IP6-1122-99 Spec Sheet

I SERIES

Point Source 600

IP6-1122/99

MEDIUM POWER 12-INCH TWO-WAY

90° x

90° INSTALLATION LOUDSPEAKER

28.00"

(711mm)

APPLICATIONS

MAIN PA (Small to Medium Size Venues)

Houses of Worship · Auditoriums · Restaurants

Meeting Rooms · Theaters · Corporate A/V Systems

DISTRIBUTED OR FILL (Larger Size Venues)

Arenas · Stadiums · Night Clubs · Theaters

Themed Entertainment · Larger Houses of Worship

DESCRIPTION

I SERIES Point Source 600 loudspeakers provide excellent acoustic performance, modular flexibility and elegant aesthetics for modern performance venues. Designed to support the goals of systems integrators and consultants both acoustically and mechanically, I SERIES includes a wide variety of arrayable, rotatable coverage patterns and a comprehensive selection of modular bracket systems that accelerate system design and system commissioning.

FEA-optimized ferrite motors, mechanically mirrored suspension and advanced cooling system combine to provide linear performance with minimal power compression. The custom long-excursion LF driver delivers deep bass response and a detailed midrange at maximum SPL levels. The HF driver delivers excellent sound quality from a hybrid diaphragm of deep drawn titanium and resonance-absorbing polyimide, coupled to a patented low compression, low resonance phase plug for very low distortion performance with abundant headroom.

The rotatable 13-inch (330mm) HF waveguide provides well-defined coverage and a smooth off-axis response that enhances arrayability.

Individually voiced crossovers produce proper beamwidth matching transitions and identical sonic signatures, permitting horn patterns to be mixed throughout an installation. Additionally, user selectable single-amp or biamp operating modes expand application flexibility.

FEATURES

• Long excursion ferrite LF driver with FEA-optimized motor and symmetric movement suspension

• 3-inch voice coil, 1.4” exit HF driver; hybrid titanium/polyimide diaphragm on low compression phase plug

• Lightweight and compact with deep LF extension

• Large rotatable waveguide with individually voiced crossover, single amp / biamp selectable

• Innovative low profile modular bracket systems create elegant arrays with simplified installation

TECHNICAL SPECIFICATIONS

1

Operating Mode Passive or Biamp with DSP

Operating Environment Indoor or Weather-Resistant Outdoor

Operating Range 2

Nominal Beamwidth (H x V)

36 Hz to 19 kHz

Transducers

Continuous Power Handling 3

@ Nominal Impedance

Nominal Sensitivity 4

Nominal Maximum SPL 5

(Whole Space)

Equalized Sensitivity 6

Equalized Maximum SPL 7

Recommended Amplifiers

90° x 90°, rotatable waveguide

LF 1 x 12" (305mm) ferrite driver, 2.5" (64mm) voice coil

HF 1 x 1.4" (36mm) exit, 3" (76mm) voice coil, hybrid titanium/polyimide diaphragm, ferrite compression driver

Passive*

LF

HF

69V

63V

24V

600W @ 8 ohms (2400W peak)

500W @ 8 ohms (2000W peak)

75W @ 8 ohms (300W peak)

Passive

LF

HF

Passive

LF

HF

System

@ 1W

94 dB

95 dB

104 dB

Peak

128 dB

128 dB

129 dB

@ 2.83V

94 dB

95 dB

104 dB

Continuous

122 dB

122 dB

123 dB

System

Passive

LF

HF

@ 1W

93 dB

Peak

127 dB

@ 2.83V

93 dB

Continuous

121 dB

600W - 1200W @ 8 ohms, (69V - 98V)

500W - 1000W @ 8 ohms, (63V - 89V)

75W - 150W @ 8 ohms (24V - 35V)

PHYSICAL

Input Connection

Indoor: (2) Screw terminal blocks (6-position)

Outdoor: Sealed Gland Nut with 12ft (3.6m) 14 Ga. SJOW cable

Mounting Points

Environmental

Weight

Dimensions H x W x D

Finish

OPTIONS

(15) M10 threaded rigging points

Outdoor: IP55W per IEC 60529 , MIL-STD-810G

65.0 lbs (29.5 kg) loudspeaker only

28.00" x 14.50" x 17.70" (711 x 368 x 450 mm)

Refer to the Technical Drawing

Accessories

(Refer to BalancePoint™

Flyware Accessory Guide for complete listing)

Configure-to-Order (CTO)

Rigging kits include: BFR22: BalancePoint™ Fly Rails; IUB1122: U-Bracket;

IVY1122: Vertical Yoke; IAF40/IAF55: Isometric Array Frames; VAB-BFR38: Sub

Above Vert Array; HAB-BFR38: Sub/Dual 2-Way Horiz Array; HSB/VSB: Multiple

Splay Brackets for Horiz/Vert Arrays with/without Sub Behind options;

DFS: Downfill Splay Kit; DVS-BFR22: Dual Vert Splay Kit with BalancePoint™

Fly Rails; TPK: Tight Pack Kit; IUB1122WRG: Reinforced 304SS U-Bracket (Grey)

Custom color, Custom cable lengths on outdoor version

*Rated continuous maximum input voltage at passive loudspeaker input may be higher than for directly connected transducers due to losses in the passive crossover. Voltages applied to the transducer terminals through the passive crossover shall always be the same or lower than the rated continuous voltage for each device.

