PSB CS500 사용자 매뉴얼

다운로드
페이지 11
Frequency Response
On Axis @ 0°±3dB
On Axis @ 0°±1 1/2dB
Off Axis @ 30°±1 1/2dB
LF Cutoff -10dB
Sensitivity
Anechoic Chamber
Listening Room
Impedance
Nominal
Minimum
Input Power
Recommended
Program
Acoustic Design
Tweeter (Nominal)
Woofer (Nominal)
Crossover
Internal Volume
Design Type
Size (W x H x D)
Weight
Net
Shipping
Finish
CS1000
Universal Loudspeaker
45-23,000Hz
59-20,000Hz
59-10,000Hz
40Hz
86dB
88dB
8 Ohms
6 Ohms
20 - 150 Watts
150 Watts
1” (25mm) Titanium 
Dome with Ferrofluid
Neodymium Magnet
6 1/2” (165mm)
Clay/Ceramic filled
Polypropylene Cone
Rubber Surround
2,200Hz, LR4
0.3 cu ft (8.5L)
Bass Reflex
9 1/4 x 12 1/4 x 11 3/4” **
235 x 310 x 296mm
10lbs (4.5kg)/each
24lbs (11kg)/pair
Black or White
CS500
Universal Loudspeaker
63-23,000Hz
65-20,000Hz
65-10,000Hz
50Hz
85dB
87dB
8 Ohms
6 Ohms
20 - 120 Watts
120 Watts
1” (25mm) Titanium 
Dome with Ferrofluid
Neodymium Magnet
5 1/4” (135mm)
Clay/Ceramic filled
Polypropylene Cone
Rubber Surround
1,800Hz, LR4
0.2 cu ft (5L)
Sealed
7 5/8 x 10 1/2 x 8” **
192 x 266 x 203mm
5.7lbs (2.59kg)/each
16.5lbs (7.5kg)/pair
Black or White
CustomSound
All specifications are subject to change without notice. 
Non-metric measurements are approximate. PSB Speakers will not assume any liability for errors in this brochure which may result in errors being made by retailers, custom installers, cabinet makers 
or other end users based on information contained in this document.PSB Speakers reserves the right to change specifications or features without notice. © 2011 PSB Speakers, a division of Lenbrook Industries Limited. PSB is a registered trademark of 
Lenbrook Industries Limited.  All rights reserved. No part of this publication may be reproduced, stored or transmitted in any form whatsoever without the written permission of PSB Speakers. 11-055 Printed February 2012.
www.psbspeakers.com
Available in Black or White.
(Anechoic Chamber)
(1W (2.83V) @ 1M, IEC-Filtered pink noise, C-weighted)
(RMS, Clipping <10% Time)
(Gross Dimensions)
** Non-metric measurements are approximate.