Filter Green) Filter 128 (Bright Pink) Filter 131 (Marine Blue) Filter
132 (Medium Blue) Filter 134 (Golden Amber) Filter 135 (Deep Golden Amber)
Filter 136 (Pale Lavender) Filter 137 (Special Lavender) Filter 138 (Pale
Green) Filter 798 (Chrysalis Pink) Filter 141 (Bright Blue) Filter 147
(Apricot) Filter 148 (Bright Rose) Filter 152 (Pale Gold) Filter 154 (Pale
Rose) Filter 157 (Pink) Filter 143 (Pale Navy Blue) Filter 162 (Bastard Amber)
Filter 164 (Flame Red) Filter 165 (Daylight Blue) Filter 169 (Lilac Tint)
Filter 170 (Deep Lavender) Filter 172 (Lagoon Blue) Filter 194 (Surprise Pink)
Filter 180 (Dark Lavender) Filter 181 (Congo Blue) Filter 197 (Alice Blue)
Filter 201 (Full C.T. Blue) Filter 202 (Half C.T. Blue) Filter 203 (Quarter
C.T. Blue) Filter 204 (Full C.T. Orange) Filter 219 (Fluorescent Green) Filter
206 (Quarter C.T. Orange) Filter 247 (Filter Minus Green) Filter 248 (Half
Minus Green) Filter 281 (Three Quarter C.T. Blue) Filter 285 (Three Quarter
C.T. Orange) Filter 352 (Glacier Blue) Filter 353 (Lighter Blue) Filter 507
(Madge) Filter 778 (Millennium Gold) Filter 793 (Vanity Fair) Raw DMX Rainbow
effect (with fade time) from slow-> fast Rainbow effect (without fade time)
from slow-> fast
Page 3
Type of control
step step step step step step step step step step step step step step step
step step step step step step step step step step step step step step step
step step step step step step step step step step step step step step step
proportional proportional proportional
DMX protocol
Mode/Total channels
1/5
2/36 3/49
1
5
5
6
6
2
7
7
8
8
3
9
9
10
10
4
11
11
12
12
13
13
14
14
15
15
DMX Value
0 – 255
0 – 255
0 – 255
0 – 255
0 – 255
0 – 255
0-255
0 – 255
0 – 255
0-255
0-255
0 1-127 128 129-255
0-9 10-19 20-29 30-39 40-49 50-59 60-69 70-79 80-128 129 130-254 255
Function
Red/Cyan (8 bit) – all zones
Colour saturation control coarse 0-100% (255=default)
Red/Cyan (16bit) – all zones
Colour saturation control fine (255=default)
Green/Magenta (8 bit) – all zones
Colour saturation control coarse 0-100% (255=default)
Green/Magenta (16bit)- all zones
Colour saturation control fine (255=default)
Blue/Yellow (8 bit)- all zones
Colour saturation control coarse 0-100% (255=default)
Blue/ Yellow (16bit) – all zones
Colour saturation control fine (255=default)
White (8 bit) – all zones
If RGBW mode is selected: Colour saturation control coarse 0-100%
(255=default) If CMY mode is selected: No function
White (16 bit) – all zones
Colour saturation control fine (255=default)
CTO -all zones
If function “White Point 8000K” is On:
Col. temperature correction from 8000K to 2700K -for whites only (0=8000K,
64=5600K, 128=4200K, 192=3200K, 255=2700K) To get colour temperatures stated
above, RGBW channels have to be set at the same value e.g. 255DMX (0=default)
If function “White Point 8000K” is Off: No function
Green correction – all zones
Uncorrected white Minus green –> uncorrected white Uncorrected white
(128=default) Uncorrected white –> Plus green
Colour Mix control
Defines relation between Virtual Colour wheel and Colour channels
“Virtual” = Virtual Colour Wheel “Colour mix” = Colour channels (CMY/RGBW/CTO)
“Virtual ” has priority over “Colour mix” (0=default)
Maximum mode (highest values have priority) Minimum mode (lowest values have
priority) Multiply mode (multiply “Virtual” and “Colour mix”) Addition mode
(“Virtual” + “Colour mix”) Subtraction mode (“Virtual” “Colour mix”)
Inverted Subtraction mode (“Colour mix”-“Virtual”) White Point Off (CTO+Green
Cor.+Virtual Colour Wheel deactivated) Reserved Crossfade “Virtual” only
Crossfade between “Virtual” and “Colour mix” Crossfade “Colour mix” only
Type of control proportional proportional proportional proportional
proportional proportional
proportional
proportional
proportional
step proportional
step proportional
step step step step step step step step proportional step
Page 4
DMX protocol
