L-Acoustics LA12X Owner'S Manual Download Page 93 | Manualshive

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Enclosure drive capacity per amplied controller

Enclosure drive capacity per LA4

Risks of output mute, global attenuation, or loss of audio quality.

Do not exceed the maximum number of connected enclosures per channel and in total.
Driving more enclosures than indicated can trigger the amplied controller protection systems.

/ total

coaxial enclosures

X4i

4 / 16

5XT

3 / 12

8XT

2 / 8

Active 12XT

2 / 4

Passive 12XT

1 / 4

112XT

2 / 4

115XT HiQ

1 / 2

115XT

1 / 2

MTD108a

2 / 8

MTD112b

1 / 4

Active MTD115b

1 / 2

Passive MTD115b

1 / 4

constant curvature WST enclosures

ARCS Wide/Focus

1 / 4

ARCS

1 / 2

variable curvature WST enclosures

Kiva / Kilo

2 / 8

subwoofer enclosures

SB18

1 / 4

SB118

1 / 4

SB15m

1 / 4

Syva Sub

1 / 4

*

For passive loudspeakers, the value corresponds to the number of enclosures in parallel on the output. For active

loudspeakers, the value corresponds to the number of sections in parallel on the output.

Preset Guide owner's manual (EN) version 16.0

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Summary of Contents for LA12X

Page 1: ...Preset Guide owner s manual EN LA2Xi POWER L NET STATUS 1 2 3 4 ...

Page 2: ...er s manual EN version 16 0 Distribution date March 8 2021 2021 L Acoustics All rights reserved No part of this publication may be reproduced or transmitted in any form or by any means without the express written consent of the publisher ...

Page 3: ...T presets 31 Variable Curvature WST systems presets 32 K1 32 K2 34 K3 36 Kara II 37 Kara 39 Kiva II 40 Kiva SB15m 41 Kiva Kilo 42 Kudo 44 V DOSC 45 dV DOSC 47 Constant Curvature WST systems presets 49 ARCS Wide ARCS Focus 49 A10 Wide Focus 50 A15 Wide Focus 51 ARCS II 52 ARCS 53 Colinear systems presets 54 Syva 54 Coaxial loudspeaker enclosures presets 56 X4i 56 5XT 57 X8 58 X12 59 3 ...

Page 4: ...ofer loudspeaker enclosures presets 63 Pre alignment delay values 66 Variable curvature WST systems 67 Constant curvature WST systems 81 Colinear systems 84 Coaxial loudspeaker enclosures 84 Impedance load 90 Enclosure drive capacity per ampli ed controller 91 Enclosure drive capacity per LA4 93 4 ...

Page 5: ...e and refer to the LA NWM Installation technical bulletin Updating rmware on an L Acoustics ampli ed controller Refer to the LA Network Manager help accessible from the Help menu of the software This version of the preset guide describes the LA2Xi LA4 LA4X LA8 and LA12X preset libraries version 6 6 2 Symbols The following symbols are used in this document This symbol indicates a potential risk of ...

Page 6: ...ssion les using older versions of the preset library adjust gains as follows to keep the same gain chain SB28_60 SB218_60 4 dB KS28_60 SB_28_100 SB18_60 SB18_100 SB218_100 SB118_60 SB118_100 3 dB KS28_100 2 dB K1SB_60 1 dB Electro acoustic coupling Each recommended loudspeaker con guration provides a coherent sound source by implementing a loudspeaker system in a speci c deployment pattern and wit...

Page 7: ...H contour to the line source with usual deployment parameters the _FI preset dedicated to loudspeaker enclosures used as a ll system for some systems only The oldest WST systems inherit from a legacy preset structure _HI and _LO presets If necessary users can adjust the sonic signature of L Acoustics systems through the Contour EQ tools in LA Network Manager The Array Morphing tool provides two pa...

Page 8: ...emory locations 001 to 010 are dedicated to the storage of presets modi ed by the user Each preset family is described in the tables below including the presets memory location number name and description LA2Xi Preset Library 6 6 KARA_II 011 KARA II 70 Kara II full range 70º adjustable ns settings 012 KARA II 90 Kara II full range 90º adjustable ns settings 013 KARA II 110 Kara II full range 110º ...

Page 9: ... SB28 LPF 60 Hz cardioid pattern 036 SB28_100_C SB28 LPF 100 Hz cardioid pattern 037 SB28_60_Cx SB28 LPF 60 Hz extended cardioid pattern 038 SB28_100_Cx SB28 LPF 100 Hz extended cardioid pattern KS21 039 KS21_60 KS21 LPF 60 Hz 040 KS21_100 KS21 LPF 100 Hz 041 KS21_60_C KS21 LPF 60 Hz cardioid pattern 042 KS21_100_C KS21 LPF 100 Hz cardioid pattern 043 KS21_60_Cx KS21 LPF 60 Hz extended cardioid pa...

Page 10: ...led SYVA_SUB 057 SYVA SUB_100 Syva Sub LPF 100 Hz 058 SYVA SUB_200 Syva Sub LPF 200 Hz optimized for X4 preset X15HiQ 059 X15 X15 HiQ full range 060 X15_MO X15 HiQ full range monitor low latency X12 061 X12 X12 full range 062 X12_MO X12 full range monitor low latency X8 063 X8 X8 full range 064 X8_MO X8 full range monitor low latency 5XT 065 5XT 5XT full range X4 066 X4 X4i full range FLAT 067 FLA...

Page 11: ...ntour 016 ARCS_LO_60 ARCS HPF 60 Hz LO contour 017 ARCS_LO_100 ARCS HPF 100 Hz LO contour 018 ARCS_HI ARCS full range HI contour 019 ARCS_HI_60 ARCS HPF 60 Hz HI contour 020 ARCS_HI_100 ARCS HPF 100 Hz HI contour ARCS_WF 021 ARCS_WIFO ARCS Wide or ARCS Focus full range FOH 022 ARCS_WIFO_FI ARCS Wide or ARCS Focus full range ll SB18 023 SB18_60 SB18 LPF 60 Hz 024 SB18_100 SB18 LPF 100 Hz 025 SB18_6...

