Rosco RevoPro User manual

RevoPro
Programmable Gobo Rotator
™
Operations Manual
ver 1.1
Copyright 2011

p. 2
TABLE OF CONTENTS
Quick Set Up GuideA.
Getting to Know your RevoPRO1.
What’s in the box2.
Requirements3.
Installing Gobos4.
Installation and Power Supply5.
Choosing the Mode of Operation6.
Setting DMX Address and Operation Mode7.
Precautions8.
Troubleshooting9.
Technical Specications10.
Accessories and replacement parts11.
Compliance and Certications12.
Warranty13.

RevoPRO Operations Manual
p. 3
QUICK SET UP GUIDE
The RevoPRO™ Dual Programmable Rotator is quick and easy to congure
using the LCD display.
1. Load a standard B size gobo into each gobo wheel. The threaded collar
should be tightened until just in contact with the gobo. Do not over
tighten. If using two metal gobos with ne elements in the design, place
a Gobo Spacer Ring (Part no. 205 83007 0000) between the gobos to
prevent warping and entanglement.
Tip: When screwing on the threaded collar, place one nger from each
hand on the machined at spots and slowly rotate the collar, keeping
even pressure on both ngers. This helps the threads to engage evenly
and prevents binding and cross threading.
2. Insert RevoPRO™ into a the iris slot of a compatible luminaire. Make sure
unit is completely seated.
3. Engage Friction Lock by depressing plunger. Secure RevoPRO™ to the
luminaire using a safety cable.
4. Connect an IEC 18AWG power cable to the appropriate power supply
(100-240VAC 50/60hz).
5. Use LCD Display and buttons B1 – B4 to congure RevoPRO.
6. Press B1 to enter Setup mode. When display begins blinking, press B1
again to select desired Mode (1-7). Note: RevoPRO™ uses 2, 4, or 6 chan-
nels of DMX depending on the Operation Mode selected.
7. Set DMX Address using B2 – B4. Press B2 to set 100s place of desired DMX
Address. Press B3 to set 10s place. Press B4 to set 1s place.
8. Display will now show, for example 1.001 to indicate Mode 1, DMX Ad-
dress 001.
9. Press and hold B2 to save your conguration. RevoPRO™ will remember
and restore your saved conguration on power up.
10. Adjust channels 1-6 (depending on Op Mode) on your lighting control
desk to set speed, direction and index position of each gobo.
11. RevoPRO™ can be congured for stand alone operation, requiring no
DMX control. See Section 7 inside for more instructions.

p. 4
1. GETTING TO KNOW YOUR REVOPRO
RevoPRO™ Programmable Gobo Rotator
Advanced features and control options for any environment. DMX control
with 7 modes of operation or console-free on board programming. Com-
plete control even in spaces without lighting desks and universes of DMX like
museums, retail, and commercial buildings. With its internal power supply,
RevoPRO is perfectly suited in lighting rigs where an external PSU is not desir-
able, like theme parks and cruise ships. RevoPRO™ is a powerful and versatile
tool for creating subtle or dynamic, realistic or extravagant, beautiful or arrest-
ing lighting eects
Engineered with fresh eyes and a focus on building a versatile, advanced fea-
ture set, the RevoPRO™ was designed with the lighting designer in mind.
The RevoPRO™ features
Dual stepper motors for independent control of speed and direction for•
each gobo
Indexing control of BOTH gobos in 8- or 16-bit resolution•
Universal 100-240VAC auto-sensing, auto-switching power supply with•
standard IEC connector.
On-board 5-pin DMX input and pass-thru ports•
Flexible programming congurations accommodates simple 2 channel•
control or advanced moving light console controls
99 pre-programmed eects sequences selected using the LED display•
panel
Custom programming option to set and store speed and direction•
without DMX or external controllers
High temperature silicon belt for smooth, reliable, silent (squeak free)•
operation;
Modern stepper motor drives with advanced electronic controls allow•
the designer to dial speed from 0.5rpm to 24rpm with no risk of stall-
ing;
Simple, intuitive and user friendly operator modes provide maximum•
exibility for programmers of all abilities;
Threaded gobo collar insures secure t for any type of gobo – thin•
metal to thick eects glass.
Friction Lock™ secure t mechanism holds the rotator tightly in the iris•
slot even when the lens barrel is rotated around.
Unleash your imagination and browse through more than 2000 steel and
glass gobos at www.rosco.com or design your own pattern, made by Rosco
to your precise specications. The lighting eects you will create with the
RevoPRO™ are limitless.