Mode/Total channels
1/5
2/36 3/49
16
16
17
17
18
18
5
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
DMX Value
Function
Type of control
Colour Mix control zones
The channel defines relation between Virtual colour wheel + Colour
channels and zones
“Global” = Global Colours (RGBW/CMY colours, Virtual Colour Wheel, CTO)
“Pixel” = Zone Colours (RGBW individual zones)
0-9 Global colours (Global has priority)
step
10-19 Maximum mode (highest values have priority)
step
20-29 Minimum mode (lowest values have priority)
step
30-39 Multiply mode (multiply Global and Pixel)
step
40-49 Addition mode (Global + Pixel) (45=default)
step
50-59 Subtraction mode (Global Pixel)
step
60-69 Inverted Subtraction mode (Pixel Global)
step
70-127 Raw DMX
proportional
128 Global colours only (Global has priority)
step
129-254 Crossfade (crossfade between Global and Pixel)
proportional
255 Zone colours (“Pixel” has priority)
Blue positional light intensity 0 – 128 Blue LEDs intensity 0-100%
(128=default) 129 – 150 Blue LEDs pulsing from slow to fast 151-255 Reserved
Shutter/ strobe -all zones
step
proportional proportional
0 – 31 Shutter closed
step
32 – 63 Shutter open (32=default)
step
64 – 95 Strobe-effect from slow to fast
proportional
96 – 127 Shutter open
step
128 – 143 Opening pulse in sequences from slow to fast
proportional
144 – 159 Closing pulse in sequences from fast to slow
proportional
160 – 191 Shutter open 192 – 223 Random strobe-effect from slow to fast
step proportional
224 – 255 Shutter open
step
Dimmer intensity (8 bit) – all zones
0 – 255 0 – 255 0-255
Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
Fine dimming (0=default)
Red zone 1
Red LEDs saturation control 0-100% (0=default)
Green zone 1
proportional proportional proportional
0-255 Green LEDs saturation control 0-100% (0=default)
Blue zone 1
proportional
0-255 0-255 0-255 0-255
Blue LEDs saturation control 0-100% (0=default)
White zone 1
White LEDs saturation control 0-100% (0=default)
Red zone 2
Red LEDs saturation control 0-100% (0=default)
Green zone 2
Green LEDs saturation control 0-100% (0=default)
Blue zone 2
proportional proportional proportional proportional
0-255 Blue LEDs saturation control 0-100% (0=default)
proportional
Page 5
DMX protocol
Mode/Total channels
1/5
2/36 3/49
28
28
29
29
30
30
31
31
32
32
33
33
34
34
35
35
36
36
37
38
DMX Value
Function
White zone 2
0-255 White LEDs saturation control 0-100% (0=default)
Red zone 3
0-255 Red LEDs saturation control 0-100% (0=default)
Green zone 3
0-255 Green LEDs saturation control 0-100% (0=default)
Blue zone 3
0-255 Blue LEDs saturation control 0-100% (0=default)
White zone 3
0-255 White LEDs saturation control 0-100% (0=default)
Red zone 4
0-255 Red LEDs saturation control 0-100% (0=default)
Green zone 4
0-255 Green LEDs saturation control 0-100% (0=default)
Blue zone 4
0-255 Blue LEDs saturation control 0-100% (0=default)
White zone 4
0-255 White LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
Page 6
Type of control
proportional
proportional
proportional
proportional
proportional
proportional
proportional
proportional
proportional
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
DMX protocol
Mode/Total channels
1/5
2/36 3/49
39
40
41
42
DMX Value
Function
PIP 3 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
Page 7
Type of control
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step
DMX protocol
Mode/Total channels
1/5
2/36 3/49
43
44
45
DMX Value
Function
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 7 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 8 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 9 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
Page 8
Type of control proportional
step proportional
step proportional
step proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional
DMX protocol
Mode/Total channels
1/5
2/36 3/49
46
47
48
DMX Value
Function
