Nokia FPFH-NPP
Installation and user
manual
Version 5.4
Copyright © 2018 Artesyn Embedded Technologies
All rights reserved.
Artesyn Austria GmbH & Co KG
Helmut Qualtinger-Gasse 2/1/4th Floor
1030 Vienna, Austria
Nokia FPFH-NPP Installation and user manual
Document history:
Date
Version
Author
2015-12-04
1.0
2016-02-11
2016-21-12
2.0
2.1
Reinhard Brenner
Ingo Gulyas
Bernhard Lümp
Bernhard Lümp
Reinhard Brenner
2016-22-12
3.0
Christoph Petfalski
2017-10-01
3.1.1
Christoph Petfalski
2017-24-01
3.2
Christoph Petfalski
2017-16-02
2017-08-08
3.3
4.0
2017-08-29
5.0
2017-09-05
5.1
Christoph Petfalski
Bernhard Luemp
Hubert Ulm
Reinhard Brenner
Bernhard Luemp
Hubert Ulm
Reinhard Brenner
Bernhard Luemp
2017-09-21
2017-12-15
5.2
5.3
Reinhard Brenner
Gerry Arquillo
2018-02-08
4.6
Gerry Arquillo
Description
Preliminary document for FPFH-NPP EVT
samples.
Add cabling and installation instructions
Update of web interface.
Instruction for push button interface added.
General update to 3u height requirement.
Release of first version
Text enhancements, improvements to graphics,
document formatting improved, proofreading.
Correction of display properties, introduction of
lubricant, introduction new GUI menu
Introduction manual maintenance mode
Update per Nokia feedback.
Update per Nokia feedback.
Configurable maintenance mode added.
LED output state indication update.
Update per Nokia feedback.
insert code of cold shrink tube
Troubleshooting guide added to the document.
Update FPFH-NPP electrical values to include
Maximum input current per Feed – 120A
Add Pin details of RJ45 Connector
Abbreviations:
FPFH
NPP
TBD
GUI
IP
LED
OD
2018-02-08
Flexi Power Fuse H
Nokia Power Prioritizer
to be defined
Graphical user interface
Internet protocol
Light emitting diode
Outer diameter
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Nokia FPFH-NPP Installation and user manual
Contents
DISCLAIMER STATEMENT ........................................................................................................................ 4
1
INTRODUCTION ........................................................................................................................... 5
2
INSTALLATION MANUAL ............................................................................................................. 6
2.1
Unboxing the appliance .......................................................................................................... 6
2.2
Optional parts are available, but not included in packaging: ................................................. 7
2.3
Overview of physical dimensions ............................................................................................ 8
2.4
FPFH-NPP electrical values...................................................................................................... 8
2.5
Cable cross sections for input terminals ................................................................................. 9
2.6
Cable cross sections for output terminals ............................................................................ 10
2.7
Preparing power cable installation for “EDGE” mechanical 3U units ................................... 11
2.7.1
Installation of cables smaller than 14 mm outer diameter .......................................... 11
2.7.2
Installation of cables larger than 14 mm outer diameter ............................................. 12
2.7.3
Installation tools............................................................................................................ 14
2.7.4
Assembly configurations ............................................................................................... 16
2.8
Connection schemes ............................................................................................................. 45
2.8.1
Connection scheme FPFH-NPP with NOKIA-BTS ........................................................... 46
2.8.2
Connection scheme FPFH-NPP with NOKIA FSM-R4..................................................... 47
2.8.3
Connection scheme FPFH-NPP with third party BTS .................................................... 48
2.8.4
Connection scheme for use with FPRB and NOKIA BTS ................................................ 49
2.8.5
Connection scheme for use with FPRB and NOKIA FSM-R4 ......................................... 51
2.8.6
Connection scheme for use with FPRB and third party BTS ......................................... 53
2.8.7
Chaining connection...................................................................................................... 55
2.9
Quick start configuration ...................................................................................................... 56
2.9.1
Turning the outputs on ................................................................................................. 56
2.9.2
Turning the outputs off ................................................................................................. 57
3
MAINTENANCE MANUAL .......................................................................................................... 59
3.1
Manual maintenance mode .................................................................................................. 59
3.1.1
Disconnect the RS485 IN and ETHNET cables ............................................................... 59
3.1.2
Turning the outputs off ................................................................................................. 60
3.2
Configurable maintenance mode ......................................................................................... 61
3.2.1
Activate maintenance mode via web interface ............................................................ 61
3.2.2
Turning on single outputs during maintenance mode for test purpose ....................... 62
3.2.3
Deactivate maintenance mode via web interface ........................................................ 62
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3.3
4
Resetting the IP-Address and password ............................................................................... 64
USER MANUAL .......................................................................................................................... 65
4.1
LED-indication and manual push button control .................................................................. 66
4.1.1
Manual output control via push button operation ....................................................... 66
4.1.2
Reset of the IP-Address and password to the default values ....................................... 66
4.1.3
LED output state indication........................................................................................... 67
4.2
Web interface – FPFH-NPP.................................................................................................... 68
4.3
Secure VPN-connection ........................................................................................................ 68
4.4
Graphic user interface (GUI) ................................................................................................. 69
4.5
Navigation in the main menu................................................................................................ 70
4.5.1
Output settings ............................................................................................................. 70
4.5.2
Web gui messages......................................................................................................... 76
4.6
5
ALARM RJ45 Pin Assignment ................................................................................................ 78
Troubleshooting guide .............................................................................................................. 79
5.1
FPFH-NPP does not power up ............................................................................................... 79
5.2
No output voltages, output status indication is dark ........................................................... 79
5.3
No output voltage, output state does not change on push button control ......................... 79
5.4
No output, output state indication shows slow blinking light .............................................. 80
5.5
No output, output state indication shows fast blinking light ............................................... 80
5.6
Cannot locate or access the product in the Ethernet network............................................. 80
5.7
Configured IP address settings of FPFH-NPP are unknown .................................................. 81
5.8
Configured passwords for user and/or admin are unknown ................................................ 81
5.9
Cannot locate FPFH-NPP on FPRB system webpages ........................................................... 81
5.10
FPFH-NPP does not connect to Nokia FSM ........................................................................... 82
5.11
FPFH-NPP reporting SPD alarm ............................................................................................. 82
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DISCLAIMER STATEMENT
Artesyn is not responsible for any security issues in relation to insufficient secured network access
points, which are in use by the end customer. We strongly urge our customers to take care for
proper and state of the art security measures on their interfaces. Artesyn does not endorse nor
support the content of third party tools related to this topic.
Disclaimer: Links to Third-Party web sites or third party tools are provided for user convenience only.
Artesyn does not endorse nor support the content of third party links or tools. Artesyn is not
responsible for the content or the functionality of third-party web sites or a third party tools.
Privacy, security and quality policies may differ from those practiced by Artesyn. Artesyn does not
represent any third party or third party tool.
In this manual, the term “Artesyn” always refers to “Artesyn Embedded Technologies”
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1 INTRODUCTION
The FPFH – NPP (Flexi Power Fuse H – Nokia Power Prioritizer) module is designed for 19” rackmounted applications and offers a controlled distribution of DC bus voltage with integrated overcurrent protection.
