PYLE Audio PDWM9000 User Manual
AF
CH 02: 801 . 50MHz
MAX
RECEIVER
RF
CH.A
MIN
LCD
MAX
POWE
R
UHF
PROFESSIONAL
WIRELESSMICROPHONE
AF
CH 02: 801 . 50MHz
RECEIVER
RF
LCD
CH.A
MIN
PDWM9000 User’s Manual
Introduction
Thank you for selecting th PLL
e PDWM9000 Dual UHF
Synthesized Diversity System. Before operating please read this
instruction manual carefully and thoroughly in order to understand the
correct operating procedures and achieve the best results.
The PDWM9000 is an UHF wireless
advanced PLL synthesized
system. Designed for professional applications, it has a 1U rackmount
receiver
, balanced XLR and unbalanced 1/4” connections.
This system includes the following accessories:
Audio Output Cable
Antennas (2)
Instruction Manual
AC Power Cable
1. Parts Name and Functions
A. Front Panel
POWE
(2)
PROFESSIONAL
UHF
WIRELESSMICROPHONE
R
AF
RF
CH 02: 801 .50MHz
LCD
RECEIVER
CH.A
(3) (5) (3) (5)(4) (4)
MIN
AF
CH 02: 801 .50MHz
MAX
RECEIVER
RF
CH.A
MIN
LCD
MAX
Fig. 1
B. Rear Panel
ANT B ANT A
(1) (6) (7) (6) (8) (1)(9)
OUT B MIX OUT OUT A DC12
(1) Antenna Connector
(2) Power Switch & LED Indicator
(3) Channel Selector
(4) LCD Display
(5) Volume Control
(6) Individual Balanced Audio Output Jacks
(7) Mixed Unbalanced Audio Output Jack
(8) DC 12V Power Input Jack
(9) AC Power Input Jack
(10) Voltage Selector
1
AC:110/220V 50/60Hz
(10)
Fig. 2
2. Installation of the Receiver
ANT B ANTA
OUT B MIX OUT OUTA DC12
AC: 110V/220V50/60Hz
Fig. 3
1. Power Connection
Connect the AC power cable to the 110/220V AC jack (9) and the other end
into an AC outlet. Check the voltage selector (10) as shown in Fig. 4.
DC12
AC: 110/220V50/60Hz
ANTA
Fig. 4
2. Audio Output Connection:
(A) 1/4” Unbalanced Output: Connect from the unbalanced
output jack (7) of the receiver the input jack of the amplifier,
as shown in Fig. 3.
This outputs the sound from both microphones
to mixer or
a 1/4” cable
together.
(B) XLR Balanced Output: Connect an XLR cable from the balanced
output jack (8) of the receiver to the input jack of the mixer or amplifier,
as shown in Fig.3. There are two individual outputs corresponding to
the two microphones.
12
3
2
1:GND
2:HOT
3:COLD
+
Fig.5
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