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 10 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 11 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 12 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
Page 9
Type of control
step proportional
step proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step
DMX protocol
Mode/Total channels
1/5
2/36 3/49
DMX Value
Function
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
49
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023-2024 Robe Lighting s.r.o. – All rights reserved
All Specifications subject to change without notice
Type of control proportional
step proportional
step proportional
step
proportional proportional
Page 10
DMX protocol
Robin Footsie2TM/Robin Footsie2TM Slim Tunable White – DMX protocol
Version: 1.3 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/2
2/20 3/33
DMX Value
Function
1
1
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe”
channel 10 must be at range: 0-31 DMX). Corresponding menu
items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on
20-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-255 Reserved
2
2
LED frequency selection
Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be fine adjusted in 127 steps up/down around selected PWM frequency on the channel below. Corresponding menu item (Frequency Setup) is temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
10-14 600 Hz (10=default)
step
15-19 1200 Hz
step
20-24 2400 Hz
step
25-29 High
step
30-255 Reserved (fixture utilizes PWM frequency set in the display menu item
Frequency Setup).
3
3
LED frequency fine adjusting
Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above.
0-1 Selected LED Frequency
step
2 LED Frequency (step -126)
step
3 LED Frequency (step -125)
step
4 LED Frequency (step -124)
step
:
Page 1
DMX protocol
Mode/Total channels
1/2
2/20 3/33
1
4
4
5
5
6
6
7
7
8
8
9
9
10
10
2
11
11
12
12
DMX Value
Function
125 LED Frequency (step -3)
126 LED Frequency (step -2)
127 LED Frequency (step -1)
128 Selected LED Frequency (128=default)
129 LED Frequency (step +1)
130 LED Frequency (step +2)
131 LED Frequency (step +3)
:
252 LED Frequency (step +124)
253 LED Frequency (step +125)
254 LED Frequency (step +126)
255 Selected LED Frequency
CTC -all zones
0 No function (0=default)
1-2 White 3200K
3-4 White 3800K
5-6 White 4200K
7-8 White 4600K
9-10 White 5000K
11-12 White 5600K
13-14 White 6300K
15-16 White 6500K
17-255 Warm white –> Cool white
Warm white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Warm white (16bit) – all zones
0 – 255 Colour saturation control fine (255=default)
Cool white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Cool white (16bit)- all zones
0 – 255 Colour saturation control fine (255=default)
Blue positional light intensity
0 – 128 Blue LEDs intensity 0-100% (128=default)
129 – 150 Blue LEDs pulsing from slow to fast
151-255 Reserved
Shutter/ strobe -all zones
0 – 31 Shutter closed
32 – 63 Shutter open (32=default)
64 – 95 Strobe-effect from slow to fast
96 – 127 Shutter open
128 – 143 Opening pulse in sequences from slow to fast
144 – 159 Closing pulse in sequences from fast to slow
160 – 191 Shutter open
192 – 223 Random strobe-effect from slow to fast
224 – 255 Shutter open
Dimmer intensity (8 bit) – all zones
0 – 255 Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
Page 2
Type of control
step step step step step step step
step step step step
step step step step step step step step step proportional
proportional
proportional
proportional
proportional
proportional proportional
step step proportional step proportional proportional step proportional step
proportional
DMX protocol
Mode/Total channels
1/2
2/20 3/33
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
22
23
DMX Value
Function
0 – 255 Fine dimming (0=default)
Warm white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 2
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 2