RevoPRO Operations Manual
p. 5

p. 6
2. WHAT’S IN THE BOX
RevoPRO™ programmable gobo rotator•
Operator manual•
Quick start card•
3. REQUIREMENTS
• 100-240VAC 50/60 hz mains power
• DMX512controlsignaloroperateinstand-alonemode
• Modernellipsoidalspotlightwithappropriatesizedirisslotincluding
ETC S4, ETC S4 Zoom, Selecon Pacic, Strand SL and Altman Shake-
speare, among others.
• Bsizesteelorglassgobos
4. SPECIFYING AND INSTALLING GOBOS
Your Rosco RevoPRO Dual Programmable Rotator will accept standard B-size
gobos of virtually any style, whether steel or glass, b/w or color, textured or
at. A B-size gobo has a diameter of 86mm (3.38in) and an image area of
64.5mm (2.54in).
Many modern luminaires have optical systems capable or projecting a larger
image area. The RevoPRO™ has an open aperture of 75mm (2.95in) giving you
the exibility to maximize your projection size by using gobos with a larger
image area.
RevoPRO™ will accept a wide range of gobo styles from many manufacturers
including Stainless Steel gobos, Colorizers™, Image Glass™, Prismatics™, Color-
waves™, Silk Screen Gobos , B/W Glass gobos, 1C Glass Gobos, 2C Glass Gobos,
3C Glass Gobos, Multi-Color Gobos and many others.
Loading Gobos into your RevoPRO™ rotator
RevoPRO™ has two gobo wheels into which you can load gobo eects. While
it is most common to load just one gobo into each wheel, you can stack
gobos together into the same wheel position providing your stack does not
exceed the total maximum thickness of 3.5mm (0.138in).
All Rosco BeltDriveFx rotators utilize an innovative Threaded Collar to securely
hold gobos of varying thicknesses. Unlike the spring clips common in similar
equipment, the Threaded Collar screws down to positively lock the gobo in
place. This prevents the gobo from slipping during rotation and losing index
or centering.

RevoPRO Operations Manual
p. 7
To load a gobo into the gobo wheels
1. Place the rotator on a stable at surface. Unscrew the Threaded Collar
from each gobo wheel (counter-clockwise to unscrew, clockwise to
tighten).
There are two at sections on the collar to give your ngers a place to
grip. If the collar has been over tightened and is stuck, another small
machined spot on the outer ring allows you to gain purchase when
spinning the collar opposite to the entire gobo wheel.
2. Once the Threaded Collars are removed, insert a B size gobo so that it
lays at against the gobo wheel.
TIP:When installing a metal gobo, an optional Gobo Spacer Ring
(Part no. 205 83007 0000) is available to increase the separation be-
tween the gobos to achieve a wider range of focus eects. This spacer
can also be useful if two metal gobos with ne thin details are being
used. In the event that the heat from the luminaire causes the gobos
to warp towards one another, use of the spacer ring will prevent the
gobos from getting tangled together.
3. Screw on the Threaded Collar until just in contact with the gobo. Do
not over tighten.
The Threaded Collar has Teon™ threads to ease rotation and avoid
binding however there is still a small risk of cross threading. Do not
forcibly screw on the Threaded Collar . If you encounter undue resis-
tance, back o and start again. Lay the Threaded Collar at onto the
ring and slowly and evenly rotate until the threads align and engage
properly.

