BOSE PANARAY MSA12X Digital Beam-Steering Loudspeaker User Guide

BOSE PANARAY MSA12X Digital Beam-Steering Loudspeaker User Guide

BOLD SOUND. HIDDEN IN PLAIN SIGHT.

Whether it’s an auditorium, place of worship, lecture hall, or museum, sound is a critical part of the experience. Because the right audio solution can bring a space together — and enhance an experience — like nothing else. But loudspeakers often get in the way visually and lack the features and flexibility to fully support these kinds of spaces

Panaray loudspeakers from Bose Professional are the answer. They offer a slim, attractive design and deliver a bold audio experience: full-range sound, outstanding vocal intelligibility, and agile coverage control to conquer even the most acoustically challenging spaces

THE AGILE INSTRUMENT FOR YOUR NEXT PROJECT

The Panaray MSA12X loudspeaker brings a new layer of control and convenience to your next installation. Self powered, the MSA12X loudspeaker offers electronic beam steering in a cost effective, building-block solution that is easier to design with, easier to order, and easier to install.

Key features .

Full-range sound with extended LF beam control delivers both speech and music reinforcement Digitally-steerable vertical coverage and sleek design for a clean, unobtrusive appearance Simplified design process for flexible installations using 1, 2 or 3 modules Discrete transducer amplification and DSP processing Twelve drivers (600 watts) per module Dante® digital audio network interface and line-level analog input Single- and dual-beam presets developed to match common room geometries and coverage needs 160° horizontal coverage for accommodating wide room shapes, including fan-shaped rooms Integrated setup, preset recall, and monitoring using ControlSpace Designer software All brackets and interconnect cabling included — no extra parts to order

Dante-ready .

NETWORK AUDIO AND CONTROL

Send digital audio to the MSA12X through the integrated Dante network connection. Also use this port for Control Space network integration, enabling control, monitoring, and beam preset recall from Control Space-compatible processors, end user controls, and third-party control systems. Or use the analog input for basic applications.

Bose Array Tool software .

VIRTUAL SOUND DESIGN FOR THE REAL WORLD
Bose Array Tool software helps you create loudspeaker designs quickly and precisely. Get to work right away with an intuitive three-step interface, familiar workflow, and direct-field calculation engine, which give you the freedom Add in Panaray MA12 or MA12EX as delay or fill loudspeakers. And easily combine the MSA12X with Bose processors, amplifiers, sub woofers, and end-user hardware or software control to deliver seamless, end-to-end solutions

Modular configuration .

BUILDING BLOCKS AND COLORS

With the modularity of the MSA12X, you can combine one, two, or three units per column depending on your client’s needs. Get system design done earlier using simple criteria based on throw distance, low-frequency coverage, and SPL requirements. Then select from just two models — white or black — and paint them if needed.

Typical Usable Throw Distance(4) 1
Max/Peak SPL (3)
Beam Control LF Limit

Single

1 m (39 in)  97 / 103 dB at 10 m (33 ft) 500 Hz

Double

2 m (78 in) 25 m (82 ft) 96 / 102 dB at 20 m (66 ft) 250 Hz

Triple

3 m (117 in) 35 m (115 ft) 95 / 101 dB at 30 m (98 ft) 160 Hz

to experiment. Select one of three beam patterns, drag throw lines and beam angles over the seating area surface, and evaluate the coverage prediction in real-time.

Step 1 Draw surfaces for listening areas.

Step 2 Select and arrange loudspeakers.

Step 3 Send module configuration using Control Space Designer.

ADVANTAGES OF COLUMNAR ARRAY LOUDSPEAKERS

Columnar array speakers apply linear sound source theory, using driver units that are arranged in a row. This provides better front-to-back SPL consistency compared to pointsource designs. The columnar array design suppresses vertical sound emissions, improves clarity, provides greater
resistance to feedback, and delivers far-reaching sound even in spaces with a lot of reverberation. It also allows for digital beam steering for even more precise and accurate coverage.

COVER MORE SEATS WITH BEAM STEERING

Traditional columnar arrays naturally confine vertical coverage for improved intelligibility and clarity. However, they must be aimed precisely toward listeners. Since the sound spread is limited, it takes more effort, and cost, to mount and aim additional loudspeakers. MSA12X uses the latest digital steering technologies and algorithms to direct sound where it’s needed — with fewer modules. Now, system designers can break free from traditional constraints by using a loudspeaker design that’s flexible and adaptable but stills delivers clear, consistent sound.

BEAM PATTERN OPTIONS

Select from three different beam pattern options based on mounting location of the array and the shape of the coverage area. Additionally, you can deploy Dual-beam Mode (shown below) in any sized module configuration (single, double, or triple), and with any combination of beam patterns.

The most basic beam pattern, allows you to steer the axis of the beam vertically, then spread the beam from that axis.

Ideal for flat floor seating with the array bottom mounted slightly above ear height of audience. Provides consistent coverage from the front to the back row.

The Vocal Range Smoothing option — available on both Basic Steer/Spread and Flat-floor Optimized patterns — helps to maintain vocal-range tonal balance consistency throughout the target listening area. It also suppresses beam side-lobes with minimal reduction of headroom.

