CopyrightThese instructions may be copied by the owner in any
quantity but only for internal use. For other purposes these
operating instructions and extracts thereof must not be
copied or reproduced.
Use and disclosure of infor mation contained in these instructions are not permitted.
Designations and c ompany marks contained in these instructions may b e bran d name s, t he use of wh ich b y thir d
parties for their own purposes may violate the rights of the
holders.
ObligatoryThese instructions are part of the equipment/machine.
These instructions must be ava ilable to th e ope rator at all
times and must be in a legible condition. If the equipment/
machine is sol d or moved to a differen t location these in
structions must be pas sed on by the owner tog ether with
the equipment/machine.
After any sale of the equipme nt/machine thi s original and
all copies must be handed over to the buyer. After disposal
or any other end of use this original and all copies must be
destroyed.
-
When the present instructions are handed over, corresponding sets of instructions of a previous version are automatically inv alidated. Please notice that s pecifications/
data/information are current values according to the printing date. These statements are not legally binding
according to the measu rement, computation and calcula
tions.
Baumüller Nürnberg GmbH reserves the right, in developing its products fur ther, to cha nge the technical specifica tions and the handli ng of the products co ncerned without
prior notice.
No liability can be accepted concerning the correctness of
the instructions unl ess otherwis e specified in the General
Conditions of Sale and Delivery.
This manual is addressed to technical qualified personnel, who is specifically skilled and
who is thoroughly familiar with all warnings and maintenance procedures.
The user is responsibl e for the ex ec uti on of se rvi ce and co mmi ss i oning ac co rd in g to t he
safety notes of the prevailing standards and other relevant national and local instructions
concerning conductor dimensioning and protection, grounding, disconnector, overcurrent
protection and so on.
For damages, which re sult from the mountin g or from the conne ction, the one is li able,
who has carried out the mounting or the installation.
2
2FUNDAMENTALSAFETY
INSTRUCTIONS
WARNINGThe following may occur, if you disregard these safety notes:
m serious personal injury
m death
All persons, who work with this device, must know and regard the safety notes and the safety
instructions in this manual.
Apart from this, any and all per sons who wo rk on this de vice must addi tional ly know and regard to all regulations and instructions, that are valid at the location.
WARNING
The following may occur, if you disregard these safety notes:
On the type plate (label) you will find, besides others, the type key of the device.
3
Figure 1:Position of type key label
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3.1
Marking of the device - type key
The type key has the form: BM4XXX - XX X - XXXX X [Ryy ] - XX. Dir ect ly beh in d the typ e
key is the desi gn c ode ( -XXX X - X - XX X - X XX ). The des ig n c od e co n tai ns in form a tio n,
which only is important to Baumüller Nürnberg GmbH.
That’s why in the following table only the type key is explained.
4: Vector controller with and without encoder feedback (closed loop / open loop)
5: for M-controller oder V-controller developed devices,
see manual 5.05022
6: Vector controller like 4, but optimzed for max. peak current
7: Vector controller like 4, but optimzed for max. nominal current
BM4XXX - XXX - XXXXX[Ryy] - [XXX] - XX Size of cabinet
1 to 7 (from cabinet size 1 there are two different wide versions)
BM4XXX- XXX - XXXXX[Ryy] - [XXX] - XX Current grading (output rated current)
0 to 6 (current value is dependent on the cabinet size), see appendix D
BM4XXX - XXX - XXXXX[Ryy] - [XXX] - XX Cooling type
S: air-cooled with air supply and with air outlet in the control cabinet
A: air-cooled with air supply and with air outlet outside the control cabinet
Z: water-cooled with water cooler in the control cabinet
F: water-cooled with water cooler outside the control cabinet
C: (cold plate) cooling via mounting wall of the control cabinet
BM4XXX - XXX - XXXXX[Ryy] - [XXX] - XX Mains type
T: TN- or TT-mains
I: IT-mains and ’grounded delta’
0: no module
1: Module with one relay and high power current contacts
2: Module with two relays and high power current contacts
3: Module with one relay and low current contacts
4: Module with two relays and low current contacts
5: Module with one relay and all current contacts
6: Module with two relays and all current contacts
BM4XXX - XXX -XXXXX[Ryy]- [ XXX] - XX Hardware type/power unit type
0: Rectifier and inverter with chopper resistor transistor UDC = 540 V
1: Rectifier and inverter with chopper resistor transistor
U
2: Power module (only output sided inverter). Operation as power module,
UDC = 540 V
3: Rectifier and inverter with chopper resistor transistor UDC = 540 V
short packaging for BM465X, BM466X, BM475X und BM476X
=230 V ± 10 %, UDC =310 V
Mains
BM4XXX - XXX -XXXXX[Ryy]- [XXX] - XX Hardware type/controller unit versions
1: Module in slots A to H pluggable
2: Modules in slots A to M pluggable
BM4XXX - XXX -XXXXX[Ryy]- [XXX] - XX Hardware type (internal information via Baumüller Nürnberg
GmbH.