p. 8
TIP: When screwing on the Collar, place one nger from each hand on
the machined ats and slowly rotate the collar, keeping even pressure
on both ngers. This helps the threads to engage evenly and prevents
binding and cross threading. If you are having diculties getting the
thread to“catch,” slowly spin the Collar CCW while continuing to apply
gentle even pressure, then reverse back to CW until the threading
begins.
4. Repeat this process for both gobo wheels.
NOTE: When using Apollo gobos
Apollo Design manufactures a non-standard “B” sized gobo which has
an 80mm diameter. Rosco BeltDriveFx rotators can accept these smaller
gobos provided you keep a few considerations in mind. The underside of
the Threaded Collar which hold gobos in place has been machined with an
80mm recessed lip. To install an Apollo 80mm gobo, you must insure that
the gobo sits in the center of the gobo mounting ring as the Threaded Col-
lar slowly tightens down. Slight wiggling of the gobo during this process
helps to nd the center recessed ridge.
5. INSTALLATION, POWER AND DATA CONNECTIONS
The RevoPRO™ has been engineered to t into the bodies of most modern el-
lipsoidal luminaires including ETC Source Four, ETC S4 Zoom, Selecon Pacic,
Selecon Pacic Zoom, Altman Shakespeare and Strand SL among others.
1. Insert RevoPRO™ into the iris slot of the luminaire with the motor box
facing forward, towards the lens.
Inserting the rotator in the opposite orientation will cause the motor
box to interfere with the shutter handles.
It may be necessary to angle the yoke of the luminaire back to allow
access into the accessory iris slot.
On certain luminaires, the sliding cover over the iris slot may have to be
removed to allow the RevoPRO™ to t properly.
Note: When installing into a Selecon Pacic luminaire, align the groove
in the edge of the RevoPRO™ body with the rear-most tab of the Iris
Slot.
2. When seated fully and completely, the gobo wheel should be centered
in the lens tube. If necessary, remove the lens tube and visually conrm
that the rotator is seated and aligned properly. It is important that
the aperture of the gobo rotator be centered in the optical path of the

RevoPRO Operations Manual
p. 9
luminaire in order to project without obstructions to the gobo design.
3. The RevoPRO™ is equipped with a unique safety feature, the Friction
Lock. Depress the metal slider located on the left side of the RevoPRO™
to extend a knurled brake cylinder.
This brake presses against the inside wall of the iris slot, securely hold-
ing the RevoPRO™ in place.
Note: To install the RevoPRO™ into your luminaire it is necessary that
the Friction Lock Slider be in the UP position, with the lock disengaged.
4. Attach a safety cable to the RevoPRO™ and then to the yoke of your
luminaire or other secure point.
The D-cut out in the metal housing to the right of the motor box will
accept the spring clip of a standard safety cable or the loop end of a
small safety cable.
Power and Data
The RevoPRO™ uses an internal, auto-sensing, auto-switching power supply
suitable for almost any location.
1. Connect it to any suitable 100-240VAC 50/60hz power source using an
ANSI standard IEC cable.
2. If using a DMX controller, connect a 5-pin DMX cable from your light-
ing desk/console or from the pass–thru of another DMX device into the
DMX input port on your PSU.
6. CHOOSING OPERATION MODE AND SETTING DMX ADDRESS
When powered on, the RevoPRO™ will restore to its previous conguration. If
this conguration was an indexing mode (3-7) then the unit will go through a

