Рупор BEYMA TD164. Инструкция на английском языке

TD-164
CONSTANT DIRECTIVITY HORN
KEY FEATURES
•   Designed to be used with 1 inch compression drivers
•   Coverage angles of 60? in the horizontal plane and
40? in  the vertical plane
•   Precise directivity control in the pass band
•   Square and compact design, providing versatile mounting
options.
•   Cast aluminium construction
GENERAL DESCRIPTION
This horn has been designed to work  especifically  with 1 inch compression drivers, providing  uniform on and off-axis response.
The constant directivity characteristics of  this model  ensure  the ability to cover 60?  width horizontally and 40? width vertically,
at  virtually any frequency within its operational range. To ensure freedom of resonance, this horn is constructed of cast
aluminium, with flat front finish to facilitate flush mounting. Its square shape allows to easily rotate the horn without any need for
modification in the cabinet.
TECHNICAL SPECIFICATIONS
Throat diameter                                 25.4 mm.
1 in.
Horizontal beamwidth                         60? (+10?,-5?)
(-6 dB, 2 -16 kHz)
Vertical beamwidth                           40? (+31?,-2?)
(-6 dB, 3 -16 kHz)
Directivity factor (Q)           14.1 (average 800 -16 kHz)
Directivity factor (DI)               11 dB (+2 dB, -6.4 dB)
Cutoff frequency                                 1200 Hz
Dimensions (WxHxD)                      202x202x145 mm.
7.95x7.95x5.7 in.
Cutout dimensions (WxH)                    177 x 142 mm.
6.97 x 5.59 in.
Net weight                                  1 kg.     2.2 lb.
Shipping weight                            1.3 kg.   2.86 lb.
Construction:                             Cast aluminium
FREQUENCY        RESPONSE AND DISTORTION CURVES
Note: on axis frequency response measured with CP385/Nd standing on infinite baffle in anechoic chamber, 1w @ 1m.
069

TD 164
CONSTANT DIRECTIVITY HORN
-6 dB BEAMWIDTH*                                               DIRECTIVITY
POLAR RESPONSE**
H                  V                  H                  V                  H                  V
800 Hz                               1,2 kHz                                  2 kHz
H                  V                    H                V                  H                  V
3,1 kHz                               5 kHz                                   8 kHz
H                  V                    H                V                   H                  V
10 kHz                               12.5 kHz                                16 kHz
Notes:
*Horizontal beamwidth is represented by the heavy line.
Vertical beamwidth is represented by the discontinuous line.
** The polar plots are reproduction of measurements done with single sinusoidal signal tones, at the indicated frequencies.
The microphone was placed 2m. from the horn, and rotation was around the centre of the emitter source.
049