Good for covering a raked floor or flat floor from a relatively high array position. Radiates using a vertically asymmetrical beam

By utilizing all the drivers of the array for both beams simultaneously, Dual- beam Mode allows you to use any two beam patterns independently

END-USER PRESETS

When MSA12X is part of a networked Bose Control Space system, end users can switch between beam presets to instantly adapt sound coverage to their needs. Designers simply assign re callable beam presets to user interfaces — such as wall controls or the Control Space Remote app — or assign presets to scheduled timer events and third-party control systems. For example, re callable end- users presets could include: half-room or full-room coverage, conference room partitioning coverage, or balcony coverage

SMOOTHER INSTALLATIONS

Installing column loudspeakers can be unwieldy, so we designed the MSA12X to address many common  challenges and make installation easier for you. First, the loudspeakers arrive at your job site with everything you need to mount any module configuration; just bring wall-mounting screws. Next, all models have the same dimensions; no special sizes to worry about. Product codes are simple, and global distribution means consistent and reliable product availability. Finally, with the included brackets and progressive “hang-and- mount” technique, you’ll find the installation process much more manageable.

EXAMPLE SYSTEM DIAGRAM

• Panaray MSA12X Left double-module array
• Panaray MSA12X Right double-module array

• Wall-mounted tablet w/ ControlSpace Remote app

TECHNICAL SPECIFICATIONS

SINGLE MODULE PERFORMANCE

Frequency Response (-3 dB) (1)| 75 Hz – 17 kHz
Frequency Range (-10 dB) (1)| 58 Hz – 18 kHz
Horizontal Dispersion (2)| 160°
Vertical Opening Angles| Software Adjustable: 1 module: up to 30°, 2-3 modules: up to 40° vertical
Vertical Beam Steering Angles| + / – 20°
Max SPL @ 1 m (3)| 112 dB
MULTIPLE MODULE PERFORMANCE| 1-Module| 2-Modules| 3-Modules
Typical Usable Throw Distance (4)| 10 m (33 ft)| 25 m (82 ft)| 35 m (115 ft)
Distance| 10 m (33 ft)| 20 m (66 ft)| 30 m (98 ft)
Max SPL (3) at Distance| 97 dB (103 dB Peak)| 96 dB (102 dB Peak)| 95 dB (101 dB Peak)
Low-frequency Beam Control Limit| 500 Hz| 250 Hz| 160 Hz
Driver Compliment, Full-range Cones| 57 mm (12 × 2.25 in)| 57 mm (24 × 2.25 in)| 57 mm (36 × 2.25 in)
Amplifier Channels / Rated Power| 12 × 50 W| 24 × 50 W| 36 × 50 W
Physical Array Height| 1 m (39 in)| 2 m (78 in)| 3 m (117 in)
ELECTRICAL PERFORMANCE (SINGLE MODULE)
AC Mains Voltage| Universal 85-264VAC/50/60 Hz
AC Mains Connector| IEC60320-C14
AC Power Consumption| 120VAC/240VAC: 25 W idle, 275 W max
AUDIO INPUTS
Analog Audio Input Connector| 3-pin Phoenix connector (5)
Analog Audio Maximum Input Level| 0 dBU/+10 dBu/+24 dBU (pad engaged)
Input Sensitivity| 15 dBu
Input Impedance| 20 kΩ
Digital Audio Inputs| Input: 2 channels of Dante digital audio network (RJ-45), Expansion: LVDS (RJ-50)
Digital Output| Expansion: LVDS (RJ-50)
INTEGRATED DSP
Software, Design and Array Parameter Creation| Bose Array Tool (rapid, direct field prediction),

Bose Modeler (advanced, direct and reverberant prediction)

Software, Programming/Control/Monitoring| Bose ControlSpace Designer
A/D and D/A Converters| 24-bit, 48 kHz
Number of Beams Supported (5)| 2
FIR Filter Support (local MSA12X)| 1024 tap @ 48 kHz
Number User Presets (local MSA12X)| 10
Audio Latency| 5.7 ms
PHYSICAL
Enclosure| Extruded aluminum sidewalls; steel end caps, all powder-coated, paintable
Grille| Powder-coated aluminum, paintable
Indicators and Controls| Power, limit, fault
Operating Temperature Range (Ambient)| 0° to 40° C / 32° to 104° F
Cooling System| Cooling is passive only, airflow bottom to top
Environmental| Indoor only
Suspension/Mounting| Integrated wall brackets; allows horizontal yaw up to 90° in either direction
Dimensions (H × W × D)| 984 × 106 × 206 mm (38.74 × 4.16 × 8.12 in)
Net Weight| 14.5 kg (32 lbs)
Shipping Weight| 19.21 kg (42.35 lbs)

Accessories included

| (1)   Power Cord, (1) Power interconnect cable, (1) RJ-50 Expansion Cable, (1) Phoenix connector,

(2)    Wall/Speaker-mount Bracket sets, (1) Interconnect Bracket, (12) Zip ties, (1) Bose logo, extra (4) m6 flange nuts, (8) m6 Hex Head bolts, (1) yaw bracket

PRODUCT CODES
Black (RAL 9005)| [787856] – 1110, 2110, 3110, 4110, 5110
White (RAL 9010)| [787856] – 1210, 2210, 3210, 4210, 5210

Footnotes

1. Frequency response and range measured at 1 m, on-axis with recommended active EQ in anechoic environment
2. 1-4 kHz average, -6 dB
3. Max SPL calculated based on free-field (no boundary loading gain) sensitivity, exclusive of power compression, and without beam steering, spreading or smoothing functions applied
4. Typical Maximum Usable Throw Distance includes considerations for reverberation and speech intelligibility
5. Analog audio input is limited to 1 beam, 2 beam support requires Dante input

References

• Bose Professional

Read User Manual Online (PDF format)

Download This Manual (PDF format)

Download this manual  >>