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HDA: POLE-MOUNTED WITH POWERED SUBWOOFER(S)

  This type of setup will typically be found at small indoor or outdoor gigs, festivals, weddings, or parades 
where a high output PA with wide coverage and throw is necessary. This is a great setup for local DIY  
bands, too. 
  The left output from a mixer feeds INPUT A of a Mackie HD1801 powered subwoofer. The HIGH PASS  
OUTPUT A of the subwoofer feeds the MAIN INPUT of a Mackie HDA powered loudspeaker. The LOOP OUT of 
that Mackie HDA powered loudspeaker feeds the MAIN INPUT of the next Mackie HDA powered loudspeaker. 
The HDAs reproduce the mid-to-high frequencies in mono, and the subs provide the low frequencies in mono. 
The Array Mode switch should be in the ‘1-2’ position on both units.
  Since two HDAs are in the array, it is possible to reproduce this exact same hookup in stereo. Simply utilize 
the left and right main outputs from the mixer to feed the main inputs of each subwoofer and mirror the rest of 
the system as identifi ed above.
  Another important aspect to keep in mind is the rigging setup of loudspeakers. In this diagram, the HDAs 
are pole-mounted on a subwoofer, utilizing an SPM200 adjustable pole. Refer to page 17 to view a table listing 
other confi guration possibilities and pages 18 and 19 for more information about rigging.
  Note that the HDAs AC power may be linked via the AC LOOP. Refer to page 6 for details on daisy-chaining 
AC power.