p. 10
15 second BOOT process rst.
Use the LCD display and buttons B1 – B4 to set Mode and DMX Address.
ModesDMX Address
Modes x100 x10 x1
SetupSave Test
B1 B2 B3 B4
1. 001
Note: Press = Quick Press ~ 0.25 seconds, Press and Hold = 1 second
To Set Operation Mode
Press B1 once to enter SETUP . Display will momentarily change to SET-•
and then return to the previous display, blinking.
To Change Modes, Press B1 to select the desired mode 1-7 (see below•
for detailed explanation of the dierent modes).
For example 2.001 = Mode 2, DMX Address 001.
For Stand Alone Mode or Library Eects, press B1 until E.6XX appears in
the display.
Press and hold B2 to SAVE or continue to set DMX Address.•
To Set DMX Address
If still in SETUP (display blinking) use buttons B2 – B4 to set the three•
digits of the DMX address desired.
Press B2 to set 100’s place. Keep pressing until desired digit appears.•
Press B3 to set the 10s place.•
Press B4 to set the 1s place.•
For example 3.101 = Mode 3, DMX Address 101.•
Press and hold B2 to SAVE•

RevoPRO Operations Manual
p. 11
7. OPERATION MODES
The RevoPRO™ has seven modes of operation to oer the programmer and
lighting designer maximum exibility.
MODE ONE – 2 Channel - Std Forward Control•
MODE TWO – 2 CH - ML Center Inverse Control•
MODE THREE – 4 CH 8 Bit (Coarse) Indexing – Std Forward Control•
MODE FOUR – 4 CH 8 Bit Indexing ML Center Inverse Control•
MODE FIVE – 6 CH 16 Bit (Fine) Indexing - Std Forward Control•
MODE SIX – 6 CH 16 Bit (Fine) Indexing ML Center Inverse Control•
MODE SEVEN – 4 CH Indexing Shortest Path – 8 bit•
STAND ALONE – No DMX required•

p. 12
MODE ONE: 2 CH Forward Control
Mode One provides simple control of Gobo A and Gobo B using only two
channels of DMX. Channel 1 controls Gobo A, Channel 2 controls Gobo
B. Speed and direction of each gobo is adjusted by varying the level of the
appropriate channel. Adjust Channel 1 from 0 to 50% (0 – 127 DMX value)
to rotate Gobo A clockwise. Adjust Channel 1 from 51 – 99% (128 – 254) to
rotate Gobo A Counter-Clockwise. 0% (DMX 0), 50% (DMX 128) and 100%
(DMX 255) are full stop.
Adjust Channel 2 to control Gobo B similarly.
Note: Clockwise is determined when looking down the light path from the
point of view of the lamp, with the motor box facing away from you.
Mode 1 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (slow to fast)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (slow to fast)
1 FL 255 Gobo A - Stop
2 1-49 1-127 Gobo B - CW (slow to fast)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (slow to fast)
2 FL 255 Gobo B - Stop
MODE TWO: 2 CH - ML Center Inverse Control
Similar to Mode one, Mode Two provides simple two channel control of the
RevoPRO™. For programmers who prefer it, the speed and direction control is
more similar to that used by automated lighting programmers. Speed control
conguration is“center inverse.” In this mode, slowest speed in both direc-
tions is set at the 50% (DMX 128) point on the channel. To increase speed in
the clockwise directions, adjust the level down from 50% (DMX 128) to 1% for
full speed. 0% is full stop. To increase speed in the Counter Clockwise direc-
tion, adjust the level up from 50% to 99%.
Adjust Channel 2 to control Gobo B similarly

RevoPRO Operations Manual
p. 13
Mode 2 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (fast to slow)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (slow to fast)
1 FL 255 Gobo A - Stop
2 1-49 1-127 Gobo B - CW (Fast to slow)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (slow to fast)
2 FL 255 Gobo B - Stop
MODE THREE: 4 CH Indexing – 8 bit resolution - Forward Control
Indexing is a feature where the designer can specically stop the rotation at a
certain location. This is useful for some eects like Clock or See-Saw move-
ments, but it is also useful with an I-Cue Mirror when you need to keep the
orientation of a gobo very specic, as with a logo. Mode Three allows for sim-
ple, low resolution indexing using only 2 channels per gobo. As in Mode One,
speed and direction for Gobo A is controlled by Channel 1, speed and direc-
tion for Gobo B controlled by Channel 2. Channel 3 is used to set the position
of between 1-degree and 370-degrees of Gobo A. Channel 4 is used to set the
position of Gobo B between 1-degree and 370-degrees. For precise program-
ming, program the index using DMX values, not channel percentages.
Example: To set Gobo A rotating at full speed, set CH1 = 99% and set CH3 = 0.
To now stop Gobo A at a precise orientation, set CH 3 = DMX 127 (or any other
value > 0). Rotation will continue until the exact orientation is acheived and
then stop. To continue rotating, set CH3 = 0.
Mode 3 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (slow to fast)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (slow to fast)
1 FL 255 Gobo A - Stop

