Robe LiteWare HO Specifikace stáhnout pdf (Strana 6)

LiteWare HO

In RGB mode, DMX channel allocations are as follows:

Start address red level

Start address + 1 green level

Start address + 2 blue level

For example, if your start address (the first channel that the unit listens to) is 001, then the red level is

allocated to 001, green to 002 and blue to 003.

In wireless DMX mode, the battery base unit holds the last DMX value upon loss of signal or DMX. The

battery base unit stores this level when turned off so it can be resumed when it is powered back up. If

the battery is disconnected these values are lost.

Wireless DMX linking and unlinking

The link status is shown on the LED display on the base of the battery base unit when LiteWare HO is

powered on.

When the battery base unit is placed in a flight case the link status can be observed as follows:

• Battery base units flash blue three times to indicate unit is currently linked to a transmitter.

• Battery base units flash green three times to indicate unit is not linked to a transmitter.

To unlink a battery base unit, do one of the following:

• When in flight case, press top button 3 times to force unlink.

• When on and in DMX mode (address 1 – 512) press top button 3 times.

The DMX buffer is cleared when unlinked to prevent any confusion when the unit is re-linked.

Refer to your W-DMX transmitter user manual for further information about the linking process.

Stand-alone mode (addresses 601-670)

Stand-alone mode uses addresses 601-670.

To control the output level, press the TOP button briefly: each time you press the TOP button the

output is dimmed by a fixed amount. There are seven output levels. When the TOP button is pressed

for the seventh time, the output returns to full level.

The table below describes the address ranges available in stand-alone mode.

Range

What

Description

601

650

Fixed colours

The fixed colours are listed in ‘Fixed colour table’ on

page 9.

651

655

Colour fade sequence

A sequence of pre

programmed colour fade

transitions using

brilliant

colours. The higher the address value, the slower the rate of transition.

656

660

Colour fade sequence

As ‘Colour fade sequence 1’ but using pastel colours

661

665

Colour snap sequence

A sequence of pre

programmed colour snaps using

brilliant colours. The

higher the address value, the slower the rate of transition.

666

670

Colour snap sequence

As ‘Colour snap sequence 1’ but using pastel colours

1 2 3 4 5 6 7 8 9 10 11

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