Ashly PROTEA SYSTEM II 4.24C Operating Manual - Page 18
Browse online or download pdf Operating Manual for Crossover Ashly PROTEA SYSTEM II 4.24C. Ashly PROTEA SYSTEM II 4.24C 20 pages. 24 bit digital crossover and system processor
Also for Ashly PROTEA SYSTEM II 4.24C: Technical Notes & Specifications (2 pages)
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 _____________________
18
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) _________