Siemens MICRO MASTER Junior User manual
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SM
View
Instra
(
Siemens plc 1996
MICRO MASTER
Junior
Operating Instructions
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WARNING
INSTALLATION
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WARNING
Wiring Guidelines
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On no account must safety regulations be compromised when
installing inverters!
Mechanical Installation
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CAUTION
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
'
Siemens plc 1996
Power and Motor Connections
Power and Motor Connections
(
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(
7<>;/ =2+= 68=8; 3< -87031>;/. 08; =2/ -8;;/-= <>995B ?85=+1/ Do not connect
230 V inverters to a 400 V mains suppl .
WARNING
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=@8 +7. + 2+50 =8 =2;// =36/< 1;/+=/; =2+7 =2+= /A9/-=/.
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Control Cable Connections
Control Terminal Connections
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Terminal Description Value Function Notes
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FRONT PANEL CONTROLS
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WARNING
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C
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
G85139-E1740-U305-B
08.96
Siemens plc 1996 3
Press Press
P
Press Change
P
Press Press Change Press
others
Press
PP?
?
N
Y
Y
N
[1] [2] [3] [5] [6] [8] [9]
[4] [7]
Notes
[1] Display changes to `P000'.
[2] Select the parameter to change.
[3] View the value of the parameter currently selected.
[4] Do you wish to change the value? If not, go to [6].
[5] Increase ( n ) or decrease ( o ) the value of the parameter.
[6] `Lock' the new value into memory (if changed) and return to the parameter display.
Note
To increase the resolution to 0.01 when changing frequency parameters, instead of pressing P momentarily to return to the parameter display, keep the button
pressed until the display changes to `- -.n0' (n = the current tenths value, e.g. if the parameter value = `055.8' then n = 8). Press n or o to change the value and
then press P twice to return to the parameter display.
[7] Do other parameters need changing? If so, return to [2].
[8] Scroll up or down until `P971' or `P000' is displayed. If you scroll upwards, the display stops automatically at P971. owever, pressing the n button again causes the display to
`wrap around' to P000.
[9] Exit from the procedure and return to the normal operating display.
If parameters are changed accidentally, all parameters can be reset to their default values by setting parameter P944to 001 and then pressing P.
Fig. 5:Procedure for Cha gi g Parameter Values
or
no or
no or
no
IMPORTANT: Parameters above P009 ca ot be adjusted u less P009 is first set to 002 or 003.
OPERATING INFORMATION
General
The inverter does not have a main power switch and is therefore live when the mains supply is
connected. It waits with the output disabled for the RUN button to be pressed, or an ON signal
via terminal 5 or 6 (rotate right or left), or a RUN command from the serial link.
If output frequency (P001 = 0) is selected as the display, the corresponding setpoint is displayed
approximately every 1.5 seconds while the inverter is stopped.
The inverter is programmed at the factory for standard applications on Siemens four-pole
standard motors. When using other motors it is necessary to enter the specifications from the
motor's rating plate into parameters P081 to P085. Note that access to these parameters is not
possible unless P009 has been set to 002 or 003.
When delivered, the inverter's frequency setpoint is set to 0.00 z, which means that the motor
will not rotate! To make it start up, a setpoint must be entered using the n button or entering a
value in P005 or setting a setpoint via the analogue or serial interfaces.
When a parameter value has been set, it is stored automatically in the internal memory.
Basic Operation
The most basic method of setting up the inverter for use is described below. This method uses
a digital frequency setpoint and requires only the minimum number of parameters to be changed
from their default settings.
(1) Apply mains power to the inverter. Set parameter P009 to 002 or 003 to enable all
parameters to be adjusted (see Figure 5 for the procedure).
(2) Set parameter P005 to the desired frequency setpoint.
(3) Press the RUN button ( I ) on the inverter's front panel. The inverter will now drive the motor
at the frequency set by P005.
