Black Box LBPS310A-KIT User manual

10/100Base-TX Hardened PoL/PoE Ethernet Extender, Black Box Part Number LBPS310A-KIT (includes one LBPS311A and one LBPS312A)
1V1
This quick start guide describes how to install and use the Hardened Ethernet Extender. This is the
Hardened Ethernet Extender of choice for harsh environments constrained by space.
Installation
Transmitter: This is a PoL (Power over Link) transmitter. Data and power can be delivered at the
same time through one pair of copper wire to turn on and communicate with a Receiver via an
RJ-11 phone jack or a 2-pin Terminal Block interface.
Receiver: This is a PoL (Power over Link) Receiver. The Receiver can be powered either by a
Transmitter through one pair of copper wire or power supply. The Ethernet port supports
IEEE802.3at PoE/PSE for PoE/PD applications.
<Warning>
• Remove the device power before installation.
• Remove the device power before any I/O and DIP switch configuration.
• Do not connect the Transmitter and Receiver to the same power source. Power loops
back through the PoL linked via copper wire might damage the devices.
PoL (Power over Link) Mode Enable Installation
• Ensure all power sources are disconnected from the Transmitter and the Receiver.
• Ensure Transmitter PoL (Power over Link) DIP switch is in On position (Up position).
• Set Transmitter Type DIP switch to Per (Performance, Up position) for better Line Speed (but
poor noise immunity). Or set the Transmitter’s DIP switch to Std (Standard, Down position) for
standard Line Speed (but better noise immunity).
• Check if Receiver Mode is set to Rmt on the DIP switch (Remote, Up position).
• Connect one end of the one pair copper wire to RJ-11 phone jack or 2-pin Terminal Block
interface of the Transmitter and the connect the other end to RJ-11 phone jack or 2-pin
Term i n al B l o ck in t e rfa c e of the Receiver.
• Connect the power source to the Transmitter.
• Data and power can be delivered from Transmitter, and at the same time through one pair
copper wire to turn on and communicate with Receiver.
<Note> The equipment is designed for building installation and not intended to be connected to
exposed (outside plant) networks including campus environments or equivalent.
PoL (Power over Link) Mode Disable Installation
For longer distance (e.g. over 1.4 km) extension applications, the Receiver may not be able to
receive power from Transmitter. A separate power supply may be applied to the Receiver.
• Ensure all power sources are disconnected from Transmitter and Receiver.
• Ensure Transmitter PoL (Power over Link) DIP switch is in Off position (Down position).
• Set Transmitter Type DIP switch to Per (Performance, Up position) for better Line Speed (but
poor noise immunity). Or set the Type DIP switch of Transmitter to Std (Standard, Down
position) for standard Line Speed (but better noise immunity).
• Connect the power source to the Transmitter.
• Check if Receiver Mode is set to Rmt on DIP switch (Remote, Up position).
• Connect the power source to the Receiver.
• Connect one end of the one pair copper wire to an RJ-11 phone jack or the 2-pin Terminal
Block interface of the Transmitter and the other end to a RJ-11 phone jack or the 2-pin
Term i n al B l o ck in t e rfa c e of the Receiver.
• Data can be transmitted between Transmitter and Receiver via copper wire.
Physical Description
The Port Status LEDs and Power Inputs
Transmitter
Receiver
• DC Terminal Block Power Inputs: 2.5A @ 48VDC (Peak current 3.26A). Two pairs of power
inputs can be used to power up this Ethernet Extender. Redundant power supplies are
supported. You only need to have one power input connected to run the Ethernet Extender.
• DC JACK Power input: 2.5 A @ 48 VDC (Peak current 3.26 A).

