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User Manual
BB42
i-PIX
BB4 washlight
BB7
BB2
contents
contents
INTRO,RIGGING,
RIGGING,SET
SETUP
UP&&MODES
MODES
INTRO,
SAFETY
SAFETY FIRST
FIRST
THE BB7
BB2x2
BB2
RIGGING
RIGGING
SET UP
UP
SET
MODES
MODES
MODES A GRAPHICAL OVERVIEW
MODES A GRAPHICAL OVERVIEW
page
page 3
3
page
page 5
page 6
6
page
page 7
7
page
page 8
page 8
page 11
page 12
OPERATINGINSTRUCTIONS
INSTRUCTIONS
OPERATING
STAND
STAND ALONE
ALONE FUNCTIONS
FUNCTIONS
STORING
DMXINPUT
INPUTAS
ASAAMEMORY
MEMORY
STORING A DMX
CREATING A
CREATING
A MEMORY
MEMORY
RECALLING A
RECALLING
A MEMORY
MEMORY
CREATING
A
CREATING A CHASE
CHASE
page
page 13
15
page
page 13
15
page 14
16
page
page
19
page 17
page 20
page 18
THETECHNICAL
TECHNICALSTUFF
STUFF
THE
CELL ORIENTATION
TECHNICAL
SPECIFICATIONS
CELL ORIENTATION
TROUBLE
SHOOTING
TECHNICAL
SPECIFICATIONS
QUICK
RESET
UNIT DIMENSIONS DRAWING
TROUBLE SHOOTING
QUICK RESET
APPENDICES
APPENDIX 1
APPENDICES
APPENDIX 2
APPENDIX 1
APPENDIX 2
ROHS COMPLIANCE
AND WEEE DIRECTIVE INSTRUCTIONS
SERVICE CONTACT DETAILS
ROHS COMPLIANCE
AND WEE DIRECTIVE INSTRUCTIONS
SERVICE CONTACT DETAILS
page 24
page
page 20
23
23
page
page 23
24
26
page
page 25
26
28
page 27
page 29
page 26
29
page 27
30
page 30
page 31
BB7 USERS MANUAL - PAGE 2
BB2x2
SAFETY FIRST
WARNING!
Read the safety precautions in this section before
installing, powering, operating or servicing the BB4
2
The following symbols are used to identify important safety information in this manual:
Warning!
Safety hazard.
Risk of severe
injury or death
Warning!
LED light
emission. Risk
of eye injury
Warning!
Hazardous
voltage. Risk
of lethal or
severe
electric shock
Warning!
Fire hazard
! Read this manual before installing, powering or servicing the fixture, follow the
safety precautions listed below and observe all warnings in this manual. If you
have questions about how to operate the fixture safely, please contact I-Pix.
Warning! Class 2M LED product. Do not look into the beam from a
distance of less than 40 cm (16 inches). Do not stare into the beam
for extended periods at a short distance. Do not view the beam
directly with optical instruments.
This product is for professional use only. It is not for household
use. This product presents risks of severe injury or death due to fire
hazards, electric shock and falls.
BB4
USERSMANUAL
MANUAL - PAGE 3
BB2 USERS
PROTECTION FROM ELECTRIC SHOCK
Shut down power to the entire installation at the building’s main power distribution board and lock
out power (by removing the fuse for example) before carrying out any installation or
maintenance work.
Disconnect the fixture from AC power before removing or installing any cover or part
and when not in use.
Disconnect the fixture from AC power before removing or changing the fuse.
Always ground (earth) the fixture electrically.
Use only a source of AC power that complies with local building and electrical codes and has both
overload and ground-fault (earth-fault) protection.
Connect this fixture to AC power either using the supplied power cable or via 3- conductor cable
that is rated minimum 20 amp, hard usage. Suitable cable types include
ST, SJT, STW, SEO, SEOW and STO.
The voltage and frequency at the power outlet are the same as the voltage and frequency applied
to the power inlet. Only connect devices to the power outlet that accept this voltage & frequency.
Before using the fixture, check that all power distribution equipment and cables are in perfect
condition and rated for the current requirements of all connected devices.
Do not use the fixture if the power cable or power plug are in any way damaged, defective or wet,
or if they show signs of overheating.
PROTECTION FROM FIRE
Do not attempt to bypass thermostatic switches or fuses. Replace defective fuses with ones of
the specified type and rating only.
Provide a minimum clearance of 0.1 m (4 in.) around fans and air vents.
Do not modify the fixture
Apart from I-PIX accessories do not stick filters, masks or other materials directly onto the light.
PROTECTION FROM INJURY
when
Do not hang fixtures from each other. Use two OMEGA clamps per fixture or
I-PIXrigging
SINGLE
or DOUBLE YOLKS when suspending.
horizontally.
When suspending the fixture, ensure that the structure and all hardware used can hold at least
10 times the weight of all devices suspended from them.
Use two secondary attachments (such as a safety cable) to secure each fixture.
Secondary attachments must be able to hold at least 10 times the weight of all devices
suspended from them and must be installed as described in this manual.
Check that all external covers and rigging hardware are securely fastened.
Block access below the work area and work from a stable platform whenever installing,
servicing or moving the fixture.
The LED emission presents a hazard to eyesight at a distance of 4 - 40 cm (1.6 -16 inches)
when the eye is exposed to the beam for longer than 0.25 seconds.
Do not look at LEDs from a distance of less than 40 cm (1 ft. 4 in.) without suitable
protective eye wear.
Do not look at LEDs with magnifiers or similar optical instruments that may concentrate the
light output.
BB4
USERSMANUAL
MANUAL - PAGE 4
BB2 USERS
BB4 washlight
i-PIX
BB 24 Washlight
The BB 24 washlight provides the user with an energy saving high power light. Four
Two powerful light sources gives the
two blended sources shows no
feel and look of a modern light fixture. LED in origin, the appearance from the four
visible appearance of existing led technology yet has the performance we have all come to understand from this
novel form of light.
The
BB 224 washlight
washlight,isisequipped
equipped
with
four
custom
Engines
from
It'spower
one ofpoint
the highest
power
two
The BB
with
two
custom
lightLight
engines.
Its one
of Lamina.
the highest
light source
ledpoint
light
source
led
light
available.
It
is
the
homogenized
source
of
the
three
saturate
colours
that
makes
our
colour
mixing
available. It is the homogenized source of the three saturate colours that make our colour mixing so good.
so good.
The performance of these light engines to i-pix's exacting colour specifications gives a tighter tolerance and
improved colour performance, which makes tungsten lighting performance from the BB 24 possible. Daylight
temperatures can also be found with ease and finally a fixture that does not need a nudge from amber to
compensate. The whites are believable and full of low power energy, which makes one wonder if the source is
really an led engine.
The BB 24 has a super smooth control with 16 bit resolution, enhancing the feel of the fixture when wishing to
emulate the tungsten performance you would expect from pre existing fixtures. Different operating modes ensure
ease of use. With consumption of 120
60 watts, the fixture draws half and amp on full @ 240 volts.
BB4USERS
USERS
MANUAL - PAGE 5
BB2
MANUAL
a Rigging
BB4
horizontally
ntally
aing
BB4
horizontally
a BB42 horizontally
ntally
a BB4Rigging
horizontally
a BB4 horizontally
BB4
horizontally
OMEGA
supplied
with
thesupplied
lamp. with
A
rizontally
brackets
use
To
supplied
the
OMEGA
with
the
brackets
lamp.brackets
supplied
OMEGA
with the
brackets
lamp.
supplied
with the
thelamp.
lamp.
rig
ause
BB4
horizontally
use
the OMEGA
brackets
2the
orizontally
Abolted
brackets
use
To
supplied
rig
the
achoice
OMEGA
BB4
with
horizontally
the
brackets
lamp.
use
supplied
the
OMEGA
with
the
brackets
lamp.
supplied
would
have
your
clamp
of
choice
bolted
on
them.
ave
your
on
clamp
These
to
them.
of
bolted
on
to
them.
choice
bolted
on to
to them.
them. with the lamp.
would
have
your
clamp
of to
choice
bolted
on
ehave
bolted
your
onThe
clamp
These
to
them.
ofwould
choice
have
bolted
your
on
clamp
to
them.
ofmiddle
choice
bolted
onthe
to
them.
MEGA
brackets
can
be
attached
to
each
end
&
the
of
lamp
using
the
camlocs.
oackets
each
can
end
be
& the
attached
OMEGA
middle
brackets
to
of
each
the
end
lamp
can
be
&using
the
attached
the
camlocs.
tomiddle
of
each
the end
lamp
end
&using
the
middle
the
camlocs.
of
the
lampusing
usingthe
thecamlocs.
camlocs.
attached
to
each
&
the
middle
of
the
lamp
brackets
o each end
canThe
&
bethe
attached
OMEGA
middlebrackets
toofeach
the lamp
end
can &
be
using
the
attached
middle
the camlocs.
to
ofeach
the lamp
end &using
the middle
the camlocs.
of the lamp using the camlocs.
ace
thewith
camloc
pins
inthe
thecamloc
receptacles
with
leversout
facing
place
pins
inin
the
receptacles
with
the
camloc
pins
First
the
ininthe
levers
receptacles
facing
out
the
levers
receptacles
facing
out
with
the
levers
facing out
out
ptacles
etacles
camloc
with
pins
First
the
levers
the
place
receptacles
the
facing
camloc
outwith
with
pins
the
levers
thethe
receptacles
facing
without
the levers
levers facing
facing
out
secure
the
brackets
give
levers
a
quarter
turn
clock
wise.
to
secure
the
brackets
give
the
levers
a
quarter
turn
clock
wise.
ers
the
a
brackets
quarter
then
give
turn
the
clock
levers
wise.
a
quarter
turn
the
clock
levers
wise.
a
quarter
turn
clock
wise.
vers
e theabrackets
quarter
then
turn
give
to the
clock
secure
levers
wise.
theabrackets
quarter turn
give clock
the levers
wise.a quarter turn clock wise.
bsolutely
sure
all
fourBEFORE
attachment
points
are ALWAYS
secure
BEFORE
rigging
the
secure
the
ent
elysure
points
sureall
allare
are
four
Make
secure
attachment
absolutely
points
sure
rigging
allare
are
four
the
secure
light
attachment
BEFORE
points
rigging
secure
are
the
secure
lamp
light
ALWAYS
to
BEFORE
secure
rigging
to
secure
Make
absolutely
sure
all
four
attachment
points
are
secure
BEFORE
rigging
the
light
ALWAYS
lamp
to
nt
ly
points
four
secure
attachment
points
attachment
ALWAYS
points
rigging
secure
the
lamp
light
ALWAYS
tolight ALWAYS
rigging
securethe
thelamp
lamp
light
ALWAYS
tolamp to
securethe
thelamp
lampto
to
ss,
pipe
e.t.c.
with
two
safety
bonds.
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attached
to the
lamp
through
thepoint
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pointinshown
1 shown
onds.
ends.
e.t.c.
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with
attached
the
two
truss,
safety
pipe
bonds.
e.t.c.
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through
with
attached
two
safety
safety
the
bonds.
point
lamp
One
through
shown
in
the
fig
1to
the
lamp
shown
fig
truss,
e.t.c.
with
two
safety
bonds.
One
attached
to
lamp
through
the
fig
e.t.c.
