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1.2. DSP 20 H1 9 FIO F20 DSP 50 HOME gt PRESETS gt PRESET RECALL gt ENTER Step 1 F1 Config ABCD F1 Config A B C D g n 20 4 H 2 E 50 Daou Hsu We Bv Dee Mru Step 2 F1 ABCD F18 Triamp A B C D T TH Press ENTER to confirm selection Recalling Preset now
3. 1 1 2 3
4. 8 9 10 Noa OEH RA RA
5. T PLD DSP 4ch 2U DSP Me FAST 1 4 QSC 3 D PFC
6. PLD W 4 DSP H MID 14 22 Power Distribution Charts 4
7. DSP PLD 20 50 F1 lt F9 DSP F10 lt F20 DSP 2 1 2 1
8. RA RA RA RA
9. HOME gt INPUTS gt INPUT SENS gt ENTER Step 1 F1 ABCD Inputs gt Input Sens 14 dBu Press ENTEH to confirm HOME gt INPUTS gt INPUT GAIN gt ENTER Step 2 F1 ABCD ENTER ENTER 14 4dBu ENTER SEL Inputs gt Input Gain B 10020dB 0 1dB Press ENTER to confirm SURE HBL ENTERS SEL PLD 4 1 A 2 B 8 C 4 D 4 1
10. F1 ABCD mAahES iud F7 ABC D PA High E dE B Low ABC ORTE iam gt Figure 13 ON 1 POWER ON RUN 2 POWER 3 NN E 1 4 3 One Channel Configurations F9 ABCD F9 ABCD 1 ABCD F8 AB CD F8 AB CD 1 AB CD Tw
11. ABCD RMSThr 3 0V 58 0V RMSthr PkThr PkAttk PkRel RMSAttk O BkThr 5 0V 80 0V RMSRell ttk 0 10ms 20 00ms PkRel 1 0ms 1 000s ENTER RMSAttk 0 05 10 00s RMSRel 1 0s 60 0s ENTER e HMSThr AD 100 0V 0 Thr Threshold Pk Peak Attk Attack Rel Release EXIT A HOME gt OUTPUTS gt SPKR PROC gt ARRAY gt ENTER Step 1 F1 ABCD Angle 0 0 90 0 Splay Angle Total cumlative angle of the array Array Length Total number of Boxes boxes in the array Boxesff HOME gt OUTPUTS gt SPKR PROC gt SAVE SPKR gt ENTER Step 1 SPEAKERS Output Data AB CD Band 2 Way LF Nominal Imped 16 0 1000 Power Rating Enter Speaker Info Step 2 SPEAKERS
12. PRESET PRESET SAVE SAVE AS X50 F1 PLD 2U 229mm 2cm JW Figure 8
13. 4ch 5 EQ PLD 1 LED LED 400X240TFT Sor Aou ath OIL MEM di ise nm e e a c mo F O SO ele C A B OUTPUT C MASTER C TUM CONTROL L testes exe Lf eae E ene ett SS ee ae SN O s
14. Speaker Profile Name LLE TD 21 A Z a z 0 9 Press ENTER to edit name 1 U1 U50 SAVE NOTE You must have a QSC line array loaded in order to access the Array Correction parameters Array Correction QSC Angle Boxes ENTER Ez RERBL ENTER E EXITTH T J Band Norminal Imped Power Rating SARL ENTER E WERL ENTER Es mid SAVE ENTER ENTER ENTER ENTER HOME gt PRESETS gt PRESET gt SAVE SAVE AS gt ENTER Step 1 U1 ABCD User Preset Number User Preset Number ENTER New Preset Name T 1 50
15. AC PFC AC Re COBB BS 4ch 1 3 2U Im PLD RMS Peak DSP
16. HOME GAIN GAIN SEL AD B SEL B SEL LCD LIM LED 10 20LED CLIP LED 3 SIG LED JW o au L3 JW Qr TW o
17. Input Routings Table 4 HOME gt OUTPUTS gt SOURCE SEL gt ENTER Step 1 F1 ABCD A Outputs gt Source Select 1 1 2 2 243 3 3 4 4 ENTER SEL Input Select Press ENTER to confirm Xp sc RESUELTA EQ HOME gt OUTPUTS gt SPKR PROC gt LOAD SPKR
18. E ABCD ABCD 1 A B ABCD Mode Separate AB Parallel ABC Parallel ABCD Parallel ChA 1 1 Sis 1 1 1e 1 1 1 1 1 1 1 1 1 CD Parallel ChCr 1 21 43 1 1 1 1 1 1 A B Bridged C D Bridged AB CD Bridged X 1 1 2 1 1 Y 1 Table 1 1 For Bi Amp operation ON 1 CD JA duin MONS QUAM POWER ON ROME E HIST v eid ON O a 8 OFF Output Connectors SN Bridged 3 Figure 24 eve Power Distribution Charts