The unit consists of two DC input terminals and 6 DC output terminals. Both input terminals are
electrically connected in parallel inside the unit – each input terminal is capable of conducting 120A.
The DC outputs can be turned on or off independently. After power-up of the FPFH – NPP, all
outputs are in their configured state. Factory default value of all outputs is off state.
Each output is capable of delivering currents up to 50A. Each output has an electronic fuse function
implemented. The over current protection will trip the output at currents above the configured
value up to 50A.
In case an output has tripped, it will automatically try to reconnect 4 times with a delay time of 1
second between each reconnection attempt. If the electronic fuse of a specific output has tripped 4
times within one minute, this output will latch into the off state.
A latched output will stay in the off state until it is turned on again by manual control directly via the
web interface, local membrane switch or through FPRB or NOKIA BTS.
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2 INSTALLATION MANUAL
2.1 Unboxing the appliance
Before unpacking each box, take care to check the box for external damage!
•
•
•
•
Mind you have the “right side up” on the box.
Cut open the adhesive tape on the top, open the box and take of the lid.
Take out the accessory kit (rubber seal caps) and set it aside.
Carefully lift the unit (which is packed in a plastic bag) out of the box and set it on a dry, even
surface.
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2.2 Optional parts are available, but not included in packaging:
Connection scheme
name
RS485 Y-Cable
HDMI FSEB cable
HDMI RS485 cable
HDMI RS485 cable
RJ45 alarm cable
Product name
NOKIA order code
Y-Cable, FPRB SYS Con. to
HDMI, RS485
FSAH EAC cable HDMI-D37
CS7136002
(1 meter)
472839A
(15 meter)
474117A
(2.5 meter)
474118A
(15 meter)
472837A
(2 meter)
FSAO HDMI to HDMI EAC
cable
FSAP HDMI to HDMI EAC
cable
FSAJ EAC cable D37-RJ45
NOKIA assembly
code
995524
996116
996117
995523
Installation material:
Product name
Three fingers cold shrink tube
Single cold shrink tube
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NOKIA Material code
CS73327.27
CS73327.28
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2.3 Overview of physical dimensions
•
•
•
•
•
Outdoor module with IP 65 housing
Mass 6.75 kg
Width: 19 inch; (482.6 mm)
Height: 3 HU; (118.5 mm max)
Depth: 155.6 mm
Note: The polarity of the input and output terminals are indicated on the front panel. The inputs
of FPFH – NPP are reverse polarity protected.
2.4 FPFH-NPP electrical values
Property
Value
units
Nominal supply voltage
-48
Vdc
Nominal input voltage range
-40.5 to -58.0
Vdc
Extended input voltage range
-36.0 to -40.5
-58.0 to -60.0
Vdc
Vdc
Maximum Input current per Feed (Dual Feed)
120 (240A)
A
Output current (per output)
0 to 50
A
E-fuse trip current
1 to 50
A
Ambient temperature range
-35 to +55
°C
Note: SPD integrated
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2.5 Cable cross sections for input terminals
Listed input wire configurations below are valid for assembly with EMHA Flexi EDGE Mech Module
3U (470316A) and EMHH FLEXI 3U casing and high COVERS F_B (473187A).
In EMHH Flexi EDGE mechanical module configuration, there are no limitations on input wire
configuration.
INPUT Use case
Wire
Cross
section
[mm²]
From AC/DC
16
short distance < 4m
50
Cascading or
AC/DC
Long distance > 4m
Outer
Diameter
[mm]
Remark
8-13,5
mm
Single wire cables
separate
cable for plus and minus
6
11-28mm
35
(Large
diameter
cable)
Shielded cable
(Feeder less site solution)
*) Shield
2,5*
D=8-15
D=11-28
16*
Cascading
35
11mm
Short distance < 4m
GND
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50
15mm
Single wire cables
separate
cable for plus and minus
D=11
Max. size
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2.6 Cable cross sections for output terminals
Below table list possible output wire configurations. For output wire selection, there are some
limitations in EMHA Flexi EDGE mechanical module configuration, due to limited space in cable side
entry.
In EMHH FLEXI 3U casing and high COVERS F_B configuration, all listed cable configurations can be
used.
Output use case
Wire
Cross
section
Outer
Diameter
MW equipment
IDU/ODU/FOC
(short distance < 4 m)
2,5 mm2
6,5 – 11
mm
6
Connection over short
No limitations distance with unshielded
cable possible
MW equipment
IDU/ODU/FOC
(long distance > 4 m)
2,5 mm2
6,5 – 11
mm
6
No limitations Shielded cable mandatory
AWG 12
8,3
mm
6
No limitations
7 – 22
mm
(Large
diameter
cable)
6
Limited to
2x16 + 16mm2
Shielded cable
in EMHA
(Feeder less site solution)
casing
7 – 16
mm
(Large
diameter
cable)
6
Connection over short
No limitations distance with unshielded
cable possible
7 – 21
mm
(Large
diameter
cable)
6
No limitations
Shielded cable
(Feeder less site solution)
RF Module
(short distance < 4m)
RF Module
(long distance > 4m)
RRH
(short distance < 4m)
RRH
(long distance > 4m)
(3,3 mm2)
Conductor
6 – 25
mm2
Shield
2,5 – 16
mm2
2,5 – 6
mm2
Conductor
6 – 16
mm2
Shield
2,5 – 16
mm2
Number
Limitation in
of
EMHA casing
channels
Remark
Direct connected without
FSEC/FSES
D=6.5-11
D=6.5-11
D=8.3
D=7-22
D=7-16
D=7-21
16 – 35
mm2
8 – 13.5
mm
6
Limited to
16mm2
in EMHA
casing
Single wire cables
separate cable for plus
and minus
D=8-13.5
System module
Cascading
( short distance < 4 m)
13.5 mm
2
No limitations
Single wire cables
separate cable for plus
and minus
D=8-13.5
35 mm2
11 – 28
mm
(Large
diameter
cable)
2
Limited to
2x16 + 16mm2
Shielded cable
in EMHA
(Feeder less site solution)
casing
Cascading
( long distance > 4 m )
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Conductor
6 – 35
mm2
Shield
2,5 – 16
mm2
d CU
d INS
D=11-28
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2.7 Preparing power cable installation for “EDGE” mechanical 3U units
Based on the bending radius of the cable, there are different ways to install the power cables. The
limit is the standard bending radius: 8x the outer diameter (OD).
Depending on the installation space, it is necessary to split the cables outside the Flexi Casing.
2.7.1 Installation of cables smaller than 14 mm outer diameter
2.7.1.1
Preparing of cables:
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2.7.2 Installation of cables larger than 14 mm outer diameter
Cables should split outside FLEXI CASING!
2.7.2.1
Preparing of cables:
POSITION
OUT 1
OUT 2
OUT 3
OUT 4
OUT 5
OUT 6
IN 1
IN 2
STRIPPED LENGTH OF
OUTER JACKED
410mm
448mm
486mm
524mm
562mm
600mm
370mm
410mm
Note:
Special tool (CS76199.08) should be used to strip the cable jackets.
Make sure the insulation of the wires under the jacket is undamaged!
1.) Insulate shield with insulating tape.