p. 14
CH Level DMX Function / Result
3 0 0 Gobo A - Continuous rotation
3 1-100 1-255 Gobo A - Index position 0-370°
1.45° per DMX value
2 1-49 1-127 Gobo B - CW (slow to fast)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (slow to fast)
2 FL 255 Gobo B - Stop
4 0 0 Gobo B - Continuous rotation
4 1-100 1-255 Gobo B - Index position 0-370°
1.45° per DMX value
MODE FOUR: 4 CH Indexing – 8 bit resolution - ML Center Inverse
Similar to Mode Two, Mode Four uses the center 50% mark on the channel
level to control speed and direction of the gobos. And similar to Mode Three,
this conguration allows for low resolution indexing of the gobos using Chan-
nels 3 & 4.
Mode 4 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (Fast to slow)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (Slow to Fast)
1 FL 255 Gobo A - Stop
3 0 0 Gobo A - Continuous rotation
3 1-100 1-255 Gobo A - Index position 0-370°
1.45° per DMX value
2 1-49 1-127 Gobo B - CW (Fast to slow)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (Slow to Fast)
2 FL 255 Gobo B - Stop
4 0 0 Gobo B - Continuous rotation
4 1-100 1-255 Gobo B - Index position 0-370°
1.45° per DMX value

RevoPRO Operations Manual
p. 15
MODE FIVE: 6 CH Indexing – 16 bit resolution - Forward Control
16-Bit or high resolution indexing provides very ne position control over
the orientation of the gobo but requires 1 extra control channel per gobo
to accomplish this. In 8-bit resolution, each point of DMX value changes the
position of the gobo by 1.45-degrees. (370-degrees / 255 values of DMX).
When projected over long distances, this 1.45-degree step can make for very
coarse gobo position control. In 16-Bit, high resolution, each 1.45-degree step
is further divided by 255 points of DMX. With this additional channel of preci-
sion, the gobo position can be adjusted within 0.005-degrees!
8-Bit
Indexing
16-Bit
Indexing
To program in 16-bit resolution, Channels 1 control speed and direction of
Gobo A. Channel 3 sets the coarse position of Gobo A. Channel 4 sets the ne
position of Gobo A (precisely adjusting the coarse point set by Channel 3).
Channels 2, 5, & 6 similarly control Gobo B.
Mode 5 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (Slow to Fast)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (Slow to Fast)
1 FL 255 Gobo A - Stop
3 + 4 0 0 Gobo A - Continuous rotation
3 1-100 1-255 Gobo A - Coarse Index 0-370°
1.45° per DMX value
4 1-100 1-255 Gobo A - Fine Index
.005° per DMX value
2 1-49 1-127 Gobo B - CW (Slow to Fast)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (Slow to Fast)
2 FL 255 Gobo B - Stop