10/100Base-TX Hardened PoL/PoE Ethernet Extender, Black Box Part Number LBPS310A-KIT (includes one LBPS311A and one LBPS312A)
2V1
Power Input Assignment
Power1
48 VDC
DC Jack
Power2
＋
T: 46-57 VDC
R: 46-57 VDC
Terminal
Block
－
Power Ground
Power3
＋
T: 46-57 VDC
R: 46-57 VDC
－
Power Ground
Earth Ground
DIP
Switch
Down
Up
Transmitter
PoL
Disable Power over Link
Enable Power over Link
Type
Std (Standard)
Standard line speed
Better noise immunity
Per (Performance)
Better line speed
Poor noise immunity
Receiver
Mode
Loc (Local), Set Receiver
to Local Mode
Rmt (Remote), Set
Receiver to Remote Mode
Type
Std (Standard)
Standard line speed
Better noise immunity
Per (Performance)
Better line speed
Poor noise immunity
LEDs
State
Indication
Power 1/2/3
Steady
Power received
Off
Power off
PoL
Steady
Power Ethernet extension interface function is enabled
Off
No power is transmitted over Ethernet extension interface
PoE
Steady
Powered device (PD) is connected
Off
Powered device (PD) is disconnected
Link
Steady
A valid Extender connection established
Fast Flashing
Data transmission or receiving
Slow Flashing
Extender port under negotiation mode
Off
Extender interface connection is not established
Line Speed
Steady
Displays the link speed in Mbps
PSE Output
Steady
PoE power can be transmitted for PD
All off
No PoE power can be transmitted for PD
Green
Steady
A valid Ethernet connection established
Flashing
Data transmission or receiving
Off
Non-Ethernet connection is established
Yellow
Steady
Link speed at 100Mbps
Off
Link speed at 10Mbps
Power over Link (PoL) Enabled
Distance
Data Rate
Receiver PoE
Output
300M
100Mbps
30.0 W
400M
90Mbps
15.4 W
600M
60Mbps
14.0 W
800M
45Mbps
9.5 W
1000M
35Mbps
7.0 W
1200M
20Mbps
5.0 W
Power over Link (PoL) Disabled
Power Supply Applied on Receiver
Distance
Data
Rate
Receiver PoE Output
1400 M
15M bps
30.0 W
1600 M
10 Mbps
30.0 W
1800 M
3 Mbps
30.0 W
Up to 2200
M
1Mbps
30.0 W
<Note> The Reference Performance is tested on 24AWG Telephone wire (0.5mm diameter, 1-pair
wire, Cable impedance: 100ohm).
10/100Base-TX and Ethernet Extender Connectors
10/100Base-TX Connection
The following lists the pinouts of
10/100Base-TX RJ-45 port.
Pin
Regular Port
PoE Port
1
Output Transmit Data +
Output Transmit Data +
2
Output Transmit Data -
Output Transmit Data -
3
Input Receive Data +
Input Receive Data +
4
Positive (VCC+)
5
Positive (VCC+)
6
Input Receive Data -
Input Receive Data -
7
Negative (VCC-)
8
Negative (VCC-)
Ethernet Extender Connection
RJ-11 and Terminal Block port pinouts:
Pin 3: Tip, Pin 4: Ring.
Use a telephone line to connect two RJ-11 or
Term i n al Blo c k ports between two Hardened
Ethernet Extenders.
Functional Description
• Meets EN61000-6-2 & EN61000-6-4 EMC Generic Standard Immunity for industrial
environment.
• Ethernet port: Supports IEEE802.3/802.3u/802.3x. Auto-negotiation: 10/100Mbps,
full/half-duplex; Auto MDI/MDIX.
• Auto data rate negotiation for Ethernet extension interface.
• Six speeds with speed indicator LEDs on front panel of unit, up to 100 Mbps @ about 300
meters (984 ft.), down to 1 Mbps @ about 2,200 meters (7,218 ft.).
• Supports Power over Ethernet application up to 1,200 meters (3,937 ft.) for Max. 5 watts
power consumed by PoE powered devices.
• Power consumption:
- Enable Power over Link (PoL) function: Max. 65 Watts
- Disable Power over Link (PoL) function: Transmitter: Max. 5 W
Receiver: Max. 35 W with PoE output
Max. 5 W without PoE output.
• Power Supply: Redundant T: 46-57 V, R: 46-57 VDC Terminal Block power inputs and 48
VDC Latched DC JACK interface.
• Operating temperature range @ -40℃ to 75℃ (-40℉ to 167℉). Tested for functional
operation
@ -40℃ to 85℃ (-40℉ to 185℉).
• Supports Din-Rail or Panel Mounting installation.