One
with
attached
the
two
safety
topipe
the
bonds.
lamp
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attached
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to
safety
bonds.
lamp
point
One
through
shown
attached
in
the
figsafety
safety
1 the
lamp
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shown
in
the
fig1safety
safety
1in figpoint
point
shownininfig
fig111
ached
the
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the
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inthe
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NEVER
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shown
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to
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the
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toto
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er
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NEVER
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ched
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orshown
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orto
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11 fig 1
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fig 222
BB4 USERS MANUAL - PAGE
BB4 USERS
6BB4 USERS
MANUAL
- PAGE
BB4USERS
USERS
6- PAGE
MANUAL
-- PAGE
6
MANUAL
6
BB4
MANUAL
BB4 USERS MANUAL - PAGE
BB4 USERS
6
MANUAL
-BB2
PAGE
BB4USERS
USERS
6 MANUAL
MANUAL
-PAGE
PAGE66
2 vertically
Rigging a BB4
To rig a BB4 vertically use the SINGLE or DOUBLE YOLK hanging brackets. The brackets can be supplied as
accessories for the lamp. You would obviously have your clamp of choice bolted on to them.
The YOLK brackets can be attached to the top, middle or the lamp using the camlocs.
To
vertically useuse
one one
of the
brackets
supplied
with thewith
lamp.the lamp.
To rig
rigaaBB2x2
BB 2 horizontally
ofOMEGA
the OMEGA
brackets
supplied
These would have your clamp of choice bolted on to them.
First place the camloc pins in the receptacles with the
The OMEGA bracket can be attached to the side of the lamp using the camlocs.
⤶
figfig1 2
fig 2
Make
Makeabsolutely
absolutelysure
sureallallfour
fourattachment
attachmentpoints
pointsare
aresecure
secureBEFORE
BEFORErigging
riggingthe
thelight
lightALWAYS
ALWAYSsecure
securethe
thelamp
lamptoto
the
truss,
pipe
e.t.c.
with
two
safety
bonds.
One
attached
to
the
lamp
through
the
safety
point
shown
in
fig
the truss, pipe e.t.c. with two safety bonds. One attached to the lamp through the safety point shown in fig11
the
theother
otherattached
attachedtotothe
theyolk
yolkthrough
throughthe
thesafety
safetypoint
pointshown
shownininfigfig22NEVER
NEVERthrough
throughorortotothe
thebrackets.
brackets.
WRONG
⤶
MANUAL
PAGE
6 BEFORE rigging the BB4
Make absolutely sureBB4
bothUSERS
attachment
points- are
secure
light. USERS MANUAL - PAGE 6
ALWAYS secure the lamp to the truss pipe e.t.c. with two safety bonds as shown on the previous page.
First place the camloc pins in the receptacles with the levers facing out
First place the camloc pins in the receptacles with the levers facing out
then to secure the brackets give the levers a quarter turn clock wise.
then to secure the brackets give the levers a quarter turn clock wise.
The OMEGA brackets can be attached to each end & the middle of the lamp using the camlocs.
The OMEGA brackets can be attached to each end & the middle of the lamp using the camlocs.
levers facing out the correct way.
Then to secure the brackets turn the levers a quarter
re BEFORE
rigging
lightattachment
ALWAYS secure
theare
lamp
to BEFORE rigging the light ALWAYS secure the lamp to
turn
clock
wise.
ake
absolutely
sure the
all
four
points
secure
First
place
the camloc
pins inpoint
the receptacles
with
the levers facing out.
d
to
the
lamp
through
the
safety
shown
in
fig
1
e truss,Then
pipe to
e.t.c.
withthe
two
safety bonds.
One
attached to the lamp through the safety point shown in fig 1
secure through
brackets
give
the
levers a quarter turn clockwise.
hown
in
fig
2
NEVER
or
to
the
brackets.
e other attached to the yolk through the safety point shown in fig 2 NEVER through or to the brackets.
BB2 USERS
BB4
USERSMANUAL
MANUAL - PAGE 7
SET UP
1. Select appropriate dimmer curve
The BB42 offers a choice of two dimmer curves.
1 LINEAR - the output increases directly with dmx input.
2 ENHANCED - the first 10% of the output is controlled over the first 50% of the DMX input.
First press the button under the MORE legend.
4INVRT1 ADDR 001
MODE 3 5CH MORE
PRESS
PRESS
Then press the PROFILE button.
Then select the appropriate dimmer curve.
linear LIN.
PROFILE
MAN
CHASE
STORE
PRESS
CURV-LIN BACK ON
PRESS
Or enhanced ENH.
2 Disable or enable user interface backlight
Whilst in PROFILE you may choose to switch off the user
interface backlight. When you press the button above BACK
ON the legend will change to BACK OF and the backlight will
go out 5 seconds after the interface is last used, though the
backlight will come back on whenever any button is pressed.
When you press the button above BACK OF the legend will
change to BACK ON and the backlight will remain lit
constantly.
CURV-ENH BACK ON
BACK ON shows the current status
of the backlight
PRESS
CURV-LIN BACK ON
PRESS
CURV-LIN BACK OF
BB2 USERS
BB4
USERSMANUAL
MANUAL - PAGE 9
8
3 Select appropriate operating mode
The
a choice
ten operating
modes. These
modesThese modes
2gives
TheBB2
BB4
will you
gives
you aof
choice
of ten operating
modes.
will enable you to set up the lamp in the most appropriate way for the
many different jobs the lamp will be used for. The nuts and bolts of the
modes are described in detail in pages 12 to 15.
To select a mode
Keep the button below the MODE legend depressed go
through the modes, just before the one you desire stop,
then press once.
4INVRT1 ADDR 001
MODE 1 3CH MORE
PRESS
4 Select appropriate DMX address
PRESS
First press the button above the ADDR legend.
Then change the address using the 100s,10s & 1s buttons.
4INVRT1 ADDR 111
MODE 1 3CH MORE
PRESS
100s
10s
ADDR 011
1s
BB2
MANUAL
BB4USERS
USERS
MANUAL - PAGE 10
9
press the button above 4INVRT1.
Keep the button below the MODE legend depressed go
2 the
The BB4
will modes,
gives you
a choice
operating
modes.
through
just
before of
theten
one
you desire
stop, These modes
will enable
you to set up the lamp in the most appropriate way for the
then
press once.
many different jobs the lamp will be used for. The nuts and bolts of the
56 locking off the interface
modes
described in detail in pages 12 to 15.
5 inverting
the cells
5 inverting
theare
cells
4INVRT1 ADDR 001
MODE 1 3CH MORE
PRESS
When you are satisfied that you have set up all the lamp’s parameters to your liking it is possible to lock off
4 Select
appropriate
DMX
the
that
you the
dont
inadvertently
anything
when
focusing
etc.
Should you
wishinterface
to
change
running
order
ofaddress
the
cells
so
instead
running.
Should
you
wishsotothe
change
running
order
ofchange
thethat
cells
so thatof
instead
of running.
To select a mode
Keep the button below the MODE legend depressed go
through the modes, just before the one you desire stop,
then
press the
once.
First press
button above the ADDR legend.
To lock off the interface depress the MORE and ADDR
buttons simultaneously and the MORE will change to LOCK.
they run they run
4INVRT1 ADDRPRESS
001
MODE 1 3CH MORE
1234
1234
4 Select appropriate DMX address
4321
4321
Then change the address using the 100s,10s & 1s buttons.
To unlock
the
interface
depress
thethe
LOCK
andlegend.
ADDR buttons
First
press
the
button
above
ADDR
Press
the
button
above
1NORM4
Press
the
button
above
1NORM4
simultaneously and the LOCK will change to MORE.
1NORM4
002
4INVRT1
ADDR 111
PRESS
9 20CH
MODE 1
3CH MORE
1NORM41NORM4
shows the
current
shows
thePRESS
current
orientation
of the cells.
orientation
of the cells.
PRESS
PRESS
PRESS
PRESS
1NORM4 1NORM4
ADDR 002ADDR 002
MODE
9 20CH MORE
MODE 9 20CH
MORE
100s
1NORM4 ADDR
002
4INVRT1
ADDR011
111
10s
1sMORE
9 20CH
LOCK
MODE 1
3CH
PRESS
THIS
IS AN EXTREMELY
USEFUL FUNCTION
IF SOMEONE
HASTHE
RIGGED
THEWAY
WRONG
WAY ROUND!
THIS IS AN
EXTREMELY
USEFUL FUNCTION
IF SOMEONE
HAS RIGGED
LAMPTHE
THELAMP
WRONG
ROUND!
Then change the address using the 100s,10s & 1s buttons.
return
To returnTo
them
to them to
1234
1234
PRESS
PRESS
100s
ADDR
011 - PAGE 11
BB4
USERS
MANUAL
10s
PRESS
1s
4INVRT1 4INVRT1
ADDR 002ADDR 002
MODE MORE
9 20CH MORE
MODE 9 20CH
the
button
above 4INVRT1.
press thepress
button
above
4INVRT1.
locking
off the interface
6 locking6 off
the interface
When
you are that
satisfied
that you
have
all the
lamp’s parameters
to your
it istopossible
When you
are satisfied
you have
set up
all set
theup
lamp’s
parameters
to your liking
it is liking
possible
lock offto lock off
the
interface
so
that
you
dont
inadvertently
change
anything
when
focusing
etc.
the interface so that you dont inadvertently change anything when focusing etc.
PRESS
Tothe
lockinterface
off the interface
depress
MORE
To lock off
depress the
MOREthe
and
ADDRand ADDR
buttons simultaneously
and the
willtochange
buttons simultaneously
and the MORE
willMORE
change
LOCK. to LOCK.
PRESS
1NORM4 1NORM4
ADDR 002ADDR 002
MODE MORE
9 20CH MORE
MODE 9 20CH
PRESS
PRESS
BB2
MANUAL
BB4USERS
USERS
MANUAL - PAGE 10
9
PRESS
unlock
the interface
depress
ADDR buttons
To unlockTothe
interface
depress the
LOCKthe
andLOCK
ADDRand
buttons
simultaneously
and
the
LOCK
will
change
to
MORE.
simultaneously and the LOCK will change to MORE.
PRESS
1NORM4 1NORM4
ADDR 002ADDR 002
MODE LOCK
9 20CH LOCK
MODE 9 20CH
PRESS
PRESS
BB2
MANUAL
BB4USERS
USERS
MANUAL - PAGE 10
9
10
BB4MANUAL
USERSMANUAL
MANUAL
- PAGE 11
BB2
USERS
BB4 USERS
- PAGE 11
THE OPERATING MODES
MODE 4 - 9 channels 16 bit
The BB42 has 10 different operating modes to suit different
uses, programming styles and dmx configurations.
MODE 1 - 3 channels 8 bit
The most simple, ideal for fast programming or limited
dmx line space and as a node on a media server. All 4 cells
are treated as 1 with the 3 channels red, green & blue
affecting the whole lamp
Ideal for fast programming or limited dmx line
space with overall dimming & strobe control
and a greater resolution in control over the
dimming and colours.
All 4 cells are treated as 1 with the 5 channels
dim, strobe, red, green & blue affecting the
whole lamp.
ch1 - master intensity high byte all cells
ch2 - master intensity low byte all cells
ch3 – strobe all cells
ch4 – red high byte all cells
ch5 - red low byte all cells
ch6 – green high byte all cells
ch7 - green low byte all cells
ch8 – blue high byte all cells
ch9 - blue low byte all cells
ch1 - red all cells
ch2 - green all cells
ch3 – blue all cells
MODE 2 - 6 channels 16 bit
Ideal for fast programming or limited dmx line space and
as a node on a media server, with a greater resolution
over the colours. All 4 cells are treated as 1 with the 6
channels red, green & blue affecting the whole lamp.
