Ashly 3.24CL-d Manuale operativo - Pagina 14
Sfoglia online o scarica il pdf Manuale operativo per Crossover Ashly 3.24CL-d. Ashly 3.24CL-d 16. Digital crossover/system processor
Operating Manual - PROTEA SYSTEM II 3.24CL Crossover / System Processor
9. WARRANTY INFORMATION
The unit you have just purchased is protected by a limited five-year warranty . To establish the warranty, be sure
to read completely, fill out and return the warranty card that came with your product. Fill out the information below for
your records.
Model Number _____________ Serial Number _________________ Dealer __________________________
Date of Purchase ____________ Dealer's Address _______________________________________________
Dealer's Phone _____________ Salesperson ____________________________________________________
10. PROTEA 3.24CL INSTALLATION RECORD
Installation _________________________ Installed by _________________ Date _____________________________
Venue Contact _____________________ Phone No. __________________ Address _________________________
Description of System _______________________________________________________________________________
_________________________________________________________________________________________________
_________________________________________________________________________________________________
_________________________________________________________________________________________________
3.24CL Preset Information: _________________________ Preset No. ________ Preset Name __________________
Input A:
Input Gain ___________________________________ Input Delay ___________________________________________________
Input EQ
EQ Filter no. 1
EQ Filter no. 2
EQ Filter no. 3
EQ Filter no. 4
EQ Filter no. 5
EQ Filter no. 6
Input B:
Input Gain ___________________________________ Input Delay ___________________________________________________
Input EQ
EQ Filter no. 1
EQ Filter no. 2
EQ Filter no. 3
EQ Filter no. 4
EQ Filter no. 5
EQ Filter no. 6
Input C:
Input Gain ___________________________________ Input Delay ___________________________________________________
Input EQ
EQ Filter no. 1
EQ Filter no. 2
EQ Filter no. 3
EQ Filter no. 4
EQ Filter no. 5
EQ Filter no. 6
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Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________
Filter Type _____________ Frequency _________ Boost/Cut _______ Bandwidth(PEQ) ________