If required, the motor's speed (i.e. frequency) can be varied directly by using the no
buttons. (Set P011 to 001 to enable the new frequency setting to be retained in memory
during periods when the inverter is not running.)
Operation – Digital Control
(1) Connect control terminal 5 to terminal 1 via a simple on/off switch. Thissets up the inverter
for clockwise rotation (default).
(2) Apply mains power to the inverter. Check that parameter P006 is set to 000 to specify
digital setpoint.
(3) Set parameter P007 to 000 to specify digital input and disable the front panel controls.
(4) Set parameter P005 to the desired frequency setpoint.
(5) Set P011 to 001 to enable the new frequency setting to be retained in memory during
periods when the inverter is not running.
(6) Set the external on/off switch to ON. The inverter will now drive the motor at the frequency
set by P005.
Operation – Analogue Control
(1) Connect control terminal 5 to terminal 1 via a simple on/off switch. Thissets up the inverter
for clockwise rotation (default).
(2) Connect a 10 kΩ potentiometer to the control terminals as shown in Figure 4 or connect a 0
- 10 V signal from pin 2 (0V) to pin 3.
(3) Apply mains power to the inverter.
(4) Set parameter P006 to 001 to specify analogue setpoint.
(5) Set parameter P007 to 000 to specify digital input and disable the front panel controls.
(6) Set parameters P021 and P022 to specify the minimum and maximum output frequency
settings.
(7) Set the external on/off switch to ON. Turn the potentiometer (or adjust the analogue control
voltage) until the desired frequency is displayed on the inverter.
Stopping the Motor
Stopping can be achieved in several ways:
•Going down to 0.0 z (lowering the setpoint to 0.0 with the o button causes the motor to
come to a controlled stop in accordance with the selected ramp down rate (P003)).
•Cancelling the ON command, pressing the OFF button (O) on the front panel or setting the
external on/off switch to OFF causes the inverter to ramp down at the selected ramp down
rate (see P003).
•DC injection braking up to 250% causes an abrupt stop after cancellation of the ON
command (braking is controlled via P073).
•Compound braking (braking is controlled via P066).
If the Motor Does Not Start Up
If the motor does not start up when the ON command has been given, check that the ON
command is valid, check if a frequency setpoint has been entered in P005 and check that the
motor specifications have been entered correctly.
If the inverter is configured for operation via the front panel (P007 = 001) and the motor does not
start when the RUN button is pressed, check that P121 = 001 (RUN button enabled).
If the motor does not run after parameters have been changed accidentally, reset the inverter to
the factory default parameter values by setting parameter P944 to 001 and then pressing P.
Remote Control
The inverter can be controlled remotely via a USS data line connected to the serial interface
terminals. If full remote control is required, parameter P910 must be set to 1.
Up to 31 inverters can be connected to an external control unit. Each inverter can be addressed
individually by allocating a slave address (P091) to it.
EUROPEAN LOW VOLTAGE & EMC DIRECTIVES
European Low Voltage Directive
The MICRO MASTER Junior product complies with the requirements
of the Low Voltage Directive 73/23/EEC.
The units are certified for compliance with the following standards:
EN 60204-1 Safety of machinery - Electrical equipment of machines
EN 60146-1-1 Semiconductor converters - General requirements and line commutated
converters
European Machinery Directive
The MICRO MASTER Junior inverter series does not fall under the scope of the Machinery
Directive. owever, the products have been fully evaluated for compliance with the essential
ealth & Safety requirements of the directive when used in a typical machine application. A
Declaration of Incorporation is available on request.
European EMC Directive
When installed according to the recommendations described in the operator's handbook, the
MICRO MASTER Junior fulfils all requirements of the EMC Directive as defined by the EMC
Product Standard for Power Drive Systems IEC 22G-WG4 (CV) 21.