0XX: Controller without 7-segment display (RS 485 interface)
1XX: Controller without 7-segment display (RS 485 interface)
2XX :Controller with 7-segment display (RS 485 interface)
3XX :Controller with 7-segment display (Ethernet interface))
The installation instr uctions, dimensions and drillin g plans of the individual device ve rsions for the configuration are to be taken from the manual.
A - screws2 x M54 x M54 x M54 x M54 x M5
B - washers2 x (5.3 x 10)4 x (5.3 x 10)4 x (5.3 x 10)4 x (5.3 x 10)4 x (5.3 x 15)
C - mount spacingc = 5 mmc = 5 mmc = 5 mmc = 5 mmc = 5 mm
A - screws4 x M514 x M416 x M516 x M820 x M8
B - washers4 x (5.3 x 10)14 x (4.3 x 9)16 x (5.3 x 15)16 x (8.4 x 17)20 x (8.4 x 17)
DeviceBM465X-FXX-3XXXX
BM475X-FXX-3XXXX
A - screws18x M618 x M8
B - washers18 x (6,4x17)18 x (8,4x21)
NOTE
At the types BM4XXX-F and BM4XXX-Z, which have got water cooling, do not forget to connect the cooling circuit to the heat sink on the reverse side of the devices.
Additional relay i s n ec essar y onl y if the voltage of the brake is ≠24V, if the current of the
brake is greater than t he switch ing capacity of X101 or i f you consi der UL508C and t he
current of the brake is greater 4 A.
Perhaps consider a limited operating voltage range of the brak e because of the interna l
voltage drop to max. 2.6 V.
5
Figure 7:Connection diagram with motor brake controlled via an additional relay.
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5.1
Connection diagram
*is only valid for BM444X, BM445X and BM446X accordingly the cooling versions S and A.
for BM447X cooling type -A:
Figure 8:Connection fan BM447X-A
**The power supply at X100 or X101 must be fused external. At the selection of the fuse you
must consider the cross-section of the connecting cable and the maximum allowable load
capacity.
In case you consider UL 508 C, you must limit the power supply to 100 W or fuse it with a UL-
listed 4 A fuse.
Ba- ... 1D1Connections for chopper resistor and DC link, see ZFigure 9– on page 23 and the following.
R
B
PE....1W1Mains connection, see ZFigure 9– on page 23 ff.
S1Fuses (circuit cable + device)
S2Fuse (fan) *)
L1Mains choke (not necessary for BM441X and BM442X except BM4426)
L2Mains filter
X1Serial interface (RS 232), see ZFigure 18– on page 32.
X3Connections for ready-for-use, quickstop, pulse enable, see ZFigure 18– on page 32.
X36Connections for fan (only BM444X-S/-A, BM445X-S/-A, BM446X-S/-A, BM447X-A)
X100Connections for 24 power supply, further information see ZFigure 18– on page 32 (SELV/
X101Connections for brake, motor temperature, see ZFigure 9– on page 23 and the following
X102Connections of the safety relay, see ZFigure 9– on page 23 and the following (SELV/PELV)
X103Connections of the optional, second safety relay (only BM443X - BM447X)
A:X1Encoder module, see manual 5.01042 (SELV/PELV)
Chopper resistor
PELV)
(SELV/PELV)
ENCEncoder
BREBrake
PE....1W2Connections for motor, see ZFigure 9– on page 23 ff.
X3-2: BB on (middle selector switch)
X3-3: Reference potential for 4 and 5
X3-4: Quickstop (SELV/PELV)
X3-5: Pulse enable (SELV/PELV)
X3-6: BB on (NC) (SELV/PELV)
Page 33
In this chapter we describe an exemplary commi ssioning of a bmaXX® device with a
Baumüller motor DS 56-M with s ine-cosine encoder. Carry out the commissionin g, to
make sure that the delivered devices are in an accordingly condition. This commissioning
is not for the complete installation of the device for your application.
6.1Requirements to the executing personnel
The personnel, who is assigned for commissioning, must have enough knowledge about:
m Safety technology
m PC-operation (windows),
especially in the program WinBASS II (up to FW 3.09) or ProDrive (from FW 3.07).
m Connection and operating method of the device b maXX® 4400.
