PowerDsine 6001 User manual

Safety Information (cont.)
WARNING
Read the installation instructions before connecting
the Power over LAN Hub to its power source.
WARNING
Follow basic electricity safety measures whenever
connecting the Power over LAN Hub to its power source.
WARNING
This product relies on the building installation for
short-circuit (over current) protection. Ensure that a
fuse or circuit breaker no larger than 120 VAC, 3A.
U.S. (240 VAC, 1.5A international) is used on the
phase conductor.
WARNING
A voltage mismatch can cause equipment damage
and may pose a fire hazard. If the voltage indicated
on the label is different from the power outlet voltage,
do not connect the Power over LAN Hub to this
power outlet.
WARNING
The Power over LAN Hub "Data In" and "Data &
Power Out" ports are shielded RJ-45 data sockets.
They cannot be used as Plain Old Telephone
Service (POTS) telephone sockets. Only RJ-45 data
connectors may be connected to these sockets.
2002 PowerDsine
All Rights Reserved.
P/N Y1-6040-010
Rev. A0
1-Port
Power over LAN
Hub User Guide
Notice
It is PowerDsine’s policy to improve its products as
new technology, components, software, and
firmware become available. PowerDsine, therefore,
reserves the right to change specifications without
prior notice.
Trademarks
The product described in this guide is a licensed product of
PowerDsine.
Power over LANis a trademark of PowerDsine Ltd.
Technical Support
If you encounter problems when installing or using this
product, please consult the PowerDsine website at:
http://www.powerdsine.com
If these resources don’t provide the help you need,
please contact your local authorized PowerDsine
reseller for additional technical support.
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Functions and Features
The device is design to meet the IEEE802.3af standard
The Power over LAN Hub adds 48VDC to the unused (non-data)
wires in standard Category 5 Ethernet cable. As a result, the
Power over LAN Hub delivers both data and power to the
terminal.
EMC Compliance: Category 5 foiled twisted-pair cables must be
used to ensure compliance with requirements of FCC Part 15,
subpart B, Class B. The use of unshielded cables (Category 5 for
10BASE-T ports or for 100BASE-Tx ports) complies with Class A
requirements.
Installation
The Power over LAN Hub may be free standing or wall mounted
using the back wall holders.
NOTE:
Before you mount the Power over LAN Hub to a fixed location:
•Ensure not to cover the Power over LAN Hub or block the
airflow to the Power over LAN Hub with any other objects.
Keep the Power over LAN Hub away from excessive heat and
humidity, and free from vibration and dust.
•Ensure that the cable length from the Ethernet network source
to the terminal does not exceed 100 meters (333 Feet). The
Power over LAN Hub is not a repeater and does not amplify
the Ethernet data signal
Installing the Unit
•Connect the Power over LAN Hub to an AC outlet (100-
240 VAC), using a standard power cord.
•Connect the unit Data In jack (input) to the Ethernet network
and the Data & Power Out jack (output) to the terminal.
Power
Active Main
Data
I n
Data & Power
Out
Ethernet
Port Input
Cat. 5 Cable
Port Output
Terminal
Port Connectivity
Indicators IEEE 802.3af Compliant
PowerDsine 6001
Figure 1: Illustration of connectivity for the Power over LAN
Hub.
NOTE:
There is no “on-off” switch. Simply plug the Power over LAN
Hub into an AC power source.
Indicators
.indicates that the power is onsteady green-LedMain
.indicates that the terminal is connectedsteady green-LedActive(Power is active)
Specifications
Environmental Specifications
Mode Temperature Humidity
Operating 0to 50 °C32 to 122°F10 to 90%
(no condensation allowed)
Storage -20 to 70 °C-4to 158°F10 to 90%
(no condensation allowed)
Electrical Specifications
Input Voltage 90 to 264 VAC
(47-63 Hz)
Input Current at 110 VACInput Current at 220 VAC 0.34 ampere (max)0.17 ampere (max)
Minimum Available Output Power 15.4 Watts
Nominal Output Voltage 45 to 56 VDC
Ethernet Interface
Input (Data In):Ethernet 10/100Base-TRJ 45 female socket
Output (Data & Power Out):Ethernet 10/100Base-T, plus
48 VDC
RJ 45 female socket, with
DC voltage on wire pairs
7-8and 4-5.
Troubleshooting
•Ensure AC power is applied to the Power over LAN Hub,
using an operational AC cable with an appropriate
ground connection.
•Ensure the use of a standard 4 pair (8 wires) UTP or
FTP CAT5 cable.
•Ensure a “crossover” type Ethernet cable is not used.
•Ensure input Ethernet cable is connected to the Data In
port.
•Ensure output Ethernet cable is connected to the
Data & Power Out port.
•Verify that the Ethernet cable length is less than
100 meters from the Ethernet source to the load.
•Verify that power ready Ethernet compatible device is
connected.
•Verify that you are not using any cross over cable
between the Power over LAN Hub output port and the
load device.
•Verify that there is no short over any of the twisted pair
cables or over the RJ45 connectors.
Safety Information
Important Safety Information
•Installation and removal of the Power over LAN Hub
must be carried out by qualified personnel only.
•AC Power Cord Set:
qThe power cord must have regulatory agency
approval for the specific country in which it is used
(i.e., UL, CSA, VDE, etc.).
qThe power cord must be a three-conductor type
(two current carrying conductors; one ground
conductor) terminated on one end by an IEC 60320
appliance coupler (for connection to the Power over
LAN Hub), and on the other end by a plug
containing a ground (earthing) contact.
qThe power cord must be rated for a minimum of
250Vac RMS operation, with a minimum rated
current capacity of 5 amps (or a minimum wire
gauge of 18 AWG (0.75mm2)). Note: Power over
LAN Hub units installed in Australia require power
cords with a minimum wire gauge of 16 AWG (1.0
mm2).
•The AC wall socket-outlet must be near the Power over
LAN Hub and easily accessible. You can remove AC
power from the Power over LAN Hub by disconnecting
the AC power cord from either the wall socket-outlet or
the Power over LAN Hub appliance coupler.
•The Power over LAN Hub data and data / power
interfaces are qualified as SELV (Safety Extra-Low
Voltage) circuits according to IEC 60950. These
interfaces can only be connected to SELV interfaces on
other equipment.