Wacker Neuson FUE 2/048/240 is a frequency and voltage converter that transforms 100V 50-60Hz AC single phase electric power supply into 048V 3~ 240Hz electric current. It can be used to power Wacker high frequency internal vibrators. The converter features a soft start function, output capacity utilization, and various protection systems, including short-circuit, earth-fault, ground fault interrupter (GFI), excess temperature shut-down, and low voltage shut-down.
Wacker Neuson FUE 2/048/240 is a frequency and voltage converter that transforms 100V 50-60Hz AC single phase electric power supply into 048V 3~ 240Hz electric current. It can be used to power Wacker high frequency internal vibrators. The converter features a soft start function, output capacity utilization, and various protection systems, including short-circuit, earth-fault, ground fault interrupter (GFI), excess temperature shut-down, and low voltage shut-down.
Operator´s Manual
Converter
FUE .../048/240
0200379en 004
12.2009
Manufacturer
Wacker Neuson SE
Preußenstraße 41
80809 München
www.wackerneuson.com
Tel.: +49-(0)89-354 02-0
Fax: +49-(0)89-354 02-390
Translation of the original operator’s manual in German
1 Foreword
1 Foreword
This operator's manual contains information and procedures for the safe opera-
tion and maintenance of your Wacker Neuson machine. In the interest of your
own safety and to prevent accidents, you should carefully read through the safety
information, familiarize yourself with it and observe it at all times.
This operator's manual is not a manual for extensive maintenance and repair
work. Such work should be carried out by Wacker Neuson service or authorized
specialists.
The safety of the operator was one of the most important aspects taken into con-
sideration when this machine was designed. Nevertheless, improper use or in-
correct maintenance can pose a risk. Please operate and maintain your Wacker
Neuson machine in accordance with the instructions in this operator's manual.
Your reward will be troublefree operation and a high degree of availability.
Defective machine parts must be replaced immediately!
Please contact your Wacker Neuson representative if you have any questions
concerning operation or maintenance.
All rights reserved, especially reproduction and distribution rights.
Copyright 2009 Wacker Neuson SE
No part of this publication may be reproduced in any form or by any means, elec-
tronic or mechanical, including photocopying, without the expressed written per-
mission of Wacker Neuson.
Any type of reproduction, distribution or storage on data media of any type and
form not authorized by Wacker Neuson represents an infringement of copyright
and will be prosecuted.
We expressly reserve the right to make technical modifications – even without
special notice – which aim at further improving our machines or their safety stan-
dards.
Table Of Contents
4
1. Foreword 3
2. Safety instructions 5
2.1 General ..................................................................................................5
2.2 Operation ...............................................................................................5
2.3 Safety checks ........................................................................................6
2.4 Maintenance ..........................................................................................7
2.5 Transport ...............................................................................................7
2.6 Maintenance checks ..............................................................................7
3. Technical data 8
4. Description 9
4.1 Field of application ................................................................................9
4.2 Description of function ...........................................................................9
4.3 Switching on the converter ....................................................................9
4.4 Connecting equipment (e.g. internal vibrators) .....................................9
4.5 Switching off the inverter .....................................................................10
4.6 Connecting the inverter to power generating units (generators) .........10
5. Maintenance 11
5.1 Maintenance schedule ........................................................................11
5.2 Repair instructions ...............................................................................11
6. Diagram 13
7. Diagram 14
8. Disposal 15
8.1 Environmentally friendly reuse ............................................................15
EC - Conformity-Certificate 17
DIN EN ISO 9001 Certificate 19
Safety instructions
SV00051GB.fm 5
2. Safety instructions
for 3-phase frequency and voltage converters
2.1 General
2.1.1 Converters may only be operated by persons who
∗ are at least 18 years of age
∗ are physically and mentally fit for this job
∗ have been instructed in operating with converters and proved their
ability for the job to the employer
∗ may be expected to carry out the job they are charged with carefully.
The persons must be assigned the job of operating converters by the
employer.
2.1.2 Converters may only be operated if the operating instructions of the
manufacturer relating to the specific product and these safety
instructions are observed.
2.1.3 The persons entrusted with the operation of converters are to be
familiarised with the necessary safety precautions relating to the
machine. In case of unusual applications the contractor must compile
and issue the necessary additional instructions.
2.2 Operation
2.2.1 The actuation (control) elements and safety equipment must not be
inadmissibly tampered with or their operation prevented.
2.2.2 It must be ensured that the converter is only connected to the voltage
and frequency specified on the nameplate. Choose correct cross
section for extension cords.
2.2.3 Before the converter is commissioned, the machine must be installed
in a stable condition to prevent it from unintentionally tipping over,
slipping or falling.
Safety instructions
SV00051GB.fm 6
2.2.4 The inverter may only be connected to electric power supplies fitted
with residual current devices (RCD). Current impulse sensitive
protection measures according to DIN 0664 standards or universally
current sensitive should be used as RCD protection measures.
