Martin Audio DX2 Quick start guide

All material © 2007. Martin Audio Ltd. Subject to change without notice.
Loading binary presets into your Martin Audio DX2
Loudspeaker Management System
Clicking here takes you to a zip folder containing the loader software and binary files.
Extract these to your hard disk. Do not run the programme from the zip folder.
Warnings
Loading presets will overwrite previously loaded factory presets - and any
changes to them (e.g. channel gain, delay, limiter settings).
To make a permanent record of changes to the user-editable parts of a preset,
you must save the preset in one of the lower number memory locations.
Make sure you have a full set of .bin files before proceeding so that you can
reload your original presets if you need to.
If you are not familiar with the Martin Audio DX2, please read the DX2
User Guide.
You should have extracted the following files to a suitable folder on your
hard drive:
MartinFlashLoader.exe – The DX2 binary preset loader software
MARTN1RLCDLC21801.bin – Binary presets for
W8LCD+W8LC+WS218X/W8LS combinations
MARTN1RLCDLCWLX01.bin – Binary presets for W8LCD+W8LC+WLX
combinations
MARTN1RLDLBLS02.bin – Binary presets for W8LD+W8L
Longbow+W8LS/WS218X combinations
MARTN1RLM218X03.bin – Binary presets for
W8LMD/LM+WS218S/W8LS combinations
MARTN1RLMWLX03.bin – Binary presets for W8LMD/LM+WLX
combinations
MARTN1RLMWMX03.bin – Binary presets for W8LMD/LM+WMX
combinations
MARTN1RLE12152101.bin – Binary presets for 4-mix LE1200, LE1500
or LE2100 systems

All material © 2007. Martin Audio Ltd. Subject to change without notice.
You will need a 9 pin male-to-female, fully wired, pin-to-pin RS232 cable (not the
null modem type).
To load the latest presets into your DX2
1) Connect the 9-pin male to 9-pin female DEE type serial lead from your
computer to the external socket on the back of the unit. Note: this lead should be
pin-to-pin - not be of the null modem type.
2) On the DX2 use the blue Menu, Back, Next and Enter keys to go into the
Interface Sub-menu and then into External Interface.
3) Once entered, setup as follows:
Mode: RS232 Mode
Wiser Wireless: No
Serial Speed: As required (e.g. 115200)
Stop MIDI Prog,Chng: Yes
Remote ID Number: 1
Press Enter to confirm
4. Run the programme MartinFlashLoader.exe.
Click Load New Preset File.

All material © 2007. Martin Audio Ltd. Subject to change without notice.
If necessary, browse to find the files you extracted earlier. Click on the preset
required (to highlight it) and click Open. The programme will attempt to
communicate with the DX2.
If the Com number (or Speed settings set in 3 above) are not the same as the
DX2 parameters, you will see something like this…
Make sure the Baud rate (Speed) matches the unit to be loaded!
Try adjusting the Com (Serial Port) number and clicking the Connect
button again. It is usually quicker to do this by trial and error as Com port
numbering can be a mystery to the average PC user!
If it succeeds the bottom right hand panel will indicate Good Response.
Click Load Now.

All material © 2007. Martin Audio Ltd. Subject to change without notice.
click OK.
You’ll see the block writing progress bar proceeding from left to right
and
you’ll see the DX2 screen graphics shuffling from right to left…
…
followed by an indicator test (all LEDs on)…
…
a short delay…
…
and then a wake-up procedure.
Selecting a particular preset
Note that each binary file will load a family of presets into your DX2. Choose the
required preset as follows:
1) Press the blue Menu button, then the Back and Next buttons to find
the Global Memory Sub Menu and press Enter.
2) Use the Back and Next buttons to find the Recall a Memory and
press Enter.
3) Use the Back and Next buttons to find the Crossover only and press
Enter.
4) Browse for the appropriate preset using the Back and Next buttons or
the Frequency knob.