p. 16
CH Level DMX Function / Result
5 + 6 0 0 Gobo B - Continuous rotation
5 1-100 1-255 Gobo B - Coarse Index 0-370°
1.45° per DMX value
6 1-100 1-255 Gobo B - Fine Index
.005° per DMX value
MODE SIX: 6 CH Indexing – 16 bit resolution - ML Center Inverse
Mode Six is similar to Mode 5 except Speed and Direction controls are cong-
ured to Center Inverse like in Modes Two and Four.
Mode 6 Channel assignments
CH Level DMX Function / Result
1 0 0 Gobo A - Stop
2 0 0 Gobo B - Stop
1 1-49 1-127 Gobo A - CW (Fast to Slow)
1 50 128 Gobo A - Stop
1 51-99 129-254 Gobo A - CCW (Slow to Fast)
1 FL 255 Gobo A - Stop
3 + 4 0 0 Gobo A - Continuous rotation
3 1-100 1-255 Gobo A - Coarse Index 0-370°
1.45° per DMX value
4 1-100 1-255 Gobo A - Fine Index
.005° per DMX value
2 1-49 1-127 Gobo B - CW (Fast to slow)
2 50 128 Gobo B - Stop
2 51-99 129-254 Gobo B - CCW (Slow to Fast)
2 FL 255 Gobo B - Stop
5 + 6 0 0 Gobo B - Continuous rotation
5 1-100 1-255 Gobo B - Coarse Index 0-370°
1.45° per DMX value
6 1-100 1-255 Gobo B - Fine Index
.005° per DMX value
MODE SEVEN: 4 CH Indexing Shortest Path – 8 bit
In Mode Seven, control of speed, direction, and 8-bit index position is sepa-
rated into 2 channels for each gobo. Channel 1 sets Gobo A to rotating CW,

RevoPRO Operations Manual
p. 17
increasing speed from 0-100% (0-255 DMX). Channel 2 will set Gobo A spin-
ning CCW, speed varying from 0-100% based on level. If BOTH Channel 1 and
2 are at levels other than 0, then Channel 2 sets the 8 bit index position. The
gobo will rotate, at the speed set by Channel 1 until it reaches the index point
set by Channel 2 and then stop. If either channel is then taken to 0, rotation
will resume with speed and direction according to the level set on the active
channel.
Control of Gobo B uses Channels 3 & 4 similarly.
Mode 7 Channel assignments
CH Level DMX Function / Result
1
2
0
0
0
0
Gobo A - Stop
1
2
1-100
0
1-255
0
Gobo A - CW (Slow to Fast)
1
2
0
1-100
0
1-255
Gobo A - CCW (Slow to Fast)
1
2
1-100 1-255
1-255
Gobo A - CW speed to index position
Gobo A - Index 0-370° (1.45°/DMX)
3
4
0
0
0
0
Gobo B - Stop
3
4
1-100
0
1-255
0
Gobo B - CW (Slow to Fast)
3
4
0
1-100
0
1-255
Gobo B - CCW (Slow to Fast)
3
4
1-100 1-255
1-255
Gobo B - CW speed to index position
Gobo B - Index 0-370° (1.45°/DMX)
EFFECTS LIBRARY – NO DMX
The RevoPRO can be congured to operate with no DMX signal present by
using the LED Display Panel to recall and apply one of 10 pre programmed
eects sequences to either Gobo A or Gobo B. By combining any of these
10 sequences, a total of 100 variations can be achieved. The list of pre-pro-
grammed eects is:
0 = Continuous rotation
1 = Swing 181°
2 = Swing 80°
3 = Swing 21°
4 = Swing 360°