MODE 5 - 12
6 channel 8 bit
ch1 - red high byte all cells
ch2 - red low byte all cells
ch3 - green high byte all cells
ch4 - green low byte all cells
ch5 - blue high byte all cells
ch6 - blue low byte all cells
Ideal for use with media servers where dmx
line space may be a consideration.
Each cell can be individually coloured with its
own red green blue channels. (most useful
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
STROBE
STROBE
STROBE
STROBE
MASTER
MASTER
MASTER
STROBE
STROBE
STROBE
STROBE
when each cell
is
patched individually
-3ch)
MODES
MODES
MODES
A
A
A
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
MODES
MODES
MODES
AAAAA
AGRAPHICAL
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
OVERVIEW
MODES
MODES
MODES
MODES
A
AA
A
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
MODES
MODES
MODES
MODES
AGRAPHICAL
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
OVERVIEW
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
ch1 - red cell 1
MASTER
MASTER
MASTER
ch2 - green cell 1
INTENSITY
INTENSITY
INTENSITY
Ideal for fast programming or limited dmx line space with
ch3 - blue cell 1
overall dimming & strobe control.
ch4 - red cell 2
All 4 cells are treated as 1 with the 5 channels dim, strobe,
ch5 - green cell 2
red, green & blue affecting the whole lamp
ch6 - blue cell 2
ch7 - red cell 3
ch1 - master intensity all cells
cell
33 33
Mode
Mode
11
11111 Mode
Mode
Mode
Mode
Mode
22
2
2222 ch8 - green
Mode
Mode
Mode
Mode
Mode
1111
Mode
Mode
Mode
Mode
2Mode
2Mode
22
22
Mode
Mode
Mode
3
3
Mode
Mode
Mode
44
4
Mode
Mode
Mode
1
Mode
Mode
Mode
Mode
Mode
Mode
34
33
Mode
Mode
Mode
111cells
Mode
Mode
Mode
Mode
2
Mode
Mode
Mode
Mode
33
3
333
Mode
Mode
Mode
ch2Mode
-Mode
strobe
all
ch9 - blue cell 3 44
ch3 - red all cells
ch10 - red cell 4
316
3
ch
3ch
ch
8bit
8
bit
bit
bit
6
6ch
ch
6
ch
ch
16
16
16
bit
bit
bit
ch
5
ch
8
ch
8
bit
8
bit
bit
3333ch
ch
88ch
88bit
bit
8bit
bit
66
ch
6
ch
ch
16
16
16
16
bit
bit
ch
ch
ch
8
8
8
bit
8
bit
bit
bit
95
ch
95
ch
16
ch
16
16
bit
bit
bit
ch4
-ch
green
all
cells 666
3bit
3
3ch
ch
3bit
ch
ch
8bit
888
bit
8
bit
bit
bit 5555
6
66
ch
6
ch
ch
16
ch
16
16
16
bit
bit
bitch11 -99green
5
5ch
5ch
8
ch
8bit
8bit
bit
33ch
ch
3ch
8
bit
8
bit
bit
6ch
ch
ch
6ch
ch
16
16
16
bit
bit
55
5
ch
ch
ch
8
8
8
bit
8
bit
bit
bit
9ch
9
ch
16
ch
16
16
bit
bit
cell
4bit
Mode
Mode
Mode
Mode
1
1
1
1
Mode
Mode
Mode
Mode
2
2
2
2
Mode
Mode
Mode
Mode
3
3
3
3
Mode
Mode
Mode
4
4
4
ch5 - blue all cells
ch12 - blue cell 4
MODE
3 - 5A
channels
8 bit OVERVIEW
MODES
MODES
MODES
MODES
AA
AGRAPHICAL
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
333ch
ch
3chch
888bit
bit
8bit
bit
666ch
ch
6chch
16
16
16
16
bit
bit
bit
bit
555ch
5
ch
chch
888bit
8
bit
bit
bit
R
rR
RRRRRrrrrr rrrrR
R
R
r
rr r
RRRR
R
r
r
r
R
R
R
g
g
g
g
g
g
g
gg
g
g
g
g
g
GG
GGG
GG
G
GGGG
GG
G
bb b
bbbb
BBBB
B
DES
SESAAA
AGRAPHICAL
GRAPHICAL
GRAPHICAL
MODES
MODES
MODES
A
OVERVIEW
GRAPHICAL
GRAPHICAL
OVERVIEW
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
OVERVIEW
bg AAAOVERVIEW
gMODES
g
g
ggb
ES
DES
AGRAPHICAL
GRAPHICAL
GRAPHICAL
GRAPHICAL
MODES
MODES
MODES
AOVERVIEW
A
OVERVIEW
A
GRAPHICAL
GRAPHICAL
OVERVIEW
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
OVERVIEW
G
G
G
BBBBBbbbbb bbbbB
bbbb
bBBBB
BBB
bbb
bbb
rrrr
rrrr r
rggg
rgg
rg
gg
Mode 1 - 3 ch 8 bit
Mode 2 - 6 ch 16 bit
Mode 3 - 5 ch 8 bit
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
MASTER
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
99ch
9ch16
ch16
16
bit
bit
bit
rR
rR
rr
rR
rR
RR
R
R
gR
g
g
g
g
g
G
G
G
GGG
G
Gb
bGB
b
b
BB
B
bB
bB
BBB
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
STROBE
STROBE
STROBE
STROBE
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
Mode
Mode
Mode
Mode
45
Mode
Mode
Mode
Mode
5
Mode
Mode
Mode
Mode
45444444
Mode
Mode
Mode
Mode
555
55
912
9ch
9
ch
ch
16
ch
16
16
16
bit
bit
bit
bit
12
12
ch
ch
ch
8
ch
8
8
bit
816
bit
bit
bit
9
9
9
9
ch
ch
16
ch
16
16
bit
bit
bit
12
12
12
ch
ch
ch
8
88
bit
8
bit
bit
bit
Mode
Mode
Mode
Mode
5 555
612
6
6ch
12
12
ch
ch
8
ch88
bit
8bit
bit
bit
rrrrgrgrgggg
brbbgbbb
RRR
R
rrrrbgrggrgggggg
r g
bbbbbbbbbb
GG
GG
rrrrrgrgggrgggggg
b
b
bgbbbbb
b
MASTER
MASTER
MASTER
b
STROBE
STROBE
STROBE
STROBE
STROBE
STROBE
STROBE
B
B
B
MASTER
MASTER
MASTER
STROBE
STROBE
STROBE
STROBE
STROBE
STROBE
rSTROBE
B
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
CHANNEL
bg gg
rrCHANNEL
rrCHANNEL
rrgrgrgggg
bbbbbbbbb
r gr gg12
BB2 USERS
BB4
USERSMANUAL
MANUAL - rPAGE
11
b bb
Mode 4 - 9 ch 16 bit
RRRRRR
Mode 5 - 12
6 ch 8 bit
GGGGGG
BBBBBB
MODE 6 - 12
24 channel 16 bit
MODE 8 - 15
27 channel 16 bit
Ideal for use with media servers, with a greater
resolution over the colours.
Each cell can be individually coloured with its own red
green blue channel. (most useful when each cell is
patched individually -6ch)
High resolution colour control over each individual
cell with a strobe and a high resolution master
intensity having overall control over all 4 cells.
MODES
MODES
AOVERVIEW
A
GRAPHICAL
GRAPHICAL
OVE
OV
OV
MODES
MODES
MODES
AAAA
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
MODES
MODES
MODES
A
A
GRAPHICAL
AGRAPHICAL
GRAPHICAL
GRAPHICAL
OVE
OV
O
MODES
MODES
A
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
ch1 - master intensity high byte all cells
ch2 - master intensity low byte all cells
ch3 - strobe all cells
ch4 - red high byte cell 1
ch5 - red low byte cell 1
ch6 - green high byte cell 1
ch7 - green low byte cell 1
high
cell
Mode
Mode
111111 Mode
Mode
Mode
Mode
M
Mode
Mode
Mode
11111 ch8 - blue
Mode
Mode
Mode
2byte
22
22
Mode
Mode
3Mode
3
MM
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
2
Mode
Mode
Mode
3
332322222
ch9 - blue low byte cell 1
ch10 - red high byte cell 2
316
3
ch
ch
8
8
bit
bit
6
6
ch
ch
ch
16
16
bit
bit
bit
333
ch
3
ch
88
8
bit
8
bit
6
ch
6ch
ch
16
16
bit
bit
bit
ch
5ch
8
bit
8
bit
bit
995
ch
9c5
3
3
ch
3
ch
8
ch
8
bit
8bit
bit 555
6ch
668
6
ch
16
ch
16
16
bit
bit
bit
ch
3ch
ch
bit
8bit
bit ch116-6red
ch
616
16
ch
16
bit
bit
bit
5
ch
5
8ch
bit
816
8
bit
bit
99
low
byte
Mode
Mode
Mode
1 11
Mode
Mode
Mode
2 22cell 2
Mode
Mode
Mode
3 33
M
ch12 - green high byte cell 2
ch13 - green low byte cell 2
33
ch
3ch
ch
88
bit
8bit
bit
66
ch
6ch
16
ch16
16
bitbit
bit
55
ch5ch
8ch8
bit
8bit
bit
9 c9
ch14 - blue high byte cell 2
ch15 - blue low byte cell 2
ch16 - red high byte cell 3
ch17 - red low
r rr
r rr
RRRbyte cell 3
ch18 - green high byte cell 3
ch19 - green low byte cell 3
g gg
ggg
GG byte cell 3
ch20 - blueGhigh
ch21 - blue low byte cell 3
b bbMASTER
bbb ch22 - red high
MASTER
MASTER
BBBbyte cell 4
MASTER
MASTER
MASTER
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
INTENSITY
ch23 - red low byte cell 4
ch24 - green high byte cell 4
ch25 - green low byte cell 4
ch26 - blue high byte cell 4
ch27 - blue low byte cell 4
MODES
MODES
MODES
AAA
GRAPHICAL
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
ch1 - red high byte cell 1
ch2 - red low byte cell 1
ch3 - green high byte cell 1
ch4 - green low byte cell 1
ch5 - blue high byte cell 1
ch6 - blue low byte cell 2
ch7 - red high byte cell 2
ch8 - red low byte cell 2
ch9 - green high byte cell 2
ch10 - green low byte cell 2
ch11 - blue high byte cell 2
ch12 - blue low byte cell 2
ch13 - red high byte cell 3
ch14 - red low byte cell 3
ch15 - green high byte cell 3
ch16 - green low byte cell 3
ch17 - blue high byte cell 3
ch18 - blue low byte cell 3
ch19 - red high byte cell 4
ch20 - red low byte cell 4
ch21 - green high byte cell 4
ch22 - green low byte cell 4
ch23 - blue high byte cell 4
ch24 - blue low byte cell 4
RRRRRrrrrr rrrrRrRRRR
rggrgr
R
R
R
g
g
g
g
g
g
g
GGGGG
GGGGG
MODES
MODES
MODES
AAAAGRAPHICAL
GRAPHICAL
MODES
MODES
MODES
AOVERVIEW
GRAPHICAL
OVERVIEW
OVERVIEW
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
gMODES
gg AAOVERVIEW
ggg
MODES
MODES
A
GRAPHICAL
GRAPHICAL
GRAPHICAL
MODES
A
A
GRAPHICAL
OVERVIEW
OVERVIEW
GRAPHICAL
GRAPHICAL
OVERVIEW
OVERVIEW
OVERVIEW
G
G
G
BBBBBbbbbb bbbbB
bbbbb
bBBBB
BBB
bbb
bbb
rrrrr
rgg
rg
r
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MODE 7 - 14
8 channel 8 bit
Mode
Mode
Mode
66666
Mode
Mode
Mode
Mode
Mode
11cell
111with a master
Mode
Mode
Mode
Mode
Mode
2Mode
111
Colour control over each individual
Mode
Mode
Mode
Mode
Mode
Mode
221212
intensity and strobe having overall control over all 4 cells.
