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2020
LaON
Technology Co., Ltd. All rights reserved.
53
2.
Daisy-chain PoE Line1 connector (Ethercon RJ45, PSE)
3.
Daisy-chain PoE Line2 connector (Ethercon RJ45, PSE)
Provides Daisy-chain connection function to supply data and power from PoE or 48VDC inputs to another PoE
Line. PoE Line1 and PoE Line2 provide the ability to use the input power from the PoE or 48VDC inputs and
supply the remaining power to the other PoE Line. Therefore, when connecting to an external network switch,
a network switch with a standard PoE specification must be used.
See 3.2 Notes on Installation, PoE pinout
!!! Note:
Without the use of standard PoE specification network switches,
devices connected to the Daisy-
chain PoE Line can be severely damaged.
Connect the network switch to the PoE In port.
!!! Note:
Do not connect the Daisy-Chain PoE Lines to the PoE port on
the BSCCK550 cascade kit (for
BS750, BS550, BS250)
.
!!! Note:
Be sure to
use straight cables for LAN cables. Cross cables can cause damage to the device.
You can use Daisy-chain ring connections to configure power and data redundancy.
See 3.2 Notes on Installation, PoE pinout
4.
1Gbps/100Mbps, PoE input connector (Ethercon RJ45, PD)
A Remote Antenna supplies power to itself and PoE Line 1 and 2, using power from PoE In or a power input
socket. A Remote Antenna uses maximum 8 Watt of power. A Remote Antenna can provide up to 82 watts of
power for the two Daisy-chain PoE Lines. The Remote Antenna can automatically select and use any power
from the PoE In and a power input socket. You can use these ports to configure power redundancy.
See 3.2 Notes on Installation, PoE pinout
5.
48VDC 2.5A Power input connector (4-pin Din)
A power input connector is 48-56VDC at a max power of 90Watt. The external PSU provides the 48VDC 2.5A
required and at its input takes 100-240VAC, 47-63Hz. A Remote Antenna supplies power to itself and PoE Line
1 and 2, using power from PoE In or a power input socket. A Remote Antenna uses maximum 8 Watt of power.
A Remote Antenna can provide up to 82 watts of power for the two Daisy-chain PoE Lines. The Remote Antenna
can automatically select and use any power from the PoE In and a power input socket. You can use these ports
to configure power redundancy. Plug the DC cable from the enclosed PSU into the 48VDC power input
connector (#5) on the bottom of the Remote Antenna.
6.
Mounting element (Camera tripod threaded socket 3/8”)
7.
Mounting element M6
8.
Mounting element (Microphone stand mounting hole)
Install them on the wall or camera tripod or microphone/light stand with interfacing screws.
9.
Kensington lock hole,
Screw hole for a safety wire mounting
10.
Power/Multi-Sync, RF Alert, BS Link, BS Active LEDs
Status LEDs on the front panel of the Remote Antenna.
Power/Multi-Sync LED
Illuminates green when the PoE or PSU is connected.
When the Multi-Sync cable is connected,
When the Remote Antenna is in Slave mode, and the signal is received, it is illuminated in red.
When the Remote Antenna is in Slave mode, and the signal is not received, it is illuminated in green.
When the Remote Antenna is in Master mode, it is illuminated in green.
RF Alert LED
When there are audio breakups seriously, RF Alert LED will go on.
BS Link LED
When the Remote Antenna is connected to the Base Station, BS Link LED will go on.
BS Active LED
When the Remote Antenna exchanges data with the Base Station, BS Active LED will flash.
Antenna installation:
The RA100DW have two antennas mounted inside and perpendicular to the top panel. Therefore, when installing
RA100DW, install the front or rear panel towards the workspace. The radio signal from the top or the bottom panel
is weak.
Note:
The RA100DW should be away from any metal obstructions, walls, and electronic equipment that can create
RF interference. It is highly recommended to place the antenna as high as possible in the center of the
coverage and away from obstructions.
For pairing and setting the Remote Antenna, See GCM user manual, Configuring the Remote Antenna.
Pin
Description
1
48VDC +
2
48VDC +
3
Ground
4
Ground