Page 12: ... 12XT active full range monitor 043 12XTA_MO_100 12XT active HPF 100 Hz monitor 12XTP 044 12XTP_FI 12XT passive full range ll 045 12XTP_FI_100 12XT passive HPF 100 Hz ll 046 12XTP_FR 12XT passive full range FOH 047 12XTP_FR_100 12XT passive HPF 100 Hz FOH 048 12XTP_MO 12XT passive full range monitor 049 12XTP_MO_100 12XT passive HPF 100 Hz monitor 8XT 050 8XT_FI 8XT full range ll 051 8XT_FI_100 8X...

Page 13: ...assive full range ll 071 115bP_FI_100 MTD115b passive HPF 100 Hz ll 072 115bP_FR MTD115b passive full range FOH 073 115bP_FR_100 MTD115b passive HPF 100 Hz FOH 074 115bP_MO MTD115b passive full range monitor 075 115bP_MO_100 MTD115b passive HPF 100 Hz monitor 112XT 076 112XT_FI 112XT full range ll 077 112XT_FI_100 112XT HPF 100 Hz ll 078 112XT_FR 112XT full range FOH 079 112XT_FR_100 112XT HPF 100...

Page 14: ...TD108a HPF 100 Hz ll 090 108a_FR MTD108a full range FOH 091 108a_FR_100 MTD108a HPF 100 Hz FOH 092 108a_MO MTD108a full range monitor 093 108a_MO_100 MTD108a HPF 100 Hz monitor FLAT 094 FLAT_LA4 Flat EQ protection minimizing clipping risks 14 Preset Guide owner s manual EN version 16 0 ...

Page 15: ...7 KUDO50_25 Kudo HPF 25 Hz 50º K Louver settings 018 KUDO50_40 Kudo HPF 40 Hz 50º K Louver settings 019 KUDO50_60 Kudo HPF 60 Hz 50º K Louver settings 020 KUDO80_25 Kudo HPF 25 Hz 80º K Louver settings 021 KUDO80_40 Kudo HPF 40 Hz 80º K Louver settings 022 KUDO80_60 Kudo HPF 60 Hz 80º K Louver settings 023 KUDO110_25 Kudo HPF 25 Hz 110º K Louver settings 024 KUDO110_40 Kudo HPF 40 Hz 110º K Louver...

Page 16: ...VA_KILO Kiva Kilo full range X OVER 100 Hz FOH ARCS_II 044 ARCS II ARCS II full range A15 045 A15 A15 Wide or A15 Focus full range 046 A15_FI A15 Wide or A15 Focus full range ll A10 047 A10 A10 Wide or A10 Focus full range 048 A10_FI A10 Wide or A10 Focus full range ll ARCS_WF 049 ARCS_WIFO ARCS Wide or ARCS Focus full range FOH 050 ARCS_WIFO_FI ARCS Wide or ARCS Focus full range ll KS21 051 KS21_...

Page 17: ..._Cx SB15 LPF 100 Hz extended cardioid pattern KILO 066 KILO Kilo LPF 100 Hz SYVA 067 SYVA Syva full range SYVA_LOW 068 SYVA LOW_100 Syva Low separated LPF 100 Hz SYVA LOW 069 SYVA LOW SYVA Syva Syva Low coupled SYVA_SUB 070 SYVA SUB_100 Syva Sub LPF 100 Hz 071 SYVA SUB_200 Syva Sub LPF 200 Hz optimized for X4 preset X15HiQ 072 X15 X15 HiQ full range 073 X15_MO X15 HiQ full range monitor low latenc...

Page 18: ...r 089 12XTA_MO_100 12XT active HPF 100 Hz monitor 12XTP 090 12XTP_FI 12XT passive full range ll 091 12XTP_FI_100 12XT passive HPF 100 Hz ll 092 12XTP_FR 12XT passive full range FOH 093 12XTP_FR_100 12XT passive HPF 100 Hz FOH 094 12XTP_MO 12XT passive full range monitor 095 12XTP_MO_100 12XT passive HPF 100 Hz monitor 8XT 096 8XT_FI 8XT full range ll 097 8XT_FI_100 8XT HPF 100 Hz ll 098 8XT_FR 8XT...

Page 19: ...B_X K1 SB LPF 200 Hz optimized for THROW con guration with K1 020 K1SB_X K2 K1 SB LPF 200 Hz optimized for THROW con guration with K2 V DOSC 021 V DOSC_LO V DOSC full range LO contour 022 V DOSC_LO_60 V DOSC HPF 60 Hz LO contour 023 V DOSC_LO_X V DOSC full range LO contour optimized for SB218_X dV S_X presets 024 V DOSC_HI V DOSC full range HI contour 025 V DOSC_HI_60 V DOSC HPF 60 Hz HI contour 0...

Page 20: ...DOWNK3 Kara HPF 100 Hz optimized delay for K3 down ll dV DOSC 048 dV_FI dV DOSC HPF 100 Hz ll 049 dV_LO dV DOSC full range LO contour 050 dV_LO_100 dV DOSC HPF 100 Hz LO contour 051 dV_HI dV DOSC full range HI contour 052 dV_HI_100 dV DOSC HPF 100 Hz HI contour dV D_dVS 053 dV_dV S_LO dV DOSC dV SUB X OVER 100 Hz LO contour 054 dV_dV S_HI dV DOSC dV SUB X OVER 100 Hz HI contour 055 dV_dV S_LO60 dV...

Page 21: ...ide or ARCS Focus full range ll SB28 074 SB28_60 SB28 LPF 60 Hz 075 SB28_100 SB28 LPF 100 Hz 076 SB28_60_C SB28 LPF 60 Hz cardioid pattern 077 SB28_100_C SB28 LPF 100 Hz cardioid pattern 078 SB28_60_Cx SB28 LPF 60 Hz extended cardioid pattern 079 SB28_100_Cx SB28 LPF 100 Hz extended cardioid pattern KS21 080 KS21_60 KS21 LPF 60 Hz 081 KS21_100 KS21 LPF 100 Hz 082 KS21_60_C KS21 LPF 60 Hz cardioid ...

