SOUND-TO-LIGHT MONITOR LEDS - These LEDs
monitor the 4 Sound-to-Light bands. Pulsar's top of the range
Modulator Sound-to-Light circuits are built into every member
of the Masterpiece family. The Masterpieces have 3 zones of
4 bands - 2 modulating zones and 1 digital zone, each
patchable at any level over the 48/108/216 channels. The
Sound-to-Light circuits are fully automatic with a master
Automatic Volume Control (AVC) to adjust for overall changes
in the music volume and one AVC circuit for each band to
adjust for changes in the balance between, for example, the
bass and the treble. Optimum Sound-to-Light performance is
thus ensured at all times.
PROGRAMMING TIP 1 - Rather than stepping through all 48
Environments and 6 Environment Chases, the Up and Down
keys only stop on the accessible Keyboard keys and
Keyboards. So, for example, if you only have 2 ECs and 6 E's
programmed on Keyboard E3, use Set User Access Levels to
disable E1 and E2 Keyboards and unused E3 Keyboard keys.
PROGRAMMING TIP 2 - Swap 3 is an ideal Keyboard Action
to use with the Replay Unit. Keys 1-5 of a 6 way, Swap 3
Keyboard can contain effects to swap between while key 6 can
be a blackout E/EC. The 3 Keyboards may be configured as
up to 9 Swap 3 Keyboards.
BACK PANEL - CONNECTIONS
MAINS SUPPLY - 100-130 or 200-250 VAC, 50-60 Hz,
6 Watts. We recommend the use of a Residual Current Circuit
Breaker.
VOLTAGE SELECTOR - Ensure the correct voltage range -
115V / 230V, is selected before switching on!
MAINS CABLE - the mains cable should be fitted with a
suitably approved and rated plug. Note: in some countries it is
a requirement that such a plug be fitted by a qualified
electrician.
CABLE COLOURS
Green/Yellow = Earth / Ground
Brown = Live / Phase / Hot
Blue = Neutral
WARNING - THIS APPLIANCE MUST BE EARTHED
AUDIO INPUT SOCKETS - The Replay Unit is fitted with
standard 1/4" Jack sockets for audio connection. One mono
microphone input socket is provided, two stereo line level (0.1V
- 2.5V RMS) sockets (in / thru) and two speaker level (2.5V -
100V RMS) sockets (in / thru). Please note, when feeding a
signal from a stereo system, both left and right audio signals
must be supplied for the Replay Unit to produce faithful
Sound-to-Light.
0-10V REMOTE CONTROL - An 8 pin DIN socket is
provided for input from a Remote Controller - e.g. a
Masterpiece Outstation or a Master Masterpiece. Please
see Appendix Four for full details.
MIDI REMOTE CONTROL IN / THRU - 2 DIN sockets are
provided for remote control by a standard MIDI signal. Please
see Appendix Three for full details.
PMX REMOTE CONTROL IN / THRU - A 3 pin XLR plug
and socket are provided for remote control from a computer by
RS232, using our PMX protocol. Please see Appendix Two
for full details.
DIGITAL PMX OUTPUT(S) - Two XLR sockets are
provided for the PMX (Pulsar MultipleX) digital outputs. Use
the 3 pin socket (RS232) for short distances - e.g. to a
Masterpiece Screen Driver, and the 5 pin socket (RS423) for
any distance. All 216 channels are transmitted. Products
capable of receiving PMX include Clay Paky Intelligent
Spotlights, Pulsar Datapaks, Pulsar Universal Interfaces
(to convert PMX to 0-10V analogue), etc. As well as Channel
Levels, the PMX data stream contains the key press
information required to drive a Masterpiece Screen Driver.
Please see Appendix One for full details of the PMX protocol.
The pin connections of the XLR sockets are:
3 PIN SOCKET 5 PIN SOCKET
Pin 1 = Screen - Chassis Earth Pin 1 = Screen - Chassis Earth
Pin 2 & 3 = Signal Pin 2 = Signal
Pin 3 = Signal earth
Pins 4&5 = not used
MASTERPIECE SCREEN DRIVER SETUP - the Screen
Driver does not know whether your Replay Unit's program
was made on a Masterpiece 48, 108 or 216. Therefore please
use the DIL switches on the back of the Screen Driver to
select Masterpiece 48, 108 or 216 screen formats.
ANALOGUE 0-10V OUTPUTS - The first 18 of the 216
channels are available here as 0-10V analogue signals. There
are 3 DIN sockets, 6 channels each. The pin connections are:
Pin 1 - Not Used, 2 - Earth, 3-8 - Channels 1-6, 7-12 & 13-18,
as printed on the Replay Unit lid. The outputs are via isolating
diodes so they may feed the same equipment as other
controllers - the highest taking priority.