Turbosound MANCHESTER Series Quick Start Guide

18 Manchester Series MAN210-FG/MS121/MV210-HC Quick Start Guide 19
SUBWOOFER TIMEALIGNMENT ILLUSTRATION OVERLAY
MS121 pre-sets use all-pass lters to set the
initial time alignment (assuming the fronts of
the cabinets are in line) this greatly reduces
systemlatency.
For example: If the fronts of the MV210-HC and
MS121 are aligned, then in both pre-sets, the delay
should be set to the default which is0ms.
However, in the real world it is not always possible
to have your own array and your ground stacked
bass aligned in the verticalplane.
1. In the picture to the right, the MS121 subs are
‘forward’ of the MV210-HC own array. So the
MS121 subs need to be delayed.
1. Subs areforward
2. In the picture to the right, the MV210-HC own
array is now ‘forward’ of the MS121 ground stacked
subs. So the MV210-HC array needs to bedelayed.
So how do you nd the correct delay time to align
the own array to the ground stackedbass?
Some basic knowledge of delay units can get you
an acceptable result by measuring the distance
between the fronts of the own array and the front
of the ground stacked array. Remember within
Lake software you can choose the delay unit;
ms, m, orfeet.
1 ms (milliseconds) = 0.343 m (meters) = 1.125
ft (feet)
Further ne-tuning can be done by using one of the
many industry standard measurement software
systems, reference microphones and sound-cards.
Lake software oers integration to many of these
software systems, and further information can be
found at www.labgruppen.com
2. Flown array isforward
Specications
MV210-HC MS121
System
Frequency response (-3 dB)
1
58 Hz - 20kHz 25 Hz - 95Hz
Frequency response (-10 dB)
1
42 Hz - 20kHz 20 Hz - 200Hz
Nominal dispersion 100 degrees (H) x 20 degrees (V) Omni
Power handling (IEC)
LF: 800 W continuous 2000 W continuous
MHF: 190 W continuous —
Sensitivity
LF: 102 dB (1 W @ 1 m) ² 97 dB (1 W @ 1 m)²
MHF: 114.5 dB (1 W @ 1 m) ² —
Maximum SPL 144 dB ³ 142 dB ⁴
Impedance
LF: 8Ω 8Ω
MHF: 12Ω —
Crossover type Externalbi-amp —
Components
2 x 10" (250 mm) LFdriver 1 x 21" (530 mm) LFdriver
1 x 1.4" (35 mm) exit, large format
dual compressiondriver
—
IP Rating 54 54
UV Rating 4-5 4-5
Enclosure
Connectors 2 x speakON NLT4MPSTX 3 x speakON NLT4MPSTX
Wiring Pins 1+ / 1- LF, pins 2+ / 2-MHF
Pins 1+ / 1- LF, pins 2+ / 2- LINK
(Front Pins 2+ / 2- only)
Dimensions H x W x D
295 x 715 x 545 mm
(11.6 x 28.1 x 21.5")
599 x 777 x 800 mm
(23.6 x 30.6 x 31.5")
Net weight 35.5 kg (78.3lbs) 87.4 kg (192.7lbs)
Construction
15 mm (enclosure) and 18 mm
(front) marine birch plywood,
vented and internallybraced
Mix 21 mm and 18 mm marine
birch plywood, vented and
internallybraced
Finish
Polyurethane black, with custom
colours onrequest
Polyurethane black, with custom
colours onrequest
Grille Powder coated perforatedsteel Powder coated perforatedsteel
Flying hardware 3 point riggingsystem 4 point riggingsystem
Accessories
Fly Grid MAN210-FG ygrid MAN210-FG ygrid
Vertical Transporter MV210-VT MS121-VT
Notes 1. Average over stated bandwidth. Measured at 1 metre onaxis.
2. SPL level at 1 m under free eld conditions, using pink noise with crest factor 4, with dedicatedpre-set.
3. Average Peak level over overlap bandwidth. Measured at 1 metre on axis with dedicatedpre-set.
4. Peak level at 1 m under half space conditions using pink noise with crest factor 4, with dedicatedpre-set.
Ease Data can be downloaded from www.turbosound.com
Distance (time) is the dierence
to add to the own array for
alignment at the listening point

Turbosound MANCHESTER Series Specifications

General

Brand	Turbosound
Model	MANCHESTER Series
Category	Speakers
Language	English