Page 22: ...118_100_C SB118 LPF 100 Hz cardioid pattern SB15 099 SB15_100 SB15 LPF 100 Hz 100 SB15_100_C SB15 LPF 100 Hz cardioid pattern 101 SB15_100_Cx SB15 LPF 100 Hz extended cardioid pattern KILO 102 KILO Kilo LPF 100 Hz KIVA_II 103 KIVA II Kiva II full range FOH 104 KIVA II_FI Kiva II full range ll KIVA 105 KIVA Kiva full range FOH 106 KIVA_FI Kiva full range ll SB15KIVA 107 KIVA_SB15 Kiva SB15m X OVER ...

Page 23: ... range FOH 123 HiQ_FR_100 115XT HiQ HPF 100 Hz FOH 124 HiQ_MO 115XT HiQ full range monitor 125 HiQ_MO_100 115XT HiQ HPF 100 Hz monitor 12XTA 126 12XTA_FI 12XT active full range ll 127 12XTA_FI_100 12XT active HPF 100 Hz ll 128 12XTA_FR 12XT active full range FOH 129 12XTA_FR_100 12XT active HPF 100 Hz FOH 130 12XTA_MO 12XT active full range monitor 131 12XTA_MO_100 12XT active HPF 100 Hz monitor 1...

Page 24: ... 151 115XT_MO_100 115XT HPF 100 Hz monitor MTD115bA 152 115bA_FI MTD115b active full range ll 153 115bA_FI_100 MTD115b active HPF 100 Hz ll 154 115bA_FR MTD115b active full range FOH 155 115bA_FR_100 MTD115b active HPF 100 Hz FOH 156 115bA_MO MTD115b active full range monitor 157 115bA_MO_100 MTD115b active HPF 100 Hz monitor MTD115bP 158 115bP_FI MTD115b passive full range ll 159 115bP_FI_100 MTD...

Page 25: ...2b HPF 100 Hz ll 172 112b_FR MTD112b full range FOH 173 112b_FR_100 MTD112b HPF 100 Hz FOH 174 112b_MO MTD112b full range monitor 175 112b_MO_100 MTD112b HPF 100 Hz monitor MTD108a 176 108a_FI MTD108a full range ll 177 108a_FI_100 MTD108a HPF 100 Hz ll 178 108a_FR MTD108a full range FOH 179 108a_FR_100 MTD108a HPF 100 Hz FOH 180 108a_MO MTD108a full range monitor 181 108a_MO_100 MTD108a HPF 100 Hz...

Page 26: ... K1SB_60 K1 SB LPF 60 Hz optimized for CONTOUR con guration 019 K1SB_X K1 SB LPF 200 Hz optimized for THROW con guration with K1 020 K1SB_X K2 K1 SB LPF 200 Hz optimized for THROW con guration with K2 KARA_II 021 KARA II 70 Kara II full range 70º adjustable ns settings 022 KARA II 90 Kara II full range 90º adjustable ns settings 023 KARA II 110 Kara II full range 110º adjustable ns settings 024 KA...

Page 27: ..._60_Cx KS28 LPF 60 Hz extended cardioid pattern 045 KS28_100_Cx KS28 LPF 100 Hz extended cardioid pattern SB28 046 SB28_60 SB28 LPF 60 Hz 047 SB28_100 SB28 LPF 100 Hz 048 SB28_60_C SB28 LPF 60 Hz cardioid pattern 049 SB28_100_C SB28 LPF 100 Hz cardioid pattern 050 SB28_60_Cx SB28 LPF 60 Hz extended cardioid pattern 051 SB28_100_Cx SB28 LPF 100 Hz extended cardioid pattern KS21 052 KS21_60 KS21 LPF...

Page 28: ...z extended cardioid pattern KIVA_II 067 KIVA II Kiva II full range FOH 068 KIVA II_FI Kiva II full range ll KIVA 069 KIVA Kiva full range FOH 070 KIVA_FI Kiva full range ll SB15KIVA 071 KIVA_SB15 Kiva SB15m X OVER 100 Hz full range FOH SYVA 072 SYVA Syva full range SYVA_LOW 073 SYVA LOW_100 Syva Low separated LPF 100 Hz SYVA LOW 074 SYVA LOW SYVA Syva Syva Low coupled SYVA_SUB 075 SYVA SUB_100 Syv...

Page 29: ...l 091 12XTA_FR 12XT active full range FOH 092 12XTA_FR_100 12XT active HPF 100 Hz FOH 093 12XTA_MO 12XT active full range monitor 094 12XTA_MO_100 12XT active HPF 100 Hz monitor 12XTP 095 12XTP_FI 12XT passive full range ll 096 12XTP_FI_100 12XT passive HPF 100 Hz ll 097 12XTP_FR 12XT passive full range FOH 098 12XTP_FR_100 12XT passive HPF 100 Hz FOH 099 12XTP_MO 12XT passive full range monitor 1...

Page 30: ...Onboard preset libraries 5XT 107 5XT 5XT full range X4 108 X4 X4i full range FLAT 109 FLAT_LA12X Flat EQ protection minimizing clipping risks 30 Preset Guide owner s manual EN version 16 0 ...

Page 31: ...on of the frequency response All the output parameters are accessible Mute Gain Delay Polarity and Routing Using the FLAT_LA2X preset with LA2Xi in SE mode provides 0 dB of headroom Using the FLAT_xxxx preset with LA2Xi in BTL PBTL modes LA4 or LA4X provides 6 dB of headroom Using the FLAT_LA8 preset with LA8 provides 8 dB of headroom Using the FLAT_LA12X preset with LA12X provides 9 5 dB of headr...

Page 32: ...me version of the preset library for all units within a single line source preset s loudspeaker con guration K1 K1 SB KS28 or SB28 acoustic properties K1 line source K1 35 Hz 20 kHz K1 K1 SB line source K1 SB on top K1 K1SB_X enhanced LF throw K1 line source coupled K1 SB subwoofers beside or behind K1 K1SB_60 down to 30 Hz reinforced LF contour LF rejection side polarized or rear cardioid K1 line...

Page 33: ... outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON The KARAIIDOWNK1 preset is optimized for a 110 ns setting on Kara II The factory parameters already include optimal delay value for the coupling of a K1 line source with Kara or Kara II as a down ll Routing gain delay polarity and mute parameters can be modi ...