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com
+
Siemens plc 1996
ELECTRICAL DATA
Mode MMJ12 MMJ25 MMJ37 MMJ55 MMJ75 MMJ110 MMJ150
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$?D?B ?ED@ED B2D:>8 - - - - - ;- ;-
!>@ED F?<D286 , , ?B , ,
!>@ED 7B6AE6>4I J
&ED@ED 7B6AE6>4I B2>86 J
$2H 4?>D:>E?EC ?ED@ED , , , ;, ;, ;, ;,
EBB6>D &ED@ED >?=:>2<
&ED@ED =2H 4?>D:>E?EC
!>@ED =2H
&@6B2D:>8 D6=@6B2DEB6 ? D? ?
$2:>C 7EC6
$:> <625 4B?CCC64D:?> !>@ED
&ED@ED
==
== ==
== ==
==
$2H <625 4B?CCC64D:?> ?>DB?< == C:>8<6 4?B6 == =E<D:4?B6
OPTIONS / ACCESSORIES
!% (2:< 52@D6B #:D )..% %$ 446CC?BI #:D )..% '(&!+) $?5E<6 &'=' )..'
>92>465 &@6B2D?B '2>6< &'= ).. &'=&'=' !>D6B7246 23<6 )..)#
FAULT CODES
Code Cause Corrective Action
F001 &F6BF?<D286 :> D96 <:>; 964; G96D96B CE@@<I F?<D286 :C G:D9:> D96 <:=:DC :>5:42D65 ?> D96 B2D:>8 @<2D6 !>4B62C6 D96 B2=@ 5?G> D:=6 '
964; G96D96B D96 B6AE:B65 3B2;:>8 @?G6B :C G:D9:> D96 C@64:7:65 <:=:DC
F002 &F6B4EBB6>D :> D96 =?D?B 964; G96D96B D96 =?D?B @?G6B 4?BB6C@?>5C D? D96 :>F6BD6B @?G6B 964; D92D D96 423<6 <6>8D9 <:=:DC 92F6 >?D 366>
6H466565 964; =?D?B <625 2>5 =?D?B 7?B C9?BD4:B4E:DC 2>5 62BD9 72E<DC 964; G96D96B D96 =?D?B @2B2=6D6BC '
' 4?BB6C@?>5 G:D9 D96 =?D?B 36:>8 EC65 !>4B62C6 D96 B2=@E@ D:=6 ' (65E46 D96 3??CD C6D :> ' 2>5
' 964; G96D96B D96 =?D?B :C ?3CDBE4D65 ?B ?F6B<?2565
F003 &F6B<?25 ?> D96 =?D?B 964; G96D96B D96 =?D?B :C ?F6B<?2565 !>4B62C6 D96 =2H:=E= =?D?B 7B6AE6>4I :7 2 =?D?B G:D9 9:89 C<:@ :C EC65
F005 &F6BD6=@6B2DEB6 :> D96 :>F6BD6B 964; D92D D96 2=3:6>D D6=@6B2DEB6 :C >?D D?? 9:89 964; D92D D96 2:B :><6D 2>5 ?ED<6D 2B6 >?D ?3CDBE4D65
F008 $6CC286 D:=6?ED ?> D96 C6B:2< :>D6B7246 964; D96 C6B:2< :>D6B7246 964; D96 C6DD:>8C ?7 D96 3EC =2CD6B 2>5 ' ' 964; G96D96B D96 D:=6?ED
:>D6BF2< :C D?? C9?BD '
F009 +>56BF?<D286 :> D96 <:>; 964; D96 CE@@<I F?<D286
F010 !>:D:2<:C2D:?> 72E<D 964; D96 6>D:B6 @2B2=6D6B C6D )6D ' D? 1 367?B6 @?G6B 5?G>
F011 !>D6B>2< :>D6B7246 72E<D )G:D49 ?77 @?G6B 2>5 CG:D49 ?> 282:>