19. ENTER U1 ABCD f eres New Preset Name ENTER User Preset Number New P N ENTER cem ENTER Press ENTER to edit preset name A Z a z 0 9 Step 3 DE EXIT User Preset Number a1 New Preset Name SAVE ENTER Press ENTER to save preset ENTER HOME gt PRFSFTS gt PRESET SAVE gt SAVE gt FNTFR SAVE AS SAVE Step 1 U1 ABCD ENTER EXIT ENTER Press ENTER to save preset HOME gt UTILITIES gt STATUS gt ENTER Step 1 UTILITY STATUS HHC MMC SS Amp Total Run Time 22 37 48 Hrs Hardware
20. OFF cA To TW Qr DSP RUN MASTER CONTROL KNOB ENTER EDIT EXIT EDIT EXIT RDIT HOME HOME HOME EDIT HOME HOME GAIN GAIN OUTPUT GAIN GAIN
21. INV JW o Tv o PLD Amplifier Signal Flow Input Settings Output Processing Amp Config stell el 4 gt High Low Sensitivity Source g Gain 5 Band A D H Meter H Gain Mute H pass B pass H Switch H H Fitter Polarity Fiter PEG Crossover 9 9 o Button Actuated OGOGO Figure 4 F1 ABCD Home Press HOME for more information lt 1 Full Full Full Full A FR B FR C FR ea MEM 1 5 dB 3 5 dB 1 5 dB 1 5 dB ok Figure 5 ENTER RAY EXIT F1 ABCD Menu PR
22. ouros secs oe Eee ee wiven O Output A B D ENTER Imed o MES 8Q Power 625 e ENTER Remaining Power Available 1875 W um Enter Load Profile Impedance and Power ido AB CD ABCD 100 100 EE E Modes A B Separate Channels A B Bridge Mode AB Parallel Mode Figure 25 Step2 Output A B c D 7 rO Imped 8 0 ENTER STEP3 Power 625 Spkr zn IAssign Assign Assign Assign Step 3 OUTPUTS SAVE Band Fiter Speaker
23. SB EU 7v c m 2 AC100V 50 60Hz
24. PLD4 3 PLD4 5 B OUTPUT C D LJ Clum J J 10 NH 20 oe SEL SEL EB ICHPL EB scm c 1 4 2 INPUT 3 r7 C Figure 3 OFF POWER OFF POWER POWER ON POWER RUN STANBY MUTE ALL POWER POWER STANDBY MUTE ALL RUN POWER 2 3 POWER MUTE ALL RUN POWER POWER
25. New Passward New Passward CONFIRM ENTER HOME gt UTILITIES gt LOCKOUT gt ENTER Mute Power Enter Master Step 2 UTILITY LOCKOUT Enter Password 3 jRL ENTER eres 1 MN Password 1 ENTER E ENTER CONFIRM lock unlock ENTER o UG PLD4 2JP PLD43JP PLD45JP ich Contious 88 4OOW J 625W AJ8 tW 4Q 40OOW 625W 1250W 2 325W 625W e6xw 2ch Contious SQ 80OW 1250W 2250W 49 80OOW 1200W 2250W 22 ew 1200W 210OW ss _ iow zw 55ww 49 189w 259w 42x0 29 0 T160W 2500W
26. PLD 100 240V 50 60Hz IEC 1 ON 2 15 RUN JW k POWER OFF Figure 9 1 4 XLR 1 1 4
27. 0 W W PLD4 2JP Total Power 1600W co o 5 o a Configuration CH ABOD 40 Ble gt g 4 e o co ce 8 co ce 4 400 3CH A B C D 400 400 20H A B C D 400 CH AB CD co o 5 9 a y 62 1000 625 CH A B C D 1250 625 625 1000 1000 CH A B C D 1250 gt P B Ch n3 ce C n3 ce ao n3 e ce o co n3 n5 Co 1200 1150 1200 625 TS 22 A B 600 600 1200 tt50 625 1200 1200 1200 1200 1150 625 2CH AI ABC D 1100 2000 2500 1CH ABCD 1100 2100 2500 CH AB CD 2500 2370 2230 EBSUGEEES 8Q Load Configuration 5 1200 115 CH A B C D 2250 11501115 1200 1200 CH A B C D 2250 ce o ce o E ce o n3 C CO NJN 2CH AICABO D 1150 1150 4100 1CH ABCD 1150 2300 4200 CH AB CD 4200 4250 2250 pop puis PLD4 3 PLD4 2 PLD4 5 HOME gt PRESETS gt PRESET WIZARD gt ENTER Step 1