Page 34: ...ets Always ensure that the K2 adjustable ns are set in accordance with the selected preset K2 70 70º K2 90 90º K2 110 110º Refer to the K2 owner s manual for details Down ll options for additional vertical coverage Kara enclosures driven by KARADOWNK2 or Kara II enclosures driven by KARAIIDOWNK2 K2 xxx loudspeaker elements outputs channels routing gain delay polarity mute left LF OUT 1 LF ON right...

Page 35: ... OUT 4 HF IN A 0 dB 0 ms ON The KARAIIDOWNK2 preset is optimized for a 110 ns setting on Kara II The factory parameters already include optimal delay value for the coupling of a K2 line source with Kara or Kara II as a down ll KARADOWNK2 KARAIIDOWNK2 provide 11 dB of headroom Routing gain delay polarity and mute parameters can be modi ed by the user Preset Guide owner s manual EN version 16 0 35 ...

Page 36: ...ures driven by KARADOWNK3 or Kara II enclosures driven by KARAIIDOWNK3 K3 xxx loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON KARADOWNK3 KARAIIDOWNK3 loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT...

Page 37: ... or 25 Hz KS28 or SB28 reinforced LF contour single or pair of enclosures KARA II_FI high pass at 100 Hz at response with subwoofers as a cardioid array use xxxx_xx_C or xxxx_xx_Cx Kara II i adjustable ns and presets Always ensure that the Kara II i adjustable ns are set in accordance with the selected preset KARA II 70 70º KARA II 90 90º KARA II 110 110º Refer to the Kara II i owner s manual for ...

Page 38: ...Variable Curvature WST systems presets Routing gain delay polarity and mute parameters can be modi ed by the user 38 Preset Guide owner s manual EN version 16 0 ...

Page 39: ...KS28 or SB28 reinforced LF contour single or pair of enclosures KARA_FI high pass at 100 Hz at response with subwoofers as a cardioid array use xxxx_xx_C or xxxx_xx_Cx KARA loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON KARA_FI loudspeaker elements outputs channels routing gain delay p...

Page 40: ..._FI SB15_100 down to 40 Hz reinforced LF contour with subwoofers as a cardioid array use SB1x_xx_C or SB1x_xx_Cx KIVA II outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON KIVA II_FI outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 ...

Page 41: ...nnels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON KIVA_FI outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN B 0 dB 0 ms ON OUT 4 PA IN B 0 dB 0 ms ON KIVA_SB15 loudspeaker elements outputs channels routing gain delay polarity mute SB15m ...

Page 42: ...x KIVA outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON KIVA_FI outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN B 0 dB 0 ms ON OUT 4 PA IN B 0 dB 0 ms ON KIVA_KILO loudspeaker elements outputs channels routing gain delay po...

Page 43: ...routing gain delay polarity mute OUT 1 SB IN A 0 dB 0 ms ON OUT 2 SB IN A 0 dB 0 ms ON OUT 3 SB IN A 0 dB 0 ms ON OUT 4 SB IN A 0 dB 0 ms ON Routing gain delay polarity and mute parameters can be modi ed by the user Preset Guide owner s manual EN version 16 0 43 ...

Page 44: ..._C or xxx8_60_Cx K LOUVER and presets Always ensure that the K LOUVER panels are set in accordance with the selected preset KUDO50_xx 50º KUDO80_xx 80º KUDO110_xx 110º Refer to the Kudo user manual for details KUDOxx_xx loudspeaker elements outputs channels routing gain delay polarity mute left LF OUT 1 LF ON right LF OUT 2 LF ON MF OUT 3 MF ON HF OUT 4 HF IN A 0 dB 0 ms ON left right when looking...

Page 45: ...dard HF contour with xx_LO or increased HF contour with xx_HI with subwoofers as a cardioid array use xxxx_xx_C or xx28_xx_Cx KS28 SB28 Down ll options for additional vertical coverage dV DOSC enclosures driven by dV_xx_100 V DOSC_LO V DOSC_HI V DOSC_xx_60 and V DOSC_xx_X loudspeaker elements outputs channels routing gain delay polarity mute left LF OUT 1 LF ON right LF OUT 2 LF ON MF OUT 3 MF ON ...

Page 46: ...ents outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON Routing gain delay polarity and mute parameters can be modi ed by the user 46 Preset Guide owner s manual EN version 16 0 ...

Page 47: ...tandard HF contour with xx_LO or increased HF contour with xx_HI with subwoofers as a cardioid array use xxxx_xx_C or xxxx_xx_Cx KS28 SB28 SB18 dV_LO dV_HI dV_xx_60 and dV_xx_100 loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON dV_FI loudspeaker elements outputs channels routing gain del...

Page 48: ... 0 ms ON dV DOSC LF OUT 3 LF ON dV DOSC HF OUT 4 HF IN B 0 dB 0 ms ON dV_dV S_xx are hybrid presets combining dV_LO_100 or dV_HI_100 with dV S_100 pre alignment delay included dV_dV S_xx60 are hybrid presets combining dV_LO_100 or dV_HI_100 with dV S_60_100 pre alignment delay included Routing gain delay polarity and mute parameters can be modi ed by the user 48 Preset Guide owner s manual EN vers...

Page 49: ...ce ARCS_WIFO 55 Hz 20 kHz line source SB18 ARCS_WIFO SB18_60 down to 32 Hz reinforced LF contour single enclosure ARCS_WIFO_FI 55 Hz 20 kHz at response single enclosure SB18m ARCS_WIFO_FI SB18_60 down to 32 Hz reinforced LF contour with subwoofers as a cardioid array use SB18_60_C or SB18_60_Cx ARCS_WIFO outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 d...

Page 50: ...1_100 down to 31 Hz reinforced LF contour single enclosure A10_FI 67 Hz 20 kHz at response single enclosure KS21 A10_FI KS21_100 down to 31 Hz reinforced LF contour with subwoofers as a cardioid array use KS21_100_C or KS21_100_Cx A10 outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON A10_FI ...