F012 HD6B>2<<I24D:F2D65 DB:@
F013 !>D6B>2< @B?8B2= 72E<D )G:D49 ?77 @?G6B 2>5 CG:D49 ?> 282:>
F074 &F6BD6=@6B2DEB6 :> D96 =?D?B 964; G96D96B D96 =?D?B :C ?F6B<?2565
F106 ' C6D :>4?BB64D<I '2B2=6D6B:C6 7:H65 7B6AE6>4I:6C 2>5?B =?D?B @?D6>D:?=6D6B ?> D96 5:8:D2< :>@EDC
F112 ,2<E6 ?7 ' F2<E6 ?7 ' )6D @2B2=6D6B ' '
F151-F153 ' ' C6D :>4?BB64D<I 92>86 D96 C6DD:>8C ?7 5:8:D2< :>@EDC ' D? '
F188 ??CD F?<D286 42<:3B2D:?> 72:<EB6 $?D?B >?D 4?>>64D65 D? :>F6BD6B 4?>>64D =?D?B )66 '
SYSTEM PARAMETERS
• '2B2=6D6B 42> 36 492>865 5EB:>8 ?@6B2D:?> ,2<E6 56@6>5C ?> D96 B2D:>8 ?7 D96 =?D?B
Parameter Function Range
[Defau t]
Description / Notes
P000 &@6B2D:>8 5:C@<2I *9:C 5:C@<2IC D96 ?ED@ED C6<64D65 :> '
!> D96 6F6>D ?7 2 72:<EB6 D96 B6<6F2>D 6BB?B =6CC286 >>> :C 5:C@<2I65 !> D96 6F6>D ?7 2 G2B>:>8 D96
5:C@<2I 7<2C96C !7 ?ED@ED 7B6AE6>4I 92C 366> C6<64D65 ' D96 5:C@<2I 2<D6B>2D6C 36DG66> D96
C6<64D65 7B6AE6>4I 2>5 D96 24DE2< 7B6AE6>4I
P001 •:C@<2I C6<64D:?>
/0
:C@<2I C6<64D:?>
0 &ED@ED 7B6AE6>4I J
1 B6AE6>4I C6D@?:>D :6 C@665 2D G9:49 :>F6BD6B :C C6D D? BE> J
2 $?D?B 4EBB6>D
3 <:>; F?<D286 ,
4
5 $?D?B ('$
6 +)) CD2DEC
7
P002 •(2=@ E@ D:=6 C64?>5C
/0
*9:C :C D96 D:=6 D2;6> 7?B D96 =?D?B D? 2446<6B2D6 7B?= CD2>5CD:<< D? D96 =2H:=E= 7B6AE6>4I 2C C6D :>
' )6DD:>8 D96 B2=@ E@ D:=6 D?? C9?BD 42> 42EC6 D96 :>F6BD6B D? DB:@ 72E<D 4?56 ?F6B4EBB6>D
*:=6
7=2H
(2=@E@
D:=6
C
J
B6AE6>4I
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'
Siemens plc 1996
Parameter Function Range
[Default]
De cription / Note
P003 •$,8; /:B9 ?480 >0.:9/>
)*
&34> 4> ?30 ?480 ?,609 1:= ?30 8:?:= ?: /0.070=,?0 1=:8 8,C48@8 1=0<@09.D # ?: >?,9/>?477 %0??492
?30 =,8; /:B9 ?480 ?:: >3:=? .,9 .,@>0 ?30 49A0=?0= ?: ?=4; 1,@7? .:/0 :A0=A:7?,20
=0<@09.D
&480
18,C
$,8;/:B9
?480
>
E
P004 •%8::?3492 >0.:9/>
)*
'>0/ ?: >8::?3 ?30 ,..070=,?4:9/0.070=,?4:9 :1 ?30 8:?:= @>01@7 49 ,;;74.,?4:9> B30=0 4? 4> 48;:=?,9? ?:
,A:4/ +50=6492 02 .:9A0D:= >D>?08> ?0C?470> 0?.