28. ENTER AUTO ADV OFF AUTO ADV OFF AUTO pe E a p ENTER Ej HOME gt OUTPUTS gt SPKR PROC gt LIMITER gt AUTO SpkrPwr 400W 1 1600W Step 2 AUTO0 ABCD Type Type SpkrPwr Spkrlmp pee cue w 8 p Mid ENTER SpkrPwr 1W 1600W ENTER Type FE AR Spkrlmp AUTO Med 00 TAE 209 1600 EXIT E Type AUTO Limiter Mild Medium Aggressive 3 Type SpkrPwr W SpkrImp HOME gt OUTPUTS gt SPKR PROC gt LIMITER gt ADV Step 5 ADV
29. Inputs 1 10kQ 4 14dBu 4 XLR XLR PLD Connect the Audio Inputs USB iets hy PINT tm 1 PARALLEL 2 Ln 3 PARALLEL 4 nAEL Balanced OOOO THIS PRODUCT SHOULD BE SUPPORTED ON ALL FOUR CORNERS WHEN INSTALLED IN A RACK Figure USB ROUTABLE INPUTS 31 OQ Inputs Negative Grund 1 Positive 2 tf ve 13 10 Figure 11 Unbalanced Input W nputs S Ground 714 3 eer Positive 2 AV Figure 12 USB PC Amplifier Navigator
30. ENTER ORT EET Speaker oF ENTER ES E Band Fiter Fier NN ENTER E ASSIGN O ENTER ASSIGN ENTER Step 4 OUTPUTS SPEAKERS SAVE2 um User Preset Number User Preset Number 81 ENTER New Preset Name nm ER a WW o ENTER Edit preset number or press EXIT Step 5 OUTPUTS SPEAKERS SAVE User Preset Number New Preset Name ENTER astor how Presse Nane ENTER SHEER BEN ENTER Edit preset number or press EXIT AES JM SAVE ENTER D m
31. V12 Temperature 69 C Firmware V1 0 22 CH1 amp CH3 27C 80 C EERE ps CH2 amp CH3 29C neon VRail 1 148V Power Supply 24C RI T ADO J EN VRail 2 150V VRail 2 VDC 87V HOME gt UTILITIES gt AMP ID gt ENTER Step 2 UTILITY AMP ID Change Amp ID ENTER E Serial 123abc Amp ID my amp ID ENTER Change Amp ID to ENTER E EXIT 21 CONFIRM CONFRM AZ a z 0 9 ENTER EE HOME gt UTILITIES gt PASSWORD gt ENTER QSC 10 A Z a z 0 9 Step 1 UTILITY CHANGE PASSWORD Current Password ENTER TE Password 1 ENTER IIIIIIII ENTER New Password
32. gt ENTER DSP SPKR PROC LOAD DSP H bu PLD LE LOAD Step 1 Band Filter SPEAKERS Output A Speaker WL2102 BiLFNS Band 2 Way LF Filter 80 H
33. 4250W 19 1 amp 0 2 9w 3mw E LE ETE 18 003 006 P T EB Tn R El RENTS OEE 20Hz 20kHz 02dB 0 7dB A ch Contious Unweighted Output Unmuted 101dB Weighted Output Muted 109dB 34 dB 384dB gt 150 ZO 210k EOE 1228 24dBu 388V 14dBu Power MUTE SELECT Input Signal CLIP LED Channel Output LIMIT LED HOME ENTER EXIT GAIN B En LLL lt oL gsm TP AaC100 240V 50 60Hz AREAIS 52A 80 634 40 49A 20 534 92 564 42 634 22 814 60 99A 4Q 728 22 D 0 1 0 O 7 84ke 100ke 95ke 11 3ke 100ke 11 8kg 1 HR
34. ESETS B Preset Hecall and Save INPUTS Figure 6 ENTER EXIT o F1 ABCD OR ae Gain Polarity 204 Gn Pol 0dB fue Figure 7 Menu Tree Presets Inputs Outputs Utilities Preset Recall pes Sensitivity pe Select Status Preset Save Input Gain Processing Amp ID Preset Wizard Crossover Display PEG Lockout Delay Password Limiter Array Correction Load Speaker For GSC Line Arrays only Save Speaker E PLD DSP
35. PLD Amplifiers User Manual PLD42 4 Channel 1600 W Amplifier PLD4 3 4 Channel 2500 W Amplifier PLD4 5 4 Channel 5000 W Amplifier 7286 0825 14 3 TEL 0476 89 1111 FAX 0476 89 2222 na http www soundhouse co jp shopGsoundhouse co jp QSC QSC WAC Re as PLD
