FLC254-CC - Overview
ƒ Size and design as for the FLC250,
FLC200 series
ƒ IP66, Class I
ƒ Housing constructed from corrosion resistant
High Pressure Die-Cast Aluminium
ƒ CCG Silicon Gaskets
ƒ 5CE Corrosion Protection
ƒ Powdercoat finish in RAL 9007, RAL 9004,
RAL 9016 or Classic Silver
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FLC254-CC - Overview
ƒ Secure Aiming - „Tilt and Lock“ System
ƒ Hinged frame, including retaining fasteners
ƒ PCS Hardware
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FLC254-CC - Accessories
ƒ External optical accessories
ƒ Mounting accessories
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FLC254-CC - Electrical
ƒ Electronic control gear , thermally seperated
ƒ Integrated DMX control board, thermally
seperated
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FLC254-CC - Lamp
ƒ HIT-CE 150W / 14,000 lm / 4200 K
ƒ Lampbase G12
ƒ Colour rendering index Ra = 90, high colour
stability
ƒ Life Rating 13,000 Hrs. (20%) and
16,000 Hrs. (50%) in combination with ECG
ƒ Easy lamp change
ƒ Reduced heat generation, higher efficiency
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FLC254-CC - Mechanical
ƒ Master-tray contains all mechanics including stepmotors and colour filters. Tray made from single
aluminium block, CNC machined for dimensional
accuracy, cushioned against vibration.
ƒ Improved heat dissipation. Rated at 35° with gear
box in downward postion.
ƒ Continual operation is assured through the additon
of helicoil inserts and loctite
ƒ CMY- Subtractive colour mixing
ƒ Dimmer function
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FLC254-CC - Beam Distributions
ƒ Wide - [B], Medium - [M] and Very Narrow [E]
Distribution
ƒ Half Peak:
ƒ [B] = 2 x 30°
ƒ [M] = 2 x 19°
ƒ [E] = 2 x 10°
ƒ Identical lamp position for all three
distributions
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FLC254-CC - Setup
ƒ Stand-alone function
ƒ Master-Slave Function
ƒ Depending on the application Program can be
stored either directly within the Colour Changer
or in an external interface such as the WE-EF
Handheld HH1. The appropriate DMX entries
are indicated on both the Handheld and the
Colour Changer. Fixings also supplied for the
optional attachment of HH1 to DIN Rail system
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FLC254-CC - Programming
ƒ Windows based WE-EF CONTROL® CMY-DMX
PC Software with data bank
ƒ Programming of Scenes, Sequences, Days,
Weeks and Months
ƒ Integrated calender for programming of special
days
ƒ Program simulation on PC
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FLC254-CC - Documentation
Installation and Maintenance Instructions
and Quick Reference for Colour Changer
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WE-EF CONTROL ® CMY-DMX PC Software
Handbook
FLC254-CC - F.A.Q.
Question 1:
I want to install one or two colour changers with a pre-installed lighting sequence and switch them on and off only?
Option 1
Stand Alone
Option 2
Master Slave
1
2
3
4
5
SLAVE
MASTER
ƒ
HIT Single CC with a pre-installed lighting sequence*
ƒ
Sequenz is stored in the CC itself! Storage capacity is
limited.
ƒ
‚Master‘ with a pre-installed sequence controls the
‚Slaves‘
ƒ
Units must be defined as ‚Master‘ and ‚Slave‘ via ‘MasterSlave‘ setup
ƒ
On/off only, can not alter sequence or setup.
ƒ
Can add more ‚Stand Alone‘ untis which act
ƒ
Maxium 32 ‚Slaves‘ per ‚Master‘
independently
ƒ
Maximum Distance between‚Master‘ und last ‚Slave‘
300m without DMX-Booster
*WE-EF can provide programming and DMX address designation services. Sequence can only be altered using an interface i.e WE-EF HH1 connected via an RJ45 Cable to CC
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FLC254-CC - F.A.Q.
Question 2:
I want to install one or two Colour Changers, but I want to alter/change the sequences on a regular basis?
Option 1
Stand Alone
ƒ
ƒ
Option 2
Master Slave
Single CC operates using a pre-installed sequence stored
ƒ
HH1 is a defacto ‘ Master‘ if more than one CC is used
in the HH1! HH1 has more storage capacity then the CC
ƒ
Each unit must be assigned a DMX address
Connection must be permanent between the HH1 and CC
ƒ
Duplicate DMX addresses are possible
and is via the DMX out (HH1) and DMX in (CC) using DMX
ƒ
Sequences can be directed to particular addresses.
cable supplied.
ƒ
HH1 needs an external power supply
Important: HH1 can be disconnected, but chosen sequence must be stored in CC if it is to continue to operate alone. Data transfer is via RJ45 cable, Ensure enough storage space is
available in CC.
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FLC254-CC - F.A.Q.
Question 3: What method do I use to program a particular lighting sequence?
One option is to use the HH1 for programming, of which there are two methods.
Storage
Here
Option 1A
Option 1B
Storage
Here
DMX
RJ45
ƒ
If sequence is stored in the CC than the Hh1 must be used
ƒ
to make the changes
ƒ
HH1 is connected to the CC using the RJ45 datsa cable
(no external power supply for HH1 is required)
ƒ
See software user manual for FLC254-CC, refer to ‚Colour
Changer‘
Important: DMX addresses can also be assigned using the HH1. See operating instructions.
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If sequence is stored in the HH1 then it must be
connected to the CC using a DMX cable.
ƒ
See software user manual for FLC254-CC, refer to ‚HH1‘
Matrix
FLC254-CC - F.A.Q.
Question 3: What method do I use to program a particular lighting sequence?
Second option is to use a computer and WE-EF CC software, of which there are again two mehtods.
Option 2A
Storage
Here
Option 2B
RS2
32
RS2
32
Storage
Here
RJ45
ƒ
Scenes, sequences, day, week and month programs can
be created on a computer using WE-EF CC software
ƒ
Software also allows simulation of sequences.
ƒ
Sequences etc can then be stored in the CC by
transferring data through the HH1
Important: Rfer to operating instructions of software for programming options
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DMX
ƒ
As above, but sequences are stored in the HH1
Closing
Scene 1
Transition
Transition
FLC254-CC Definitions
Colour
Closing
Colour
Scene 2
Closing
Scene 3
Define speed and intensity of each scene.
Sequenz 1
Define duration (Step Time), intensity, speed.
Overwrite function sets all scenes to the same intensity and speed.
Important: Consideration needs to be given for change between colours. Depending on the colour contrast between scenes, CC may flash to white!
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