2.2.5 The converter must not to be switched on and off by inserting the plug
into the socket or pulling it out. This also applies to the equipment to
be connected to the converter.
2.2.6 The power supply cable of the converter must not be used to pull the
plug out of the socket.
2.2.7 The power supply cable of the external vibrator must not be used to
pull the plug out of the socket.
2.2.8 Electric equipment and material may only be used if they comply with
the operational and local safety requirements. They must be in proper
conditions and they must be maintained in this condition.
2.2.9 It is forbidden to operate converters in hazardous environments.
2.3 Safety checks
2.3.1 Before starting operation, the operator has to check that all control and
safety devices function properly.
2.3.2 Check electric cables regularly for damage.
2.3.3 Converters may only be operated with all the safety equipment.
2.3.4 If defects in the safety equipment or other defects are detected which
impair the safe operation of the internal vibrator, the supervisor is to be
notified without delay.
2.3.5 The machine must to be switched off immediately in case of defects
jeopardizing the operational safety of the equipment.
Danger to life
Safety instructions
SV00051GB.fm 7
2.4 Maintenance
2.4.1 Only use original spare parts. Modifications to this machine including
the adjustment of the maximum engine speed set by the manufacturer
are subject to the express approval of WACKER. In case of
nonobservance all liabilities shall be refused.
2.4.2 The converter is to be disconnected from the mains supply for
maintenance and repair work.
2.4.3 Work on the electric parts of the machines may only be carried out by
skilled technicians.
2.4.4 The green/yellow protective earth conductor of the connection cable
must be longer so that it does not become detached if the strain relief
clamp fails. There is a danger to life and limb if this connection is
broken. After repair work, check protective earth conductor for
continuity.
2.4.5 All safety devices must be reinstalled properly immediately after
maintenance and repair jobs have been completed.
2.5 Transport
2.5.1 For loading and transporting converters with lifting devices, suitable
attachments are to be provided at the specified attachment points.
2.5.2 On transport vehicles converters are to be secured against slipping or
tipping over.
2.6 Maintenance checks
2.6.1 According to the conditions and frequency of use, converters have to
be checked for safe operation at least once every 6 monts by skilled
technicians, such as those found at WACKER service stations, and be
repaired if necessary.
Please also observe the corresponding rules and regulations valid in your
country.
Technical data
TD00721GB.fm 8
3. Technical data
FUE 1/048/240 FUE 2/048/240
Item no. 0007978 0007979
Length x width x height mm: 345 x 212 x 245
Operating weight (mass) kg: 7,8 8
Input ratings
Alternating current V: 100 1
~
Ratend current A: 13 19
Frequency Hz: 50-60
Power input kVA: 1,2 1,6
Connecting cable A/V: 5m with plug
Output
Voltage V: 048 3
~
Ratend current A: 12 18
Frequency Hz:
240
Rated power kVA:
1,0 1,5
Output sockets A/V:
1 x 30/48 2 x 30/48
Protection system IP 44
hort-circuit and earth-fault proof, ground fault interrupter (GFI) protective circuit, excess temperature
shut-down, low voltage shut-down
Sound pressure level at operator‘s place
L
PA
:
less than 70 dB(A)
Description
T00761GB.fm 9
4. Description
4.1 Field of application
Wacker converters place correspondingly processed electric current at
disposal for Wacker high frequency internal vibrators.
4.2 Description of function
The core part of the inverter constitutes a D.C. and a A.C. rectifier. In
the current source inverter the input current is rectified. In the next step
the generated D.C. current is converted into a 3-phase A.C. (rotary
current) in the A.C. rectifier by way of pulse width modulation. At the
same time the frequency is raised from 50/60Hz.
Wacker inverters make possible a soft start of the connected
equipment. The output capacity of the inverter can be utilized to its full
extent.
4.3 Switching on the converter
Connect the inverter to a 100V 50-60Hz AC single phase electric
power supply.
4.4 Connecting equipment (e.g. internal vibrators)
Always first switch on the inverter and only then plug in and switch on
the equipment to be used. Do not switch on the equipment (e.g.
internal vibrators) with the switch belonging to the FUE inverter.
Description
T00761GB.fm 10
4.5 Switching off the inverter
Switch of equipment connected to the converter first and only then
proceed to switch off the converter itself. Then pull the power supply
cable plug from the socket.
4.6 Connecting the inverter to power generating units (generators)
The inverter is suitable for connection to power generating units only if
the rated voltage is within the range of 100V+15% under all load
conditions. Only the inverter alone should be connected to the power
generating unit and the power generating unit must be approved,
according to the manufacturers specifications, for use with consumers
(equipment) with capacitors.
A synchronous generator should be used in connection with inverters
whenever possible.