6
6COMMISSIONING
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6.2
Preconditions
6.2Preconditions
The commissioning i s an exemplary checking of the fu nctionality of the device. When
commissioning, your assure yourself if the device is ready for operation.
Commissioning
with Baumüllermotors
Commissioning of
motors of other
manufacturers
The, furthermore described, exemplary commissioning is specified to Baumüller motors.
In order to reduce your scope of work, you are provided with a motor database, within the
operating software WinBASS II, which provides the most va lues automatically (reads
out), so that you can concentrate on the checking of the values.
If you, however, choos e another configuration (e. g. another encoder), you must enter
more values yourself, because the reading of the data isn’t completely available anymore.
Motors of other manufacturers we have not included into the motor data base. In this case
you must feed all values yourself. However, it is possible to include these motors into the
motor database.
6.3Preparations
Precondition for the commissioning is that mounting and installation are correctly executed.
1 Assure, that mounting is correctly exec uted and espec ially that all sa fety instructi ons
.
NOTE
Figures referring to th e next wor king steps a re to be foun d in the manu al of the bas ic unit b
maXX4400.
were referred to (see mounting in manual of b maXX
®
4400).
2 Assure, that the installation is correctly executed, and that especially all safety instruc-
tions were referred to.
3 WinBASS II must be installed onto the PC/laptop. The controll er firmware versions,
which are supported by WinBASS II / ProDriv e are to be fo und in WinBASS II / Pro
Drive-Online-Help in the men u ’U se r indic ati ons /s upp orted b maXX devi ce s’ .
.
NOTE
The controller firmw are versions, which are sup ported by WinBASS II / ProDriv e are to be
found in the
WinBASS II / ProDrive Online Help in the menu ’User indications/Supported b maXX® devices’, or on the WinBASS II / ProDrive CD in the readme file under ’User indications/Supported
b maXX
®
devices’.
At commissioning you ca n among other things e nte r m oto r- a nd e nc ode r d ata in the op erating software or wrong values can be co rrecte d. In order, to carry out com miss ioning
efficiently, it is advantageous, if you have all data when starting with commissioning. Data
for Baumüller motors can be found within the operating software in form of a ’motor data
base’.
at sine-cosine encoders with HIPERFACE®interface
the encoder type is automatically entered via the
HIPERFACE
BM_u_Enc1PulsesPerRev
BM_u_Enc1PulsesPerRev
®
interface
5 Assure, that the motor fulfills the following conditions:
m equipped with a suitable encoder, in our example: Resolver or SinCos encoder
SRS50
m connected to b maXX® 4400
m Ready-to-operate
6 Make sure, that switching elements for pulse enable and quickstop clearance are con-
nected to b maXX4 400 (e. g. in a switchbo ard) and are operating. Assure, that the
switches are in off-position (inactive).
7 A ssu re, tha t all saf ety de vice s a re conn ected l ine- and mo tor sid ed and a re r eady- to-
operate.
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6.3
Preparations
8 Assure, that the encoder for motor control (resolver or sine-cosine encoder) is connect-
9 If necessary, assure, that the safety relay is plugged in and is connected according to
10Assure, that PC/laptop is connected with a serial cable (RS232/9-pin sub-d connector)
NOTE
The company Baumüller Nürnberg GmbH recommends the usage of optically decoupled
transmitters (e.g. from the company Ratioplast part no. 901SV232C6095 and
part no. 901SV232T6095)
You can get an o ptically decoupled i nterface cabl e as an ac cessories na med programm ing
cable.
ed with the encoder cable to the encoder module BM4-ENC-01 or BM4-ENC-02 in slot
A.
the instructions.
to the plug connection X1 of the controller.Start WinBASS II / ProDrive.
11After starting the ProDrive Startpage appears. Usually you can proceed as follows.
6
Figure 19:ProDrive: Start window
12On the Startpage select ’Select device’. The window ’Select device’ appears (see
ZFigure 21– on page 39)
13Select the s erial inter face unde r ( 1), wher e the P C is c onnec ted with the b maXX de-
vice.
14Then select the type of device, b maXX4400 drive under (2).
15Then press ’test’ (3). If an online connection with the b maXX device is generated, then
an according ses sion ( 4) is shown. The shown versi on and the v ersion of the devic e
have to match. If you press ’Connect’ (see
don’t match the error message ’version conflict’ will appear. This conflict can be solved
by the offered XML data update.
NOTE
In case there is no session for the present controller firmware version you need an update for
the WinBASS II / ProDrive program.
