Velg land for levering av forsendelsen

Salget er avsluttet

Shure AXT630 Axient Antenna Distribution System

Produktkode: 1051094 (AXT630E)

Salget er avsluttet

Shure AXT630 Axient Antenna Distribution System

Produktkode: 1051094 (AXT630E)

Salget er avsluttet
Dette produktet produseres ikke lenger eller er ikke lenger en del av vårt tilbud.
Axient antenna distribution system delivers ultra-linear amplification and precision filtering for optimal performance. Features include wideband filtering and up to 15 dB of selectable RF attenuation for signal-to-noise optimization. The AXT630 features selectable 60 MHz input filters that match the available frequency bands of Axient...

Shure AXT630 Axient Antenna Distribution System

Axient antenna distribution system delivers ultra-linear amplification and precision filtering for optimal performance. Features include wideband filtering and up to 15 dB of selectable RF attenuation for signal-to-noise optimization.
The AXT630 features selectable 60 MHz input filters that match the available frequency bands of Axient transmitters, providing extra protection from strong out-of-band signals and a lower overall RF noise floor. Four BNC antenna output pairs distribute filtered signal to receivers, and an unfiltered RF cascade port is included to connect wideband devices like the Axient Spectrum Manager. Networkable via Ethernet connection, the AXT630 enables WWB6 control of filtering ranges, antenna power and attenuation.

Suitability
Properties

Rackmountable

Yes

Colour

Black

Connectors

Type-A Connector

BNC Female

Package

Package Contents

Manual, Power Cable

Power supply

Battery Operation

No

Power Supply

220V

Accessory

UK/EU Power supply included

No

Dimensions and Weight

Weight

4,6 kg

Country

Made in

China

Dokumenter

Instruksjoner for bruk
Informasjon fra produsenten
Produsent:
Shure Europe GmbH
Jakob-Dieffenbacher-Str. 12, 75031 , Eppingen, Tyskland
Sikkerhetsinstruksjoner

Se brukerhåndboken for spesifikke sikkerhetsinstruksjoner for dette produktet.