Mackie Fussion Series 3000 User Manual Download Page 11

11

FUSSION 3000 SPECIFICATIONS

Line Input Power

US:

115V, 60Hz

Recommended Amperage Service:

20A recommended

AC Connector:

3-pin Twistlock
250VAC, 20A male

Europe:

230V, 50Hz

Recommended Amperage Service:

16A recommended

AC Connector:

3-pin IEC
250VAC, 16A male

In-rush Current Protection:

Transistor-based

Safety Features

RMS Limiting:

Monitoring and limiting
of continuous RMS
output of amplifiers

Thermal Protection:

Input stage shutdown,
auto-reset

Physical Properties

Enclosure:

Trapezoidal, 15º side
angles, 18mm multi-
layered birch

Hanging Inserts:

4 points on top

Rigging Inserts:

2 points, 1 each side
ATM MEGS
1 pull-back clip, bottom

Handles:

4 ea. aluminum/rubber
grips

Height:

41.9˝ (1064mm)

Front Width:

24.7˝ (628mm)

Rear Width:

13.9˝ (352mm)

Depth:

22.6˝ (575mm)

Weight:

246 lbs. (112kg)

Options

Active Subwoofer System:

FUSSION 1800SA/1800S

Flyware:

ATM MEGS compatible

Disclaimer

Since we are always striving to make our

products better by incorporating new and improved
materials, components, and manufacturing methods,
we reserve the right to change these specifications at
any time without notice.

“Mackie,” the “Running Man” figure, and

“FUSSION” are trademarks or registered trade-
marks of Mackie Designs Inc.

All other brand names mentioned are trade-

marks or registered trademarks of their respective
holders, and are hereby acknowledged.

©2000  Mackie Designs Inc.
All Rights Reserved.
Printed in Italy.

System Acoustic

Frequency Range (–10 dB):

45Hz-20kHz

Frequency Response (–3 dB):

55Hz-18kHz

Horizontal Coverage (–6 dB):

80º averaged 2kHz-10kHz

Vertical Coverage (–6 dB):

70º averaged 2kHz-10kHz

Directivity Factor; DI (Q):

10.19 (10.46) averaged
2kHz to 10kHz

Maximum SPL (long term):

130 dB @ 1m

Maximum SPL (peak):

133 dB @ 1m

Maximum SPL (long term—High Pass ON):

132 dB

Maximum SPL (peak—High Pass ON):

135 dB

Crossover Points:

500Hz, 2500Hz

Dynamic Range:

> 110 dB

Phase Response:

±

35º from 500Hz-10kHz

Transducers

Low-Frequency Transducers—Four Each

Cone Diameter:

12˝ (300mm)

Voice Coil Diameter:

3˝ (75mm)

Nominal Impedance:

8 ohms each

Power Handling:

350 watts rms (long term)

1

Mid-Frequency Transducer

Cone Diameter:

8˝ (200mm)

Voice Coil Diameter:

2˝ (50mm)

Nominal Impedance:

8 ohms

Power Handling:

150 watts rms (long term)

1

High-Frequency Transducer

Diaphragm Diameter:

3˝ (75mm)

Throat Exit Diameter:

1.4˝ (35.6mm)

Nominal Impedance:

8 ohms

Power Handling:

75 watts rms (long term)

1

Diaphragm Material:

Titanium

Power Amplifiers

Low-Frequency Power Amplifier

Rated Power:

1000W continuous @ 8

1500W peak @ 8

Rated THD:

< 0.03%

Mid-Frequency Power Amplifier

Rated Power:

200W continuous @ 8

300W peak @ 8

Rated THD:

< 0.03%

High-Frequency Power Amplifier

Rated Power:

100W continuous @ 8

150W peak @ 8

Rated THD:

< 0.03%

Audio Input/Output/Controls

Input Type:

Balanced differential

Input Impedance:

50k ohms

Sub-Out:

85Hz low-pass output

with protection and active monitoring
for FUSSION 1800S/1800SA active
subwoofer system

Fill-Out:

85Hz high-pass output

Fill-Out Level:

0 dB to –30 dB

Fill-Out Phase Control:

0º/180º

High-Pass Switch:

85Hz high-pass to LF
driver

1

 Power handling for transducers is based on an AES long term power

   testing standard conducted for 100 hours full power, free air.

Summary of Contents for Fussion Series 3000

Page 1: ...FUSSION 3000 ACTIVE FULL RANGE SOUND REINFORCEMENT SPEAKER SYSTEM USER S MANUAL...

Page 2: ...o rain or D This Mackie product does not appear to operate normally or exhibits a marked change in performance or E This Mackie product has been dropped or its chassis damaged 12 Servicing The user sh...

Page 3: ...or protectors in the ear canals or over the ears must be worn when operating this amplification system in order to prevent a permanent hearing loss if exposure is in excess of the limits set forth he...

Page 4: ...nd transparency of vacuum tube amps The result is the clearest and most accurate reproduction available Each 12 woofer handles 350 watts RMS long term Arraying four woofers within the cabinet allows t...

Page 5: ...the rear panel is there to secure the linecord and prevent it from acci dentally getting pulled loose from the AC receptacle Wrap the linecord through the bar and tie it in a knot to secure it Note Yo...

Page 6: ...gain Use it to adjust the relative vol ume for the side or front fill speaker PHASE This switch reverses the phase of the sig nal at the FILL OUT connector Depending on the placement of the fill speak...

Page 7: ...output though not as much as corner placement However if you do need to reinforce the low frequencies this is a good way to do it Avoid placing the active monitors directly on a hollow stage floor A h...

Page 8: ...ternational 115VAC 230VAC Hot Black Blue Neutral White Brown Earth Ground Green w Green yellow stripe WARNING Consult a professional rigger or structural engineer prior to sus pending loudspeakers fro...

Page 9: ...between the outlets and the common ground should be as short as possible SERVICE INFORMATION Warranty Service If you think your loudspeaker has a problem please do everything you can to confirm it bef...

Page 10: ...age that occurs due to non factory packaging 5 Include a legible note stating your name shipping address no P O boxes daytime phone number RA number and a detailed description of the prob lem includin...

Page 11: ...yResponse 3 dB 55Hz 18kHz HorizontalCoverage 6dB 80 averaged 2kHz 10kHz Vertical Coverage 6 dB 70 averaged 2kHz 10kHz Directivity Factor DI Q 10 19 10 46 averaged 2kHz to 10kHz MaximumSPL longterm 130...

Page 12: ...r product Some of the people at our Woodinville Washington factory who helped design build sell and support your product Mackie Designs Inc Mackie Designs Inc 16220 Wood Red Rd NE Woodinville WA 98072...

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