2.) Assembly cold shrinking tubing follow “cold shrinking tubing installation””
instruction.
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Use type (CS73327.27 and CS73327.28) cold shrink tubing.
Use 2 strain reliefs on each side for the cables.
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2.7.3 Installation tools
The following set of tools are required for installation work:
1.)
2.)
3.)
4.)
5.)
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Calibrated torque tool „T25“, torque adjustment range = 2.2
Universal pliers
Cutting Knife (Stiff, sharp blade for cutting plastics)
Side cutters
Sleeve expander tool
4.3 Nm
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To make it easier to pull rubber sleeves over wire bundles, it may be necessary to use a NOKIA
approved lubrication material (approved by NOKIA).
It is mandatory to use an ESD wristband when working on the FPFH-NPP unit.
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2.7.4 Assembly configurations
2.7.4.1
Plinth assembly
1. Connect the ESD wrist strap between the plinth and your wrist.
2. Assemble casing on plinth after install FPFH-NPP according to chapter EMHA Flexi EDGE Mech
Module 3U (470316A) and EMHH FLEXI 3U casing and high COVERS F_B (473187A)
3. Connect FPFH-NPP grounding cable to the plinth.
4. Start with output configuration. See chapter Quick start configuration
5. Based on the plinth, the FPFH-NPP can be assembled on wall & pole as in the NOKIA guideline.
2.7.4.2 Stack assembly
1. First, assemble the FPFH-NPP according to chapter EMHA Flexi EDGE Mech Module 3U
(470316A) and EMHH FLEXI 3U casing and high COVERS F_B (473187A).
1. Place the second FPFH-NPP module according to chapter EMHA Flexi EDGE Mech Module 3U
(470316A) and EMHH FLEXI 3U casing and high COVERS F_B (473187A)
2. Push back unit stop and align with the first module
3. Fix together both of casing with two screws
4. Assemble EMHH or EMHA 3U Front Cover Assembly
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2.7.4.3
Independent assembly without casing
You may install the unit without casing indoors and outdoors.
1.
2.
3.
Connect the ESD wrist strap between the Ground and your wrist.
Connect optional PE cable with M5 screw between the FPFH-NPP front panel and the
Grounding fixing point. – using strain relief.
Install Signal cables See chapter Connection schemes
Connect as followed procedure:
HDMI cables
RJ-45 cables
Remove seal cap
(using a pliers for
support)
PUSH sealing away
(about 40mm to
60mm)
insert connector
Pay attention to the
orientation
Insert sealing to
chassis,
Press sealing
completely to chassis
4.
5.
6.
7.
Follow with EMHA Flexi EDGE Mech Module 3U (470316A) and EMHH FLEXI 3U casing and
high COVERS F_B (473187A)
Strip the necessary wires of the input and output cables
depending on the installation depth
Fix all cables with cable clamp or cable tie.
Start with output configuration. See chapter Quick start configuration
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2.7.4.4
EMHA Flexi EDGE Mech Module 3U (470316A) and EMHH FLEXI 3U casing and high COVERS
F_B (473187A)
You may install the unit horizontally and vertically.
1.
2.
3.
4.
5.
6.
Preparing 3U casing.
Connect the ESD wrist strap between the Ground and your wrist.
Insert FPFH-NPP to 3U casing. Mounting with 2x M5 TORX screws
Cut openings in Side Entry Cover for routing cable.
Assemble 3U side entry cover with M5 screws from accessory bag EDGE 3U Unit.
Connect optional PE cable with M5 screw between the FPFH-NPP front panel and the
grounding fixing point. Use strain reliefs.
7. Install Signal cables See chapter Connection schemes:
Connect as followed procedure:
HDMI cables
RJ-45 cables
Remove seal cap
(using a pliers for
support)
PUSH sealing away
(about 40mm to
60mm)
insert connector
Pay attention to the
orientation
Insert sealing to
chassis,
Press sealing
completely to chassis
using strain relief, to fix cables in place
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8. Preparing cable:
Pre-routing cable based on field requirement, strip cable and strip jacked as described in
Cable cross sections for input terminals
9. Install INPUT cable:
o Cut sealing cap IN at required outer diameter. Don’t damage the sealing ring.
o Insert cable to sealing cap IN
o The input cable can be connect to IN 1 and/or IN 2. Start with IN1.
o Insert the cables to connector and fixing with Torx 25 screwdriver (torque 3Nm).
o Push sealing cap IN over connector. Make sure the sealing is undamaged and fits in
place.
o Using strain relief outside for cables
10. Install OUTPUT cable:
o Cut sealing cap OUT at required outer diameter. Don’t damage the sealing ring. See
picture next page:
o Insert cable to sealing cap OUT
o For easy installation start connecting from OUT1 to OUT6, begin with the smallest
diameter at OUT1. See picture below, showing max. split cable configuration.
o Insert the cables to connector and fixing with Torx 25 screwdriver (torque 3Nm).
o Push sealing cap OUT over connector. Make sure the sealing is undamaged and fits
in place.
o Using strain relief outside for cables.
11. Start with output configuration. See chapter Quick start configuration
12. Assemble EMHH or EMHA 3U Front Cover Assembly.
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MAKE SURE YOU WEAR AN ESD WRISTBAND DURING THIS
INSTALLATION PROCESS: CONNECT IT BETWEEN YOURSELF AND
THE UNIT!
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INSTALLING GROUND CABLES
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INSTALLING DC INPUT CABLES
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Preparing DC Input/Output cables
Single cold shrink
tube
3 pieces of single cold shrink
tube on wires installed
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Stacked cabling and signal cables
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2.7.4.5
Assembly on mast pole
The unit has to be installed vertically.
1.
2.
3.
4.
5.
6.
Preparing 3U EMHH: Use large 3U side entry cover.
Connect the ESD wrist strap between the Ground and your wrist.
Insert FPFH-NPP to 3U casing. Mounting with 2x M5 TORX screws
Cut openings in Side Entry Cover for routing cable.
Assemble 3U side entry cover with M5 screws from accessory bag EDGE 3U Unit.
Connect optional PE cable with M5 screw between the FPFH-NPP front panel and the
Grounding fixing point.– using strain relief
7. Install Signal cables See chapter Connection schemes:
Connect as followed procedure:
HDMI cables
RJ-45 cables
Remove seal cap
(using a pliers for
support)
PUSH sealing away
(about 40mm to
60mm)
insert connector
Pay attention to the
orientation
Insert sealing to
chassis,
Press sealing
completely to chassis
using strain relief, to fix cables in place
8. Preparing cable:
Pre-routing cable based on field requirement, strip cable and strip jacked as describe in
Cable cross sections for input terminals
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9. Install INPUT cable:
o Cut sealing cap IN at required outer diameter. Don’t damage the sealing ring.
o Insert cable to sealing cap IN
o The input cable can be connect to IN 1 and/or IN 2. Start with IN1.
o Insert the cables to connector and fixing with Torx 25 screwdriver (torque 3Nm).
o Push sealing cap IN over connector. Make sure the sealing is undamaged and fits in
place.
o Using strain relief outside for cables
10. Install OUTPUT cable:
o Cut sealing cap OUT at required outer diameter. Don’t damage the sealing ring. See
picture next page:
o Insert cable to sealing cap OUT
o For easy installation start connecting from OUT1 to OUT6, begin with the smallest
diameter at OUT1. See picture below, showing max. split cable configuration.
o Insert the cables to connector and fixing with Torx 25 screwdriver (torque 3Nm).
o Push sealing cap OUT over connector. Make sure the sealing is undamaged and fits
in place.
o Using strain relief outside for cables.
