Ashly PROTEA SYSTEM II 4.24C Manuale operativo - Pagina 18

Sfoglia online o scarica il pdf Manuale operativo per Crossover Ashly PROTEA SYSTEM II 4.24C. Ashly PROTEA SYSTEM II 4.24C 20. 24 bit digital crossover and system processor
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Ashly PROTEA SYSTEM II 4.24C Manuale operativo
Operating Manual - PROTEA SYSTEM II 4.24C Crossover / System Processor
11. PROTEA 4.24C INSTALLATION RECORD
Installation _________________________ Installed by _________________ Date _____________________________
Venue Contact ______________________ Phone No. __________________ Address __________________________
Description of System ______________________________________________________________________________
_________________________________________________________________________________________________
_________________________________________________________________________________________________
_________________________________________________________________________________________________
4.24C 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
Input D:
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
Output 1:
Source ______________ Output Gain _____________ Polarity ____________ Output Delay ______________________________
Output EQ
EQ Filter no. 1
EQ Filter no. 2
EQ Filter no. 3
EQ Filter no. 4
Crossover HPF Frequency ____________ Filter Type ______________ Crossover LPF Frequency ______________ Filter Type ______________
Limiter Threshold ___________________ Ratio ___________________ Attack Time _________________ Release Time _____________________
Output 2:
Source ______________ Output Gain _____________ Polarity ____________ Output Delay ______________________________
Output EQ
EQ Filter no. 1
EQ Filter no. 2
EQ Filter no. 3
EQ Filter no. 4
Crossover HPF Frequency ____________ Filter Type ______________ Crossover LPF Frequency ______________ Filter Type ______________
Limiter Threshold ___________________ Ratio ___________________ Attack Time _________________ Release Time _____________________
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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) _________
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) _________