333ch
3ch
ch
8ch
8bit
bit
3ch
88bit
8bit
bit
ch1- master intensity all cells
ch2 - strobe all cells
ch3 - red cell 1
ch4 - green cell 1
ch5 - blue cell 1
ch6 - red cell 2
ch7 - green cell 2
ch8 - blue cell 2
ch9 - red cell 3
ch10 - green cell 3
ch11 - blue cell 3
ch12 - red cell 4
ch13 - green cell 4
ch14 - blue cell 4
rrrr
gggg
bbbb
24
24
24
ch
ch
ch
16
16
16
bit
bit
bit
24
ch
ch
16
16
bit
bit
624
ch
3
ch
3
16
ch
3
16
ch
ch
8
bit
8
bit
bit
66
6
ch
6
3
ch
ch
16
ch
3
16
16
8
ch
bit
8
bit
8
bit
bit
bit
Mode
Mode
Mode
6 66
2412
24
24
ch
ch
ch
16
16
16
bit
bit
12
Mode
612
- 12
24
ch
16bit
bit
RRRRGRGGGG
BBBBB
R G
rR
rrrr
RRRR
R RR
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G
G
RG
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B
RRRRGGRGGGGGG
GBB
RBBB
B
BB
B
RRRRRGGGRGGGGGG
BB
BBBBBBB
BBBB
bB
bbbb
RRRRRR
RGGGRGGGGGG
BR
BBBBBBBB
R RRG GG
B BB
Mode
Mode
Mode
Mode
7Mode
7Mode
Mode
Mode
Mode
Mode
7Mode
773
766666
Mode
Mode
Mode
3
2
2
2
Mode
Mode
Mode
Mode
Mode
323
32
32
Mode
Mode
8
887
88
Mode
Mode
Mode
Mode
Mode
Mode
8Mode
Mode
77777
Mode
Mode
Mode
Mode
Mode
Mode
3Mode
Mode
Mode
Mode
Mode
334
33
434444
Mo
M
Mo
27
27
27
ch
ch
16
ch
16
16
bit
bit
bit
24
24
ch
ch
16
16
bit
bit
14
14
14
ch
ch
8
ch
bit
8
bit
bit
14
14
14
ch
ch
8
ch
8
bit
8bit
bit
20
ch
20
27
27
27
ch
ch
16
16
16
bit
bit
bit
24
24
24
ch
ch
16
ch
16
16
bit
bit
bit27
14
14
14
ch
ch
8ch
bit
88
8bit
bit 20
14
14
ch
ch
8
ch
8
bit
8
bit
bit
20
20
c2
21
65656
ch
5
ch
5
ch
ch
16
8
ch
16
8
bit
16
816
bit
bit
bit
55Mode
9
5
ch
5Mode
9
ch
8
9
ch
ch
16
bit
8
ch
8
16
bit
16
bit
bit
bit
99
6
ch
5
ch
6
5
ch
ch
16
ch
8
ch
16
8
bit
8
bit
bit
bit
9
5
ch
5
ch
9
ch
8
9
ch
ch
16
bit
8
ch
8
16
bit
16
bit
bit
bit
bit
Mode
8
8
8
Mode
Mode
Mode
7 77
Mo
14
14
ch
ch
8
bit
8bit
bit
814
8
8
Mode
7ch
-8
14
8 ch 8 bit
2715
27
27
chch
16
ch16
16
bitbit
bit
15
15
Mode 8 - 27
15gchg16
g bit
rrrgrgRrgRgRgRGRGGGG
RRRRG
RrG
RrGrGGrrGgr gg
BBBBBbBbbbbb
bbrbbgbBBBBB
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b
g
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rrrrrrgrgRrRgRggRGRGGGG
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RRRRG
RR
GrGrGG
gBBBBB
RB
bBBbGbbbb
BB
bbbrbbbb
BBB
B
b
B
b
g
g
g
r
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G
G
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rrrrrrrgrgRrgRgRggRRG G
RR
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BB
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bbbbbbbbbBBBBB
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rRGRRrGGrGGgrGGrGgrgggg
rrrrrgrrgrgRrggRggRggRGRGGGG
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B
b
BB
bbbbbbbbBBBBB
BBB
BBbB
Bbbbbb
r rgr gg
R RG
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BB2
USERS
MANUAL
BB4
USERS
MANUAL
12
B B-BPAGE 13
b bb
rR
rrRR
rR
r
R
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gG
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gG
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bbBB
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ggggGg
GGGGG
BBbBBBB
bbbb
2010
20
c1
2
10
rr
b
rr
b
rr
b
rr
b
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MASTER
MASTER
MASTER
MASTER
PHICAL
PHICALOVERVIEW
OVERVIEW
EW
EW
APHICAL
PHICAL
OVERVIEW
OVERVIEW
EW
IEW
INTENSITY
INTENSITY
INTENSITY
INTENSITY
MASTER
MASTER
MASTER
MASTER
STROBE
STROBE
STROBE
STROBE
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
CHANNEL
CHANNELINTENSITY
MASTER
MASTER
STROBE
STROBE
MODE99- 20
channel 8 bitCHANNEL
10INTENSITY
EW
IEW MODE
INTENSITY
CHANNEL
Ideal for control over all aspects of programming
where dmx line space may be a consideration.
For each cell there is individual control over master
intensity, strobe and red green colour mixing. (most
de
ode
Mode
Mode
3434
33
Mode
Mode
Mode
Mode
55554444
3
Mode
Mode
44
Mode
Mode
Mode
Mode
Mode
Mode
Mode
eode
333 2222 useful when
Mode
Mode
each cell
is patched individually
-5ch).
hbit
16
16
bit
bit
ch
ch
8
bit
bit
99
9
ch
ch
16
bit
bit
12
12
ch
8
816
bit
bit
it
bit
9995
ch
ch
16
16
bit
hbit
16
16
bit
bitch1- master
55
5
ch
ch
88
8
bit
bit
9ch
ch
16
bit
bit
12
12
ch
816
8
bit
bit
9ch
ch
16
16
bit
bit
intensity
Mode
Mode55
e33
Mode
Mode44 all cells 1
ch2 - strobe all cells 1
ch3 - red9cell
116
6
6chch88bit
12
12
bit
bit
bit
9chch
16bit
bit
ch4 - green cell 1
rrrrgggg
ch5 - blue cell 1
bbbb
ch6- master intensity all cells 2
R 2
rrrrgggggg
ch7 - strobe allR
cells
ch8 - red cell 2
bbbbbb
ch9 - green cellGG
2
rrrrgggggg
ch10 - blue cell 2
bbbbbb
MASTER
MASTER
MASTER
ch11- master
intensity
all cells 3
STROBE
STROBE
STROBE
STROBE
BBMASTER
MASTER
MASTER
MASTER
MASTER
STROBE
STROBE
STROBE
STROBE
INTENSITY
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
CHANNEL
CHANNEL
INTENSITY
INTENSITY
INTENSITY
INTENSITY
CHANNEL
CHANNEL
ch12 - strobeCHANNEL
all
cells 3
rrCHANNEL
rrgggggg
ch13 - red cell 3
bbbbbb
ch14 - green cell 3
ch15 - blue cell 3
r r gg
ch16- master intensity all cells 4
bb
ch17 - strobe all cells 4
ch18 - red cell 4
ch19 - green cell
4
Mode
Mode
e88887777
Mode
ode
Mode
Mode
9999
Mode
Mode
Mode
Mode
9999 8888
Mode
Mode
10
10
e
de
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
10
10
Mode
Mode
Mode
Mode
5555
Mode
e
de
ode
33334444 ch20 - blue cell
Mode
445
45455
4Mode
Mode
Mode
Mode
Mode
e
de
ode
Mode
Mode
RRR
GGG
VIEW
IEW
VIEW
VIEW
BBB
16
6ch
bit
bit
h
ch
8
bit
bit
16
6
bit
bit
4
ch
88
8bit
bit
h
816
bit
16
bit
bit
h8
ch
816
bit
16
bit
bit
bit
e
de
8
8bit
16
6 bit
bit
rGGrrGrgggg
B bbbb
rGGrrGrgggg
B bbbb
B
rGGrGrGrgggg
G
B bbbb
B
rGGrGrGrgggg
G
B bbbb
B
rR
rRr
RR
R
gR
g
g
G
G
GG
G
Gb
b
BB
B
bB
BB
27
27
16
16
bit
bit
27
27
16
16
bit
bit
20
20
ch
ch
8ch
8ch
bit
bit
20
20
ch
ch
8ch
8ch
bit
bit
12
12
ch
ch
88
8
bit
bit
99
912
ch
ch
16
16
bit
12
ch
ch
8
bit
bit
9
ch
ch
16
16
bit
bit
Mode
Mode99
20
20
88ch
bit
bit
10
10
10
Mode
9ch
- ch
20
8 bit
RRR
GGG
BBB
20
20
ch
ch
888
bit
bit
36
36
ch
ch
16
16
bit
bit
20
20
ch
ch
8
bit
36
36
ch
ch
16
16
bit
12
12
ch
ch
88bit
88
bit
bit
12
12
ch
ch
bit
Mode
Mode10
10bit
36
36
chch
16
16
bit
bit
18
18
Mode
10
- 18
36
ch
16 bit
rrrGrGrrGgGggggggg
RRRR
rr
BBBb
Bb
bbbbbb
GG
B
rrrrggRgRrgRrRrrGgGgGgGg
BB
bbg BbBb
bb
r bb
rrrrbggRgRrgRrRrrGgGgGgGg
BBb
g Bb
rbbbb
bBb
rrrrbggRgRrgRrRrrGgGgGgGg
g BBBB
rbbbb
b bbbb
rrrrgggRgRrgRrRrrGgGgGgGg
r
BB
bb
bbbb bBbbBb
r r gg
bb
de
ode
ode
e 9898
9898
de
ode
de
ode
Mode
Mode
Mode
Mode
99910
10
Mode
Mode
Mode
9
10
10
Mode
Mode
10
10
Mode
Mode
10
10
20
20
36
36
ch
ch
ch
8
ch
bit
16
bit
bit
bit
20
20
36
36
ch
ch
ch
8816
8
16
bit
16
bit
bit
bit
36
36
ch
ch
16
16
bit
bit
36
36
ch
ch
16
16
bit
bit
rrRRRR
ggGGGG
bbBBBB
hh
16
16
bit
bit
8
816
bit
bit
h
bit
bit
h16
8
8bit
RR
RR
GGGG
BBBB
R G
rRrrGrBGrGrGgGGggggggg
RRRRR
rr
BRBBBb
BBb
bbGbbbb
rRrrGrBGrGrGgGGggggggg
RRRRR
r rG
BRBBBb
bb
BBb
Bbbbb
rRrrGrGrGrGgGGggggggg
RRRRR
Rr rG
BBBBb
B
bbbbbbb
BB
STROBE
STROBE
STROBE
STROBE
CHANNEL
CHANNEL
CHANNEL
CHANNEL
MODE1010- 18
36 channel 16 bit
MODE
Ideal for control over all aspects of programming
with high resolution master intensity, high
resolution colour control and a strobe control over
each individual cell. (most useful when each cell is
patched
individually
- 9ch).