Page 51: ...S21_60 down to 29 Hz reinforced LF contour single enclosure A15_FI 41 Hz 20 kHz at response single enclosure KS21 A15_FI KS21_60 down to 29 Hz reinforced LF contour with subwoofers as a cardioid array use KS21_60_C or KS21_60_Cx A15 outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON A15_FI ou...

Page 52: ...0 down to 25 Hz reinforced LF contour with subwoofers as a cardioid array use xx28_60_C or xx28_60_Cx ARCS II loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON Routing gain delay polarity and mute parameters can be modi ed by the user 52 Preset Guide owner s manual EN version 16 0 ...

Page 53: ...28 SB28 SB218 reinforced LF contour standard HF contour with xx_LO or increased HF contour with xx_HI with subwoofers as a cardioid array use xxxx_xx_C or xxxx_xx_Cx SB18 KS28 SB28 ARCS_LO ARCS_HI ARCS_xx_60 and ARCS_xx_100 loudspeaker elements outputs channels routing gain delay polarity mute LF OUT 1 LF ON HF OUT 2 HF IN A 0 dB 0 ms ON LF OUT 3 LF ON HF OUT 4 HF IN A 0 dB 0 ms ON Routing gain de...

Page 54: ...YVA LOW SYVA SYVA SUB_100 colinear source separated Syva Low Syva Sub SYVA SYVA LOW_100 SYVA SUB_100 down to 27 Hz reinforced LF contour No pre alignment delay values are required for the Syva system SYVA outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN A 0 dB 0 ms ON OUT 4 PA IN A 0 dB 0 ms ON SYVA LOW SYVA loudspeaker elements ou...

Page 55: ...Syva Sub acoustic summation with Syva Syva Low Do not use SYVA SUB_200 with Syva SYVA SUB_200 is optimized for use with the X4 preset Refer to X4i p 56 Routing gain delay polarity and mute parameters can be modi ed by the user Preset Guide owner s manual EN version 16 0 55 ...

Page 56: ...iven such as 10 dB bandwidth or LF limit or frequency response contour X4i X4i is a passive coaxial loudspeaker enclosure preset s loudspeaker con guration X4i Syva Sub acoustic properties X4i X4 120 Hz 20 kHz X4i Syva Sub X4 SYVA SUB_200 down to 29 Hz reinforced LF contour X4 outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN B 0 dB...

Page 57: ...15_100 down to 40 Hz reinforced LF contour with subwoofers as a cardioid array use SB15_100_C or SB15_100_Cx 5XT outputs channels routing gain delay polarity mute OUT 1 PA IN A 0 dB 0 ms ON OUT 2 PA IN A 0 dB 0 ms ON OUT 3 PA IN B 0 dB 0 ms ON OUT 4 PA IN B 0 dB 0 ms ON Routing gain delay polarity and mute parameters can be modi ed by the user Preset Guide owner s manual EN version 16 0 57 ...

Page 58: ... use the subwoofers in low latency operating mode To achieve this create custom presets combining low latency channel sets and subwoofer channel sets If the subwoofers are driven from a dedicated ampli ed controller using a subwoofer factory preset they are operated in normal latency mode Therefore an additional delay should be set to the xx_MO low latency channels to align them 2 66 ms on LA8 or ...

Page 59: ...ubwoofers it is recommended to use the subwoofers in low latency operating mode To achieve this create custom presets combining low latency channel sets and subwoofer channel sets If the subwoofers are driven from a dedicated ampli ed controller using a subwoofer factory preset they are operated in normal latency mode Therefore an additional delay should be set to the xx_MO low latency channels to...

Page 60: ...ecommended to use the subwoofers in low latency operating mode To achieve this create custom presets combining low latency channel sets and subwoofer channel sets If the subwoofers are driven from a dedicated ampli ed controller using a subwoofer factory preset they are operated in normal latency mode Therefore an additional delay should be set to the xx_MO low latency channels to align them 2 66 ...

Page 61: ...bandwidth coaxial coupled subwoofer xxx_xx_100 SBxx_100 down to 40 Hz SB15m or 32 Hz SB18 SB118 reinforced LF contour choice between 3 contours with subwoofers as a cardioid array use SBxx_xx_C or SBxx_xx_Cx xxx_FR for FOH application xxx_FI for speech classical music or ll xxx_MO at in half space loading conditions oor wall or ceiling xxx_FR xxx_FI xxx_MO and xxx_xx_100 outputs channels routing g...

Page 62: ...idth coaxial coupled subwoofer xxx_xx_100 SBxx_100 down to 32 Hz reinforced LF contour choice between 3 contours with subwoofers as a cardioid array use SBxx_xx_C or SB18_100_Cx xxx_FR for FOH application xxx_FI for speech classical music or ll xxx_MO at in half space loading conditions oor wall or ceiling xxx_FR xxx_FI xxx_MO and xxx_xx_100 loudspeaker elements outputs channels routing gain delay...

Page 63: ... SB_28_100 SB18_60 SB18_100 SB218_100 SB118_60 SB118_100 3 dB KS28_100 2 dB K1SB_60 1 dB subwoofer presets optimal compatibility KS28_60 KS28_60_C or KS28_60_Cx K1 K2 K3 V DOSC Kudo dV DOSC dV SUB Kara SB18 Kara II i ARCS ARCS II KS28 KS28_100 KS28_100_C or KS28_100_Cx dV DOSC Kara coupled ARCS SB28_60 SB28_60_C or SB28_60_Cx K1 K2 V DOSC Kudo dV DOSC dV SUB Kara SB18 Kara II i ARCS ARCS II SB28 S...

Page 64: ...ity pattern cardioid xxxx_60_Cx or xxxx_100_Cx down to 25 Hz KS28 SB28 29 Hz KS21 32 Hz SB18 40 Hz SB15m extended cardioid directivity pattern xxxx_60 or xxxx_100 outputs channels routing gain delay polarity mute OUT 1 SB IN A 0 dB 0 ms ON OUT 2 SB IN A 0 dB 0 ms ON OUT 3 SB IN A 0 dB 0 ms ON OUT 4 SB IN A 0 dB 0 ms ON 1 Refer to the subwoofer manual for the recommended deployment patterns in each...