11. Start with output configuration. See chapter Quick start configuration
12. Assemble EMHH 3U Front Cover Assembly.
MAKE SURE YOU WEAR AN ESD WRISTBAND DURING THIS
INSTALLATION PROCESS: CONNECT IT BETWEEN YOURSELF AND
THE UNIT!
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NOTE: For outdoor vertical mounting option: Input connector shall be installed at the bottom!
Like shown in the picture. (Air vent at the bottom)
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2.7.4.6
Assembly in cabinet
Note:
FPFH-NPP can be installed in Cabinet with or without Flexi Casing.
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2.8 Connection schemes
The different available interfaces on the FPFH-NPP result in various possible combinations, how the
FPFH-NPP can be connected to external sub-systems in applications.
The purpose of this document is, to give an overview of possible system configurations and their
wiring for use of FPFH-NPP units.
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2.8.1 Connection scheme FPFH-NPP with NOKIA-BTS
The FPFH-NPP can be used either as single unit (Figure 2-1) or double unit (Figure 2-2) configuration.
The FSEB Alarm Interface box is directly connected to the BTS.
The RJ45 Alarm port cable is connected from the FPFH-NPP to the FSEB Alarm Interface Box.
RS485
IN
ALARM
FSEB
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
Nokia BTS
HDMI FSEB cable
Alarm
-48V
OUT
2
Ethernet
-48V
OUT
4
-48V
OUT
6
-48V
IN2
FPFH
FSEB Alarm Interface Box
RJ45 alarm
cable
Ethernet cable
Network interface for site
installation or remote control
Figure 2-1 – Single FPFH-NPP with Nokia BTS and FSEB alarm interface box
RS485
IN
ALARM
FSEB
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
Nokia BTS
Ethernet cable
HDMI FSEB cable
Alarm
-48V
OUT
2
Ethernet
User interface for site
-48V
-48V
installation
or maintenance
OUT
IN2
6
(temporary
connection)
-48V
OUT
4
FPFH
FSEB Alarm Interface Box
Ethernet cable
RJ45 alarm
cable
RS485
IN
ALARM
FSEB
RJ45 alarm
cable
Alarm
Ethernet
RS485
OUT
-48V
OUT
1
Network interface for site
installation or remote control
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Ethernet cable
Network interface for site
installation or remote control
Figure 2-2 – Two FPFH-NPP with Nokia BTS and FSEB alarm interface box
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2.8.2 Connection scheme FPFH-NPP with NOKIA FSM-R4
The FPFH-NPP can be used either as single unit (Figure 2-3) or double unit (Figure 2-4) configuration.
Flexi System Module R4 is connected to FPFH-NPP RS485 IN interface with HDMI RS485 cable.
The FSEB Alarm Interface Box is connected to FPFH-NPP ALARM FSEB interface with HDMI FSEB
cable.
ALARM
FSEB
RS485
IN
RS485
OUT
HDMI
RS 485 cable
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
FlexiSystemModule R4
Alarm
HDMI FSEB cable
-48V
OUT
2
Ethernet
-48V
OUT
4
-48V
OUT
6
-48V
IN2
FPFH
FSEB Alarm Interface Box
Figure 2-3 – Single FPFH-NPP with Nokia Flexi System Module R4 and FSEB alarm interface box
ALARM
FSEB
RS485
IN
RS485
OUT
HDMI
RS 485 cable
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
FlexiSystemModule R4
Ethernet cable
Alarm
HDMI FSEB cable
-48V
OUT
2
Ethernet
User interface for site
-48V
-48V
installation
or maintenance
OUT
IN2
6
(temporary
connection)
-48V
OUT
4
FPFH
HDMI
RS 485 cable
FSEB Alarm Interface Box
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Figure 2-4 – Two FPFH-NPP with Nokia Flexi System Module R4 and FSEB alarm interface box
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2.8.3 Connection scheme FPFH-NPP with third party BTS
The FPFH-NPP can be used either as single unit (Figure 2-5) or double unit (Figure 2-6) configuration.
The RJ45 Alarm port cable is connected from the FPFH-NPP to the BTS.
RS485
IN
ALARM
FSEB
RS485
OUT
RJ45 alarm
cable
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
Third Party BTS
Alarm
-48V
OUT
2
Ethernet
-48V
OUT
4
-48V
OUT
6
-48V
IN2
FPFH
Ethernet cable
Network interface for site
installation or remote control
Figure 2-5 – Single FPFH-NPP with third party BTS
RJ45 alarm
cable
RS485
IN
ALARM
FSEB
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
5
-48V
IN1
Third Party BTS
Ethernet cable
Alarm
-48V
OUT
2
Ethernet
User interface for site
-48V
-48V
installation
or maintenance
OUT
IN2
6
(temporary
connection)
-48V
OUT
4
FPFH
RJ45 alarm
cable
Ethernet cable
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
Network interface for site
installation or remote control
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Ethernet cable
Network interface for site
installation or remote control
Figure 2-6 – Two FPFH-NPP with third party BTS
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2.8.4 Connection scheme for use with FPRB and NOKIA BTS
The FPFH-NPP can be used either as single unit (Figure 2-7) or double unit daisy chained (Figure 2-8)
on the RS485 bus together with an FPRB system and a Nokia BTS. For this application, the FPFH-NPP
is connected via the HDMI connector to the RS485 bus of the FPRB to be able to integrate the FPFHNPP to the system control.
In this case the SNMP interface on the FPRB can offer control of up to two FPFH-NPP units. The FPRB
works as a bus master on the RS485 bus and controls the connected FPFH-NPP units.
Alarm
RS485
-48V
OUT
Rectifier
RS485
Ethernet
Nokia BTS
Cat 5 network cable
Rectifier
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
HDMI FSEB cable
SNMP or User interface
for site installation or
maintenance
RS485
IN
ALARM
FSEB
FPRB
alarm
cable
Alarm
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
FSEB Alarm Interface Box
RJ45 alarm
cable
Figure 2-7 Single FPFH-NPP with RS485 connection to FPRB system with Nokia BTS
NOTE: For RS485 connection pf FPFH-NPP with FPRB use RS485 Y-CABLE - CS7136002 (1.0 meter)
looks like this picture
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Alarm
RS485
-48V
OUT
Rectifier
RS485
Ethernet
Nokia BTS
Rectifier
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
Cat 5 network cable
HDMI FSEB cable
SNMP or User interface
for site installation or
maintenance
RS485
IN
ALARM
FSEB
RS485
OUT
FPRB
alarm
cable
Alarm
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
Ethernet
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
FSEB Alarm Interface Box
RJ45 alarm
cable
HDMI RS 485 cable
RJ45 alarm
cable
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Figure 2-8 Two FPFH-NPP with RS485 daisy chain connection to FPRB system with Nokia BTS
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2.8.5 Connection scheme for use with FPRB and NOKIA FSM-R4
The FPFH-NPP can be used either as single unit (Figure 2-9) or double unit daisy chained (Figure
2-10) on the RS485 bus together with an FPRB system and a Nokia Flexi System Module – R4. For this
application, the FPFH-NPP is connected via the HDMI connector to the RS485 bus of the FPRB to be
able to integrate the FPFH-NPP to the system control.
