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Setting up the ACU-1 from the Front Panel

Introduction

The switches that are normally used for  channel selection can be used to change some operating parameters
of the ACU-1 that may not be accessible through third party software.  It is impossible to predict if third party
software will react properly if unsupported adjustments are made in hardware.  If you make changes to the
system using the information contained in this document, you are accepting the responsiblity for making
alterations to the system that may not be supported by your software vendor or  by Sine Systesm, Inc.

Set EEROM to Factory Default

This is the same as command 3B (hex) and is executed by pressing buttons 1 and 8  simultaneously for at least
one second.

Program User Settings from the Front Panel

(firmware version 6 and later)

All user programming in the ACU-1 can be read and altered from the front   panel.    To  enter  the  front  panel
programming mode, press  buttons 1 and 3 simultaneously for at least one second.  The POWER/SYNC LED
will begin flashing to indicate that the programming mode has been entered.  The front panel will display a
memory address in binary using the left 8 LEDs of  the left VU meter.  The data at that address is displayed in
binary on the channel LEDs:

The starting address will be 27 (binary 00011011) which programs the   "Box  Address."  The  memory  address
may be   changed using buttons 5 or 6.  To change the data at that address, push buttons 7 or 8.  If data is
changed, the new data will be stored in EEROM and will unaffected by a power failure.

ACU-1

page 1

Содержание ACU-1

Страница 1: ...g buttons 1 and 8 simultaneously for at least one second Program User Settings from the Front Panel firmware version 6 and later All user programming in the ACU 1 can be read and altered from the fron...

Страница 2: ...001000 Baud Rate 18 00010010 00000111 Momentary Relay Time 19 00010011 00110010 Left Silence Threshold 20 00010100 00000001 Right Silence Threshold 21 00010101 00000001 Left Silence Alarm Time 22 0001...

Страница 3: ...rom 0 to 255 where 255 is full on SetUp Function Sets fade up rate Format AAhex boxnode 34hex byte4 byte5 Byte4 determines the channel s which are to be set bit 0 being channel 1 byte5 sets the fade u...

Страница 4: ...channels Byte5 sets time 1 to 250 sets 1 to 250 seconds SetPo Function Sets parallel output Format AAhex boxnode 38hex byte4 Bits set in byte4 turn relays on Bit 0 is relay 1 ReadPi Function Reads th...

Страница 5: ...0 seconds Silence Level Left 42 dB Silence Level Right 42 dB Silence Time Left 30 seconds Silence Time Right 30 seconds Silence Link 1 L and R separate Automatic Level Control On 5 sec dB increase spe...

Страница 6: ...nels on and off Format AAhex boxnode 51hex byte4 byte5 Set bits in byte4 to turn channel s on Set bits in byte5 to turn channel s off Bit 0 is channel 1 If common bits are set in byte4 and byte5 the b...

Страница 7: ...de 56hex replybyte1 replybyte2 replybyte3 replybyte4 Replybyte1 replybyte2 and replybytebyte3 are hours minutes and seconds Replybyte4 0 24 hour time 1 AM 12 hour time 2 PM 12 hour time 3 clock not se...

Страница 8: ...ed Format AAhex boxnode 5Bhex byte4 Byte4 0 read ALC mode value returned in replybyte1 1 set ALC off 2 255 set ALC on 2 to 255 seconds per 1 dB gain increase SetPiHold Function Set read parallel input...

Страница 9: ...4 Byte4 b0 data mode 0 1 8E1 8N1 b1 ALC attack speed 0 1 normal slow firmware version 6 and later b2 unused b3 unused b4 unused b5 unused b6 unused b7 unused ReadConfig2 Function Read Config2 byte For...

Страница 10: ...Version 6 only Baud Rate Address decimal Address binary Data binary 115 2K 18 00010010 00000000 57 6K 18 00010010 00000001 38 4K 18 00010010 00010000 28 8K 18 00010010 00000010 19 2K 18 00010010 00010...

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