Proel WM101 - Manuale (Pagina 6)

6
INTRODUCTION
Thank you for choosing this PROEL product and for your trust in our brand, synonymous of professionalism,
accuracy, high quality and reliability. All our products are CE approved and designed for continuous use in
professional systems.
DESCRIPTION
The WM101 Wireless Microphones series is a UHF, quartz controlled, fixed frequency device, which provides
a reliable, high quality signal transmission.
WM101 Wireless Microphone system features 3 units: WM101 receiver, WM11M handheld transmitter and
WM11B body pack transmitter. The system is available in three different configurations, each of them
including an ABS carrying case:
WM101M :
WM101 + WM11M
WM101H : WM101 + WM11B + Headset
WM101KIT : WM101 + WM11M + WM11B + Headset
Three factory pre-build frequencies are available, which have been selected to allow the simultaneous use of
3 devices without interference between them (depending on the circumstances):
1.
863.100 MHz
2. 864.350 MHz
3. 864.850 MHz
WM101 RECEIVER
See FIG. 1 at page 15:
1.
DC IN
Socket for the AC/DC adaptor connection, use only the adaptor supplied with the system.
2. AUDIO OUT (UNBALANCED)
Unbalanced audio output with line level: connect it through a mono 6.3mm jack cable to a mixer input.
3. PWR / VOLUME
On/off switch and volume potentiometer: set this control to a proper level that doesn’t saturate the
mixer input channel.
4. ON
Red LED: if lighted states that the power supply is present and the receiver is turned on.
5. RF
Green LED: if lighted states that the transmitter is sending a radio signal to the receiver.
6. AF
Yellow LED: illuminates when an audio signal is present.
7. ANTENNA
This is the receiving antennas. Raise it up during the use and, to obtain a better reception, place the
receiver away from other metal objects and no more distant than 25m from the transmitter.
8. RECEIVING FREQUENCY
In this label, together with the general data of the receiver, you can find the receiving radio frequency.
In case of use of more radio apparatus it must correspond to the frequency of the wireless transmitter
that will be used.