Compact manual b maXX® BM4400, BM4600, BM4700
ZFigure 22– on page 40) and the versions
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6.3
Preparations
Figure 20:ProDrive: version conflict
NOTE
In case there is a PLC in th e b maXX® device a communication with WinBASS II / ProDrive to the controller only can be established, if a project is existing in the PLC!
16With a click on ’Ok’ (5) the graphically user interface is started.
Further notes and explanations are to be found in the online help of the program. This
online help is initiated with F1 or under ?/help subjects or on the following starting window with ’help’.
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6.3
Preparations
17Wait until the following display mask appears and there, click on the ’project tree’ but-
ton.
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Figure 22:ProDrive: Startpage
18Click in the ProDrive Navigation on ’power unit’.
Start with the commissioning, after you have completed the preparations.
1 Effectuate the power supply to the b maXX
(supply voltage + control voltage).
Hereupon the device starts up an d sh ows its operat ional readiness by fla shi ng of the
orange-colored LED H-2 (Power ON).
m LED H-2 must light up orange, thi s means P ower ON, the devi ce is ready -to-oper-
ate.
m LED H-2 may not light up green: The green shining LED H-2 signified ’operation en-
abled’! The motor is power supplied and can rotate! Immediately cancel this with the
switch element pulse enable or quickstop enable!
m LED H-3; the red luminous LED means current limit reached. Reduce the load of the
motor. Continue the parameteriza tion .
m LED H-4; a red flashing LED signifies a state of error. Later the error is removed with
the help of the op er ating pr ogram WinBASS II / Pr oDriv e. Con tin ue the parameter
ization.
2Now plug on the (RS232-)cable c onnector from the PC/la ptop to the co ntroller at the
bmaXX
The communication between the pro cessor and th e b maXX® runs through the connection cable.
3 Start WinBASS II (up to FW 3.09) or ProDrive (from FW 3.07), as far as it isn’t running
yet.
®
.
Commissioning
®
6
-
NOTE
In case you get an e rror message referring a plug-in module , then please first che ck if the
plug-in module is accurately cabled and if need be, is supplied with voltage.
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6.5
Executing commissioning
Warnings/
reset errors
4 Then click on ’drive management’
Figure 25:ProDrive: Navigation
5 Activate the voltage supply for the safety relay (in case a safety relay exists).
Now parameters still have to be entered for the encoder.
9 Go back to the ProDrive Navigation .
10Click on the tab ’Startpage’
On the Startpage you can see, at which slot the encoder module is plugged in (resolver BM4-ENC-01 or sine-cosine - BM4-ENC-02).
Figure 29:ProDrive: Startpage
11Check, if the plug-in modules were detected correctly.
CAUTION
The following may occur, if you disregard these safety notes:
m Property damage
The danger is: errors in the hardware identification. The device in which the b maXX®4400
is installed, can be damaged or ca n work defective, if a module or mo re modules were no t
recognized or were recognized wrong.
Cancel commissioning, if at least one plug-in module was not or was wrong recognized. Contact Baumüller Nürnber g GmbH.
12Go back to the ProDrive Navigation.
13Double-click on ’encoder’.
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6.5
Executing commissioning
14Click on ’encoder1’ if your encoder module is in slot A.
Click on ’encoder2’ if your encoder module is in slot B.
The window ’encoder1-configuration’ opens.
(1)
(2)
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Figure 30:ProDrive: Encoder 1 configuration
15When using a resolver or sine-cosine encoder without HIPERFACE®-interface. With a
sine-cosine encoder with HIPER FACE-inte rfac e the data is automat ically transf erred
over the HIPERFACE-interface - do not change data.
m (1) Resolver: PPR count = 1, sine-cosine without HIPERFACE® e.g. PPR count = 1024
m (2) Resolver: rotations = 1, sine-cosine without HIPERFACE® e.g.
rotations = 1
m both encoders: activation (activate encoder)
Enter overspeed limit manually in block ’speed threshold’.
16Change to the ProDrive Navigation and there click on ’motor’.
Figure 31:ProDrive: Navigation
6
Use motor database
17Click in the motor window on the button ’Motor database’.
Figure 32:ProDrive: Motor database
18The following window appears
Figure 33:ProDrive: Selection of the motor
19In this window you enter with:
m the motor nominal voltage : „540 V“
m the motor type: ’DS 56-S’
m the nominal speed: ’6000 rev/min’
m the maximum speed is automatically taken over from the value for basic speed.
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6.5
Executing commissioning
NOTE
The values for the nominal speed and the maximum speed are the same at synchronous motors and therefore, at choice of nominal speed, are taken over into the maximum speed.