Mode
Mode
5555
Mode
Mode
ch1
-ch
master
12
12
ch
8888
bit
bit
12
12
ch
ch
bit
bitintensity high byte cell 1
ch2 – strobe cell 1 low byte cell 1
ch2 – strobe cell 1
ch4 - red high byte cell 1
gggglow byte cell 1
ch5rr-rrred
ch6 -bgreen
bbb high byte cell 1
ch7 - green low byte cell 1
r r gggg
ch8 r- rblue high byte cell 1
bbb low byte cell 1
ch9 -bblue
ch10
rrrr- gmaster
ggg intensity high byte cell 2
ch11 - master intensity low byte cell 2
bbbb
ch12 – strobe cell 2
rrrr- gred
ch13
ggg high byte cell 2
ch14 b
-bb
red
b low byte cell 2
ch15 - green high byte cell 2
ch16 - green low byte cell 2
ch17 - blue high byte cell 2
ch18 - blue low byte cell 2
ch19 - master intensity high byte cell 3
ch20
- master
Mode
Mode
10
10
Mode
Mode
10
10 intensity low byte cell 3
ch21 – strobe cell 3 cell
ch22
-16
red
high
36
36
ch
ch
16
16
bit
bit
36
36
ch
ch
16
bit
bit byte cell 3
ch23 - red low byte cell 3
ch24 - green high byte cell 3
ch25 - green low byte cell 3
GG high byte cell 3
RRRR-GGblue
ch26
ch27BB-BBblue low byte cell 3
ch28 - master intensity high byte cell 4
GG
RRRR-GGmaster
ch29
intensity low byte cell 4
B
B
B
B
ch30 – strobe cell 4
ch31
GG high byte cell 4
RRRR-GGred
ch32B-Bred low byte cell 4
BB
ch33 - green high byte cell 4
ch34
GG low byte cell 4
RRRR-GGgreen
ch35BB-BBblue high byte cell 4
ch36 - blue low byte cell 4
RR GG
BB
BB4
USERSMANUAL
MANUAL - PAGE 14
BB2 USERS
13
MASTER
MASTER
MODES
AAGRAPHICAL
MODES
OVERVIEW
MODES
GRAPHICALOVERVIEW
OVERVIEW
MODESAAGRAPHICAL
GRAPHICAL
OVERVIEW
INTENSITY
INTENSITY
MASTER
STROBE
MODES
GRAPHICAL
channel 16 bit
MODE 9 20Achannel
8 bit OVERVIEW MODE 10 36INTENSITY
CHANNEL
Ideal for control over all aspects of programming
Ideal for control over all aspects of programming
with high resolution master intensity, high
where dmx line space may be a consideration.
resolution colour control and a strobe control over
For each cell there is individual control over master
each individual cell. (most useful when each cell is
intensity,
and redMode
green Mode
mixing.
(most
Mode
Mode
Mode
Mode
55 44
Mode
2colour
Mode
33 22 patched individually
Mode
Mode1
1
Mode
Mode44
Mode
Mode
Mode1strobe
1
Mode
2
Mode
Mode
-33
9ch).
useful when each cell is patched individually -5ch).
33ch
ch88bit
bit
33bit
ch
66ch
ch88bit
bit
ch16
16
bit
Mode
1 intensity all Mode
ch1master
cells 1 2
ch2 - strobe all cells 1
ch3
- red
cell 1
3 ch
8 bit
6 ch 16 bit
ch4 - green cell 1
ch5 - blue cell 1
ch6- master intensity all cells 2
r all cells 2
R
ch7 - strobe
ch8 - red cell 2
G
ch9 - g
green cell 2
ch10 - blue cell 2
B3
ch11- b
master intensity all cells
ch12 - strobe all cells 3
ch13 - red cell 3
ch14 - green cell 3
ch15 - blue cell 3
ch16- master intensity all cells 4
ch17 - strobe all cells 4
ch18 - red cell 4
ch19 - green cell 4
Mode
Mode
6
Mode
77 66
Mode
Mode
Mode
Mode
Mode
2261cell
Mode
232
ch20
- blue
Mode
Mode
1 4
Mode
Mode3
668
ch
16
88bit
bit
ch
ch
8816
bit
55ch
bit
995
ch
16
16bit
bitch1 - master
5ch
ch
bit
ch
16
bit
ch
bitbit
intensity
high byte cell 12
11299
ch
8ch
bit
ch
16
bit
Mode 5
Mode 3
Mode
4
ch2 – strobe cell 1 low byte cell 1
ch2 – strobe cell 1
6 ch 8 bit
12
9 ch
16cell
bit1
ch4 - red high
byte
rr gg
ch5 - red low byte cell 1
bb
ch6 - green high byte cell 1
ch7 - green low byte
r
R cell 1
rr ggg
ch8 - blue high byte cell 1
bbb
ch9 - blue low byte cell 1
g
G
ch10 - master intensity high byte cell 2 rr gg
g
ch11 - master intensity low byte cell 2
b MASTER
bbb
STROBE
STROBE
B2MASTER
MASTER
MASTER
STROBE
STROBE
ch12
– strobe CHANNEL
cell
INTENSITY
INTENSITY
CHANNEL
INTENSITY
INTENSITY
CHANNEL
CHANNEL
rr ggg
ch13 - red high byte cell 2
ch14 - red low byte cell 2
bbb
ch15 - green high byte cell 2
r g
ch16 - green low byte cell 2
b
ch17 - blue high byte cell 2
ch18 - blue low byte cell 2
ch19 - master intensity high byte cell 3
Mode
Mode
88 77ch20 - master
intensity
Mode
Mode
99
Mode
8 byte cell 3Mode
Mode
99 8low
10
Mode
Mode
Mode
Mode
Mode
10
Mode
Mode
55
Mode
Mode
33 44
Mode
4455
Mode
Mode
Mode
Mode
Mode
ch21 – strobe cell 3 cell
27
ch
16
ch22 - red
high
byte
cellbit
3
16
24
ch
16
14
chbit
8
bit
20
88bit
bit
278
16
bit
24
ch
16
bit
14
ch
88
bit
20
ch
bit
36
ch
16
27ch
ch
16
bit
24
ch
16bit
bit 27
14
8bit
bit
20
ch
bit
16
bit
14
ch
bit
20
ch
8ch
bit
36
chch
16
12
ch
88bit
bit
12
ch
88bit
bit
624
3ch
16
ch
8
bit
bit
6565ch
ch
16
816
bit
bit
55Mode
9
ch
ch
88ch
16
bit
9
ch
16
12
ch
bit
12
ch
6ch
ch
3
16
ch
8
bit
bit
ch
ch
8
bit
9
ch
ch
16
bit
bit
9
ch
16
bit
8 ch23 - red low
byte9cell 3
Mode 6
Mode 7
Mode
Mode 10bit
ch24 - green high byte cell 3
low8byte
27bit
ch 16 bit ch25 - green
15
24 ch
169bit
8 bit10 - 36 ch 14
20 ch
bit cell 3
36 ch 16 bit
12
8 chMode
10
18
Mode
- 20 ch 8 bit14
16
g
g
r
g
g
r
G
r
G
g
R
r
G
g
R
ch26 - blue high
RR G
r R G
RRrrrGrGgg
RR GG
r byte
R
gg
rr gGgcell 3
B
ch27
blue
low
byte
cell
3
B
b
BB
b
B
B
b
B
bb bBb
Bb
B b
b
bb
r g
R G
ch28 - master intensity high byte cell 4
g
rr g ch29 - masterrrintensity
ggRRr GgGg low byte cell 4 RRRrrrGGGgggg
rrr gggRR GG B
RRR GGG b
RR GG
r
r
BBB r g
BBBbb
BB
bbb BB R G
B bb ch30 – strobe b
cell
b 4BbBb
bb
B
b
ch31
red
high
byte
cell
4
g
rGr g
rrr gggRR GG
rr ggRRrr GgGg
RRR GGG
RRRrrrGrGGgg
RR
R GG
gg
ch32 - red low byte
cell 4
g
r
G
R
B
BBB
b
B
BB
b
bbb BB
B
b
BB b
B b ch33 - green high
b byte
bb cell 4
bb
B
b
ch34
green
low
byte
cell
4
g
rGr g
rrr gggRR GG R G
rr ggRRrr GgGg
RRR GGG r g
RRRrrrGGGgg
RR
R GG
r gg
ch35 - blue high
byte
cell 4
B
B
BBB
B
B
b
B
B
b
b
B
B
b
b
B
b
Bbb
B
bb
bb
ch36 - blue lowbbytebbcell 4
5 ch 8 bit
rr RR
RR rr
rg
R
g
g
g
GG
GG
SSAAGRAPHICAL
MODES
GRAPHICAL
OVERVIEW
g AAOVERVIEW
g
GRAPHICAL
MODES
OVERVIEW
GRAPHICAL
OVERVIEW
G
BB bb
bb
bbBB
B
b
b
t
MASTER
STROBE
STROBEMASTER
INTENSITY
CHANNEL
CHANNEL INTENSITY
rr
r
gg
rr
RR
R
g
g
GG
bGb
BB
B
RR
GG
BB
RRrr
GGgg
rR
r
R
gG
gG
rrRR
ggGG
RR
BBbb
B
bbB
bbBB
BB
R G
B
r g
b
R G
B
r g
b
R G
B
Mode
Mode
77
66
Mode
Mode
Mode
Mode7878
Mode
Mode
Mode
Mode9898
Mode
Mode
Mode
9910
Mode
Mode
10
Mode
Mode10
10
14
24
ch
bit
bit
14
24ch
ch
ch816
816
bit
bit
27
bit
14
ch
816
27
ch
bit
14ch
ch16
8bit
bit
27
bit
20
ch
816
27
ch
bit
20ch
ch16
8bit
bit
20
36
ch
ch
8816
bit
20
36
ch
ch
16
bitbit
bit
GG
36
36ch
ch16
16bit
bit
BB2
BB4USERS
USERSMANUAL
MANUAL - PAGE 14
14
Stand alone functions
The BB42 is able to run in a stand alone mode without any need of data from a lighting desk. The light is
capable of outputting up to 20 programmable memories and 1 chase that steps through these memories.
“The light must be in MODE 3 (5ch) for all the stand alone functions to work.”
Storing a DMX Input as a Memory
However if you have access to a lighting desk a quick and easy way to create multiple or complex
memories is to give the light the desired colour information using a lighting desk or similar DMX
generating device and use the STORE function.
1 Connect the light to the desk in the usual way making sure the address is correct and the lamp is in MODE 3.
2 Create the desired colour on the lighting desk.
3 Press the button underneath the MORE legend once.
4INURT1 ADDR 001
MODE 3 5CH MORE
PRESS
4 Press the button underneath the STORE legend once.
PROFILE
MAN
CHASE
STORE
PRESS
PRESS
5 You should then assign this memory a number using the
UP, DOWN buttons.
6 When you are happy this memory has been numbered
correctly press the STORE button wait 3 seconds and the
display will return to the main menu.
UP
DOWN
MEN 04
STORE
UP
DOWN
MEN 04
STORE
PRESS
BB2
MANUAL
BB4USERS
USERS
MANUAL - PAGE 16
15
Creating a memory
1 press the button underneath the MORE legend once.
4INURT1 ADDR 001
MODE 3 5CH MORE
PRESS
2 press the button underneath the MAN (manual)
legend once.
PROFILE
MAN
CHASE
STORE
PRESS
3 press the button underneath the PROG MEM
(program memory) legend once.