In this case the SNMP interface on the FPRB can offer control of up to two FPFH-NPP units. The FPRB
works as a bus master on the RS485 bus and controls the connected FPFH-NPP units.
Alarm
RS485
Rectifier
Rectifier
RS485
Ethernet
FlexiSystemModule R4
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
Cat 5 network cable
HDMI FSEB cable
SNMP or User interface
for site installation or
maintenance
-48V
OUT
RS485
IN
ALARM
FSEB
FPRB
alarm
cable
Alarm
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
FSEE Alarm Interface Box
RJ45 alarm
cable
Figure 2-9 Single FPFH-NPP with RS485 connection to FPRB system with Nokia FSM-R4
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Alarm
RS485
-48V
OUT
Rectifier
RS485
Ethernet
FlexiSystemModule R4
Rectifier
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
Cat 5 network cable
HDMI FSEB cable
SNMP or User interface
for site installation or
maintenance
RS485
IN
ALARM
FSEB
RS485
OUT
FPRB
alarm
cable
Alarm
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
Ethernet
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
FSEE Alarm Interface Box
RJ45 alarm
cable
HDMI RS 485 cable
RJ45 alarm
cable
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Figure 2-10 Two FPFH-NPP with RS485 daisy chain connection to FPRB system with Nokia FSM-R4
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2.8.6 Connection scheme for use with FPRB and third party BTS
The FPFH-NPP can be used either as single unit (Figure 2-11) or double unit daisy chained (Figure
2-12) on the RS485 bus together with an FPRB system and a third party BTS. For this application the
FPFH-NPP is connected via the HDMI connector to the RS485 bus of the FPRB to be able to integrate
the FPFH-NPP to the system control.
In this case the SNMP interface on the FPRB can offer control of up to two FPFH-NPP units. The FPRB
works as a bus master on the RS485 bus and controls the connected FPFH-NPP units.
FPRB
alarm
cable
Alarm
RS485
SNMP or User interface
for site installation or
maintenance
Rectifier
RJ45 alarm
cable
Rectifier
RS485
Ethernet
Third Party BTS
Cat 5 network cable
-48V
OUT
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Figure 2-11 Single FPFH-NPP with RS485 connection to FPRB system with third party BTS
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FPRB
alarm
cable
Alarm
RS485
Rectifier
RJ45 alarm
cable
RS485
Rectifier
RS485
FPRB
RS485 Y-cable with HDMI connector
RS485
IN
SNMP or User interface
for site installation or
maintenance
Rectifier
RS485
Ethernet
Third Party BTS
Cat 5 network cable
-48V
OUT
Alarm
ALARM
FSEB
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
Ethernet
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
RJ45 alarm
cable
RS485
IN
Alarm
ALARM
FSEB
Ethernet
RS485
OUT
-48V
OUT
1
-48V
OUT
3
-48V
OUT
2
-48V
OUT
5
-48V
OUT
4
-48V
IN1
-48V
OUT
6
-48V
IN2
FPFH
Figure 2-12 Two FPFH-NPP with RS485 daisy chain connection to FPRB system with third party BTS
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2.8.7 Chaining connection
1.
Assemble 2 pcs FPFH-NPP according to chapter EMHA Flexi EDGE Mech Module 3U
(470316A) and EMHH FLEXI 3U casing and high COVERS F_B (473187A)
2.
Connect signal cable follow chapter
Connection scheme for use with FPRB and NOKIA BTS or
Connection scheme for use with FPRB and third party BTS
with 2 pcs FPFH-NPP.
3.
Connect input cable:
The Power cable connection is independent to the signal connection. Two different
connections can be applied:
o Connect INPUT cable to each FPFH-NPP with separate cables from FPRB system
or DC power system. Full power load can be used.
In case the sum of loads connected to both FPFH-NPP exceed 120A, this
connection option is mandatory.
o
OPTIONAL connection with master –slave FPFH-NPP units.
Install input cable coming from DC power system on FPFH-NPP master “IN1”.
Connect one end of DC chaining cables on FPFH-NPP master “IN 2”.
Connect remaining end of DC chaining cables on FPFH-NPP slave “IN1”.
Make sure the polarity match for chaining unit.
Important: The overall total current consumption on both FPFH-NPP (master
and slave) must not exceed 120 A in this configuration.
4.
5.
Start with output configuration. See chapter Quick start configuration
Assemble EMHH 3U Front Cover Assembly.
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2.9 Quick start configuration
After installation you have to set the OUTPUTs of the unit. Please follow the instructions below:
2.9.1 Turning the outputs on
•
After powering up the appliance, all 6 LEDS on the display will light up for 1 second
•
Afterwards, the display will go dark, meaning that none of the outputs is turned on
•
Press the select button for 1 second and the light of output # 1 will start to slowly blink for
30 seconds. If you do not press the SET button in this timeframe, the display will go dark
again. If the display has gone dark and you press SEL again, it will start blinking again for a
further 30 seconds, thus enabling you to SET the output again.
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•
If you press the SET button now, the light will blink fast for 30 seconds, afterwards it will be
permanently alight. This means you have turned output #1 on.
•
If you repeat these steps, starting out with the select button, you will be able to turn all 6
outputs on (please observe #2 is below #1, #4 is below #3 and #6 is below #5 on the display).
2.9.2 Turning the outputs off
•
Select the output you want to turn off by use of select button (assuming its #1), then press
set. The LED will now blink again for 30 seconds, then extinguish.
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•
Output #1 is now turned off
•
Continue to do this with all outputs and they will all be turned off
•
Keep in mind, that after a while of not operating the display, all blinking activity will stop.
Only the lights of outputs that are on will keep shining constantly, as generic example, see
below.
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3 MAINTENANCE MANUAL
3.1 Manual maintenance mode
Take caution when performing any maintenance on the FPFH unit!
There may be the danger of an electrical shock!
You must take precaution that all current is switched off and no one else can switch
it on, while you are working!
3.1.1 Disconnect the RS485 IN and ETHNET cables
Before doing anything else, make sure to pull the RS485 IN and ETHNET cables out of the unit, so
that no one can set any outputs to the ON state via remote control.
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3.1.2 Turning the outputs off
Outputs that will be worked on, must be in OFF state.
To do this, manually turn them off on the keypad.
•
Select the output you want to turn off by use of select button (assuming its #1), then press
set. The LED will now blink again for 30 seconds, then extinguish.
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3.2 Configurable maintenance mode
3.2.1 Activate maintenance mode via web interface
To enable the maintenance mode on the web interface, login as admin.
Then select the output in the Output Settings menu to be configured to maintenance mode (i.e.
Output 1).
On the Output configuration page, click the Output Mode drop down list and select maintenance by
web.
If you want to set more than one output into maintenance mode, activate the corresponding
checkboxes on the bottom of the page (i.e. beside Output 1, apply these settings additionally to
Outputs 3 and 4).