p. 18
5 = Slide 116° with speed (slow to fast)
6 = Clock ticking
7 = Shaking and rotate
8 = Slide 360° with speed (slow to fast)
9 = March 5°, 5°, 5°, 5°, stop and continuous
Once applied to a specic gobo wheel, you can further set speed and direc-
tion of each of these sequences.
Press B1 once to enter SETUP . Display will momentarily change to1.
SET- and then return to the previous display, blinking.
Press B1 until E.6XX appears in the display.2.
Each X corresponds to the eect applied to gobo wheel A and B
respectively. For example E.600 indicates that Eect 0 (continuous
rotation) has been applied to Gobo A and Gobo B. E.637 indicates
that Eect 3 (swing 21°) has been applied to Gobo A and Eect 7
(Shaking and Rotate) has been applied to Gobo B.
Press B3 to increment the Eect Number for Gobo A3.
Press B4 to increment the Eect Number for Gobo B4.
Press B2 once. Display will show A._XX for speed and direction of5.
GOBO A
Press B4 to increase speed. Positive numbers indicate CW rotation.6.
Press B3 to decrease speed. Negative numbers indicate CCW rota-7.
tion.
Press B2 again to switch to Gobo B. Display will show B._XX8.
Press B4 to increase speed. Positive numbers indicate CW rotation.9.
Press B3 to decrease speed. Negative numbers indicate CCW rota-10.
tion.
Press and hold B2 to SAVE.11.
Depending on the eects sequence selected, RevoPRO may run through a
homing sequence before activating the specied eects. To adjust the speed
and direction of this program, repeat steps 1-12 without changing the Eects
numbers in steps 1-4. RevoPRO will recall and restore the last programmed
eects sequence in the event of a power loss or Operation Mode change.
Note: Some eects sequences (notably, #3, #6, #9) that create quick alternating
movements may and which are run at high speeds may cause minor clicking
noises due to the fast direction changes. Reduce the speed settings to minimize
this.

RevoPRO Operations Manual
p. 19
STAND ALONE MODE - USER DEFINED ROTATION
To set and store your own rotation eect, use Eect 0 Continuous Rotation ap-
plied to both gobos. This allows you to dene the exact speed and direction
of each gobo and recall this customized specication without using a DMX
console.
Press B1 once to enter SETUP . Display will momentarily change to1.
SET- and then return to the previous display, blinking.
Press B1 until E.600 appears in the display.2.
Press B2 once. Display will show A._XX for speed and direction of3.
GOBO A
Press B4 to increase speed. Positive numbers indicate CW rotation.4.
Press B3 to decrease speed. Negative numbers indicate CCW rota-5.
tion.
Press B2 again to switch to Gobo B. Display will show B._XX6.
Press B4 to increase speed. Positive numbers indicate CW rotation.7.
Press B3 to decrease speed. Negative numbers indicate CCW rota-8.
tion.

p. 20
Press and hold B2 to SAVE.9.
8. PRECAUTIONS
Use only properly rated IEC power cord (18AWG 3C SJT) and connect•
only to compatible voltage supplies (100-240v 50-60hz)
Always use a safety cable to insure the RevoPRO™ cannot fall out of the•
xture.
Do not allow power cord to come in contact with the hot body of the•
luminaire or the rear lamp cap.
Keep ngers clear of moving parts.•
The metal case of the RevoPRO™ may get very hot after continuous•
use in a luminaire. Use caution to avoid burns when handling units that
have been in running luminaires.
9. TROUBLESHOOTING
The RevoPRO™ will not t into the Iris Slot.1.
Make sure the Friction Lock is in the up (disengaged) positiona.
and that the lock itself is not extending outside the metal case.
The iris slot cover of the luminaire may need to be removed tob.
allow complete access to the slot. Fully remove the two screws
holding the cover and lift o. Set aside so that the cover can be
reinstalled at a later date.
Installing the RevoPRO™ into the Selecon Pacic Coolightc.
requires that the guide channel in the side cut of the RevoPRO™
align with the rear guide track in the Pacic’s iris slot.
Note: RevoPRO™ is not compatible with Philips/Selecon SPX ord.
Leviton LEO.
Threaded Collar will not tighten down on gobo2.
Check that Threaded Collar is not cross-threaded. Gently un-a.
screw the Threaded Collar. Reset gobo and re-thread Threaded
Collar following the instructions in Section 4, Installing Gobos.
The projected gobo appears out of round or cut o.3.
The RevoPRO™ is not properly seated in the luminaire. Removea.
RevoPRO™ unit and reinsert making sure that the unit is seated
all the way down in the light.
Note: The Selecon SPX and Leviton Leo luminaires are not cur-b.
rently compatible with the RevoPRO™ rotator.
RevoPRO™ is powered on but no LED lights appear to indicate that4.