Community strives to improve its products on a continual basis. Specifications are therefore subject to change without notice.

I SERIES Point Source 600

IP6-1122/99 MEDIUM POWER 12-INCH TWO-WAY

90° x

90° INSTALLATION LOUDSPEAKER

AXIAL PROCESSED RESPONSE (dB)

8

System/Component Axial Processed Response (dB)

Full Range Half Space LF HF

120 120

110 110

100

90

100

90

80

10

80

20

HORIZONTAL OFF-AXIS RESPONSE

(dB) 10

Mag [dB] (0°) Mag [dB] (15°) Mag [dB] (30°) Mag [dB] (45°) Mag [dB] (60°)

Half-space 0° 15° 30° 45° 60°

110 110

100

90

100

90

80 80

70

10

70

20

Frequency (Hz)

AXIAL SENSITIVITY (dB SPL)

9

120 120

Sys / Component Axial Sensitivity (dB SPL)

110 110

100

90

100

90

80

10

80

20

VERTICAL OFF-AXIS UP RESPONSE

(dB) 10

Mag [dB] (30°) Mag [dB] (45°) Mag [dB] (60°)

Half-space 0° 15° 30° 45° 60°

110 110

Mag [dB] (15°)

100

90

80

100

90

80

70

10

70

20

Frequency (Hz)

1000

IMPEDANCE (Ohms)

100 100

Passive LF HF

Passive LF HF

10 10

1

10

1

20

Frequency (Hz)

Minimum Impedance:

(Passive) 7.4 ohms @ 220 Hz, (LF) 7.8 ohms @ 280 Hz, (HF) 7.8 ohms @ 3150 Hz

DIRECTIVITY INDEX (dB)

11

Directivity Index

40 40

30

20

30

20

10 10

0

10

0

20

Frequency (Hz)

VERTICAL OFF-AXIS DOWN RESPONSE

(dB) 10

Half Space

Half-space 0°

Mag [dB] (0°) Mag [dB] (15°)

15° 30° 45° 60°

110 110

100 100

90 90

80 80

70

10

70

20

Frequency (Hz)

BEAMWIDTH (Degrees)

12

Beamwidth (Degrees)

Horizontal Vertical

360

100 100

BeamH BeamV

10

10

10

20

Frequency (Hz)

I SERIES Point Source 600

IP6-1122/99 MEDIUM POWER 12-INCH TWO-WAY

90° x

90° INSTALLATION LOUDSPEAKER

HORIZONTAL POLAR DATA

(30dB Scale, 6dB per major division)

90° left 90° left

135°

-6

45°

—

100 Hz

125 Hz

—

160 Hz

200 Hz

135° 45°

—

250 Hz

315 Hz

—

400 Hz

500 Hz

135°

180° back

0° front

180° back

0° front

180° back

90° left

45°

—

630 Hz

800 Hz

—

1000 Hz

1250 Hz

0° front

180° back

-135°

135°

-90° right

90° left

-45°

45°

—

1600 Hz

2000 Hz

—

2500 Hz

3150 Hz

0° front

180° back

135°

-135°

-90° right

90° left

-45° -135°

45°

—

4000 Hz

5000 Hz

—

6300 Hz

8000 Hz

0° front

180° back

135°

-90° right

90° left

-45°

45°

—

10000 Hz

12500 Hz

—

16000 Hz

0° front

-135° -45° -135°

-90° right -90° right

VERTICAL POLAR DATA

(30dB Scale, 6dB per major division)