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Click the Save button to apply the changes. The selected outputs will automatically turn off due to
maintenance mode setting.
After activation of maintenance mode as described, it is safe to work on site on the installation of
the outputs configured in maintenance mode. Any access to turn on these outputs will be blocked.
3.2.2 Turning on single outputs during maintenance mode for test purpose
For onsite test purpose, it is possible to enable outputs by local membrane switch of FPFH-NPP,
which are in maintenance mode.
For details, how to enable and disable outputs by local membrane switch, see section 2.9 Quick start
configuration.
3.2.3 Deactivate maintenance mode via web interface
To disable the maintenance mode on the web interface again, login as admin.
Select the output in the Output Settings menu to be configured to normal mode (i.e. Output 1).
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On the Output configuration page, click the Output Mode drop down list and select the appropriate
operation mode (i.e. on, timing-daily, timing-weekly).
If you want to release more than one output from maintenance mode, activate the corresponding
checkboxes on the bottom of the page (i.e. beside Output 1, apply these settings additionally to
Outputs 3 and 4).
Click the Save button to apply the changes. The selected outputs will automatically change to their
actual configured state.
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3.3 Resetting the IP-Address and password
•
In case you forget the IP-Address and/or the password of the unit, you can set it to their
default values by first pressing “SET”, then “SELECT” and holding both buttons for 10
seconds. The display should not be in the setting mode at this time.
The following values will be reseted to:
•
The IP-Address to default = „142.120.72.175“
•
User “admin” to default password = “admin”
•
User “user” to default password = “default”
•
Subnet Mask to default subnet mask = “255.255.255.0”
•
Gateway address to default gateway address = 142.120.72.245”
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4 USER MANUAL
The FPFH-NPP unit needs to be supplied on one of its inputs with a voltage level of at least -36Vdc to
power up the internal electronics. When the FPFH–NPP starts up the green “OUT STATUS” lights are
illuminated for one second.
The FPFH-NPP supervises the input voltage level. It is possible to enable the outputs if the input
voltage is within the nominal input voltage range only. If the input voltage level falls below the
nominal voltage range while outputs are enabled, all outputs are turned off automatically.
The “OUT STATUS” lights show the actual status of the outputs. When the outputs are on, the
corresponding light is illuminated, if the outputs are off for any reason, the associated lights are off.
To manually control the outputs, a webpage for the FPFH-NPP test interface is implemented – it is
accessible via the IP address 142.120.72.175 when the FPFH-NPP is powered.
To access the FPFH-NPP test interface webpage it is necessary to directly connect a computer to the
“ETHNET” connector via a CAT5 network cable.
Note: The IPv4 address of the computer must be in the same range as the address of FPFH-NPP to be
able to establish connection. For more details see section 4.2.
Property
Value
units
Nominal supply voltage
-48
Vdc
Nominal input voltage range
-40.5 to -58.0
Vdc
Extended input voltage range
-36.0 to -40.5
-58.0 to -60.0
Vdc
Vdc
Output current (per output)
0 to 50
A
E-fuse trip current
1 to 50
A
Ambient temperature range
-35 to +55
°C
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4.1 LED-indication and manual push button control
The FPFH-NPP offers the option to manually control the output states by a 2-push-button interface
on the front of the product.
4.1.1 Manual output control via push button operation
By pressing the button “Select” a single output number can be selected, starting from Output 1.
With each push on the “Select” button, the next output number in the sequence is selected. When
Output 6 is reached, then the next selectable output is Output 1.
Once an output is selected, the corresponding LED starts to flash
4.1.2 Reset of the IP-Address and password to the default values
•
In case you forget the IP-Address and/or the password of the unit, you can set it to their
default values by first pressing SET, then SEL. and holding both buttons for 10 seconds.
Disregard any blinking activity on the display during this time.
The following values will be reset to:
2018-02-08
•
The IP-Address to default = „142.120.72.175“
•
Subnet Mask to default subnet mask = “255.255.255.0”
•
Gateway address to default gateway address = 142.120.72.245”
•
User “admin” to default password = “admin”
•
User “user” to default password = “default”
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4.1.3 LED output state indication
During the initial power-up sequence all LED on the front are lit for one second to indicate successful
power up of the unit. After that the LED change to their standard function to indicate the actual
state of each output.
The table below gives an overview of all possible LED states during operation of the FPFH-NPP.
Note: The table does not reflect the LED states of the ETHNET connector. Those are only active when
network connection is established.
LED behavior
Output state
Possible reasons
No light
Off
Output configured in OFF state
No Light
Appliance turned off
No electricity to appliance
Constant light
Output turned on
Output configured in ON state,
either manually or via web
interface connection
Mainly off, one short active pulse
Once per second
Output configured to off
state
Corresponding output is
selected by local membrane
switch
Mainly on, one short inactive pulse
Once per second
Output configured to on
state
Corresponding output is
selected by local membrane
switch
Symmetric slow blinking
Once per second
Temporary Inactive output
The output may be inactive
because of periodic
configuration settings
Fast blinking light (7 Hz)
E-fuse tripped
The current set limit has been
reached, either because the
limit current has been set or the
appliance hardware protection
has triggered (for instance short
circuits)
2 seconds off, then 3 times for
0.5 seconds on
Maintenance mode off
Corresponding output
configured to maintenance
mode. Output is off.
2 seconds on, then 3 times for
0.5 seconds off
Maintenance mode on
Corresponding output
configured to maintenance
mode. Output turned on by
local membrane switch.
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4.2 Web interface – FPFH-NPP
To access the Graphic user interface (GUI), please connect the FPFH–NPP with a network cable
(Cat5) to a computer.
To be able to establish a connection, the IP address in the network settings of the computer must be
in the same range as the IP address of the FPFH–NPP.
If a connection is established the yellow and green LEDs on the “ETHNET” connector are active.
During data transmission the green led will start flashing.
The default IP-Address of the FPFH – NPP is set to 142.120.72.175 and communication is done on
port 80 (HTTP). Please ensure that this port isn’t blocked from Windows firewall and that your local
IP-Address is in the same address range.
4.3 Secure VPN-connection
FPFH-NPP uses unsecured HTTP connections. Connecting the system to a network requires a secured
VPN connection.
Artesyn is not responsible for any security issues in relation to insufficient secured network access
points, which are in use by the end customer. We strongly urge our customers to take care for
proper and state of the art security measures on their interfaces. Artesyn does not endorse nor
support the content of third party tools related to this topic.
Disclaimer: Links to Third-Party web sites or third party tools are provided for user convenience only.
Artesyn does not endorse nor support the content of third party links or tools. Artesyn is not
responsible for the content or the functionality of a third-party web sites or a third party tools.
Privacy, security and quality policies may differ from those practiced by Artesyn. Artesyn does not
represent any third party or third party tool.
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4.4 Graphic user interface (GUI)
The graphic user interface (GUI) has been tested for compatibility with:
• Firefox v42.0
• Google Chrome v47.0.2526.73 m (64-bit)
• Microsoft Internet Explorer 11
Figure 4-1 – FPFH – NPP main page at IP 142.120.72.175
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4.5 Navigation in the main menu
4.5.1 Output settings
4.5.1.1 How to switch the outputs
The GUI provides seven columns with buttons to control the state of the FPFH – NPP outputs.