At asynchronous motors you must select both values separately. Software for asynchronous
motors: in preparation.
20Activate butto n k.
With this all data is taken from the motor database over in the accordant parameters and
display fields of WinBASS II / ProDrive.
21Check all values of the motor with the motor data sheets (this is only a purpose of con-
trol, if you use the motor datab ase of Baumülle r). When you ar e using a motor of an
other manufacturer, you must do this anyway).
NOTE
When you use a m otor of an other manu facturer, you c an also ta ke his da ta into the motor
database.
Motor data
change
Normally, you will find no deviations between the motor data sheet and the automatically
from the motor database taken values.
In case, you want to change values, you have got to do the following:
22Click on the tab ’startpage’. On the start page you enter next to ’enable service opera-
tion’: Service’ and close this input with enter’.
Now you are able to change the so -far write-protected da ta in the screen menu. If you
would like to re-establish the write-protection, then enter with ’off’ instead of service’.
Check motor data 24In the motor window and in the sub-window synchronous motor or asynchronous motor
all important motor data or motor parameters are displayed.
Check all data.
6
Figure 34:ProDrive: Motor
Use parameter list If you are not using the Baumüller motor database, you can enter al l motor paramet ers
also with help of the ’parameter list’.
25Click on the tab parameter list.
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6.5
Executing commissioning
26In the parameter list click on ’configuration motor’.
Figure 35:ProDrive: Parameter list
The following motor parameters must be described:
m Maximum speed mech. (P0072 motor maximum speed mechanical)
m Number of pole pairs (P0065 Motor number of pole pairs)
m Rotating field (P0087 Motor rotating field)
Now save the entered data.
27Click in the icon bar on the icon ’Data set management’.
28Click in the data set management on the button ’save all’.
6
Figure 37:ProDrive: Data set management
29Wait until next to ’data set status’ is shown: ’o.k.’
Thus the data set is saved in the EEPROM.
30Turn off the voltage supply for the safety relay (if existing).
31Disconnect the device from the mains- and the control voltage.
32Turn on the power supply for the safety relay (if a safety relay is existing)
33Effectuate the power supply to the b maXX
(supply voltage + control voltage).
By switching on and off you can check, if your settings lead to warnings or errors.
®
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6.5
Executing commissioning
Find notch position
Now the notch position of the motor still has to be found.
34Go to the ProDrive Navigation and double-click on ’operating mode’, then click on ’find
notch position’.
35Click on the icon ’drive manager dialogue’.
Figure 38:ProDrive: Drive manager dialogue
Additionally the window ’drive manager dialogue’ appears.
36Select method 0 for ’mode’ (1).
37Select ’find notch position’ in the scroll list (2).
WARNING
The following may occur, if you disregard these safety notes:
m serious personal injury m death
The danger is: mechanical effects. With a non-free-rotating motor the motor and parts, which
are connected to the motor can be damaged/d estroyed.
Assure, that the motor can rotate freely during commissioning.
38Activate the pulse enable and the quickstop clearance.
39Click on ’start’ (3).
40Wait until the text appears in this field (4): ’notch position was found’.
41Then click on „Off“ (5).
This data set now should be saved.
54Click in the icon bar on the icon ’data set management’.
Figure 43:ProDrive: Data set management - icon bar
55Click in the data set management on the button ’save all’.
Drive
switch off
Figure 44:ProDrive: Data set management
56Wait until next to ’data set status’ is shown: ’o.k.’
Thus the data set is saved in the EEPROM.
To complete commissioning we switch off the drive.
57Turn off the voltage supply for the safety relay (if existing).
58Separate over the ac co rd ant swit chi ng e lem ent s the device from th e ma in s- an d c on-
In this chapter we descri be, h ow the dev ic e work s durin g ope ra tio n and how y ou h andl e
the device during operation.
7.1Enable signals
These signals must have a signal level of 24 V (DC) and must be connected to the terminals X3-4 and X3-5 (ZFigure 18– on page 32).
Pulse enableDuring operation the signal ’pulse enable’ must constantly be created, so that the device
supplies power. Addi tio nal ly the puls e e nabl e ha s to be do ne by the con tr oll er
nals are AND-linked, so the failure of one of these signals results in impulse inhibit of the
power unit.
. Both sig-
QuickstopAllow the signal ’quickstop’ only then, if you must stop the installation/device as quick as
possible.
During operation the sig nal ’quickst op’ must con stantly be appli ed, that the dev ice sup-
plies power.
7.2Switch-on frequency
The device may not be switched on and off as often as you like. Between two switch-onsequences there should be a certain time period, in order to protect the devices/fuses.