90° up

135°

90° up

-6

45°

—

100 Hz

125 Hz

—

160 Hz

200 Hz

135°

180° back

0° front

180° back

-45° -135°

45°

—

250 Hz

315 Hz

—

400 Hz

500 Hz

0° front

180° back

135°

-90° right

90° up

-45°

45°

—

630 Hz

800 Hz

—

1000 Hz

1250 Hz

0° front

180° back

-135°

135°

-90° down

90° up

-45°

45°

—

1600 Hz

2000 Hz

—

2500 Hz

3150 Hz

0° front

180° back

135°

-135°

-90° down

90° up

-45° -135°

45°

—

4000 Hz

5000 Hz

—

6300 Hz

8000 Hz

0° front

180° back

135°

-90° down

90° up

-45°

45°

—

10000 Hz

12500 Hz

—

16000 Hz

0° front

-135° -45° -135° -45° -135° -45°

-90° down -90° down -90° down

I SERIES Point Source 600

IP6-1122/99 MEDIUM POWER 12-INCH TWO-WAY

90° x

90° INSTALLATION LOUDSPEAKER

I SERIES

Point Source 600

IP6-1122/99

MEDIUM POWER 12-INCH TWO-WAY

90° x

90° INSTALLATION LOUDSPEAKER

CONNECTION DIAGRAMS

DSP Amp

+/–

Passive

Input

+/–

Passive

Thru

Crossover

HF

LF

DSP

HF

Amp

LF

Amp

Two-way single amp

+/–

HF

Input

+/–

LF

Input

HF

LF

Two-way biamp

NOTES

1. PERFORMANCE SPECIFICATIONS All measurements are taken indoor using a time-windowed and processed signal to eliminate room effects, approximating an anechoic environment, a distance of 6.0 m. All acoustic specifications are rounded to the nearest whole number.

An external DSP with settings provided by Community

Professional Loudspeakers is required to achieve the specified performance; further performance gains can be realized using Community’s dSPEC226 loudspeaker processor with FIR power response optimization.

2. OPERATING RANGE The frequency range in which the on-axis processed response remains within 10dB of the average SPL.

3. CONTINUOUS POWER HANDLING Maximum continuous input voltage (and the equivalent power rating, in watts, at the stated nominal impedance) that the system can withstand, without damage, for a period of 2 hours using an EIA-426-B defined spectrum; with recommended signal processing and protection filters.

4. NOMINAL SENSITIVITY Averaged SPL over the operating range with an input voltage that would produce 1 Watt at the nominal impedance and the averaged SPL over the operating range with a fixed input voltage of 2.83V, respectively; swept sine wave axial measurements with no external processing applied in whole space, except where indicated.

Community Professional Loudspeakers

333 East Fifth Street, Chester, PA 19013-4511 USA

Phone (610) 876-3400 • Fax (610) 874-0190 communitypro.com • [email protected]

5. NOMINAL MAXIMUM SPL Calculated based on nominal

/ peak power handling, respectively, and nominal sensitivity; exclusive of power compression.

6. EQUALIZED SENSITIVITY The respective SPL levels produced when an EIA-426-B signal is applied to the equalized loudspeaker system at a level which produces a total power of 1 Watt , in sum, to the loudspeaker subsections and also at a level which produces a total voltage, in sum, of 2.83V to the loudspeaker subsections, respectively; each referenced to a distance of 1 meter.

7. EQUALIZED MAXIMUM SPL The SPL produced when an

EIA-426-B signal is applied to the equalized loudspeaker system, at a level which drives at least one subsection to its rated continuous input voltage limit, referenced to a distance of 1 meter. The peak SPL represents the 2:1 (6dB) crest factor of the EIA-426-B test signal.

8. AXIAL PROCESSED RESPONSE The on-axis variation in acoustic output level with frequency of the complete loudspeaker system with recommended signal processing applied. 1/6 octave Gaussian smoothing applied.

9. AXIAL SENSITIVITY The on-axis variation in acoustic output level with frequency for a 1 Watt swept sine wave, referenced to 1 meter with no signal processing.

1/6 octave Gaussian smoothing applied.

Two-way input panel

10. HORIZONTAL / VERTICAL OFF-AXIS RESPONSES The loudspeaker’s magnitude response at various angles off-axis, with recommended signal processing applied in the operating mode which utilizes the largest number of individually amplified pass bands. 1/6 octave Gaussian smoothing applied.

11. DIRECTIVITY INDEX The ratio of the on-axis SPL squared to the mean squared SPL at the same distance for all points within the measurement sphere for each given frequency; expressed in dB. 1/6 octave Gaussian smoothing applied.

12. BEAMWIDTH The angle between the -6dB points in the polar response of the loudspeaker when driven in the operating mode which utilizes the largest number of individually amplified pass bands. 1/6 octave Gaussian smoothing applied.

Data presented on this spec sheet represents a selection of the basic performance specifications for the model. These specifications are intended to allow the user to perform a fair, straightforward evaluation and comparison with other loudspeaker spec sheets. For a detailed analysis of this loudspeaker’s performance, please download the GLL file and/or the CLF file from our website: communitypro.com.

CAUTION: Installation of loudspeakers should only be performed by trained and qualified personnel. It is strongly recommended that a licensed and certified professional structural engineer approve the mounting design.

IP6-1122/99 [02FEB2016]