All material © 2007. Martin Audio Ltd. Subject to change without notice.
Note that the DX2 will default to its previous condition if the above operations are
not completed and no buttons are pressed for 20 – 30 seconds.
Amplifier power, amplifier gain and limiter settings
We suggest you specify an amplifier capable of meeting the loudspeaker’s peak
power rating – as long as you use the correct Martin Audio limiter
recommendations. The limiter parameters protect the loudspeaker from long-
term overloads whilst the correct amplifier specification protects the loudspeaker
from transient overloads and clipping.
Limiter thresholds are factory preset for power amplifiers with the pro-audio
voltage gain* standard of 32dB (x40).
* We recommend using power amplifier voltage with known gain settings if at all
possible. Manufacturers’ sensitivity settings are not very useful as the resulting
gain figures will vary from model to model depending on their power
specifications causing spectral imbalance when using mixed amplifier set-ups.
If you use a power amplifier set to a different gain standard, make absolutely
sure it is set to that gain and adjust the limiter threshold settings as follows:
Power amplifier gain Limiter threshold adjustment
23dB Add 9dB (e.g. +4dBu becomes +13dBu)
24dB Add 8dB
25dB Add 7dB
26dB (Crown standard) Add 6dB (e.g. +4dBu becomes +10dBu)
27dB Add 5dB
28dB Add 4dB
29dB Add 3dB
30dB Add 2dB
31dB Add 1dB (e.g. +4dBu becomes +5dBu)
32dB (Industry standard) Martin Audio preset standard
33dB Decrease by 1dB (e.g. +4dBu becomes +3dBu)
34dB Decrease by 2dB
35dB Decrease by 3dB
36dB Decrease by 4dB (e.g. +4dBu becomes 0dBu)
37dB Decrease by 5dB
38dB Decrease by 6dB
39dB Decrease by 7dB
40dB Decrease by 8dB (e.g. +4dBu becomes -4dBu)
System configurations
Your Martin Audio DX2 Loudspeaker Management System must be correctly
patched.
See the following standard preset and output channel allocation details.
Note that this information may be adapted for experienced technicians to create
special user presets for the products listed – but please read the covering notes…

All material © 2007. Martin Audio Ltd. Subject to change without notice.
DX2 presets and controller o/p channel allocations
Notes
Many critical Martin Audio factory presets are locked to comply with
warranty conditions and some inter-driver delays are lock-linked to enable
delay tracking. Non-critical parameters (e.g. HF equalisation that may
need to be adjusted as humidity changes) are left unlocked for user
adjustment.
You may use the following parameters to create your own unlocked user-
presets but please be aware that alterations to critical – normally locked –
parameters could have an adverse effect on the system’s polar pattern
control and could compromise future warranty claims.
Output channels are listed with the appropriate source input channel noted
Mono outputs show the appropriately summed inputs
Where stereo output presets are ganged (e.g. Output [1+3]) only the first
of the two ganged outputs is shown (e.g. LM L LF – LM R LF settings are
always identical)
Crossover (High-pass & Low-pass) and PEQ parameters shown in blue
italics are locked in standard Martin Audio xbl library files and direct
loading binary files
Delay parameters shown in blue italics are locked and, sometimes, linked
to a reference channel delay* in standard Martin Audio xbl library files and
direct loading binary files.
The overall delay will be the lock-linked delay figure + the
reference delay* to which the locked delay is linked. This ensures
that critical inter-driver delays remain correct in the presence of reference
channel delays* that have been modified to time align the main array to
separate subwoofer system or to other arrays.
*The reference delay on most systems is left open for inter-system
alignment. Associated inter-driver delays automatically maintain inter-
driver alignment. The reference delay channel is usually the channel that
drives the loudspeaker section with the longest natural propagation delay
– for instance, the long LF horn of a W8L or W8LC) or the HF horn of a
horn + direct radiator system like the W8LM
Contents (click the appropriate series)
1 LE1200, LE1500 and LE2100
2 W8LM+W8LMD+WMX or WLX or WS218X/W8LS combinations
3 W8LC+W8LCD+WLX or WS218X/W8LS combinations
4 W8L Longbow+W8LD+W8LS/WS218X combinations