USE MEM PROG MEM
PRESS
You are now presented with the first variable of your
memory which is the Master Intensity (MINT).
The default value for the MINT is 100% - intensity full.
If you wish to alter this value use the buttons above and
below the UP & DOWN legends until you have the
desired % value.
UP MINT 100%
DOWN
UP MINT 080%
DOWN
PRESS
PRESS
4 When happy with the MINT value press the button
above MINT once.
UP MINT 080%
DOWN
Next you are presented with STRB (strobe) the second
variable of your memory which has a default value of
0% - no strobe.
UP
DOWN
STRB 080%
In the same way if you wish to alter this value use the
UP & DOWN buttons to give you the desired % value.
BB4USERS
USERSMANUAL
MANUAL - PAGE 17
BB2
16
PRESS
5 When happy with the STRB value press the button above STRB once.
UP
DOWN
STRB
Now you are presented with the first colour RED (default 0%).
UP
DOWN
RED
000%
In the same way if you wish to alter this value use the UP, DOWN
buttons to give you the desired %. If you require 100% press the
DOWN button.
UP
DOWN
RED
100%
000%
PRESS
PRESS
6 When happy with the RED value press the button above RED once.
UP
DOWN
RED
100%
Next you are presented with the second colour GREEN (default 0%)
In the same way if you wish to alter this value use the UP, DOWN buttons to give you the desired %
If you require 100% press the DOWN button.
PRESS
7 When happy with the GREEN value press the button above
GREEN once.
UP
DOWN
GREEN000%
Finally you are presented with the third colour BLUE (default 0%).
In the same way if you wish to alter this value use the UP, DOWN buttons to give you the desired %.
If you require 100% press the DOWN button.
PRESS
8 When happy with the BLUE value press the button above
BLUE once.
UP
DOWN
BLUE 000%
BB4USERS
USERSMANUAL
MANUAL - PAGE 18
BB2
17
Now you are given the opportunity to store your
memory If you are satisfied with all the values you
have inputted.
If however you think you may have made a mistake or
you have just changed your mind then you can return
to the start of the memory by pressing MEM button
and repeating the above process.
If you are happy with you memory you should then
assign it a number using the UP, DOWN buttons.
9 When happy with your memory number press STORE.
UP
DOWN
MEM 01
STORE
PRESS
UP
DOWN
MEM 01
STORE
PRESS
UP
DOWN
MEM 04
STORE
UP
DOWN
MEM 04
STORE
PRESS
BB2
BB4USERS
USERSMANUAL
MANUAL - PAGE 19
18
To Recall A Memory
1 Press the button underneath the MORE legend once then.
4INURT1 ADDR 001
MODE 3 5CH MORE
PRESS
2 Press the button underneath the MAN (manual) legend once then.
PROFILE
MAN
CHASE
STORE
PRESS
3 Press the button underneath the USE MEM (use memory) legend.
USE MEM PROG MEM
PRESS
Now you will be offered the first memory MEM 01.
This will come on automatically.
UP
DOWN
MEM 01
STORE
PRESS
4 To select any other memory simply use the UP, DOWN buttons until
you find the memory you want.
UP
MEM 01
DOWN DMX MODE
The memories will come on as you select them.
“ IF YOU WISH YOUR MEMORY TO COME ON AS SOON AS YOU GIVE
THE LAMP POWER YOU WILL NEED TO PROGRAMME IT AS A TWO
STEP CHASE WITH BOTH MEMORIES HAVING THE SAME VALUE”
To return to the main menu press the DMX MODE button
UP
MEM 02
DOWN DMX MODE
PRESS
BB4USERS
USERSMANUAL
MANUAL - PAGE 20
BB2
19
Programming a Chase
1 Ensure you have programmed all the memories that will go to make up the steps of your chase.
2 Press the button underneath the MORE legend once..
4INURT1 ADDR 001
MODE 3 5CH MORE
PRESS
PRESS
3 Press the button above the CHASE legend once.
Now the WAIT TIME will appear this is the first variable of
the chase to be set. The WAIT TIME is the time period
between cross fades that the colour is held constant for.
PROFILE
MAN
CHASE
STORE
UP WAIT TIME
DOWN
001s
PRESS
Select the appropriate time (in seconds) using the UP, DOWN buttons.
UP WAIT TIME
DOWN
002s
PRESS
4 When you are happy with the WAIT TIME press the button above
WAIT TIME once.
Now the XFADE TIME (cross fade time) will appear this is the
second variable of the chase to be set. The XFADE TIME is the
length of time the light takes to change from one colour to another.
UP WAIT TIME
DOWN
002s
UP XFADE TIME
DOWN
002s
PRESS
Select the appropriate time (in seconds) using the UP, DOWN buttons.
UP XFADE TIME
DOWN
003s
PRESS
5 Once you are happy with the XFADE TIME press the button above
XFADE TIME once.
UP XFADE TIME
DOWN
003s
20
BB2
MANUAL
BB4USERS
USERS
MANUAL - PAGE 21
Now CHASE STRT (chase start) will appear along with the option MEM 1.
This will be the first step of your chase.
Choose which memory you would like to be the first step of your chase
using the UP, DOWN buttons.
6 Once you are happy with the memory that will be your first step
press the button above CHASE STRT.
Now CHASE END will appear along with the option MEM 1.
This will be the last step of your chase.
The chase will run through all the memories numbered between the
first and last step.
PRESS
UP CHASE STRT
DOWN MEM 01
UP CHASE END
DOWN MEM 01
PRESS
Choose which memory you would like to be the last step of your chase
using the UP, DOWN buttons.
UP CHASE END
DOWN MEM 02
PRESS
7 Once you are happy with the memory that will be your last step
press the button above CHASE END once.
Now you will be offered the option USE CHASE, if you wish to simply
press yes.
The Interface will now say CHASE RUNNING.
When you wish to end or change the chase press MENU.
UP CHASE END
DOWN MEM 03
USE CHASE
YES
NO
PRESS
CHASE RUNNING
MENU
PRESS
If you leave a chase running when the light is powered down the chase will resume as soon as the light is
powered back up again.
! If the chase does not run try rerecording the first step again
BB2
BB4USERS
USERSMANUAL
MANUAL - PAGE 22
21
Stand alone functions
BB2 cell orientation
The BB7 is able to run in a stand alone mode without any need of data from a lighting desk. The light is
capable of outputting up to 20 programmable memories and 1 chase that steps through these memories.
“The light must be in MODE 3 (5ch) for all the stand alone functions to work.”
Storing a DMX Input as a Memory
However if you have access to a lighting desk a quick and easy way to create multiple or complex
memories is to give the light the desired colour information using a lighting desk or similar DMX
generating device and use the STORE function.
1 Connect the light to the desk in the usual way making sure the address is correct and the lamp is in MODE 3.
2 Create the desired colour on the lighting desk.
1
3 Press the button underneath the MORE legend once.
2
MODE 3
ADDR 001
5CH MORE
PRESS
4 Press the button underneath the STORE legend once.
UP
DOWN
MEN 01
STORE
PRESS
PRESS
5 You should then assign this memory a number using the
UP, DOWN buttons.
6 When you are happy this memory has been numbered
correctly press the STORE button wait 3 seconds and the
display will return to the main menu.
UP
DOWN
MEN 04
STORE
UP
DOWN
MEN 04
STORE
PRESS
BB7 USERS MANUAL - PAGE 22
13
BB2
BB
4 Washlight tech spec
Dimensions
BB
4
Washlight
tech
spec
Length
600 mm
BB
4
Washlight
tech
spec
Dimensions
BB
4
Washlight
tech
spec
Height
301
mm
Length
600 mm on rubber feet
Width
147 mm
mm
Dimensions
Height4 Washlight tech
301
on rubber feet
BB
spec
24 Washlight tech
BB
spec
Weight
13.5Kg
total
Length
600
mm
Width
Dimensions
Dimensions
Yoke:
Height
Weight
Length
Dimensions
Length
147 mm
3
KGmmtotal
301
on rubber feet
13.5Kg
600
mm
600
mm
Power
Box:
4.5Kg
Width
147
Yoke:
3
KGmm on rubber feet
Height
301
Length
600
Height
301
mmtotal
on rubber feet
BB4
batten:
6Kg
Dimensions
Weight
13.5Kg
Power
Box:
4.5Kg
Width
147
Height
301
mm
on rubber feet
Dimensions
Width
147
mm
Yoke:batten:
3
KG
Length
600
BB4
6Kg
Weight
13.5Kg
total
Width
147
mm
355 mm
Length
600
mm
WeightBox: design/
13.5Kg
Power
Height
301
mmtotal
on rubber feet
Mechanical
materials4.5Kg
used
Weight
13.5Kg
total
Yoke:
3
KG
291
mm
Height
301
mm
Yoke:
3
KG
BB4
batten:
6Kg
Width
147
mm on rubber feet
Batten
Aluminium
Mechanical
design/
used
Yoke: Box:
3
KGmm shrouded finned diagonal heatsink
Power
4.5Kg
178materials
mm
Width
147
Power
Box:
4.5Kg
Weightbox
13.5Kg totalwith steel base
Power
Aluminium
Batten
Aluminium
Power
Box:
4.5Kg
BB4
batten:
6Kg
7.9 kg
Weight
13.5Kg
totalshrouded finned diagonal heatsink
BB4
batten:
6Kg
Yoke:
3
KG and
Mechanical
design/
materials
used
Yoke
Folded
welded
steel
BB4
6Kg
Power
box
Aluminium
with
steel
base
Yoke:batten:
3
KG
Power
Box:
4.5Kg
Batten
Aluminium
shrouded
finned
heatsink
Finish
Electro
static
powder
coateddiagonal
black satin
Yoke
Folded
and
welded
steel
Mechanical
materials
used
Power
Box: design/
4.5Kg
BB4
batten:
6Kg
Mechanical
design/
materials
used
Power box
Aluminium
with
steel coated
base black satin
Finish
powder
Mechanical
used static
Batten
Aluminium
shrouded
finned
diagonal
BB4
batten: design/ materialsElectro
6Kg
Batten
Aluminium
shrouded
finned
diagonal heatsink
heatsink
Yoke
Folded
