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PowerMatch® PM4500 / PM4500N

configurable power amplifier

TECHNICAL DA

TA SHEET

All information subject to change without notice.

® 2014 Bose Corporation

All trademarks are those of their respective owners.

Bose 

Professional Systems Division

6

OF 7

p r o . B o s e . c o m

Architects’ and Engineers’

Specifications

The amplifier shall contain all solid-state circuitry, using MOSFET

output devices employing Class-D topology and a current and

voltage feedback loop circuit. The amplifier shall incorporate

a switch-mode power supply with fast-tracking power factor

correction (PFC) that will allow full-rated power from AC outlets

ranging from 100 – 240 V, 50/60 Hz. The amplifier shall have

an IEC 60320-C14 10/15-amp electrical power inlet and shall

be equipped with a removable power supply cord. The amplifier

shall include protection from shorted and open loads, general

overheating, DC, high-frequency overloads, under/over voltage

and internal faults.
The amplifier shall contain four independent amplifier channels,

which can be configured to allocate the 2000 watts total rated

output power between 1 and 4 channels. The amplifier shall

contain variable speed fans, which are automatically controlled

to minimize acoustic noise. Fan airflow direction will be from the

front panel to the rear panel and should not require air filtering.

Rack mounting of multiple amplifiers shall be possible without

extra rack spacing for ventilation. The amplifier shall be capable

of continuous operation at 1/3 of rated power into 4-ohm loads,

in ambient temperatures up to 104° F (40° C). The typical current

draw at 1/3-rated power shall be 7.6 amps with 120 VAC and 3.9

amps with 230 VAC.
The power amplifier shall meet or exceed the following

performance specifications:

• Analog input sensitivity for rated output: 0, +4, +12 and +24

dBu, user selectable

• Rated output power, per channel, with all channels driven

less than 0.1% THD, typical (1 kHz): Mono mode with up to 4

channels, 500 watts into 4 ohms and 300 watts into 8 ohms. V-

Bridge mode with up to 2 channels, 1000 watts into 4 ohms, 8

ohms, or with 100V lines (at 1% THD), 800 watts with 70V lines

(at 1% THD). I-Share mode with up to 2 channels, 1000 watts

into 2 ohms. Quad mode at 1 channel, 2000 watts into 4 ohms

or with 100V lines (at 1% THD), 1600 watts with 70V lines (at

1% THD)

• Frequency Response (±0.5 dB at 1 watt): 20 Hz to 20 kHz
• Signal-to-Noise Ratio (below rated power, A-weighted with +24

dBu analog input sensitivity) >102 dB

• Total Harmonic Distortion (1 watt from 20 Hz to 20 kHz): less

than 0.4%

• Intermodulation Distortion (SMPTE 60 Hz and 7 kHz): less than

0.4%

• Channel Separation (adjacent channels at 1 kHz): greater than

65 dB

• Damping Factor (10 – 1000 Hz, 4 ohms, measured at amplifier

output): greater than 1000

The amplifier shall incorporate four balanced analog inputs, with

rear-panel mounting and utilizing 3-pin terminal block connectors.

The analog inputs shall support up to +24 dBu input signals.

The amplifier shall support a digital expansion slot capable of

receiving 4 digital audio channels using optional digital expansion

cards, available in proprietary and industry-standard protocols.

The amplifier outputs shall terminate with an 8-pin, high-current,

terminal-block connector, accepting 10-22 AWG cables.

The amplifier shall include digital signal processing (DSP)

optimized for loudspeaker processing, with 24-bit, 48 kHz

operation. The total latency (analog input to amplifier output) shall

be less than 0.95 milliseconds. The fixed-block signal processing

shall include the following elements for each of the four channels:

5-band parametric input EQ, array EQ, bandpass (crossover)

filters, 9-band parametric output EQ, delay, output peak and

RMS-average limiter. A 4x4 matrix mixer shall be included for

routing and attenuation of any input/output combination. A signal

generator supporting tone, noise and sweep functions shall be

included, which shall also enable the amplifier to measure, record,

and store automated impedance sweeps on any output channel.
The amplifier front panel shall contain a user interface with a 240

x 64 LCD primary display, with LED indicators for signal present,

input clipping, output limiting and fault. Functions accessible from

the front-panel interface shall include output configuration, fault

logging, mute, input sensitivity selection, output attenuation, EQ

on/off per channel and loudspeaker processing preset recall.
The amplifier shall contain a PC interface with a front-panel USB