Maintenance
T00813GB.fm 11
5. Maintenance
5.1 Maintenance schedule
Only open the inverter at least 2 minutes after having pulled the plug
from the socket, as this gives the internal capacitors time to discharge
completely.
Do not work on the inverter if it is connected to a power supply
5.2 Repair instructions
The inverter printed circuit board is still alive (under tension) once the
power has been switched off and the plug pulled out of the socket. It is
imperative to wait for the capacitors to discharge (approx. 2 minutes).
Do not try to carry out any repairs with a live circuit.
Repair jobs may only be carried out by trained personnel.’
Componente Maintenance jobs Maintenance interval
Supply cable
Check for perfect condition:
replace defective cable.
daily
Fan Check correct functioning
Maintenance
T00813GB.fm 12
Pay attention to the following when replacing the inverter‘s printed circuit board:
∗ In the first place unscrew the cover to open housing.
∗ The inverter‘s printed circuit board is fastened and potted to the heat
sink (cooling device), thus presenting a unit. Remove the screws and
then carefully remove the inverter‘s printed circuit board from the
housing. Be careful not to damage the flat seal between the heat sink
and the housing.
∗ Carefully check the conditions of the flat seal between the heat sink
and the housing before inserting a new heat sink / printed circuit board
unit.
∗ Firmly fasten the grounded (earth) conductor at the correct points.
∗ Close the housing after having installed the heat sink / printed circuit
board unit.
Pay attention to the following when replacing the fan:
∗ The fan is fastened to the inside of the housing cover.
∗ To replace the fan open the housing‘s cover and then remove the fan.
∗ Pay attention to the correct connection of the cables once the fan has
been replaced.
∗ It is imperative the turning direction of the fan be checked by switching
on the inverter once the housing has been closed again.
Diagram
SK00509GB.fm 13
6. Diagram
Selection of required cross section for extension of cables and
power lines
This procedure takes into consideration:
∗ The ohmic and inductive resistance of the line with an admissible loss
of voltage of 5% and cos phi = 0,8 as per voltage-frequency-curve.
∗ The admissible warming-up of the lines as per VDE standard (table of
required minimum cross section).
∗
Voltage - Frequency - Curves
Cross-section area of cable in mm
2
Rated current x length of cable A x m
Electric dimensioning current I = 13 A
Input cable cross-section Length of power supply cables
2,5 mm
2
12 m
4 mm
2
20 m
6 mm
2
30 m
10 mm
2
50 m
Diagram
SK00508GB.fm 14
7. Diagram
Selection of required cross section for extension of cables and
power lines
This procedure takes into consideration:
∗ The ohmic and inductive resistance of the line with an admissible loss
of voltage of 5% and cos phi = 0,8 as per voltage-frequency-curve.
∗ The admissible warming-up of the lines as per VDE standard (table of
required minimum cross section).
∗
Voltage - Frequency - Curves
Cross-section area of cable in mm
2
Rated current x length of cable A x m
Electric dimensioning current I = 19 A
Input cable cross-section Length of power supply cables
2,5 mm
2
8 m
4 mm
2
15 m
6 mm
2
20 m
10 mm
2
33 m
T01088GB.fm 15
Disposal
8. Disposal
8.1 Environmentally friendly reuse
Provide for environmentally friendly reuse of the machine. Comply with
all regional regulations and directives such as the European directive
regarding old electric and electronic devices.
Do not add the device to normal waste disposal. Instead,
it should be collected separately.
Disposal
T01088GB.fm 16
www.wackerneuson.com
EC Declaration of Conformity
Manufacturer
Wacker Neuson SE
Preußenstraße 41, 80809 München
Product
Guidelines and standards
This is to certify that this product meets and complies with the relevant regulations and re-
quirements of the following guidelines and standards:
2006/95/EC, EN 61558-1, EN 61558-2-23, 2004/108/EC, EN 61000
Munich, 06.04.2009
Type FUE
Product type Inverter
Item no. 0007978, 0007979,
0008901, 0008902,
0008934, 0008947,
0008948, 0008949,
0008950, 0108479,
0107999, 0108000,
0610011, 0610012,
0610015, 0610019,
0610020, 0610023,
0610094, 0610156,
0610194, 0610176,
0610084
Dr. Michael Fischer
Head of Research and Development
Franz Beierlein
Head of product management
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Wacker Neuson FUE 2/048/240 User manual
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Wacker Neuson FUE 2/048/240 is a frequency and voltage converter that transforms 100V 50-60Hz AC single phase electric power supply into 048V 3~ 240Hz electric current. It can be used to power Wacker high frequency internal vibrators. The converter features a soft start function, output capacity utilization, and various protection systems, including short-circuit, earth-fault, ground fault interrupter (GFI), excess temperature shut-down, and low voltage shut-down.
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