Phoenix Contact FB-DP Series Quick guide

User manual
Configuration and setup of
FB-DP… and FB-HS... with
ProfiTrace

2015-07-13
PHOENIX CONTACT 3389_en_A
Configuration and setup of FB-DP… and FB-HS... with ProfiTrace
A
Designation Version Order No.
FB-HS... 2316370
FB-HSB 2316379
FB-HSC 2316371
FB-DP-RPTR 2316373
FB-DP-RPTR/SC 2316374
FB-PA/SC 2316375
User manual
Revision:
This user manual is valid for:

PHOENIX CONTACT
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The use of products described in this manual is oriented exclusively to:
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relevant safety concepts.
– Qualified application programmers and software engineers, who are familiar with the
safety concepts of automation technology and applicable standards.
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3389_en_A PHOENIX CONTACT 1
Table of contents
1 FB-HS... system..........................................................................................................................3
1.1 Introduction............................................................................................................ 3
1.2 Connecting a PROFIBUS/PA segment.................................................................. 3
1.2.1 Cable specifications ............................................................................... 4
1.3 Connecting a PROFIBUS/DP segment.................................................................. 5
1.3.1 Screw terminals ..................................................................................... 6
1.3.2 D-SUB 9 connector ................................................................................ 6
1.3.3 Termination switch ................................................................................. 7
1.4 Modes ................................................................................................................... 8
1.4.1 Link mode .............................................................................................. 8
1.4.2 Coupler mode ........................................................................................ 9
1.5 Configuring repeater modules ............................................................................... 9
1.5.1 Customizing the PROFIBUS network (NW0/NW1) ................................ 9
1.5.2 Redundancy (RED) ................................................................................ 9
1.5.3 Hardware or software settings (H/S) .................................................... 10
1.5.4 Testing and commissioning ................................................................. 10
2 Web server ...............................................................................................................................11
2.1 Login ................................................................................................................... 11
2.2 Status .................................................................................................................. 12
2.2.1 System status ...................................................................................... 12
2.2.2 Module status ...................................................................................... 13
2.3 System log........................................................................................................... 14
3 Configuration ............................................................................................................................15
3.1 General configuration .......................................................................................... 15
3.2 Network ............................................................................................................... 16
3.3 IP address ........................................................................................................... 17
3.4 Password ............................................................................................................ 17
3.5 E-mail account..................................................................................................... 19
3.6 Device management............................................................................................ 21
3.7 Output control...................................................................................................... 22
3.8 User message ..................................................................................................... 23

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4 ProfiTrace OE ...........................................................................................................................25
4.1 Live list ................................................................................................................ 25
4.1.1 GSD library .......................................................................................... 26
4.2 Statistics.............................................................................................................. 26
4.3 Channel list.......................................................................................................... 27
4.4 Message recording.............................................................................................. 27
4.5 Network events.................................................................................................... 29
4.6 Events ................................................................................................................. 30
4.7 Tagging devices .................................................................................................. 31
5 PROFIBUS modules.................................................................................................................33
5.1 Oscilloscope images ........................................................................................... 33
5.2 Oscilloscope errors.............................................................................................. 35
5.3 Bar graphs........................................................................................................... 36
5.4 PA measurements ............................................................................................... 37
5.5 Oscilloscope configuration .................................................................................. 38
5.6 ProfiTrace statistics summary.............................................................................. 39
6 CommDTM ...............................................................................................................................41
6.1 Setting up the PCD server ................................................................................... 41
6.2 Creating a project using FdtCONTAINER............................................................ 42
A Technical appendix...................................................................................................................47
A 1 Bus parameters .................................................................................................. 47
A 2 Current consumption calculations ...................................................................... 47
A 3 Voltage at the end of the segment ...................................................................... 48
A 4 Directories and files............................................................................................ 48
B Appendixes...............................................................................................................................49
B 1 List of figures ...................................................................................................... 49
B 2 List of tables ....................................................................................................... 51