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 3
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 3
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 4
0-255 LEDs saturation control 0-100% (0=default)
Cool white zone 4
0-255 LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 3 – Virtual colour
Page 3
Type of control proportional
proportional
proportional
proportional
proportional
proportional
proportional
proportional
proportional
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
DMX protocol
Mode/Total channels
1/2
2/20 3/33
24
25
26
DMX Value
Function
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
Page 4
Type of control
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional
DMX protocol
Mode/Total channels
1/2
2/20 3/33
27
28
29
DMX Value
Function
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 7 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 8 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 9 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
Page 5
Type of control
step proportional
step proportional
step proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step
DMX protocol
Mode/Total channels
1/2
2/20 3/33
30
31
32
DMX Value
Function
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 10 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 11 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 12 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
Page 6
Type of control proportional
step proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
DMX protocol
Mode/Total channels
1/2
2/20 3/33
DMX Value
Function
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
33
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023-2024 Robe Lighting s.r.o. – All rights reserved
All Specifications subject to change without notice
Type of control
step proportional
step proportional
step
proportional proportional
Page 7
DMX protocol
Robin Footsie2TM/Robin Footsie2TM Slim Warm White – DMX protocol
Version: 1.4 Mode 1-Simple mode, Mode 2 -Standard 16-bit, Mode 3-Standard 16-bit & PIP*
( PIPTM – Performer Indication Point separately controlled RGB LEDs at 10 cm spacing provide performers with alignment points)
Mode/Total channels
1/1
2/13 3/26
1
1
DMX Value
Function
Power/Special functions
0 – 9 Reserved (0=default) To activate following functions, stop in DMX value for at least 3 s and shutter must be closed at least 3 sec. (,,Shutter,Strobe” channel 7 must be at range: 0-31 DMX). Corresponding menu items are temporarily overriden.
10-14 DMX input: Wired DMX *
15-19 DMX input: Wireless DMX *
Type of control
step step
- function is active only 10 seconds after switching the fixture on 20-59 Reserved
60-64 Dimmer curve – square law
step
65-69 Dimmer curve – linear
step
70-129 Reserved
To activate following functions, stop in DMX value for at least 3 seconds. Corresponding menu items are temporarily overriden.
130-134 Save current DMX values to fixture as initial DMX values
step
135-139 Show saved initial DMX values
step
140-144 Reset to default values
step
145-149 Blue positional light On
step
150-154 Blue positional light Off
step
155-255 Reserved
2
2
LED frequency selection Factory display menu setting: 600Hz
Select PWM output frequency of LEDs. Selected PWM frequency can be fine adjusted in 127 steps up/down around selected PWM frequency on the channel below. Corresponding menu item (Frequency Setup) is temporarily overridden.
0-4 PWM frequency from Display menu (fixture utilizes PWM
step
frequency set in the display menu item Frequency Setup).
5-9 300 Hz
step
10-14 600 Hz (10=default)
step
15-19 1200 Hz
step
20-24 2400 Hz
step
25-29 High
step
30-255 Reserved (fixture utilizes PWM frequency set in the display menu item
Frequency Setup).
3
3
LED frequency fine adjusting Factory display menu setting: 600Hz
Select desired PWM output frequency of LEDs on the channel above.