%8::?3492 4> :97D 0110.?4A0 41 ?30 =,8; @;/:B9 ?480 0C.00/> >
=0<@09.D
&480
18,C
#
E
#>
#
>
#
>
&:?,7,..070=,?4:9
?480>
Note: &30 >8::?3492 .@=A0 1:= /0.070=,?4:9 4> -,>0/ :9 ?30 =,8; @; 2=,/409? # ,9/ 4> ,//0/ ?:
?30 =,8; /:B9 ?480 >0? -D #
P005 •424?,7 1=0<@09.D >0?;:49? E
)*
%0?> ?30 1=0<@09.D ?3,? ?30 49A0=?0= B477 =@9 ,? B309 :;0=,?0/ 49 /424?,7 8:/0 "97D 0110.?4A0 41 # >0? ?:
+
P006 =0<@09.D >0?;:49? ?D;0 >070.?4:9
)*
%0?> ?30 .:9?=:7 8:/0 :1 ?30 49A0=?0=
0 424?,7 &30 49A0=?0= =@9> ,? ?30 1=0<@09.D >0? 49 # ,9/ .,9 -0 ,/5@>?0/ @>492 ?30 ,9/
-@??:9> 7?0=9,?4A07D 41 # 4> >0? ?: E0=: ?30 1=0<@09.D 8,D -0 .:9?=:770/ -D >0??492
,9D ?B: :1 -49,=D 49;@?> # # ?: A,7@0> :1 ,9/
1 9,7:2@0 :9?=:7 A4, ,9,7:2@0 49;@? >429,7
2 4C0/ 1=0<@09.D := 8:?:= ;:?09?4:80?0= 4C0/ 1=0<@09.D 4> :97D >070.?0/ 41 ?30 A,7@0 :1 ,?
70,>? :90 -49,=D 49;@? # # := 7>: ?30 ,9/ -@??:9> .,9 -0 @>0/
?: .3,920 ?30 14C0/ 1=0<@09.D >0?;:49? ,> B4?3 # -@? 9:?0 ?3,? ?30 90B >0?;:49?
>070.?0/ 49 ?34> 8,990= 4> 9:? =0?,490/ 49 808:=D B309 # 4> >0? ?:
Note: 1 # ,9/ ?30 49A0=?0= 4> >0? @; 1:= =08:?0 .:9?=:7 :;0=,?4:9 ?30 ,9,7:2@0 49;@?> =08,49
,.?4A0
P007 9,-70/4>,-70 1=:9? ;,907 -@??:9>
)*
0 $'! " ,9/ $($% ,=0 /4>,-70/ :9?=:7 4> A4, /424?,7 49;@?>
,9/ 8,D >?477 -0 @>0/ ?: .:9?=:7 1=0<@09.D ;=:A4/0/ ?3,? # ,9/ , /424?,7 49;@?
3,> 9:? -009 >070.?0/ ?: ;0=1:=8 ?34> 1@9.?4:9
1 =:9? ;,907 -@??:9> .,9 -0 >070.?4A07D 09,-70/ := /4>,-70/ /0;09/492 :9 ?30 >0??492 :1 ;,=,80?0=>
# #
P009 •#,=,80?0= ;=:?0.?4:9 >0??492
)*
0?0=8490> B34.3 ;,=,80?0=> .,9 -0 ,/5@>?0/
0 "97D ;,=,80?0=> 1=:8 # ?: # .,9 -0 =0,/>0?
1 #,=,80?0=> 1=:8 # ?: # .,9 -0 >0? ,9/ ,77 :?30= ;,=,80?0=> .,9 :97D -0 =0,/
2 77 ;,=,80?0=> .,9 -0 =0,/>0? -@? # ,@?:8,?4.,77D =0>0?> ?: B309 ;:B0= 4> =08:A0/
3 77 ;,=,80?0=> .,9 -0 =0,/>0?