FB-HS... system
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1 FB-HS... system
1.1 Introduction
PROFIBUS coupler/link products transparently convert PROFIBUS DP to PROFIBUS PA
while providing detailed network diagnostics. Advanced configuration and diagnostics of
these products is accomplished through an onboard web server.
Different levels of monitoring capability are provided through the different head stations.
– The FB-HSA does not provide any monitoring capability.
– The FB-HSB provides diagnostic monitoring of one network.
– The FB-HSC provides diagnostic monitoring of up to four networks simultaneously.
Configuration of modules other than the FB-HS... can be accomplished through the
FB-HS..., including other devices on the PROFIBUS network that use compatible FDT/DTM
protocols.
1.2 Connecting a PROFIBUS/PA segment
The bottom of the FB-PA/SC module has two identical connections for the PROFIBUS/PA
trunk. These are connected one-to-one. The integrated termination is activated when power
is connected to the PA module, which means that the FB-PA/SC is always the start of a
segment. The automatic termination cannot be disabled. Most installations will use only one
connector. In that case it does not matter which connector is chosen.
Basic configuration can be accomplished using DIP switches without the need to connect
to the web server.

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4PHOENIX CONTACT 3389_en_A
1.2.1 Cable specifications
Use the correct cable for your project. The table below shows the cable specifications for
PROFIBUS PA. If a cable is not compliant with these specifications, the reliability of the
installation may become unstable.
Spur lines
The trunk line on the PA module can have up to 32 spur lines with the following lengths:
Table 1-1 PROFIBUS cable specifications
Characteristic Specification
Cable design Twisted pair, shielded
Maximum conductor cross section (nominal) 0.8 mm² (AWG 18)
Loop resistance (direct current) 44 Ω/km
Impedance (31,25 kHz) 100 Ω±20%
Attenuation (39 kHz) 3 dB/km
Capacitive asymmetry 2 nF/km
Max. propagation delay change (7.9 to 39 kHz) 1.7 µs/km
Max. shield coverage 90%
Cable length 1900 m
Table 1-2 Spur lines
Number of spur lines Length of the spur (Non-Ex)
25 to 32 Max 1 meter
19 to 24 30 meter
15 to 18 60 meter
13 to 14 90 meter
1 to 12 120 meter

FB-HS... system
3389_en_A PHOENIX CONTACT 5
1.3 Connecting a PROFIBUS/DP segment
The PROFIBUS cable should be wired to the repeaters according to the PROFIBUS
guidelines with suitable cable for the application.
Regular and SCOPE repeater modules are equipped with both a screw terminal connector
and a D-SUB 9 connector for the bus connection. The connectors are linked with each
other, but it is not recommended to use them both.
Figure 1-1 Repeater connection topologies
NW0
NW1
RED
H/S
FB-DP-RPTR
RDY
RX
SW
ER
NW0
NW1
RED
H/S
FB-DP-RPTR/SC
RDY
RX
SW
TERM
ER
HWE
MIN
SCOPE
FB-HSB
RDY
SF
USB
ETH
IOF
SD
MENU NAV.
SD CARD
RDY
RX
POW
AMP
ER
HWE
NWER
FB-PA/SC
NW0
NW1
LINK
H/S
SCOPE
PA

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6PHOENIX CONTACT 3389_en_A
1.3.1 Screw terminals
Pin layout of the screw terminals:
1.3.2 D-SUB 9 connector
The D-SUB 9 connector offers an alternative connector for standard 9-pin PROFIBUS plugs
(one-to-one with the screw terminals).
When the D-SUB 9 connector is utilized and located at the end of the segment, it is
recommended to use the termination on the D-SUB 9 connector rather than on the repeater
module.
A Green wire
BRedwire
SH Cable shielding (direct)1
1Direct shielding is recommended when connecting all shields
I Cable shielding (capacitive)2
2Capacitive shielding connects the shields through a capacitor in cases where not
all shields are connected to separate the different potential levels
Use a 2.5 mm (0.4 mm maximum) screwdriver to connect the PROFIBUS cable to the
repeater modules.