NOTE
h refer to the specified waiting time, if you switch on the supply voltage for the device again,
after you have switched off the device.
Imperative for the devices BM441X and BM442X is:
between two switch-on-sequences at least one minute must have passed, before you switch
on the device again. In case you switch off the device beforehand, the durability of the device
will be shortened.
Imperative for the devices BM443X, BM444X, BM445X, BM446X and BM447Xis: No waiting time has to be complied with.
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7.3
Display elements - LED
7.3Display elements - LED
BM44XX - XXX - XX0 XX and BM44XX - XXX - XX1XX:
On the front side of the device there are 4 LEDs. The 4 LEDs (H1 to H4) show information
about the operating status and are also displayed in WinBASS II / ProDrive.
BM44XX - XXX - XX2XX:
On the front side of the device th ere are six LE Ds. Both upp er LEDs (UH1 and UH2: 2)
are freely programmable. The four lower LEDs (H1 to H4) show information abut the op
erating status and are also displayed in WinBASS II / ProDrive.
ZFigure 18– on page 32 shows the position of the display elements.
7.3.1Operating condition (H1, H2)
Both of the upper LEDs (H1 and H2) indicate, how the device is working at the time.
green:the motor rotates, torque direction 1.
orange:the motor rotates, torque direction 2.
-
NOTE
The LED H1 cannot be taken as rotationa l dir ecti on in dic ato r . It only show s the torqu e dir ec tions.
green:Pulse enable. The motor is power supplied by the power unit.
orange: Power ON, the device is ready-to-operate. In case the LED lights up
orange colored during operation, maybe the pulse enable is missing or
the quickstop was activated.
flashing in turn green/orange:
Pulses for field generation at asynchronous machines enabled.
No release for torque generation.
green with a short orange-colored flashing or
orange with a short green flashing:
Saving procedure active in the EEPROM,
if possible do not switch off device in this phase.
The third LED (H-3) indicates whether the current limit has been reached.
7.3.3Error (H4)
Operation
red: adjusted current limit of the controller has been reached.
h Application is adapted or ’no reaction’.
LED doesn’t light up: the internal monitoring have not found an error.
Red, continuously: Error.
7
7.3.4Display
h Remove the err or wit h he lp of th e op er ating program WinBASS II / ProD ri ve . Fu
ther information is to be found in ZError detection and troubleshooting– from pag
63.
red, flashing: Warning.
h Warnings you are able to see in the drive manager of the operating program Wi
BASS II / ProDrive. W arnings d o not affec t operation of the devi ce. Furth er info
The 7-segment-displ ay in normal operation s hows the operat ion sta tus. In case of error
the error number is shown.
DisplayStatusMeaning
0Not ready-to-startInitialization phase, pulses inhibited.
1Inhibit startPulses inhibited, initialization completed error-free.
2Ready-to-startPulses inhibited
3Switched onPulses for field generation at asynchronous machines enabled,
no torque generation yet.
4Operation enabledPulses enabled, drive function enabled
5Inhibit operation active Pulses enabled, braking procedure active
6Shutdown activePulses enabled, braking procedure active
7Quickstop activePulses enabled, braking procedure active
EError reaction activePulses enabled, braking procedure active
FErrorPulses inhibited, error status
In the display the error number is shown.
The single drive statuses are specified in chapter device management in parameter manual 5.03039.
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7.3
S
E
o
Display elements - LED
In the status error the error numbers are shown in the display. Only the errors are shown,
which enable an error rea ction in th e drive or have enabled one. Er rors withou t reactio n
and also warnings are not displayed.
First of all the display of error no. star ts in showing for about 1.5 s „F“. Then, three digits
of the error code ar e di spl ay ed . The individual dig its a re di s pla ye d for about 0.8 s, i nte r
rupted by a short break . If there are further error s, they are displayed according to the
same principle. The procedure recurs, as soon as all errors have been displayed.
Example: Error 125 and 91 are existing:
tartEnd Time
rror
utput
-
If the mains voltage and the 24-volt supply is applied to the device after the electric installation has been complete d, then, at least the LEDs s hould flash and the 7-segment di splay should show a status.
In the following we will in form you abou t the different errors and the conseq uential error mes sages. The errors can either be of mechanical or of electrical causes. The devices of the series
b maXX
side of the cabinet. Additionally the error number is displayed via the 7-segment display on the
front side of the cabinet. By the error number the error message can be determined with the help
of the error list in this doc ument ation. F urthe rmore the error me ssag e is displ ayed i n the oper
ating software WinBASS II / ProDrive:
®
4400 signal an error statu s via the lighti ng up of the lowes t red LED H4 on th e front
8
8ERRORDETECTIONANDTROUBLE-
SHOOTING
-
h Start the operating program WinBASS II (up to FW 3.09) or ProDrive (from FW 3.07), if it isn’t
running yet.
