JBL 1400 ARRAY User Manual

Project Array
TM
– 1400 Array
Key Specifications
Description: Three-way, 350mm (14") floorstanding speaker
Frequency response: 32Hz – 40kHz
Crossover frequencies: 750Hz/8kHz
Power handling: 300 Watts
Sensitivity (2.83V@1m): 89dB
Nominal impedance: 8 Ohms
Dimensions (H x W x D): 1181mm x 394mm x 483mm
(46-1/2" x 15-1/2" x 19")
Weight: 52kg (115 lb)
Highlights
Aluminum compression driver
Titanium tweeter
Classic JBL professional
bass drivers
Unique enclosure
Seamless system integration
Top-of-the-line loudspeaker
Offers sound quality that is
truly extraordinary
High-performance loudspeaker
The 1400 Array is the top-of-the-line loudspeaker in JBL’s Project Array
TM
lineup. Engineered for superlative sonic performance
in the most ambitious home theater and music systems, the 1400 Array’s remarkable fidelity and sonic realism is sure to thrill
even the most-demanding audiophiles. The 1400 Array utilizes the same 435AL aluminum midrange compression driver found in
JBL’s ultrahigh-end K2
®
S5800 Series loudspeaker, paired with an ultrahigh-frequency 045Ti pure-titanium compression driver.

JBL 1400 ARRAY Specifications

General

Brand	JBL
Model	1400 ARRAY
Category	Speakers
Language	English

Summary

Project Array 1400 Array Highlights

Aluminum Compression Driver

Features an aluminum compression driver for exceptional audio performance.

Titanium Tweeter

Incorporates a pure-titanium compression driver for ultrahigh frequencies.

Extraordinary Sound Quality

Offers sound quality that is described as truly extraordinary.

Project Array 1400 Array Key Specifications

Description

A three-way, 350mm (14") floorstanding speaker engineered for high-fidelity audio.

Frequency Response

Covers a wide frequency range from 32Hz to 40kHz for comprehensive audio reproduction.

Crossover Frequencies

Power Handling

Sensitivity

Nominal Impedance

Project Array 1400 Array Features

Three-Way Floorstanding Design

Low-Frequency Driver

Ultrahigh-Frequency Driver

Midrange Compression Driver

Advanced Driver Technology

Highlights the use of neodymium motor assemblies, Kapton suspension, and advanced diaphragm materials.

Woofer Transducer

Crossover Network