To enable a specific output click the enable button and the response will be displayed in the browser
window. Click the disable button to turn off the desired output.
To enable or disable all outputs click the corresponding button on the leftmost column.
For each command a response is sent from the FPFH – NPP to the client. The message test will be
displayed in a box within the browser window.
1-2) Switch on/off all output
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4.5.1.2
View configuration of selected outputs
Max. 15 characters
Choose your
settings
Settings can be
applied to
other outputs
via checkmark
Or choose default
•
Actual values are displayed and automatically updated in the top section
•
Settings can be applied to additional outputs by checking the boxes in “apply
configuration to outputs”
•
Output mode options are “On”, “Off”, or “Time-control”
•
Timing is based on daily or weekly schedule and time-slots are defined by the user
•
Output switching parameters are configured at bottom section
•
“Save” transmits actual settings
•
You can load the default factory settings via one button click
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4.5.1.3
•
Network settings
View Network Settings
Default values for network settings:
• IP-Address = „142.120.72.175“
•
•
Subnet Mask = “255.255.255.0”
•
Gateway address = 142.120.72.245”
View Security Settings
Default values for passwords:
• Default password for user “admin” = “admin”
•
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Default password for user “user” = “default”
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•
4.5.1.4
User/Admin Login and Logout
System related menu
•
Unit name and location -
•
View Product Information
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•
Reboot FPFH
4.5.1.5 Export configuration file
For your convenience, once you have configured an FPFH unit as needed, there is no need to
configure other units that are to have the same settings by hand. You can download a configuration
file from the unit and import it into others via the web interface.
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4.5.1.6 Import configuration file
The system will prompt you for a file to upload from Windows explorer.
The firmware version of the unit you exported the config. file from and the unit you
are going to import it to, must be exactly the same!
If in one of the units, the firmware version differs from the other, the system will
reject the import of the file!
4.5.1.7
Date and time settings
•
FPFH date/time is displayed at upper textbox and updated periodically
•
FPFH date/time is synchronized with client date/time on “Sync”
•
User defined date/time will be entered at lower textbox and transmitted with “Set”
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4.5.2 Web gui messages
4.5.2.1
Confirmation requests
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•
Initiated by Web-GUI
•
Used for critical operations
•
Ensures that the user really wants to proceed with
the operation
•
Command is aborted by clicking the ‘No’ button
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4.5.2.2
Execution response
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•
Initiated by Web-GUI
•
Used for critical operations
•
Ensures that the user really wants to proceed with
the operation
•
Command is aborted by clicking the ‘No’ button
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4.6 ALARM RJ45 Pin Assignment
PIN
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SIGNAL
1
N/C Internally
2
N/C Internally
3
N/C Internally
4
Normal Open
5
Common
6
Normal Closed
7
GND
8
N/C Internally
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5 Troubleshooting guide
This section provides information needed to troubleshoot unexpected events or behaviour of
FPFH-NPP. For on-site troubleshooting, please check output status indication lights on the front of
the product. For detailed information of state indications, see section 4.1.3 above
5.1 FPFH-NPP does not power up
Description
Front panel state indication dark.
No access via Ethernet interface.
No response to local membrane switch on the front of the product.
Possible causes
Wrong installation on input terminals IN1 and/or IN2.
Disabled input voltage source.
Actions
Check supply voltage installation for correct polarity on terminals IN 1 and IN 2.
Check supply voltage source for nominal voltage.
5.2 No output voltages, output status indication is dark
Description
Front panel state indication dark.
Access via Ethernet interface is possible.
LED display responses to local membrane switch on the front of the product.
Possible causes
Input supply voltage too low for turn on of outputs.
All outputs configured in OFF state.
Over temperature protection triggered.
Actions
Check actual supply voltage value, if it is above the configured reconnect voltage
thresholds.
Try to turn on an output via local membrane switch on the front of the product.
Check the configuration settings via web interface.
Check for triggered over temperature protection on the web interface.
Check actual ambient temperature condition on site.
5.3 No output voltage, output state does not change on push button control
Description
LED display responses to local membrane switch on the front of the product, but
actual output state does not turn on as expected.
Possible causes
Input supply voltage too low for turn on of outputs.
Over temperature protection triggered.
Actions
Check actual supply voltage value, if it is above the configured reconnect voltage
thresholds.
Check for triggered over temperature protection on the web interface.
Check actual ambient temperature condition on site.
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5.4 No output, output state indication shows slow blinking light
Description
Front panel state indication is slow blinking once a second.
Access via Ethernet interface is possible.
LED display responses to local membrane switch on the front of the product, the
output can be disabled. But when enabled, the LED is slow blinking and not output
voltage present.
Possible causes
Output is configured in periodic time control, either daily or weekly settings. The
actual clock time is in the off period of these settings.
Actions
Change periodic time control settings on the web pages of FPFH-NPP. To do this,
please follow the user manual for the web interface in section 4.2 above.
5.5 No output, output state indication shows fast blinking light
Description
Front panel state indication is fast blinking with a frequency of 7 Hz.
Access via Ethernet interface is possible.
LED display responses to local membrane switch on the front of the product, the
output can be disabled and re-enabled. But when enabled, the LED is fast blinking
again.
Possible causes
Output current has exceeded the configured trip value of the electronic fuse.
Actions
Check the cable and load on the dedicated output for correct installation.
Check the load on the output for possible failure.
Check the configured trip value of the dedicated output if it matches with the load
connected to this output terminal. This can be done on the web interface, see section
4.5 above.
5.6 Cannot locate or access the product in the Ethernet network
Description
FPFH-NPP connected to an Ethernet network via CAT5 network cable, but the web
interface is not accessible via the network.
Possible causes
The configured IP address or subnet mask of FPFH-NPP might not match with the
address range of the network.
The configured IP address might be blocked by the network switch.
Actions
Check if the configured IP address and subnet mask of FPFH-NPP matches with the
configured address range of the network connected to.
Contact the system administrator for further support.
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5.7 Configured IP address settings of FPFH-NPP are unknown
Description
The configured IP address of FPFH-NPP is unknown, therefore the web interface
cannot be accessed.
Possible causes
IP address unknown.
Actions
Reset IP address settings to default values by use of local membrane switch on the
front of the FPFH-NPP. See section 4.1.2 above for more details.
5.8 Configured passwords for user and/or admin are unknown
Description
The configured passwords for user and/or admin of FPFH-NPP are unknown,
therefore the web interface cannot be accessed.
Possible causes
Forgot the password.
Actions
Reset password settings to default values by use of local membrane switch on the
front of the FPFH-NPP. See section 4.1.2 above for more details.
5.9 Cannot locate FPFH-NPP on FPRB system webpages
Description
FPFH-NPP is not accessible on the FPRB system webpages.
Possible causes
FPFH-NPP not powered.
FPFH-NPP not connected to the system bus via RS485 Y-cable.
Firmware version of FPRB does not support FPFH-NPP model.
FPFH-NPP support not activated in the system related parameter of the FPRB web
interface.
Actions
Check installation and wiring of input terminal of FPFH-NPP.
Check for correct connection of FPFH-NPP Y-cable (CS7136002). Please see section
2.8.4 above for further details.