FB-HS... system
3389_en_A PHOENIX CONTACT 7
1.3.3 Termination switch
A two-position switch, located on the bottom of the FB-DP-RPTR(/SC) modules, activates
the built-in termination capability. Termination should be activated for modules located at
the end of network segment.
Figure 1-2 Termination switch
The built-in termination provides resistances of 390/220/390 Ωbetween the conductors.
NW0
NW1
RED
H/S
FB-DP-RPTR/SC
RDY
RX
SW
TERM
ER
HWE
MIN
SCOPE
TERM
ONOFF

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8PHOENIX CONTACT 3389_en_A
1.4 Modes
The FB-PA/SC module allows two modes of operation. The mode selection is determined
by the switch on the FB-PA/SC.
– Link mode (switch to the right) provides power to the PROFIBUS PA network.
– Coupler mode (switch to the left) allows the device to monitor a PROFIBUS PA network
without controlling or powering it.
Figure 1-3 Mode switch
1.4.1 Link mode
Set the third switch to on (to the right). Connect a power source to the connector on top of
the module. The DC voltage offered to the FB-PA/SC module is the same as the output on
the PROFIBUS PA side. The minimum is 11 V DC, maximum is 28 V DC.
This module is now a fully functional PROFIBUS PA link/coupler combination. It is semi-
transparent on all baud rates, and it also sends FDL status requests onto PROFIBUS PA. It
supports connection of up to 32 devices that can take up to a total of 500 mA from the bus.
To receive telegrams from a PLC or DCS in Link mode, you need to install another module
in the backplane. This module can be any PROFIBUS DP interface card. Set this DP card
to the same network as the PA module.
RDY
RX
POW
AMP
ER
HWE
NWER
FB-PA/SC
NW0
NW1
LINK
H/S
SCOPE
PA
LINK switch

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3389_en_A PHOENIX CONTACT 9
1.4.2 Coupler mode
Set the LINK switch to off (to the left). Connect a power source to the connector on top of
the module. The DC voltage offered to the FB-PA/SC module is the same as the output on
the PROFIBUS PA side. The minimum is 11 V DC, maximum is 28 V DC.
The module is now a fully functional PROFIBUS PA coupler. It is totally transparent up to
1.5 Mbps, and it sends FDL status requests onto PROFIBUS PA networks. It supports
connection of up to 32 devices that can take up a total of 500 mA from the bus.
1.5 Configuring repeater modules
The repeaters can be configured using the DIP switches located at the front of the module
or by using the web server.
1.5.1 Customizing the PROFIBUS network (NW0/NW1)
Set these DIP switches to the following positions to customize a network number for a
specific PROFIBUS network.
1.5.2 Redundancy (RED)
Set this DIP switch to enable the redundancy group for the channel.
NOTE:
When using an external PROFIBUS PA power supply, do not apply power to the top power
connector. The FB-PA/SC module must be set to operate in Coupler mode.
NW0 NW1 Network
LEFT LEFT 1
RIGHT LEFT 2
LEFT RIGHT 3
RIGHT RIGHT 4
When using software for configuration, the DIP switches do not have to be set.
RED Redundancy
LEFT OFF
RIGHT ON
When using software for configuration, the DIP switches do not have to be set.

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1.5.3 Hardware or software settings (H/S)
Set this switch to enable hardware (DIP switches) or software settings.
1.5.4 Testing and commissioning
If the channel recognizes valid PROFIBUS messages from one or more connected devices,
the RX LED of this channel should flash and the ER LED should be off.
When the termination of a specific channel is set to on, the SWx LED should be on.
H/S Settings
LEFT Hardware
RIGHT Software
When software is enabled, all switch settings are overruled. The settings are saved in the
internal memory of the FB-HS... module.

Web server
3389_en_A PHOENIX CONTACT 11
2 Web server
2.1 Login
A browser application running on a PC is required. The minimum versions of the following
browser applications are:
To access the web server:
1. Open the browser application and enter the IP address in the “Address” field. The
default IP address is 192.168.1.254.
2. If the server is configured for a password, enter it at the prompt.
The initial view of the web server shows the status screen with all system devices.
The web server page has three areas: the header, page list for navigation, and
information/configuration screen.
Figure 2-1 Web server page construction
Mozilla®Firefox®2.0
Internet Explorer®6.0
Google®Chrome™ 1.0
A PC is required to access the web server. Using a smart phone or tablet-type product will
not work.
Initial login will not require a password. The password requirement can be configured
using the web server (see “Password” on page 17).
Page
list
Header
Information/Configuration