LE1200 active for 32dB amps
Format: 4 x 2 Way Crossover Name: 4 x 2-way LE1200
Output [1] Low A (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.2500 mS [Linked to Output 2]
Attack: 23mS Release: x16 at +3dB Fast at 12dB above Limiter
75.8Hz
1.00
+4.5dB
PEQ
1k00Hz
3.0
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [2] High A (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-3.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.5dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [3] Low B (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.2500 mS [Linked to Output 4]
Attack: 23mS Release: x16 at +3dB Fast at 12dB above Limiter
75.8Hz
1.00
+4.5dB
PEQ
1k00Hz
3.0
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [4] High B (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-3.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.5dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [5] Low C (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.2500 mS [Linked to Output 6]
Attack: 23mS Release: x16 at +3dB Fast at 12dB above Limiter
75.8Hz
1.00
+4.5dB
PEQ
1k00Hz
3.0
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [6] High C (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-3.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.5dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [7] Low D (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.2500 mS [Linked to Output 8]
Attack: 23mS Release: x16 at +3dB Fast at 12dB above Limiter
75.8Hz
1.00
+4.5dB
PEQ
1k00Hz
3.0
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [8] High D (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-3.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.5dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ

LE1200 passive for 32dB amps
Format: 4 x 2 Way Crossover Name: 8 x LE1200
Output [1] FR A1 (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [2] FR A2 (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [3] FR B1 (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [4] FR B2 (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [5] FR C1 (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [6] FR C2 (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [7] FR D1 (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [8] FR D2 (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
35.1Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +4dB Fast at 12dB above Limiter
75.8Hz
1.5
+3.0dB
PEQ
1k00Hz
3.0
+1.0dB
PEQ
13k2Hz
1.8
+4.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ

LE1500 active for 32dB amps
Format: 4 x 2 Way Crossover Name: 4 x 2-way LE1500
Output [1] Low A (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.1019 mS [Linked to Output 2]
Attack: 23mS Release: x16 at +5dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.5dB
PEQ
218Hz
1.00
+2.0dB
PEQ
303Hz
3.0
-2.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [2] High A (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-2.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.0dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [3] Low B (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.1019 mS [Linked to Output 4]
Attack: 23mS Release: x16 at +5dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.5dB
PEQ
218Hz
1.00
+2.0dB
PEQ
303Hz
3.0
-2.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [4] High B (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-2.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.0dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [5] Low C (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.1019 mS [Linked to Output 6]
Attack: 23mS Release: x16 at +5dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.5dB
PEQ
218Hz
1.00
+2.0dB
PEQ
303Hz
3.0
-2.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [6] High C (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-2.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.0dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [7] Low D (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley 1k17Hz 24dB Link/Riley
+0.0dB 0.1019 mS [Linked to Output 8]
Attack: 23mS Release: x16 at +5dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.5dB
PEQ
218Hz
1.00
+2.0dB
PEQ
303Hz
3.0
-2.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [8] High D (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
1k33Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
-2.5dB 0.0000 mS
Attack: 2.0mS Release: x16 at +1dB Fast at 12dB above Limiter
1k75Hz
6.0
-6.0dB
PEQ
2k72Hz
3.0
-2.0dB
PEQ
4k24Hz
1.8
-2.5dB
PEQ
13k2Hz
2.0
+8.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ

LE1500 passive for 32dB amps
Format: 4 x 2 Way Crossover Name: 8 x LE1500
Output [1] FR A1 (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [2] FR A2 (Source = Input A)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [3] FR B1 (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [4] FR B2 (Source = Input B)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [5] FR C1 (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [6] FR C2 (Source = Input C)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [7] FR D1 (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
Output [8] FR D2 (Source = Input D)
Freq.
Q
Gain
Type
Highpass:
Gain:
Limiter:
Lowpass:
Delay:
Clip Limiter:
PEQ 1 PEQ 2 PEQ 3 PEQ 4 PEQ 5 PEQ 6 PEQ 7 PEQ 8 PEQ 9
24.8Hz 24dB Link/Riley >32k0Hz 24dB Link/Riley
+0.0dB 0.0000 mS
Attack: 23mS Release: x16 at +6dB Fast at 12dB above Limiter
70.2Hz
1.00
+4.0dB
PEQ
454Hz
1.00
+1.5dB
PEQ
13k2Hz
2.0
+2.5dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ
1k00Hz
3.0
+0.0dB
PEQ