Page 65: ...xxx_100_Cx loudspeaker elements outputs channels routing gain delay polarity mute SR OUT 1 SR ON SB OUT 2 SB ON SB OUT 3 SB ON SB OUT 4 SB IN A 0 dB 0 ms ON Routing gain delay polarity and mute parameters can be modi ed by the user Preset Guide owner s manual EN version 16 0 65 ...

Page 66: ...ometric measurements TruPulse 200 trademark of Laser Technology Inc and Leica DISTO D3 trademark Leica Geosystems line source separated subwoofer Procedure 1 Measure the path difference PA PB with P reference listening point A center of the further system named system a B center of the closest system named system b 2 Calculate the Geometric delay s Path difference m Sound velocity m s 1 with sound...

Page 67: ... alignment delay values and polarity settings K1 KS28_60 K1 0 5 ms KS28 0 ms K1 KS28_60_C K1 6 ms KS28 0 ms K1 KS28_60_Cx K1 4 ms KS28 0 ms K1 K1 SB SB28 presets pre alignment delay values and polarity settings K1 K1SB_X SB28_60 K1 0 ms K1 SB 0 ms SB28 0 ms K1 K1SB_X SB28_60_C K1 5 5 ms K1 SB 5 5 ms SB28 0 ms K1 K1SB_X SB28_60_Cx K1 3 5 ms K1 SB 3 5 ms SB28 0 ms K1 K1SB_60 SB28_60 K1 6 ms K1 SB 0 ...

Page 68: ...5 ms K1 K1SB_60 KS28_60_Cx K1 6 ms K1 SB 0 ms KS28 4 ms K2 K1 SB presets pre alignment delay values and polarity settings K2 K1SB_X K2 K2 0 ms K1 SB 0 ms K2 K1SB_60 K2 6 ms K1 SB 0 ms K2 SB28 presets pre alignment delay values and polarity settings K2 SB28_60 K2 0 5 ms SB28 0 ms K2 SB28_60_C K2 6 ms SB28 0 ms K2 SB28_60_Cx K2 4 ms SB28 0 ms K2 KS28 presets pre alignment delay values and polarity s...

Page 69: ...gs K2 K1SB_X K2 KS28_60 K2 0 ms K1 SB 0 ms KS28 0 ms K2 K1SB_X K2 KS28_60_C K2 5 5 ms K1 SB 5 5 ms KS28 0 ms K2 K1SB_X K2 KS28_60_Cx K2 3 5 ms K1 SB 3 5 ms KS28 0 ms K2 K1SB_60 KS28_60 K2 6 ms K1 SB 0 ms KS28 6 ms K2 K1SB_60 KS28_60_C K2 6 ms K1 SB 0 ms KS28 0 5 ms K2 K1SB_60 KS28_60_Cx K2 6 ms K1 SB 0 ms KS28 4 ms K3 KS28 presets pre alignment delay values and polarity settings K3 KS28_60 K3 0 5 ...

Page 70: ...UDOxx_60 SB18_60_C Kudo 1 6 ms SB18 0 ms Kudo SB218 presets pre alignment delay values and polarity settings KUDOxx_60 SB218_60 Kudo 0 ms SB218 5 ms Kudo SB28 presets pre alignment delay values and polarity settings KUDOxx_60 SB28_60 Kudo 0 ms SB28 5 ms KUDOxx_60 SB28_60_C Kudo 0 5 ms SB28 0 ms Kudo KS28 presets pre alignment delay values and polarity settings KUDOxx_60 KS28_60 Kudo 0 ms KS28 5 ms...

Page 71: ...B18_100 Kara 3 ms SB18 0 ms KARA SB18_100_C Kara 5 5 ms SB18 0 ms KARA SB18_100_Cx Kara 4 ms SB18 0 ms KARA_FI SB18_100_C Kara 8 5 ms SB18 0 ms KARA_FI SB18_100_Cx Kara 7 ms SB18 0 ms KARA SB18_60 Kara 2 5 ms SB18 0 ms KARA SB18_60_C Kara 8 ms SB18 0 ms KARA SB18_60_Cx Kara 6 5 ms SB18 0 ms Preset Guide owner s manual EN version 16 0 71 ...

Page 72: ...S21_100_Cx Kara 4 ms KS21 0 ms KARA_FI KS21_100 Kara 0 ms KS21 2 5 ms KARA_FI KS21_100_C Kara 3 ms KS21 0 ms KARA_FI KS21_100_Cx Kara 2 ms KS21 0 ms Kara SB28 presets pre alignment delay values and polarity settings KARA SB28_100 Kara 0 ms SB28 1 ms KARA SB28_100_C Kara 4 5 ms SB28 0 ms KARA SB28_100_Cx Kara 7 5 ms SB28 0 ms KARA SB28_60 Kara 0 ms SB28 5 ms KARA SB28_60_C Kara 0 5 ms SB28 0 ms KAR...

Page 73: ... KARA SB18_100 SB28_60_C Kara 0 ms SB18 0 ms SB28 0 ms KARA SB18_100 SB28_60_Cx Kara 5 5 ms SB18 5 5 ms SB28 0 ms Kara SB18 KS28 presets pre alignment delay values and polarity settings KARA SB18_100 KS28_60 Kara 0 ms SB18 0 ms KS28 5 5 ms KARA SB18_100 KS28_60_C Kara 0 ms SB18 0 ms KS28 0 ms KARA SB18_100 KS28_60_Cx Kara 5 5 ms SB18 5 5 ms KS28 0 ms Kara KS21 SB28 presets pre alignment delay valu...

Page 74: ...s pre alignment delay values and polarity settings KARA II SB18_100 Kara II 0 ms SB18 0 ms KARA_II_FI SB18_100 Kara II 3 ms SB18 0 ms KARA II SB18_100_C Kara II 5 5 ms SB18 0 ms KARA II SB18_100_Cx Kara II 4 ms SB18 0 ms KARA_II_FI SB18_100_C Kara II 8 5 ms SB18 0 ms KARA_II_FI SB18_100_Cx Kara II 7 ms SB18 0 ms KARA II SB18_60 Kara II 2 5 ms SB18 0 ms KARA II SB18_60_C Kara II 8 ms SB18 0 ms KARA...