0-1 Selected LED Frequency
step
2 LED Frequency (step -126)
step
3 LED Frequency (step -125)
step
4 LED Frequency (step -124)
step
:
Page 1
DMX protocol
Mode/Total channels
1/1
2/13 3/26
4
4
5
5
6
6
7
7
1
8
8
9
9
10
10
11
11
12
12
13
13
14
DMX Value
Function
125 LED Frequency (step -3)
126 LED Frequency (step -2)
127 LED Frequency (step -1)
128 Selected LED Frequency (128=default)
129 LED Frequency (step +1)
130 LED Frequency (step +2)
131 LED Frequency (step +3)
:
252 LED Frequency (step +124)
253 LED Frequency (step +125)
254 LED Frequency (step +126)
255 Selected LED Frequency
Warm white (8 bit) – all zones
0 – 255 Colour saturation control coarse 0-100% (255=default)
Warm white (16bit) – all zones
0 – 255 Colour saturation control fine (255=default)
Blue positional light
0 – 128 Blue LEDs intensity 0-100% (128=default)
129 – 150 Blue LEDs pulsing from slow to fast
151- 255 Reserved
Shutter/ strobe -all zones
0 – 31 Shutter closed
32 – 63 Shutter open (32=default)
64 – 95 Strobe-effect from slow to fast
96 – 127 Shutter open
128 – 143 Opening pulse in sequences from slow to fast
144 – 159 Closing pulse in sequences from fast to slow
160 – 191 Shutter open
192 – 223 Random strobe-effect from slow to fast
224 – 255 Shutter open
Dimmer intensity (8 bit) – all zones
0 – 255 Dimmer intensity from 0% to 100% (0=default)
Dimmer intensity – fine (16 bit) – all zones
0 – 255 Fine dimming (0=default)
Warm white zone 1
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 2
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 3
0-255 LEDs saturation control 0-100% (0=default)
Warm white zone 4
0-255 LEDs saturation control 0-100% (0=default)
PIP 1 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
Page 2
Type of control
step step step step step step step
step step step step
proportional
proportional
proportional proportional
step step proportional step proportional proportional step proportional step
proportional
proportional
proportional
proportional
proportional
proportional
step step proportional step proportional
DMX protocol
Mode/Total channels
1/1
2/13 3/26
15
16
17
DMX Value
Function
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 2 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 3 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 4 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
Page 3
Type of control
step proportional
step proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step
DMX protocol
Mode/Total channels
1/1
2/13 3/26
18
19
20
DMX Value
Function
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 5 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 6 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 7 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
Page 4
Type of control proportional
step proportional
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional
DMX protocol
Mode/Total channels
1/1
2/13 3/26
21
22
23
DMX Value
Function
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 8 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 9 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
PIP 10 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
Page 5
Type of control
step proportional
step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
DMX protocol
Mode/Total channels
1/1
2/13 3/26
DMX Value
Function
24
PIP 11 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
25
PIP 12 – Virtual colour
0-14 No function (0=default)
15 Blue (Blue=full, Red+Green=0)
16-54 Red=0, Green->up, Blue =full
55 Light Blue (Red=0, Green=full, Blue =full)
56 – 94 Red=0, Green=full, Blue->down
95 Green (Red=0, Green=full, Blue =0)
96 134 Red->up, Green=full, Blue=0
135 Yellow (Red=full, Green=full, Blue=0)
136 – 174 Red=full, Green->down, Blue=0
175 Red(Red=full, Green=0, Blue=0 )
176 -214 Red=full, Green=0, Blue->up
215 Magenta (Red=full, Green=0, Blue=full )
216 – 254 Red -> down, Green=0, Blue=full
255 Blue (Red=0, Green=0, Blue=full)
26
PIP dimmer intensity (8 bit) – all PIPs
0 – 128 PIP LEDs intensity 0-100% (128=default)
129 – 150 PIP LEDs pulsing from slow to fast
151 – 255 Reserved
Copyright © 2023-2024 Robe Lighting s.r.o. – All rights reserved
All Specifications subject to change without notice
Type of control
step step proportional step proportional step proportional step proportional
step proportional step proportional step
step step proportional step proportional step proportional step proportional
step proportional step proportional step
proportional proportional
Page 6
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>