01  P L A T E   R E V E R B

02  V O C A L   P L A T E

03 W A R M   R O O M
04 BRIGHT ROOM

05 WARM LOUNGE

06 SMALL STAGE

13 CHORUS

14 REVERB

15 D O U B L ER
16 TAPE SLAP

17 DLY 1 BRIGHT (350ms)

18 DLY 1 WARM (300ms)

19 DLY 2 BRIGHT (250ms)

20 DLY 2 WARM (200ms)

21 DLY 3 BRIGHT (175ms)
22 DLY 3 WARM (150ms)

23 DLY (300ms)

24 DLY (200ms)

FX PRESETS

TAP TO EDIT 

07 WARM THEATER

08 BRIGHT STAGE

09  W A R M   H A L L
10 CONCERT HALL

11  C A T H E D R A L

12 GATED REVERB

GAIN

1

GAIN

2

GAIN

3

GAIN

4

GAIN

5

GAIN

6

GAIN

7

GAIN

8

GAIN

9

GAIN

GAIN

GAIN

GAIN

GAIN

GAIN

10

11

12

13

14

15

GAIN

GAIN

GAIN

GAIN

GAIN

GAIN

20

21/22

23/24

17

18

19

GAIN

16

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

PAD

-20dB

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

LOW CUT

100 Hz

18dB/OCT

PAD

-20dB

LOW CUT

100 Hz

18dB/OCT

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

AUX

2404

M

MUT

UTE

1

MUT

UTE

2

MUT

UTE

3

MUT

UTE

4

MUT

UTE

5

MUT

UTE

6

MUT

UTE

7

MUT

UTE

8

MUT

UTE

9

MUT

UTE

10

10

MUT

UTE

11

11

MUT

UTE

12

12

MUT

UTE

13

13

MUT

UTE

14

14

MUT

UTE

15

15

MUT

UTE

18

18

MUT

UTE

19

19

MUT

UTE

20

20

MUT

UTE

21/22

21/22

MUT

UTE

23/24

23/24

MUT

UTE

16

16

MUT

UTE

17

17

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

PAN

EQ

EQ

EQ

EQ

EQ

EQ

PAN

PAN

PAN

PAN

BAL

BAL

EQ

PAN

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

FREQ

INT FX

AUX 5/6

PRE

SOLO

LEFT

TAP

DELAY

INT FX

MUTE

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

HI

12k

LOW

80Hz

MID

HI

12k

LOW

80Hz

HI

12k

LOW

80Hz

LOW

MID

400Hz

HI

MID

2.5k

LOW

MID

400Hz

HI

MID

2.5k

INT FX

AUX 5/6

PRE

INT FX

AUX 5/6

PRE

INT FX

AUX 5/6

PRE

HI

12k

LOW

80Hz

MID

FREQ

FREQ

FREQ

FREQ

FREQ

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

1

2

3

4

PRE

PRE

5

6

FX1

FX2

PUSH

TO TALK

TALKBACK

GROUPS

MAIN

RIGHT

AUX 1-4

STEREO

RIGHT

SOLO

LEFT

TO AUX 1

TO AUX 2

SOLO

PHONES

MONITOR

TAP

DELAY

INT FX

MUTE

TO AUX 1

TO AUX 2

RIGHT

SOLO

STEREO

LEFT

RIGHT

SOLO

LEFT

SEND MASTER

SEND MASTER

TO MAIN

TO MAIN

FX

2

FX

1

1

2

3

4

MAIN MIX

SOLO

1

SOLO

1

2

3

4

2

SOLO

SOLO MODE

MAIN

FX 1

USB

STEREO RETURNS

AUX MASTERS

SOLO

SOLO

SOLO

SOLO

+15

O

O

+15

O

O

+15

O

O

SOLO

U

MAX

O

O

U

U

MAX

O

O

U

MAX

O

O

FX 2

U

MAX

O

O

U

MAX

O

O

SIG/OL

SIG/OL

AUX

AUX

AUX

AUX

MAIN

MIX

0 dB=0 dBu

RUDE SOLO

20

10

7

4

2

0

2

4

7

10

20

30

LEFT RIGHT

SOLO

MAX

O

O

U

MAX

O

O

U

MAX

O

O

U

MAX

O

O

U

MAX

O

O

U

MAX

O

O

U

+20

O

O

TO MAIN

PFL

AFL

GRP 1-2

CH 1-2

CH 3-4

AUX 5-6

PWR

48V

TAPE
USB

2-TRACK RETURN

USB OUT

GRP 3-4

MAIN L/R

LEVEL

SET

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

+15

O

O

U

U

MAX

O

O

OFF

MAX

COMP

OFF

MAX

COMP

OFF

MAX

COMP

OFF

MAX

COMP

LEVEL

U

+15

O

O

3

1

5

6

2

U

U

+15

O


U

+15

O

O

+15

O


U

+15

O


U

4

U

U

+20

-20

U

+20

-20

12V

0.5A

50%

25%

75%

0%

100%

SUCK

OFF

MAX

OFF

MAX

OFF

MAX

OFF

MAX

COMP

COMP

COMP

COMP

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

SOLO

3-4

1-2

L/R

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

OL

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

SIG

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

2k

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

-15 +15

-15 +15

U

U

-15 +15

-15 +15

U

-15 +15

U

-15 +15

U

-15 +15

U

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

0

60

-45dB

+15dB

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

U

U

dB

30

20

10

O

O

40
50

5

5

U

60

10

dB

30

20

10

O

O

40
50

5

5

U

60

10

dB

30

20

10

O

O

40
50

5

5

U

60

10

dB

30

20

10

O

O

40
50

5

5

U

60

10

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

SIG

SOLO

3-4

1-2

L/R

OL

dB

30

20

10

O

O

40
50

5

5

U

60

10

U

+15

O


U

+15

O


U

+15

O


U

+15

O

O

U

+15

O


U

+15

O

O

2k

0

60

-45dB

+15dB

U

800

200

8k

100

U

-15

U

+15

-15 +15

-15 +15

U

U

U

MI

C GAIN

-10 dBV
MI

C GAIN

HIGH PASS

OUTPUT A

LEFT MAIN OUT

INPUT A

MAIN INPUT

MAIN INPUT

LOOP OUT

Mixing Console

(Mackie 2404-VLZ3 shown) 

8

HDA

HD

A

Summary of Contents for HDA

Page 1: ...HDA OWNER S MANUAL 2 Way High Definition Arrayable Loudspeaker...

Page 2: ...urning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation be...

Page 3: ...d practical tips Contents IMPORTANT SAFETY INSTRUCTIONS 2 HOW TO USE THIS MANUAL 3 CONTENTS 3 INTRODUCTION 4 OVERVIEW 5 FEATURES 5 HOOKUP DIAGRAMS 6 REAR PANEL FEATURES 13 1 MAIN INPUT 13 2 LOOP OUT 1...

Page 4: ...nd more complex mechanical designs Even then it isn t practical to place drivers only an inch apart Therefore additional acoustical magic is employed in the horn design to flatten the output of the hi...

Page 5: ...ecovery amplification Mackie s patented HD audio processing provides unmatched sonic accuracy and clarity Mackie Active technology includes a precision 2 way crossover transducer time alignment and ph...

Page 6: ...ctions as listed above Next connect the first HDA s XLR LOOP OUT jack to the second HDA s XLR MAIN INPUT jack using a balanced XLR cable A short 1 2 foot cable is all that is necessary Hook up the sup...

Page 7: ...MAIN INPUTS of the HDAs Since only one HDA is used per side the Array Mode switch should be in the 1 2 position on both speakers HDA MAIN INPUT HDA MAIN INPUT Mixing Console Mackie Onyx 1640i shown L...

Page 8: ...IN MIX SOLO 1 SOLO 1 2 3 4 2 SOLO SOLO MODE MAIN FX 1 USB STEREO RETURNS AUX MASTERS SOLO SOLO SOLO SOLO 15 O O 15 O O 15 O O SOLO U MAX O O U U MAX O O U MAX O O FX 2 U MAX O O U MAX O O SIG OL SIG O...