Page 75: ...ara II 4 ms KS21 0 ms KARA_II_FI KS21_100 Kara II 0 ms KS21 2 5 ms KARA_II_FI KS21_100_C Kara II 3 ms KS21 0 ms KARA_II_FI KS21_100_Cx Kara II 2 ms KS21 0 ms Kara II SB28 presets pre alignment delay values and polarity settings KARA II SB28_100 Kara II 0 ms SB28 1 ms KARA II SB28_100_C Kara II 4 5 ms SB28 0 ms KARA II SB28_100_Cx Kara II 7 5 ms SB28 0 ms KARA II SB28_60 Kara II 0 ms SB28 5 ms KARA...

Page 76: ...RA II SB18_100 SB28_60_C Kara II 0 ms SB18 0 ms SB28 0 ms KARA II SB18_100 SB28_60_Cx Kara II 5 5 ms SB18 5 5 ms SB28 0 ms Kara II SB18 KS28 presets pre alignment delay values and polarity settings KARA II SB18_100 KS28_60 Kara II 0 ms SB18 0 ms KS28 5 5 ms KARA II SB18_100 KS28_60_C Kara II 0 ms SB18 0 ms KS28 0 ms KARA II SB18_100 KS28_60_Cx Kara II 5 5 ms SB18 5 5 ms KS28 0 ms Kara II KS21 SB28...

Page 77: ...gs KIVA_KILO SB118_60 Kiva Kilo 0 ms SB118 5 9 ms KIVA_KILO SB118_60_C Kiva Kilo 0 ms SB118 0 4 ms Kiva Kilo SB18 presets pre alignment delay values and polarity settings KIVA_KILO SB18_60 Kiva Kilo 0 ms SB18 6 3 ms KIVA_KILO SB18_60_C Kiva Kilo 0 ms SB18 0 8 ms Kiva SB15m presets pre alignment delay values and polarity settings KIVA SB15_100 Kiva 0 ms SB15m 1 4 ms KIVA SB15_100_C Kiva 2 4 ms SB15...

Page 78: ...8 1 ms KIVA II SB15_100 SB18_60_C Kiva II 4 5 ms SB15m 5 5 ms SB18 0 ms KIVA II SB15_100 SB18_60_Cx Kiva II 1 ms SB15m 2 ms SB18 0 ms KIVA II SB15_100_C SB18_60 Kiva II 2 5 ms SB15m 0 ms SB18 3 5 ms KIVA II SB15_100_C SB18_60_C Kiva II 4 5 ms SB15m 2 ms SB18 0 ms KIVA II SB15_100_C SB18_60_Cx Kiva II 3 ms SB15m 0 5 ms SB18 0 ms V DOSC SB218 presets pre alignment delay values and polarity settings ...

Page 79: ...ent delay values and polarity settings V DOSC_xx_60 dV S_60_ X SB28_60 V DOSC 0 ms dV SUB 0 2 ms SB28 3 7 ms V DOSC_xx_60 dV S_60_ X SB28_60_C V DOSC 1 9 ms dV SUB 2 ms SB28 0 ms V DOSC dV SUB KS28 presets pre alignment delay values and polarity settings V DOSC_xx_60 dV S_60_ X KS28_60 V DOSC 0 ms dV SUB 0 2 ms KS28 3 7 ms V DOSC_xx_60 dV S_60_ X KS28_60_C V DOSC 1 9 ms dV SUB 2 ms KS28 0 ms V DOS...

Page 80: ... presets pre alignment delay values and polarity settings dV_xx_100 SB28_100 dV 0 8 ms SB28 0 ms dV_xx_100 SB28_100_C dV 6 3 ms SB28 0 ms dV DOSC KS28 presets pre alignment delay values and polarity settings dV_xx_100 KS28_100 dV 0 8 ms KS28 0 ms dV_xx_100 KS28_100_C dV 6 3 ms KS28 0 ms dV DOSC dV SUB presets pre alignment delay values and polarity settings dV_xx_100 dV S_100 dV 0 ms dV SUB 0 ms d...

Page 81: ...V_xx_100 dV S_60_100 SB28_60 dV 0 ms dV SUB 0 75 ms SB28 4 5 ms dV_xx_100 dV S_60_100 SB28_60_C dV 1 ms dV SUB 1 75 ms SB28 0 ms dV DOSC dV SUB KS28 presets pre alignment delay values and polarity settings dV_xx_100 dV S_60_100 KS28_60 dV 0 ms dV SUB 0 75 ms KS28 4 5 ms dV_xx_100 dV S_60_100 KS28_60_C dV 1 ms dV SUB 1 75 ms KS28 0 ms Constant curvature WST systems ARCS SB118 presets pre alignment ...

Page 82: ...9 ms ARCS_xx_100 SB218_100 ARCS 0 ms SB218 0 3 ms ARCS SB28 presets pre alignment delay values and polarity settings ARCS_xx_60 SB28_60 ARCS 0 ms SB28 0 6 ms ARCS_xx_60 SB28_60_C ARCS 4 9 ms SB28 0 ms ARCS_xx_100 SB28_100 ARCS 0 ms SB28 0 5 ms ARCS_xx_100 SB28_100_C ARCS 5 0 ms SB28 0 ms ARCS KS28 presets pre alignment delay values and polarity settings ARCS_xx_60 KS28_60 ARCS 0 ms KS28 0 6 ms ARC...

Page 83: ..._WIFO_FI SB18_60 ARCS Wide Focus 1 5 ms SB18m 0 ms ARCS_WIFO or ARCS_WIFO_FI SB18_60_C ARCS Wide Focus 7 ms SB18m 0 ms ARCS_WIFO or ARCS_WIFO_FI SB18_60_Cx ARCS Wide Focus 6 ms SB18m 0 ms A15 Wide Focus KS21 presets pre alignment delay values and polarity settings A15 or A15_FI KS21_60 A15 Wide Focus 3 5 ms KS21 0 ms A15 or A15_FI KS21_60_C A15 Wide Focus 9 ms KS21 0 ms A15 or A15_FI KS21_60_Cx A1...