36. e f cs SHG lk OZ ES eck exe 1 L 1g 11 A D LED 10dB LED 20dB CLIP LED CLIP LED LED 1 LCD HOME ENTER EXIT GAIN 13 14 15 USB 1 4TRS XLR 5 10 IEC Sees pee OU POD ool SO OU Ri eo Da aes PLD4 3 PLD4 5 PLD4 2
37. e Aa Fred BW 1 000ct Parametrc MESI Me 0 01 SPEAKER ENTER ENTER Band Filter ENTER ENTER LOAD ENTER 9680000 0O Freq Type Slope ENTER ENTER EXIT Gain Polarity ENTER ENTER EXIT Type Gan Freq BW ERL ENTER HL ENTER E EXIT HOME gt OUTPUTS gt SPKR PROC gt DELAY gt DELAY TIME gt ENTER Step 1 F1 A cD A Delay Delay Time Bypass Outputs gt Spkr Proc gt Delay 0 0ms 50 00ms 1 0ms ENTER Bypass Bypass ON ENTER Press ENTER to confirm EXIT HOME gt OUTPUTS gt SPKR PROC gt LIMITER gt ENTER Step 1 Setthe Limiter Mode ABCD
38. el Configuration ON 1 2 3 A B Bridged C Single D Single B subwooter B Mid Range High Range Figure 20 AB Parallel C Single D Single Bl Subwoofer Full Range The following are electrically the sarne point A 1 and B 1 A 1 and B 1 Figure 21 A Single B Single C Single D Single Full Range Figure 22 Optional S MCHA POWER OFF 14 22 23 2 KER 1
39. o Channel Configurations F8 A B C D F6 A B C D NE E ABCD Parallel E Subwoofer The following are electrically the same point A B C and D 1 A B C and D 1 Figure 14 AB in Parallel Bridged with CD in Parallel o Subwoofer Figure 15 A B Bridged C D Bridged Hi Subwoofer The following are electrically the same point X 2 and Y 14 X 2 and Y 1 Figure 16 You can use any or all of the connectors A B C and or D F5 AB C D F5 AB C D Pm F4 AB CD F4 AB CD M P F7 ABC D F7 ABC D ABC AB Parallel C D Bridged Subwoofer o Mid Range The following are electrically the same point A 13 and B 14 A 1J and B 1 X 24 and Y 1 X 2 and Y 1 Figure 17 AB Parallel CD Parallel Bl subwooter Bl Mid Range The following are electrically the same point A 1 and B 1 A 1j and B 1 C 13 andD 14 C 1 andD 1J Figure 18 ABC Parallel D Single Subwoofer High Range The following are electrically the same point A 14 B14 and C 14 A 1 B 1 and C 1 Figure 19 Optional d B A Optional a P Optional 2 B 5 IED Three Channel Configurations F3 Config A B C D F3 Config A B C D M P i1 in F2 ABC D F2 ABC D Four Chann
40. z ORM HOME gt OUTPUTS gt SPKR PROC gt CROSSOVER gt HIGH PASS OR LOW PASS gt FREQ gt ENTER Step 1 F1 ABCD Freq 20 20kHz Type Butterworth Linkwitz Riley Bessel Thomson Slope 6dB 48dB oct Type HOME gt OUTPUTS gt SPKR PROC gt CROSSOVER gt GAIN POL gt GAIN gt ENTER Step 2 F1 ABCD Gain 100 2048 Polarity Polarity 5 5 dB POL HOME gt OUTPUTS gt SPKR PROC gt PEQ gt BAND 1 2 3 4 OR 5 gt BAND BYPASS gt ENTER The graph is a composite of all five bands Each band has a full range of 20 Hz to 20 kHz Step 1 EQ Type Bypass Parametric Low Shelf F1 ABCD High Shelf Bypass 2999 Gain 40 20dB 0 00 Freq 20Hz 20kHz Band1 100Hz Band2 500Hz Band3 1kHz Band4 2 5Hz Band5 5Hz 60 dB BW 0 01 3 00oct Band 1 Typ
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