Check firmware version FPRB system.
Check system related parameter of FPRB system for FPFH-NPP support enabled.
Please check latest user manual of FPRB for further instructions.
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5.10 FPFH-NPP does not connect to Nokia FSM
Description
Data interface connection from Nokia Flexi System Module to FPFH-NPP is not
established.
Possible causes
Poor or missing cable connection from FSM to FPFH-NPP.
Actions
Check that HDMI RS485 cable is proper installed on FSM and FPFH-NPP side. On
FPFH-NPP the HDMI RS485 cable shall be connected to RS485 IN terminal.
5.11 FPFH-NPP reporting SPD alarm
Description
FPFH-NPP or base station system controller reports SPD alarm of FPFH-NPP.
Possible causes
Surge protection device got damaged by lightning surge event. SPD device does not
ensure full protection of the installation any longer.
Actions
FPFH-NPP to be replaced in the installation.
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ARTESYN EMBEDDED TECHNOLOGIES, INC.
SOFTWARE/FIRMWARE LICENSE AGREEMENT
This Agreement” is entered into between Artesyn Embedded Technologies, Inc. (“ARTESYN”), a Florida corporation with
its principal place of business located at 2900 S. Diablo Way, Suite 190, Tempe, Arizona and CUSTOMER", the recipient of
the computer files disclosed with or identified in this Agreement (“Software”). Under this Agreement, CUSTOMER is
granted a limited license according to the terms and conditions contained herein unless CUSTOMER has a current
agreement with ARTESYN regarding the Software, in which case those mutually agreed upon terms and conditions will
apply instead.
DOWNLOAD OR USE THE SOFTWARE CONFIRMS THAT CUSTOMER AGREEs TO THESE TERMS AND
CONDITIONS!
DEFINITIONS:
HARDWARE means the Artesyn or Astec hardware product the SOFTWARE listed in Schedule A is intended by Artesyn to
run on.
SOFTWARE means computer programs in Object Code format and related documentation listed in Schedule A or supplied
with the HARDWARE, which may be Pre-installed, or not pre-installed, or delivered electronically or by any other method by
ARTESYN or its distributors or other authorized third parties.
1.
GRANT OF LICENSE:
(a)
ARTESYN grants to CUSTOMER a non-exclusive, non-transferable license (i) to execute and use the SOFTWARE,
provided that it is executed and used by CUSTOMER solely in connection with operation of the HARDWARE; (ii) to
sublicense and distribute to CUSTOMER’s end user customers, the SOFTWARE, provided that copies are sublicensed
and distributed by CUSTOMER pre-installed on, and solely for use in connection with the operation of, the
HARDWARE; and (iii) to grant CUSTOMER's end user customers a non-exclusive, non-transferable license to execute
and use the Object Code copies of such SOFTWARE, provided such Object Code copies are executed and used by
CUSTOMER's end user customers solely in connection with operation of the HARDWARE on which such Object Code
copies were pre-installed by ARTESYN.
(b)
The SOFTWARE licensed under this AGREEMENT may contain certain third party software, which, if applicable, is
listed in Schedule A. Such third party software is licensed to CUSTOMER in accordance with the standard license terms
and restrictions of the copyright owner which may be attached hereto, unless the copyright owner has granted to
ARTESYN the right to sublicense the third party software pursuant to this AGREEMENT (in which case this
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provide to CUSTOMER a copy of the Open Source Software source code if it is publicly available without charge
(although a distribution fee or a charge for related services may be applicable).
2.
RIGHTS AND LIMITATIONS:
(a)
(b)
CUSTOMER may not reverse engineer, translate, decompile or disassemble the SOFTWARE.
CUSTOMER may not copy the SOFTWARE except as necessary to use the SOFTWARE on the HARDWARE and to
support its customers.
(c) With reference to any copies it makes of the SOFTWARE, CUSTOMER agrees to faithfully reproduce any copyright
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notice(s) may appear in several forms, including machine-readable form and CUSTOMER agrees to reproduce such
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(e) CUSTOMER may not combine the SOFTWARE with Open Source Software or with other software in such way that the
SOFTWARE becomes subject to an Open Source license or any other license.
3.
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(b)
SOFTWARE REMAINS ARTESYN'S PROPERTY:
The SOFTWARE is protected by copyright laws and international copyright treaties, as well as other intellectual
property laws and treaties. The SOFTWARE is licensed only in accordance with this AGREEMENT, not sold.
Title to SOFTWARE, all copies and derivative works thereof and all rights therein, including all rights in patents,
copyrights, and trade secrets applicable thereto, shall remain vested in ARTESYN or its licensors.
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Nokia FPFH-NPP Installation and user manual
(c)
If CUSTOMER is compelled to disclose or deliver the SOFTWARE in order to comply with a court order or other legal
requirement, CUSTOMER will provide ARTESYN with prompt notice of such requirement so that ARTESYN may seek a
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5. TERMINATION: This AGREEMENT may be terminated by CUSTOMER upon one month's prior written notice. ARTESYN
may terminate this AGREEMENT if CUSTOMER is in default of any of the terms and conditions of this AGREEMENT, and
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ARTESYN. Appropriate provisions shall survive termination of this AGREEMENT.
6. MAINTENANCE: ARTESYN shall not be responsible for maintenance or support of SOFTWARE under this AGREEMENT.
8. LIMITED WARRANTY:
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substantially conforms to ARTESYN’s relevant specifications and performs the functions described in the
documentation accompanying the SOFTWARE and any relevant updates thereto. ARTESYN’s warranty obligations
extend to CUSTOMER only, and not to CUSTOMER’s transferees, customers or users of CUSTOMER’s products.
(b) If the SOFTWARE does not meet the Limited Warranty, ARTESYN’s entire liability and CUSTOMER’s exclusive remedy
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(c) Except for this Limited Warranty, the SOFTWARE is provided on an "AS IS" basis and without further warranty of any
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customers. When in doubt, customers should consult their own legal counsel.
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Nokia FPFH-NPP Installation and user manual
of the License fees paid to ARTESYN for the applicable Programs during the applicable period during which such
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provisions, and this AGREEMENT shall be construed as if the invalid or unenforceable provision were omitted.
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SCHEDULE A:
Platform/Products
Product Type
(Ex. DataCenter
Front End,
Board Mounted
Power,
High Power
Enclosed)
(A) Artesyn Embedded
Power, Inc. Software
Products
(A) Third Party Software
Included in the
SOFTWARE & hyperlinks
(B) Open Source Software Included
in the SOFTWARE and hyperlinks
FPFH-NPP
DC Power
Distribution
Primary Firmware
FreeRTOS, GPL v2,
http://www.freertos.org/license.txt
FPFH-NPP
DC Power
Distribution
Primary Firmware
LwIP, BSD,
http://lwip.wikia.com/wiki/License
FPFH-NPP
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DC Power
Distribution
Primary Firmware
HAL & CMSIS-Core as shipped with
STM32CubeF2 firmware package,
BSD
http://www.st.com/content/st_com/e
n/products/embeddedsoftware/mcus-embeddedsoftware/stm32-embeddedsoftware/stm32cube-embeddedsoftware/stm32cubef2.html
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