The error message signaled with ’error’ is to be found in WinBASS II / ProDrive:
h Open a list in the project tree by clicking on the + in front of ’management’.
h Select from this list ’Device management’.
NOTE
If you are not able to start the moto r, although the red LED H 4 isn’t lig hting up and al though
the LED H2 is lighting up green, chec k the parameterization of the b maXX
parameter list in WinBASS II / ProDrive.
Error possibilities are e. g.: torque limit = 0 has been set or notch position is not correct (also
see parameter manual b maXX
If no LEDs are lighting up on the front side of the device, check the 24V supply.
8.2Troubleshooting
The error messages are bas ed on the tr oub le sho oti ng in the b maX X® devices, which also are
termed as error lists. If an error appears, the according definite error message is displayed with
in a short time in WinBASS II / ProDriv e in the menu „driv e man age r’, whos e mea ni ng yo u can
look up in the error list.
®
4400).
®
4400 with the
-
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8.2
Troubleshooting
8.2.1Reset err ors
If the red error LED is lighting up, the re is at leas t on e erro r. You c an r eact upo n thi s, by
’Quit’ the error in WinBASS II / ProDrive, that means, that you inform the device, that you
have noted the error, that you have remo ved it or that you want to pass over it. Due to
error reset all error messages are reset. An individual error reset is not possible. The ac
ceptance causes a r ese tti ng of t he e rr o r, in case the reset was po ss ib le du e to th e er ror
situation.
In the following you will find all error messages. An (error) message is shown in
WinBASS
II in the window ’drive manager’. In the list field ’messages’ you will find the (abbreviated) error names, at HIPE RFACE® errors also the device part, the error number
(not at errors accordin g to HIPERFACE
®
specification) and , separated by a colon, the
meaning of this error, e.g. ’MotorError 96: Short-circuit temperature sensor’. At HIPER
FACE® errors e.g. ’Encoder 1 communication: Parity error’.
Error processor P0201
Error no.MeaningReactionTroubleshooting
0reserved
1Watchdog-ErrorISExecute a restart of b maXX® 4400
2Incorrect or unexpected interrupt has
occurred
3NMI interrupt/bus errorISExecute a restart of b maXX® 4400
192Position deviation dynamicadjustable Rem ove the dynamical position deviation error
193Position deviation staticadjustable Remove the statical position deviation error
8
194Encoder 1 is used for position control,
but is inactive.
This error is also shown, if the faulty
positioning is in one of the inactive data
records.
195Encoder 2 is used for position control,
but is inactive.
This error is also shown, if the faulty
positioning is in one of the inactive data
records.
196Software limit switch 1 exceededadjustable Check the target position with the by the limit
197Software limit switch 2 exceededadjustable Check the target position with the by the limit
198Hardware limit switch 1 exceededadjustable Chec k the target position with the by the limit
199Hardware limit switch 2 exceededadjustable Chec k the target position with the by the limit
200Homing necessary and not yet exe-
cuted
201Setpoint in mode
Set-of-setpoints didn’t arrive in time
ISActivate encoder 1
ISActivate encoder 2
switch enabled travelling range
switch enabled travelling range
switch enabled travelling range
switch enabled travelling range
adjustable Execute homing
adjustable Assure, that positioning data and handshake
take place in time
(also see parameter manual)
202Target position v Modulo positionAdjustable Minimize target position or
203Spindle positioning:
Error while initialization of the trigger
204Spindle positioning:
Timeout at trigger signal
205Error occured while executing homing Adjustable Check the function of the reference switch and
206 to 207not assigned = 0
Adjustable Used encoder without triggersignal (zero pulse)
Adjustable Check encoder for zero pulse; check encoder
adjust Modulo position P1239
or incorrect adjustment in P1425 spindle posi
tioning mode
connector; check zero pulse signal by means of
the toggle bit (encoder 1/2 status bit 8)
the hardware limit switch; adjust the encoder
input selection where necessary; select only
supported homing methods
Compact manual b maXX® BM4400, BM4600, BM4700
Document no.: 5.06014.02
-
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8.2
Troubleshooting
Error speed controller P0214
Error no.MeaningReactionTroubleshooting
208Drive blockedISRemove the blockade of the drive
209Encoder 1 is parameterized as encoder
for the motor control, but the evaluation
is not activated. This error is also
shown, if the faulty positioning is in one
of the inactive data records.