P011 =0<@09.D >0?;:49? 808:=D
)*
0 4>,-70/
1 9,-70/ ,1?0= >B4?.3:11 40 &30 >0?;:49? ,7?0=,?4:9> 8,/0 B4?3 ?30 -@??:9> ,=0 >?:=0/
0A09 B309 ;:B0= 3,> -009 =08:A0/ 1=:8 ?30 49A0=?0=
P012 •4948@8 8:?:= 1=0<@09.D E
)*
%0?> ?30 84948@8 8:?:= 1=0<@09.D 8@>? -0 70>> ?3,9 ?30 A,7@0 :1 #
P013 •,C48@8 8:?:= 1=0<@09.D E
)*
%0?> ?30 8,C48@8 8:?:= 1=0<@09.D
P014 •%64; 1=0<@09.D E
)*
>64; 1=0<@09.D .,9 -0 >0? B4?3 ?34> ;,=,80?0= ?: ,A:4/ ?30 0110.?> :1 =0>:9,9.0 :1 ?30 49A0=?0=
=0<@09.40> B4?349 E :1 ?34> >0??492 ,=0 >@;;=0>>0/ %?,?4:9,=D :;0=,?4:9 4> 9:? ;:>>4-70 B4?349 ?30
>@;;=0>>0/ 1=0<@09.D =,920 ?30 =,920 4> 5@>? ;,>>0/ ?3=:@23
P015 •@?:8,?4. =0>?,=?
)*
%0??492 ?34> ;,=,80?0= ?: + 09,-70> ?30 49A0=?0= ?: =0>?,=? ,@?:8,?4.,77D ,1?0= , 8,49> -=0,6 :=
+-=:B9:@? ;=:A4/0/ ?30 =@9>?:; >B4?.3 4> >?477 .7:>0/
0 4>,-70/
1 @?:8,?4. =0>?,=?
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*
Siemens plc 1996
Pa amete Function Range
[Default]
Desc iption / Notes
P016 •(B/@B =< B63 4:G
,-
::=EA B63 7<D3@B3@ B= AB/@B =<B= / A>7<<7<5 ;=B=@
*<23@ <=@;/: 17@1C;AB/<13A B63 7<D3@B3@ @C<A B63 ;=B=@ C> 4@=; !H !=E3D3@ 74 B63 ;=B=@ 7A AB7::
A>7<<7<5 =@ 7A 037<5 2@7D3< 0G B63 :=/2 7B E7:: C<23@5= 0@/97<5 034=@3 @C<<7<5 0/19 C> B= B63 A3B>=7<B
B67A 1/< 1/CA3 /< =D3@1C@@3<B B@7> G CA7<5 / 4:G7<5 @3AB/@B B63 7<D3@B3@ .6=;3A 7< =< B63 ;=B=@A A>332
/<2 @C<A 7B C> 4@=; B6/B A>332 B= B63 A3B>=7<B
0 %=@;/: @3AB/@B
1 :G7<5 @3AB/@B /4B3@ >=E3@ C> 4/C:B =@ & 74 '
2 :G7<5 @3AB/@B 3D3@G B7;3 CA34C: 7< 17@1C;AB/<13A E63@3 B63 ;=B=@ 1/< 03 2@7D3< 0G B63
:=/2
3 A '
4 A '
Note: :A= A33 '
P017 •(;==B67<5 BG>3
,-
1 =<B7<C=CA A;==B67<5 /A 2347<32 0G '
2 7A1=<B7<C=CA A;==B67<5 )67A >@=D723A / 4/AB C<A;==B632 @3A>=<A3 B= ()&' 1=;;/<2A
Note: ' ;CAB 03 A3B B= / D/:C3 4=@ B67A >/@/;3B3@ B= 6/D3 /<G 34431B
P018 •CB=;/B71 @3AB/@B /4B3@ 4/C:B
,-
CB=;/B71 @3AB/@B /4B3@ 4/C:B
0 7A/0:32
