background image

51 to 100%  

129 to 255  

 

0.1 to 25 Rpm counterclockwise spin

50%  

128  

 

STOP

0 to 49%  

1 to 127  

 

25 Rpm to 0.1 clockwise spin

0 to 100%  

0 to 255  

 

Index position coarse (8 bit) 0 - 359 degrees

0 to 100%  

0 to 255  

 

Index position fine (16 bit)

60% to 100% 

153 to 255 

 

Indexing by set direction

40% to 59% 

102 to 152 

 

Continuous rotation

0 to 39% 

0 to 101 

 

Indexing by shortest direction

Page 4 of 6

12/06


1. Speed and direction of indexing
2. Speed and direction of continuous spin

MODE 4 OPERATION  --  MODE SWITCH = 4  --  4 CHANNEL OPERATION

FIRST CHANNEL %

SECOND CHANNEL %

HEXADECIMAL

HEXADECIMAL

FUNCTION

Index position coarse

Index position fine

FUNCTION

THIRD CHANNEL %

FOURTH CHANNEL %

HEXADECIMAL

HEXADECIMAL

FUNCTION

Stop at index position or continuous rotation control

FUNCTION





Operates in 16 bit indexing mode and uses an extra channel to activate the index position while gobo is
rotating. Rotate and stop control is a one channel operation.

Set DMX address

Indexing gobo is controllable according to the following table:

When indexing the speed and or direction is selected by channel 1
In index mode the speed-control-channel stop positions are not used
0% is full speed indexing
50% is 0.1 rpm indexing
100% (full) is full indexing

Summary of Contents for TwinSpin

Page 1: ... away from each other so they won t catch when rotating You must Burn in new patterns before rotating for the first time by placing the TwinSpin with the patterns mounted in the fixture and the lamp at full for approxi mately two minutes Do not rotate the gobos Failure to Burn in will most likely result in a jam If the patterns catch on each other or the retaining ring is not properly secured and sl...

Page 2: ...Speed and direction of continuous spin If the indexing channel is set to zero then the gobo will continuously rotate according to the setting of the speed channel In Index Mode channel 2 is set above 1 the gobo will take the shortest route to its position The speed of indexing is set by channel 2 and for index mode the speed control channel stop positions are not used MODE 1 OPERATION MODE SWITCH ...

Page 3: ...vement Indexing takes the shortest route to the set position and uses the speed set bythe first channel of gobo control If the speed direction channel is set to zero then indexing will take place at 5 Rpm Separate speed control and 16 bit position control Set DMX address The indexing gobo is controllable according to the following table 100 255 FF STOP 50 to 99 129 to 254 0 1 to 25 Rpm countercloc...

Page 4: ...ATION FIRST CHANNEL SECOND CHANNEL HEXADECIMAL HEXADECIMAL FUNCTION Index position coarse Index position fine FUNCTION THIRD CHANNEL FOURTH CHANNEL HEXADECIMAL HEXADECIMAL FUNCTION Stop at index position or continuous rotation control FUNCTION Operates in 16 bit indexing mode and uses an extra channel to activate the index position while gobo is rotating Rotate and stop control is a one channel op...

Page 5: ...owing table MODE 9 OPERATION MODE SWITCH 9 3 CHANNEL OPERATION 50 128 STOP 50 to 99 129 to 254 0 1 to 25 Rpm counterclockwise spin 50 128 STOP 1 to 49 1 to 127 25 Rpm to 0 1 clockwise spin 0 0 STOP 1 to 100 1 to 255 Index position coarse 8bit 0 359 degrees 0 0 Continuous rotation controlled from first channel 0 to100 0 to 255 Index position fine 16 bit Index mode is running whenever the second con...

Page 6: ...atesback and forth is a smooth motion similar to a swinging pendulum X100 switch 0 9 sets the gravity of the pendulum X10 switch 0 9 sets the maximum speed of the pendulum Function Random roll forward and backwards X100 switch 0 9 sets the time taken per cycle X10 switch 0 9 sets the dwell time while stopped on the change of direction X1 switch 0 9 sets the speed of the gobo rotation Function Time...

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