Page 9: ...e left and right main outputs from the mixer to feed the main inputs of the first HDA on each side of the stage and mirror the rest of the system as described above Another important aspect to keep in...

Page 10: ...mono Since three HDAs are used the Array Mode switches should be in the 3 4 or 3 4 LONG THROW position It is possible to reproduce this exact same hookup in stereo Simply utilize the left and right m...

Page 11: ...rest of the system as identified above Another important aspect to keep in mind is the rigging setup of loudspeakers In this diagram the HDAs are flown utilizing an FB121 Flybar In this array subs may...

Page 12: ...bwoofers to mirror the rest of the system as identified above Another important aspect to keep in mind is the rigging setup of loudspeakers In this diagram the HDAs and HD1801 subwoofers are flown uti...

Page 13: ...INS AC LOOP CIRCUIT BREAKER AC LOOP ON WARNING TO REDUCETHE RISK OF FIRE OR ELECTRIC SHOCK DO NOT EXPOSETHIS EQUIPMENTTO RAIN OR MOISTURE DO NOT REMOVE COVER NO USER SERVICEABLE PARTS INSIDE REFER SER...

Page 14: ...ED This bi color LED illuminates green whenever there is signal present at the MAIN INPUT connector The HDA has a built in limiter that helps to prevent the amplifier outputs from clipping or overdriv...

Page 15: ...not be appropriate for local AC mains receptacles If not have a qualified electrician remove the existing AC mains plug and install a plug appropriate for the AC mains supply receptacle and following...

Page 16: ...es the HDA downward 20 to aim at the audience below the loudspeaker It may also be utilized for use with two HDAs arrayed on one pole as seen in the hook up diagram on page 8 13 COMPRESSION PAD The co...

Page 17: ...ese precautions may result in damage to the equipment personal injury or death Note that the Mackie HDA comes standard with two pole cups at different angles The desired pole cup angle depends on many...

Page 18: ...ing work and the potential liability engage companies that specialize in these disciplines to do the work required Mackie does offer certain accessory rigging items primarily for attachment to the har...

Page 19: ...make sure the loudspeakers are installed in a stable and secure way in order to avoid any conditions that may be dangerous for persons or structures WARNING When the FB121 Flybar is used to suspend a...

Page 20: ...a crucial role in the overall performance of a sound system Here are some additional placement tips to help overcome some typical room problems that might arise Avoid placing loudspeakers in the corn...

Page 21: ...ugh current for all the components connected to it We recommend that a stiff robust supply of AC power be used because the amplifiers place high current demands on the AC line The more power that is a...

Page 22: ...using this software It is a great tool for pre sales as well Customers will be able to see the final setup prior to any purchase Therefore realistic expectations have been set for all interested parti...

Page 23: ...explain the problem Tech Support will tell you where the nearest factory authorized service center is located in your area If you think there is a problem with your Mackie HDA please check out the fol...

Page 24: ...dards listed above Balanced XLR Connectors The LOOP OUT connector allows several HDAs to be connected in parallel Simply plug the signal source i e mixer output into the main input jack and patch that...

Page 25: ...ier power 2 Measured with pink noise free field at 1 meter before limiting Low Frequency Power Amplifier Rated Power 500 watts rms 1000 watts peak Rated THD 0 03 Cooling Convection Extrusion Design Cl...

Page 26: ...26 7 kg Mounting Methods Pole mount integral rigging flybar stack on top or fly underneath subwoofer s or fly via 4 integrated M10 mounting points using M10 x 1 5 x 37 mm forged shoulder eyebolts See...

Page 27: ...gital to Analog Converter Digital to Analog Converter Analog to Digital Converter Signal Limit LED HD Loudspeaker Processing Limiter Limiter Mute HD Loudspeaker Processing 1 2 3 4 3 4 Long Throw Array...

Page 28: ...Octave Response Normalized to 0 dB SPL Frequency Hz 10 0 10 20 30 40 20 100 1000 10K 20K 1 2 3 4 3 4 Long 100 10 1 Beamwidth Degrees 360 100 1000 10K 20K Frequency Hz Horizontal Vertical Directivity...

Page 29: ...e Warranty Period to the Company at www mackie com support or by calling LOUD technical support at 1 800 898 3211 toll free in the U S and Canada during normal business hours Pacific Time excluding we...

Page 30: ...Road NE Woodinville WA 98072 USA United States and Canada 800 898 3211 Europe Asia Central and South America 425 487 4333 Middle East and Africa 31 20 654 4000 Fax 425 487 4337 www mackie com E mail s...

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