and
welded
steel
Rigging
Batten box
shrouded
finned
diagonal heatsink
Power
Aluminium
with
steel
base
Power
box
Aluminium
with
steel
base
Finish
Electro
static
powder
coated
black
satin
Mechanical
design/
materials
used
Style
¼ turn camloc
fasteners
Power
box design/ materials16
Aluminium
with
steel
base
Rigging
Yoke
Folded
welded
steel
Mechanical
used and
Yoke
Folded
and
welded
steel
Batten
Aluminium
shrouded
finned
heatsink
Number
of
positions
8
rigging
locations
on
yoke diagonal
Yoke
Folded
and
welded
steel
Style
16
¼
turn
camloc
fasteners
Finish
Electro
static
powder
coated
black
satin
Batten
Aluminium
shrouded
finned
diagonal
heatsink
Finish
Electro
static
powder
coated
black
satin
Power
box
Aluminium
with
steel
base
Rigging
Accessory
holder
Fitted
with
sprung
retention
flap
Finish
Electro
static
powder
coated
black
satin
Number
of
positions
8
rigging
locations
on
yoke
Power box
Aluminium
with
steel
base
Yoke
Folded
andcamloc
welded
steel
Style
16
turn
fasteners
Conventional
mounts
2
of¼12mm
bolt
holes
fitted atflap
each yoke end
Accessory
holder
Fitted
with
sprung
retention
Rigging
Yoke
Folded
and
welded
steel
Finish
Electro
static
powder
coated
black
satin
Rigging
Number
of
positions
8
rigging
locations
on
yoke
Note:
unit comes
with three scaffold2 clamp
adaptors
to
accept
12mm
bolts,
equipped
Conventional
mounts
of¼12mm
bolt
holes
fitted
atblack
each
yoke
end with
Rigging
Style
16
turn
camloc
fasteners
12
Finish
Electro
static
powder
coated
satin
Style
16
¼
turn
camloc
fasteners
two
camloc
¼
turn
bolts
Accessory
holder
Fitted
with
sprung
retention
flap
Note:
with three scaffold8
clamp
adaptors
tofasteners
accept
12mm bolts, equipped with
Style unitofcomes
16
¼ turn
camloc
Number
locations
on
9 rigging
Number
of ¼positions
positions
8
rigging
locations
on yoke
yoke
Conventional
mounts
2
of
12mm
bolt holes
fitted at each yoke end
Rigging
two
camloc
turn
bolts
Number
ofholder
positions
8
rigging
locations
on
yoke flap
Accessory
Fitted
with
sprung
retention
Rigging
Accessory
holder
Fitted
with
sprung
retention
flap
Note:
with threefor
scaffold
adaptors
tofasteners
accept
12mm
bolts, equipped with
Style unit comes
16clamp
¼and
turn
camloc
Electrical
connections
mains
data
in/out
Accessory
holder
Fitted
with
sprung
retention
flap
Conventional
mounts
2
of
12mm
bolt
holes
fitted
at
each
two
camloc
¼
turn
bolts
Style
16
¼
turn
camloc
fasteners
Conventional
mounts
2
12mm
bolt holes
fitted at each yoke
yoke end
end
Number ofconnections
positions
8 of
rigging
locations
on yoke
Combined
power
and data
connection
Electrical
for
mains
and
data
in/out
Conventional
mounts
2
of
12mm
bolt
holes
fitted
atrigging
each
yoke
end
Note:
unit
comes
with
three
scaffold
clamp
adaptors
to
accept
12mm
bolts,
equipped
Note:
unit
comes
with
two
Omega
brackets
to with
Note:
unit
comes
with
three
scaffold
clamp
adaptors
to
accept
12mm
bolts,
equipped
with
Number
of
positions
8
rigging
locations
on
yoke
Accessory
holder
Fitted
with
sprung
retention
flap
Input
Chassis
mounted
male
IP67
6
pin
Note:
unit
comes
with
three
scaffold
clamp
adaptors
to
accept
12mm
bolts,
equipped
with
Combined
power
and
data
connection
accept 12mm bolts
two
camloc
¼
turn
bolts
two
camloc
¼
turn
bolts
Accessory
holder
Fitted
with
sprung
retention
flap
Electrical
connections
for
mains
and
data
in/out
Conventional
mounts
2
of
12mm
bolt
holes
fitted
at
each
yoke
end
Output
Chassis
mounted
female
IP67
6
pin
two camloc ¼ turn bolts
Input
Chassis mounted male IP67 6 pin
Conventional
mounts
2 clamp
of 12mm
bolt to
holes
fitted
at each
yoke end
Combined
power
andthree
datascaffold
connection
Note:
unit
comes
with
adaptors
accept
12mm
Fixture
feed
Chassis
mounted
female
IP67
pin
Output
Chassis
mounted
female
IP67 7
6bolts,
pin equipped with
Electrical
connections
for
mains
and
data
in/out
Note:
unit
comes
with
three
scaffold
clamp
adaptors
to
accept
12mm
bolts,
equipped with
two
camloc
¼
turn
bolts
Electrical
connections
for
mains
and
data
in/out
Input
Chassis
mounted
male
IP67
6
pin
Fixture
feed
Trailing
7data
pin male
Electrical
connections
forconnection
mains
andmounted
in/out
Fixture
feed
Chassis
female IP67 7 pin
Combined
power
and
data
two
camloc
¼
turn
bolts
Combined
power
data connection
Output
Chassis mounted female IP67 6 pin
Mains
and
data and
Combined
and data connection
Fixture
feedpower
Trailing
7 pin malemale IP67 6 pin
Input
Chassis
mounted
Input
male IP67
6 pin
Fixture
feed
Chassis
mounted
female
IP67
7 pin
Ceep
Electrical
connections
for
mains
and
data in/out
Input
inline
female
6
pin
Ceep
Input
Chassis
mounted
male
IP67
6 pin
Mains
and data
Output
Chassis
mounted
female
IP67
6
pin
Electrical
connections
for
mains
and
data
in/out
Output
Chassis
mounted
female
IP67
6
pin
Fixture
feedpower and data connection
Trailing
7 pin malefemale IP67 6 pin Ceep
Combined
Output
6
pin Ceep
Ceep
Output
Chassis
mounted
Input
inline
female
6
pin
Fixture
feed
Chassis
IP67
7
Combined
and data connection
Fixture
feedpower
Chassis mounted
mounted female
female
IP67
7 pin
pin
Mains
and
data
Input
male IP67
6 pin
Fixture feed
feed
Chassis
mounted
female
IP67
7 pin
Output
6
pin Ceep
Fixture
Trailing
7
pin
male
Chassis
mounted
male
IP67
6
pin
Fixture
feed
Trailing
7
pin
male
Input
inline
female
6
pin
Ceep
Output feed
Electrical
Fixture
Trailing 7 pin malefemale IP67 6 pin
Mains
and
data
6 pin
Mains
and
data
Output
pin Ceep
Fixture
feed
Chassis
mounted female IP67 7
Mains
andtotal
data power on full. 6
120
60 watts
Electrical
Input
inline
female
6
pin
Ceep
Chassis
mounted
female
IP67
7
pin
Input
inline
female
6
pin
Ceep
Fixture
feed
Trailing
7
pin
male
inlinetotal
female
6
pin
Ceep
Input
265
Volt 50/60 Hz
120 watts
power on full. 90Output
6
pin
Ceep
Fixture
feed
Trailing
7
pin
male
Output
6
pin
Ceep
Mains
and data
Electrical
Output
6 pin
Ceep
Power
0.5
amps
@ 240
volts
0.25
Input
90265
Volt
50/60
Hz
Mains
andtotal
data
Input
inline
female
pin Ceep
120
watts
power on full. 6
Fuse
20mm
x
5mm
slow
blow 24 amp
Power
0.5
amps
@
240
volts
Electrical
Input
inline female
6 pin265
Ceep
Output
Electrical
Input
90Volt
50/60
Hz
Output
to fixture
15 voltsx max
Electrical
Fuse
20mm
5mm slow blow 24 amp
120
watts
total
power
on
full.
Output
6 pin
Ceep
120
watts
total
power
on
full.
Power
0.5
amps
@ 240 volts
120
watts
total
power
on
full.
Output to fixture
15 volts
max 50/60 Hz
Input
90265
Volt
Input
90265
Volt
Fuse
20mm
xVolt
5mm50/60
slow Hz
blow 24 amp
Electrical
Data
type
USITT
DMX512-A
Input
90265
50/60
Hz
Power
0.5
amps
@
240
volts
Electrical
Power
0.5
amps
@
240
volts
Output
to
fixture
15
volts
max
120
watts
total
power
on
full.
Power
0.5
@ 240
volts
Note;
units comes complete withUSITT
16amps
amp
cee
form
plug and 5 pin xlr male. A 1
Data
type
DMX512-A
Fuse
20mm
5mm50/60
slow Hz
blow 2
244 amp
amp
Fuse
20mm
xxxVolt
5mm
slow
blow
120 watts
total power
oncable
full. link
Input
90265
Fuse
20mm
5mm
slow
blowand
24 amp
metre
combined
power
is
also
supplied.
Note;
units
comes complete with1516volts
ampmax
cee form plug
5 pin xlr male. A 1
Output
to
fixture
Input
90265DMX512-A
Volt
50/60
Hz
Data
type
USITT
Power
0.5
amps
@ 240
volts
Output
to
fixture
15
volts
max
metre combined power cable link is also supplied.
Power
0.5
@ 240
volts
Note;
comes
complete
with
16amps
amp
cee
form
plug
5 pin xlr male. A 1
Fuse units
20mm
x 5mm
slow
blowand
24 amp
Control
RGB
additive
colour
mixing
Data
type
USITT
DMX512-A
Fuse
20mm
x max
5mm
slow blow
24 amp maximum
Data
type
USITT
DMX512-A
metre
combined
also
supplied.
Output
to fixture power cable link
15is
volts
Data
type
USITT
DMX512-A
DMX
channels
3
channels
minimum
36 channels
Control
RGB
additive
colour
mixing
Note;
units
comes
complete
with
16
amp
cee
form
plug
and
5
pin xlr
male.
A1
Output
to
fixture
15
volts
max
Note;
units
comes
complete
with
16
amp
cee
form
plug
and
5
xlr
male.
Note;interface
units comes complete withweatherproof
16
amp cee
form
plug
5 pin
pinwith
xlr
male. A
A1
1
User
backlit
lcdand
display
DMX
channels
3
channels
minimum
36
channels
maximum
metre
combined
power
cable
link
is
also
supplied.
metre
combined
power colour
cable link
link
is
also
supplied.
Control
RGB additive
mixing
Data type
USITT
DMX512-A
metre
combined
power
cable
is
also
supplied.
four
membrane
switches
User interface
weatherproof
backlit
lcd display with
Data channels
type
USITT
DMX512-A
DMX
channels
minimum
36
channels
maximum
18and
Note;
units comes complete with3
16
amp
cee
form plug
5 pin xlr
male. A 1
four
membrane
switches
Control
RGB
additive
colour
mixing
Note;
units
comes
complete
with
16
amp
cee
form
plug
and
5
pin
xlr
User interface
weatherproof
backlit lcd display withmale. A 1
Control
RGB
mixing
metre
combined
power colour
cable link
is also supplied.
Control
RGB additive
additive
colour
mixing
DMX
channels
3
channels
minimum
36
channels maximum
four
membrane
switches
metrechannels
combined power cable link
also
supplied.
