Controls
For advanced configuration and control of
the KH 750 DSP via a network we recommend
using the Neumann.Control software, which
is available at www.neumann.com.
Subwoofer Phase
Used to time align the subwoofer
and the loudspeakers. Set in steps
of 45 degrees.
Subwoofer Gain
INPUT GAIN and OUTPUT LEVEL:
Adjusts the dB SPL output level
of the subwoofer for a given dBu
input level.
Low Cut
Attenuates lower frequencies to
compensate for bumps in the
response caused by the room.
Input Ground Lift
Disconnects pin 1 of the analog
inputs to overcome audible
ground loops.
You will find a detailed instruction manual at: | Eine ausführliche Bedienungsanleitung finden Sie unter: | Vous trouverez une notice d'emploi détaillé sur : | Le istruzioni per l'uso dettagliate sono disponibili su: |
Encontrará unas instrucciones de manejo detalladas en: | Consulte o manual de instruções detalhado em: | Een uitvoerige gebruiksaanwijzing staat onder: | Szczegółowa instrukcja obsługi jest dostępna na: |
En utförlig bruksanvisning kan hämtas på: | Du kan finde en udførlig betjeningsvejledning på: | Yksityiskohtainen käyttöohje on saatavissa kohdasta: | Οι αναλυτικέ οδηγίε λειτουργία διατίθενται: |
Ayrıntılı bir kullanım kılavuzu için bkz: |
詳しい取扱説明書は以下でご覧ください : | 상세 사용 설명서는 다음 주소에 있습니다.
www.neumann.com | KH 750 DSP
Power
Analog audio
Analog In (XLR-3F)
Bass Management
Disabling bass management
means the loudspeakers play
as if the subwoofer is not part
of the monitoring system
Analog Out (XLR-3M)
Control Mode
LOCAL: Control via backplate
NETWORK: Control via Neumann.Control iPad® App or MA 1 - Automatic
Auto Standby
ON: standby after 90 min
OFF: no standby
: | 获取详细的使用说明书请访问: | 若要取得詳細的使用說明書, 請造訪 : |
Network control
Network Control (RJ 45)
For advanced configuration and control of the KH 750 DSP
via a network we recommend using the Neumann.Control iPad®
App or the MA 1 - Automatic Alignment software, which are both
available at www.neumann.com.
Digital audio
Digital In (BNC)
Digital Out (BNC)
Alignment software
Channel B Input Mode
Functionality of channel B input