Page 84: ... low latency channels to align them 2 66 ms on LA8 or 3 00 ms on LA4X and LA12X X15 HiQ SB18 presets pre alignment delay values and polarity settings X15 SB18_100 X15 HiQ 4 ms SB18 0 ms X15_MO SB18_100 X15 HiQ 0 ms SB18 1 ms X15 HiQ KS21 presets pre alignment delay values and polarity settings X15 KS21_100 X15 HiQ 0 ms KS21 1 5 ms X15_MO KS21_100 X15 HiQ 0 ms KS21 1 5 ms X12 SB15m presets pre alig...

Page 85: ...8_100 HiQ 2 6 ms SB118 0 ms HIQ_FR_100 SB118_100 HiQ 2 6 ms SB118 0 ms HIQ_MO_100 SB118_100 HiQ 2 5 ms SB118 0 ms 115XT HiQ SB18 presets pre alignment delay values and polarity settings HIQ_FI_100 SB18_100 HiQ 2 3 ms SB18 0 ms HIQ_FR_100 SB18_100 HiQ 2 3 ms SB18 0 ms HIQ_MO_100 SB18_100 HiQ 2 2 ms SB18 0 ms 115XT HiQ dV SUB presets pre alignment delay values and polarity settings HIQ_FI_100 dV S_1...

Page 86: ...12XT SB118 presets pre alignment delay values and polarity settings 12XTP_FI_100 SB118_100 12XTP 2 4 ms SB118 0 ms 12XTP_FR_100 SB118_100 12XTP 2 4 ms SB118 0 ms 12XTP_MO_100 SB118_100 12XTP 2 4 ms SB118 0 ms Passive 12XT SB18 presets pre alignment delay values and polarity settings 12XTP_FI_100 SB18_100 12XTP 2 1 ms SB18 0 ms 12XTP_FR_100 SB18_100 12XTP 2 1 ms SB18 0 ms 12XTP_MO_100 SB18_100 12XT...

Page 87: ...0 SB118_100 115XT 2 6 ms SB118 0 ms 115XT_FR_100 SB118_100 115XT 2 5 ms SB118 0 ms 115XT_MO_100 SB118_100 115XT 2 9 ms SB118 0 ms 115XT SB18 presets pre alignment delay values and polarity settings 115XT_FI_100 SB18_100 115XT 2 3 ms SB18 0 ms 115XT_FR_100 SB18_100 115XT 2 2 ms SB18 0 ms 115XT_MO_100 SB18_100 115XT 2 6 ms SB18 0 ms Active MTD115 SB118 presets pre alignment delay values and polarity...

Page 88: ...ve MTD115 SB18 presets pre alignment delay values and polarity settings 115bP_FI_100 SB18_100 115bP 1 8 ms SB18 0 ms 115bP_FR_100 SB18_100 115bP 1 9 ms SB18 0 ms 115bP_MO_100 SB18_100 115bP 2 5 ms SB18 0 ms 112XT SB118 presets pre alignment delay values and polarity settings 112XT_FI_100 SB118_100 112XT 2 3 ms SB118 0 ms 112XT_FR_100 SB118_100 112XT 2 3 ms SB118 0 ms 112XT_MO_100 SB118_100 112XT 2...

Page 89: ...0 ms 112b_FR_100 SB18_100 112b 2 2 ms SB18 0 ms 112b_MO_100 SB18_100 112b 2 7 ms SB18 0 ms MTD108a SB118 presets pre alignment delay values and polarity settings 108a_FI_100 SB118_100 108a 3 5 ms SB118 0 ms 108a_FR_100 SB118_100 108a 3 6 ms SB118 0 ms 108a_MO_100 SB118_100 108a 4 0 ms SB118 0 ms MTD108a SB18 presets pre alignment delay values and polarity settings 108a_FI_100 SB18_100 108a 3 2 ms ...

Page 90: ...SB total impedance number of enclosures sections in parallel Nominal 2 3 4 5 6 16 Ω 8 Ω 5 3 Ω 4 Ω 3 2 Ω 2 7 Ω 8 Ω 4 Ω 2 7 Ω 4 Ω enclosures cannot be connected in parallel Refer to Enclosure drive capacity per ampli ed controller p 91 for the maximum number of enclosures sections per output and in total on each ampli ed controller 90 Preset Guide owner s manual EN version 16 0 ...

Page 91: ...1 2 1 4 2 8 3 12 X15 HiQ 1 2 1 2 2 4 3 6 8XT 2 8 3 12 3 12 Active 12XT 2 4 3 6 3 6 Passive 12XT 1 4 2 8 3 12 112XT 2 4 3 6 3 6 115XT HiQ 1 2 2 4 3 6 115XT 1 2 3 6 3 6 MTD108a 2 8 3 12 3 12 MTD112b 1 4 2 8 2 8 Active MTD115b 1 2 2 4 2 4 Passive MTD115b 1 4 2 8 2 8 colinear sources Syva 1 4 1 2 1 4 2 8 3 12 constant curvature WST enclosures ARCS Wide Focus 1 4 1 2 1 4 2 8 3 12 A10 i Wide Focus 2 8 1...

Page 92: ...wo KS21 or KS21i per output but no more than six per controller at high level c LA8 can drive up to two SB18 SB18i SB18m or SB18 IIi per output but no more than six per controller at high level d LA8 can drive up to two SB15m per output but no more than six per controller at high level e LA12X can drive up to two Syva Low per output but no more than six per controller at high level For passive lou...

Page 93: ...6 5XT 3 12 8XT 2 8 Active 12XT 2 4 Passive 12XT 1 4 112XT 2 4 115XT HiQ 1 2 115XT 1 2 MTD108a 2 8 MTD112b 1 4 Active MTD115b 1 2 Passive MTD115b 1 4 constant curvature WST enclosures ARCS Wide Focus 1 4 ARCS 1 2 variable curvature WST enclosures Kiva Kilo 2 8 subwoofer enclosures SB18 1 4 SB118 1 4 SB15m 1 4 Syva Sub 1 4 For passive loudspeakers the value corresponds to the number of enclosures in...

Page 94: ...L Acoustics 13 rue Levacher Cintrat 91460 Marcoussis France 33 1 69 63 69 63 info l acoustics com www l acoustics com ...

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