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– Header: This provides general information about the device to which the web server is
connected.
– Information/configuration: This section shows detailed information based on the page
selected. Some fields are editable, and some are for informational purposes only.
Editable fields can be boxes for text or numbers, check boxes to select or turn on an
item, or drop-down menus to select from a predetermined list of options. Links to other
sections of the web server are also available. These are typically indicated by
underlined blue text. Clicking on an image of another device may also take you to that
device.
– Page list: The list of available pages is determined by the capability of the connected
device. Not all pages are available for all devices.
2.2 Status
2.2.1 System status
The “Status” page appears upon login. The page gives an overview of the attached
modules, with descriptions, serial numbers, and version numbers. Modules can be installed
and removed during operation. Any changes in the modules will be immediately visible on
the “Status” page.
Figure 2-2 “Status” page
The top of the “Status” page displays network and site information in the header. A custom
user message can be displayed (see “General configuration” on page 15).

Web server
3389_en_A PHOENIX CONTACT 13
2.2.2 Module status
Each name in the list of connected modules is a link that opens the status page for that
particular module.
Figure 2-3 Module status showing “Head station status” page

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14 PHOENIX CONTACT 3389_en_A
2.3 System log
The “System log” page displays system-level events with a date and time stamp.
Figure 2-4 “System log” page
The “System log” page will update when the page is being viewed. If power is removed from
the FB-HS..., the system log is saved. The system log is not editable.
Click the “Download” button to save the system log as a .txt file on the SecureDigital®(SD)
card.
The system log will continue to save events until it runs out of memory, which is
approximately 1000 events. At that point, the oldest events are overwritten. The system log
can also be cleared. Click the “Clear” button to delete all currently saved events.
A SecureDigital®(SD) card must be installed in the SD card slot for the system log to
function.

Configuration
3389_en_A PHOENIX CONTACT 15
3 Configuration
3.1 General configuration
The basic settings are customized on the “General configuration” page. For optimal use of
ProfiTrace OE, it is important that the time is synchronized and the site info is sufficiently
filled in. If the system is connected to the Internet or a local NTP server, use the NTP server
synchronization for automatic date and time update. If the system clock differs more than
ten seconds from the NTP clock, a line is added to the system log.
The automatic time update occurs when the set interval has passed. The maximum interval
that can be set is 1440 minutes, which corresponds to 24 hours.
Figure 3-1 “General configuration” page
Set the “Update interval (seconds)” field to match the bandwidth of the network. The default
is 1 second. If the bandwidth is limited, it is recommended to increase this time or uncheck
the “Automatic refresh” box.
Click the “Website start page” drop-down menu to select the initial page displayed when
browsing to the Head Station IP address. The options are:
– Main Status
Note that there is no option for Daylight Saving Time (DST) as this is typically not used in
factory automation. When an NTP server is used, the time is always assumed to be
standard time.

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16 PHOENIX CONTACT 3389_en_A
–SystemLog
–LiveList
– Statistics
– Channel list
– Message Recording
– Network Event log
Click the “Website preferred network” drop-down menu to select the initial network viewed
when first opening the web browser.
The interface language can be changed in the “Preferred language” drop-down menu.
3.2 Network
The “Network configuration” page configures the network names and the assignment of the
repeater. For optimal use of ProfiTrace OE, it is important that correct and understandable
network names are defined. The network names are used in multiple components:
ProfiTrace Live List, event e-mails, message recording, etc.
Each of the four available Live Lists (using the FB-HSC module) can be individually set up
to a different time-out. The default is five seconds. The time indicates how long a slave is
displayed as green when communication to the master is lost. After the time expires it the
device LED will turn yellow if it has no communication anymore.
The network assignment of the repeater modules is also displayed and can be adjusted if
software settings are enabled. It is possible to assign a module to Network 1 to 4, or to
disconnect it from the backplanes. This makes it possible to create a multiplexed system, or
temporarily remove certain slaves from the PROFIBUS network.
DIP switch settings are always primary to software settings.
Figure 3-2 “Network configuration” page