connection, which will allow full amplifier setup, configuration

and monitoring using Bose® ControlSpace® Designer™ software

(PM4500N model only). The network version amplifier shall also

contain a rear-panel Ethernet interface available from an RJ45

connector to allow serial over Ethernet communications and

network control/monitoring of multiple network version amplifiers

when using a PC running Bose ControlSpace Designer software.
The amplifier chassis shall be constructed of steel with a durable

black finish. The dimensions of the amplifier shall allow for 19-

inch (483 mm) EIA standard rack mounting. The amplifier shall be

3.5 inches (2RU, 88 mm) in height, and 20.7 inches (525 mm) in

depth. The amplifier shall weigh 24.4 pounds (11.1 kg).
The amplifier shall be the Bose PowerMatch PM4500 (PM4500N)

configurable professional power amplifier.

Safety and Regulatory Compliance

PowerMatch configurable professional power amplifiers comply

with CE requirements, are cUL listed according to UL60065

(7th edition) and CAN/CSA C22.2 No. 60065-03; CB approved,

according to IEC60065 (7th edition), including group and national

differences. These models also comply with FCC Part 15B Class

A, Canadian ICES-003 Class A, EN55103-1, EN55103-2, and

CISPR13 requirements. 

Product Codes

PowerMatch® PM4500

PowerMatch PM4500 - US

361814-1110

PowerMatch PM4500 - AU

361814-2110

PowerMatch PM4500 - JPN

361814-3110

PowerMatch PM4500 - EU

361814-4110

PowerMatch PM4500 - UK

361814-5110

PowerMatch® PM4500N

PowerMatch PM4500N - US

361813-1110

PowerMatch PM4500N - AU

361813-2110

PowerMatch PM4500N - JPN

361813-3110

PowerMatch PM4500N - EU

361813-4110

PowerMatch PM4500N - UK

361813-5110

Expansion Cards

 

PowerMatch® CobraNet® card

345975-0110

PowerMatch® Dante™ network card

359844-0020

Summary of Contents for PM4500

Page 1: ...d using ControlSpace Designer software via the onboard front panel USB connection or the rear panel Ethernet connection network models only Using ControlSpace Designer software you can access additional features including Parametric EQ stages load sweep of each output channel and auto standby ControlSpace Designer software is also used to integrate network model PowerMatch amplifiers into larger c...

Page 2: ... pass Array EQ Filters 2 band RoomMatch array EQ Maximum Output Delay 3 s Output Limiter Peak and RMS voltage Audio Inputs Input Channels Analog Digital Optional Card 4 balanced line level 4 selectable range Input Impedance 100 kΩ N A Sensitivity 0 4 12 24 dBu selectable Digital 0 12 20 24 dBFS selectable Maximum Input Level 24 dBu at 24 dBu sensitivity setting N A Connectors Input 3 pin Phoenix C...

Page 3: ...n adds Ethernet RJ45 Fault Notification Output NC NO Relay Contact 1 A 30 VDC 3 pin Phoenix Contact connector orange color part 1976010 Footnotes 1 Output power is measured per channel all channels driven using test signals at 1 kHz 2 Configuration not recommended not optimal 3 Derated use available Refer to the application note Using MONO Mode single channel to Drive High Impedance Loudspeaker Lo...

Page 4: ...g into rack mount enclosures 1 Analog Input connectors Line level balanced input connectors 24 dBu max 2 Fault Notification Output 3 pin normally open or normally closed contact closure fault connection 1A 30 VDC max 3 Ethernet network connector network versions only RJ 45 connection supporting ControlSpace Designer software and Serial over Ethernet communications 4 Rear airflow vents Exhaust vent...

Page 5: ...onfigurable power amplifier TECHNICAL DATA SHEET Bose Professional Systems Division 5 OF 7 pro Bose com Mechanical Diagrams Back View Front View Right View 19 0 483mm 17 1 435mm 3 0 76mm 3 5 88mm 18 5 470mm 20 7 525mm 21 0 533mm ...

Page 6: ...g 4 digital audio channels using optional digital expansion cards available in proprietary and industry standard protocols The amplifier outputs shall terminate with an 8 pin high current terminal block connector accepting 10 22 AWG cables The amplifier shall include digital signal processing DSP optimized for loudspeaker processing with 24 bit 48 kHz operation The total latency analog input to am...

Page 7: ...plifier TECHNICAL DATA SHEET All information subject to change without notice 2014 Bose Corporation All trademarks are those of their respective owners Bose Professional Systems Division 7 OF 7 pro Bose com PowerMatch ESPLink input card 349898 0110 ...

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