DMX
3
channels
minimum
36
DMX
channels
3 is
channels
minimum
36 channels
channels maximum
maximum
User
interface
weatherproof
backlit
lcd
display with
with
User
interface
weatherproof
backlit
lcd
Control
RGB additive colour mixing
User interface
weatherproof backlit lcd display
display with
BB4 USERS MANUAL - PAGE 23
four
membrane
switches
four
membrane
switches
Control
RGB additive colour mixing
DMX
channels
3 channels
minimum
36 channels maximum
four
membrane
switches
BB4 USERS MANUAL - PAGE 23
DMX
channels
3 channels minimum
maximum
User interface
weatherproof
backlit 36
lcdchannels
display with
User interface
weatherproof
backlit
lcd display with
four
membrane
switches
BB4 USERS MANUAL - PAGE 23
four membrane switches
BB4
BB4
USERS
MANUAL
PAGE
23
BB4 USERS
USERS MANUAL
MANUAL --- PAGE
PAGE 23
23
BB4
USERSMANUAL
MANUAL - PAGE 23
BB2 USERS
23
BB4 USERS MANUAL - PAGE 23
3
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20
degree
note:
data
and
IES
files
are
available
for
download from our website
Green
517
Nm
+/2.5
Nm
Thermal characteristics
Nm
+/-+/2.52.5
Nm
Blueand517
452.5
Nm
Nm
note: further photometricGreen
data
IES files
are
available
for download from our website
Blue Blue
Nm
+/-Nm
2.5 +/Nm
Fixture
Passive
convection
cooled
452.5
2.5 Nmoptic
Optics front
4452.5
x evenly
spaced
20
degree
Thermal
characteristics
Optics Optics
4
x
evenly
spaced
20
degree
optic
Power
box
Force
air
cooled
via
low
airflow/
low noise
fans,
note: further photometric4data
and IESspaced
files are20available
for
download
from
ourmounted
website to the base
x
evenly
degree
optic
Thermal
characteristics
note: further
photometric
data
and
IES
files
are
available
for
download
from
our
website
Fixture
front
Passive
convection
cooled
note: further photometric data and IES files are available for download from our website
Fixturebox
front
Passiveairconvection
Power
Force
cooled viacooled
low airflow/ low noise fans, mounted to the base
Operating
temperature
Thermal
characteristics
Power
box
Force
air
cooled
via
low airflow/ low noise fans, mounted to the base
Thermal
characteristics
Minimum
degrees
C
Fixture
front
Passive
convection
cooled
Thermal
characteristics-20
Operating
FixtureFixture
front front
PassivePassive
convection
cooled
Maximum
+Force
46 degrees
C viacooled
Power
box temperature
air
cooled
low airflow/ low noise fans, mounted to the base
convection
Operating
temperature
Minimum
-20
degrees
C
Power Power
box
Force
air
cooled
via
low
airflow/
low noise
mounted
to the base
box
Force air cooled via
low airflow/
lowfans,
noise
fans, mounted
to the base
Minimum
-20
degrees
CC
Maximum
+
46
degrees
Weather
Operatingprotection
temperature
Maximum
+ 46 degrees C
Operating
temperature
Fixture
front
Minimum
-20 degrees Csealed to IP67
Operating temperatureHermetically
Weather
protection
Minimum
-20
degrees
C horizontally
Power
box
Mounted
facing upwards
Maximum
+ 46degrees
degrees
Minimum
-20
CC
Weather
protection
Rated
to IP65
Fixture front
Hermetically
sealed to IP67
Maximum
+
46
degrees
C
Rated
to
IP65H
Maximum
+Hermetically
46 degrees Csealed to IP67
Fixturebox
front
Power
Mounted
facing upwards
Humidity
max
20%
~ 90%horizontally
RH non-condensing
Weather
protection
Power
box
Mounted
horizontally
facing upwards
Rated to IP65H
Weather
protection
Fixture
front
Hermetically sealed to IP67
Weather
protection
Rated~ to
IP65H
Humidity
max Hermetically
20%
90%
RH
FixtureFixture
front front
sealed
tonon-condensing
IP67to facing
Approvals
Power
box & Compliance
Mounted
horizontally
Hermetically
sealed
IP67 upwards
Humidity
max
20% ~ 90% RH
non-condensing
Power Power
box
Mounted
horizontally
facing
upwards
Rated
to
IP65H
BS EN box
55103-1 Harmonics
BS
EN
55103-2
Immunity
Mounted horizontally facing
upwards BS EN 61000-3-2 Emissions
Approvals
& ETL
Compliance
Rated
to
IP65H
Humidity
max
20%
~
90%
RH
non-condensing
USA
/ Canada
pending
Rated to BS
IP65H
Approvals
& Compliance
BSmax
EN 55103-1
Harmonics
EN 55103-2 Immunity
BS EN 61000-3-2 Emissions
Humidity
20%
90%
RH
non-condensing
Lead
andmax
mercury
free~ return
to
manufacturer
for recycling
Humidity
20%
~
90%
RH
non-condensing
USA
pending
BS EN/ Canada
55103-1ETL
Harmonics
BS EN 55103-2 Immunity
BS EN 61000-3-2 Emissions
Approvals
& Compliance
Lead/and
mercury
free return to manufacturer for recycling
USA
Canada
ETL
pending
Approvals
& 55103-1
Compliance
IP
Patents filed
USA
BS Protection
EN
Harmonics
BS ENin55103-2
Immunity
BS EN 61000-3-2 Emissions
Approvals
& Compliance
Lead
and
mercury
free return
manufacturer
for recycling
BS EN 55103-1
Harmonics
BS ENto55103-2
Immunity
BS EN 61000-3-2 Emissions
USA
/
Canada
ETL
pending
BS
55103-1 HarmonicsPatents BS
ENin55103-2
BS EN 61000-3-2 Emissions
IP EN
Protection
filed
USA Immunity
USA / Canada
ETLmercury
pending
Manufactured
in
the
United
Kingdom
by
Lead
and
free
return
to
manufacturer
for
recycling
USA
/ Canada ETL pending
IP mercury
Protection
filed in for
USArecycling
Lead and
free return toPatents
manufacturer
Lead
and mercury
freeUnited
returnKingdom
to manufacturer
for recycling
Manufactured
in the
by
IP Protection
Patents filed in USA
Manufactured in Patents
the United
IP Protection
filedKingdom
in USA by
IP Protection
Patents filed in USA
Manufactured in the United Kingdom by
Manufactured
in the
United
Kingdom
bythis fixtures design.
We reserve
the
right to
improve
Manufactured in the United Kingdom by
We reserve the right to improve this fixtures design.
BB4 USERS MANUAL - PAGE 24
We reserve the right to improve this fixtures design.
We reserve the right to improve this fixtures design.
We reserve the right to improve this fixtures design.
We reserve the right to improve this fixtures design.
BB4 USERS MANUAL - PAGE 24
BB4 USERS MANUAL - PAGE 24
BB4 USERS MANUAL - PAGE 24
BB4
USERSMANUAL
MANUAL - PAGE 24
BB2 USERS
24
BB4 USERS MANUAL - PAGE 24
TROUBLE SHOOTING
DISCLAIMER: Please note that the information contained in this trouble-shooting guide is generalized in nature & cannot
account for all possibilities. Any proposed remedies for specific situations should not be considered as absolute or all
encompassing. Please seek professional assistance if there is any doubt as to the efficacy of a remedy or of the exact nature of
any encountered problem. I-pix provides the information contained herein only as a guide.
No response from the light
Does the LCD
screen light up
No
Yes
Does the unit have
a good power supply
Yes
Is the LCD
screen flashing
Check the fuse
is it blown
No
Yes
Yes
There is no signal
check DMX input
Contact I-Pix for more specific help with
your problem, as it could be an
internal fault.
If you have the technical knowledge &
skills you could open up the unit & Yes
check for loose connections
Replace with the
appropriate fuse 4A
Mains supply keeps tripping out blowing fuses:
Does the mains
supply trip before
the light/s are
given power?
Yes
No
Contact I-Pix for more specific help with
your problem, as it could be an
internal fault.
If you have the technical knowledge &
skills you could open up the unit & check
for loose connections shorts & faults
Does the mains
supply trip when
the light/s are
given power?
Yes
No
Check all external
wiring for faults or
the supply overloaded.
If problem persists
contact a competent
electrician.
Is the mains supply
overloaded with the
addition of the
lamp?
Yes
Remove some of the
load from the supply
upgrade the supply
rating - split the load
across more circuits
No
When you try the
lamp on a different
supply does it work
Yes
Contact a competent
electrician to
check out the supply
that
could be faulty
BB4
USERSMANUAL
MANUAL - PAGE 26
BB2 USERS
26
TROUBLE SHOOTING
The fuse on a unit repeatedly blows
•
•
•
Are you fitting right rating/type of fuse into unit?
Contact I-pix for more specific help with your problem, there may be an internal fault in the unit.
If you have the technical knowledge/skills you could look inside the unit and check the internal wiring for a lose
connections/shorts and also the power supply is working with a 15v output when
there is no load connected to it.
Dmx trouble shooting
The obvious
•
It is good practice to connect data line and terminate before switching on device.
•
Is the dmx line fitted to a buffer and data is being received
•
Is the dmx data line fitted with a line termination?
•
Does the unit’s dmx mode set-up match the personality/ profile for the console provided?
•
Note: the LCD screen flashes intermittently when no data is present
BB4USERS
USERS
MANUAL - PAGE 27
27
BB2
MANUAL
QUICK RESET
An easy way of returning the light to its default settings.
PRESS
Before the light is given any power hold down both
both buttons on the left hand side of the interface.
PRESS
Keep the buttons held down as you give the light power.
When you see screen with the black boxes let go of
the buttons and the next screen will appear. If you
do not let go it will stay locked until you let go.
PRESS
PRESS
Then the light will return to MODE 10 ADDR 001
4INVRT1 ADDR 001
MODE10 18
36CH MORE
This is a fast way of readdressing a light, that will save you a few button presses
BB4USERS
USERSMANUAL
MANUAL - PAGE 28
BB2
28
RoHS AND WARRANTIES
I-PIX BB4s
2 COMPLY WITH RoHS RESTRICTIONS
I-PIX BB4s
2 are compliant with all of the criteria proposed by the European
RoHS directive 2002/95/EC for hazardous material content in electronic and
electrical equipment as listed in Annex 1A and 1B of the WEEE Directive.
In addition to containing no mercury, the LED light engines have the
following environmental advantages over traditional light sources:
!
High energy efficiency
!
Long lifetime
!
Fully dim-able
!
Very low IR and UV radiation
For attachment of electrical connections I-Pix use lead free solder
R
C
US
RoHS
2002/95/EC
COMPLIANT
WARRANTY STATEMENT
2 produced by
I-Pix (seller) extends warranty on all the electronics in the BB4
the Seller for two (2) years from original date of shipment, that the goods
sold hereunder are new and free from substantive defects in workmanship
and materials. This warranty extends only to the Buyer and not to indirect
purchasers or users . Sellers liability under the foregoing warranty is limited
to replacement of goods or repair of defects or refund of the purchase price
at the Sellers sole option. The above warranty does not apply to defects
resulting from the improper or inadequate maintenance, unauthorized
modification, improper use or operation outside of Sellers specifications for
the product, abuse, neglect, or accident. THE ABOVE WARRANTY IS
EXCLUSIVE AND NO OTHER WARRANTY, WHETHER WRITTEN OR ORAL, IS
EXPRESSED OR IMPLIED. I-PIX SPECIFICALLY DISCLAIMS THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE - I-PIX Jan 01, 2009
WEEE
COMPLIANT
WARRANTY STATEMENT
2 produced by the
I-Pix (seller) extends warranty on all the L.E.Ds in the BB4
Seller for one (1) year from original date of shipment, that the goods sold
hereunder are new and free from substantive defects in workmanship and
materials. This warranty extends only to the Buyer and not to indirect
purchasers or users. Sellers liability under the foregoing warranty is limited
to replacement of goods or repair of defects or refund of the purchase price
at the Sellers sole option. The above warranty does not apply to defects
resulting from the improper or inadequate maintenance, unauthorized
modification, improper use or operation outside of Sellers specifications for
the product, abuse, neglect or accident. THE ABOVE WARRANTY IS
EXCLUSIVE AND NO OTHER WARRANTY, WHETHER WRITTEN OR ORAL, IS
EXPRESSED OR IMPLIED. I-PIX SPECIFICALLY DISCLAIMS THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE - I-PIX Jan 01, 2009
BB2 USERS
USERS MANUAL
BB4
MANUAL - PAGE 29
29
SERVICE CONTACT DETAILS
Broadstone Mill
Broadstone Road
Houldsworth Village
Cheshire
SK5 7DL
[Located 4 miles from Manchester airport and the city centre]
Tel: 44 (0)161 443 4140
E-mail: [email protected]
www.i-pix.com
BB4
MANUAL - PAGE 30
30
BB2 USERS
USERS MANUAL