210Encoder 2 is parameterized as encoder
for the motor control, but the evaluation
is not activated. This error is also
shown, if the faulty positioning is in one
of the inactive data records.
211Overspeed
Open loop
212 to 223not assigned = 0
ISYou have got to either activate the encoder in
the encoder 1 (mode P0150) or you set the
encoder 2 as encoder for the position control
(parameter P1030)
ISYou have got to either activate the encoder in
the encoder 2 (mode P0160) or you set the
encoder 1 as encoder for the position control
(parameter P1030)
ISCheck parameterization and reduce speed
Error free control section P0215
Error no.MeaningReactionTroubleshooting
224 to 234Not assigned = 0adjustable
235Torque coupling: General error in the
master
adjustable
236Torque coupling: Operating mode in
the slave is not speed control
237C onfiguration error reaction return
motion is invalid
238Return motion destination was not rea-
ched
239Application error
(enabled by P0302 bit 1)
IS
IS
adjustable
adjustable
Error CANsync P0216
Error no.MeaningReactionTroubleshooting
240 to 245not assigned = 0no reaction Check the parameterization of the
DC-parameters, see parameter manual
246Invalid DIP switch settingsaccording
to setting
247 to 255not assigned = 0
Correct the wrong setting of the
DIP switch on the module
6Data overflowError indicates high EMC problems; please reduce
7Bit frame errorError indicates high EMC problems; please reduce
8Invalid command stateContact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
8
9Parity errorRestart of b maXX
10Checksum error Error indicates high EMC problems; please reduce
11Unknown error code Error indicates high EMC problems; please reduce
12Data number errorError indicates high EMC problems; please reduce
13Invalid argumentError indicates high EMC problems; please reduce
14Data field is write protectedError indicates high EMC problems; please reduce
15Invalid access codeError indicates high EMC problems; please reduce
16Data field is not changeable in its sizeError indicates high EMC problems; please reduce
these.
Contact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
these.
Contact Baumüller
®
17Word address outside of data fieldError indicates high EMC problems; please reduce
18Data field is nonexistentError indicates high EMC problems; please reduce
these.
Contact Baumüller
these.
Contact Baumüller
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Document no.: 5.06014.02
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8.2
Troubleshooting
Error codeMeaningTroubleshooting
36Wrong data checksumError indicates high EMC problems; please reduce
37No responseError indicates high EMC problems; please reduce
these.
Contact Baumüller
these.
Contact Baumüller
66Inv alid respo nseRestart of b maXX
®
2 encoders can be connected to a b ma XX® 4400 at most. Accordingly maximum errors
can appear in function module 1 and function module 2. The term ’encoder 1’ or ’encoder
2’ in the column ’device part’ stands for one of the five currently existing encoder module
types.
Error encoder 1 - serial interface P0234
Error encoder 2 - serial interface P0235
(communication error after HIPERFACE® specification in the encoder 1 /encoder 2)
Error codeM eaningTroubleshooting
1Analog signals outside specificationCheck the encoder cable and if the encoder has been
connected correctly.
2Error in internal angle offsetCheck the encoder cable and if the encoder has been
3Data field partitioning table destroyedCheck the encoder cable and if the encoder has been
connected correctly.
connected correctly.
78
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4Analog limit values not availableCheck the encoder cable and if the encoder has been
connected correctly.
5Internal I2C-bus not operativeCheck the encoder cable and if the encoder has been
connected correctly.
6Internal checksum errorCheck the encoder cable and if the encoder has been
connected correctly.
7Internal watchdog error - encoder resetCheck the encoder cable and if the encoder has been
connected correctly.
8Overflow of the counterCheck the encoder cable and if the encoder has been
connected correctly.
9Parity errorCheck the encoder cable and if the encoder has been
connected correctly.
10Check sum error Check the encoder cable and if the encoder has been
connected correctly.
11Unknown error codeCheck the encoder cable and if the encoder has been
Commissioning 33
Connection diagrams 23
Connection torque 28
Connection X100 32
Connections of the controller part 32
Cooling type 10
Current grading 10
Current limit reached 61
All information given in this manual is customer information, subject to change without notice. We reserve the right to futher develop and actualize
our products continuously using our permanent revision service. Please notice, that specifications/data/information are current values according to the printing date.
These statements are not legally binding according to the measurement, computation and calculations. Before you make any information given in this manual to the basis
of your own calculations and/or applications, please make sure that you have the latest edition of the information in hand.
No liability can be accepted concerning the correctness of the information.
www.baumueller.de
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