1 )63 7<D3@B3@ E7:: /BB3;>B B= @3AB/@B C> B= B7;3A /4B3@ / 4/C:B "4 B63 4/C:B 7A <=B 1:3/@32 /4B3@
B63 B6 /BB3;>B B63 7<D3@B3@ E7:: @3;/7< 7< B63 4/C:B AB/B3
P020 •:G7<5 AB/@B @/;> B7;3 A31=<2A
,-
*A32 7< 1=<8C<1B7=< E7B6 ' (3B :=<53@ B7;3A 74 >3@A7AB3<B B@7>A =11C@
P021 •$7<7;C; /</:=5C3 4@3?C3<1G !H
,-
@3?C3<1G 1=@@3A>=<27<5 B= B63 :=E3AB /</:=5C3 7<>CB D/:C3 73 + =@ + 23B3@;7<32 0G ' )67A
1/< 03 A3B B= / 67563@ D/:C3 B6/< ' B= 57D3 /< 7<D3@A3 @3:/B7=<A67> 03BE33< /</:=5C3 7<>CB /<2
4@3?C3<1G =CB>CB
P022 •$/F7;C; /</:=5C3 4@3?C3<1G !H
,-
@3?C3<1G 1=@@3A>=<27<5 B= B63 67563AB /</:=5C3 7<>CB D/:C3 73 + 23B3@;7<32 0G ' )67A 1/< 03
A3B B= / :=E3@ D/:C3 B6/< ' B= 57D3 /< 7<D3@A3 @3:/B7=<A67> 03BE33< /</:=5C3 7<>CB /<2 4@3?C3<1G
=CB>CB
73 f
V
P021
P021
P022
P022
P023 •</:=5C3 7<>CB 4C<1B7=<
(3BB7<5 ' E7B6 <=
1=<<31B7=<A 03BE33< 1=<B@=:
B3@;7</:A /<2 E7:: 1/CA3 B63
7<D3@B3@ B= @C< 7;;327/B3:G
WARNING
,-
0 + B= +
1 + B= +
2 + B= +
)63 7<D3@B3@ E7:: 1=;3 B= / 1=<B@=::32 AB=> 74 + +
Note: (3BB7<5 ' E7:: <=B E=@9 C<:3AA B63 7<D3@B3@ 7A C<23@ 4C:: :=1/: 1=<B@=: 73 ' =@
P024 •</:=5C3 A3B>=7<B /227B7=<
,-
"4 B63 7<D3@B3@ 7A <=B 7< /</:=5C3 ;=23 ' =@ A3BB7<5 B67A >/@/;3B3@ B= . 1/CA3A B63 /</:=5C3
7<>CB D/:C3 B= 03 /2232
0 %= /227B7=<
1 227B7=< =4 B63 /</:=5C3 A3B>=7<B B= B63 47F32 4@3?C3<1G =@ B63 ;=B=@ >=B3<B7=;3B3@
4@3?C3<1G
2 (1/:7<5 =4 2757B/:47F32 A3B>=7<B 0G /</:=5C3 7<>CB 7< B63 @/<53
Note: G A3:31B7<5 / 1=;07</B7=< =4 @3D3@A32 <35/B7D3 47F32 4@3?C3<1G A3BB7<5A /<2 /</:=5C3
A3B>=7<B /227B7=< 7B 7A >=AA70:3 B= 1=<475C@3 B63 7<D3@B3@ 4=@ .13<B@3 H3@= =>3@/B7=< E7B6 /
+ AC>>:G =@ / + >=B3<B7=;3B3@ A= B6/B B63 =CB>CB 4@3?C3<1G 1/< 03 !H /B /<G
>=A7B7=< 7<1:C27<5 B63 13<B@3 >=A7B7=<
P027 •(97> 4@3?C3<1G !H
,-
(33 '
P028 •(97> 4@3?C3<1G !H
,-
(33 '
P029 •(97> 4@3?C3<1G !H
,-
(33 '
P031 •#=5 4@3?C3<1G @756B !H
,-
#=557<5 7A CA32 B= /2D/<13 B63 ;=B=@ 0G A;/:: /;=C<BA "B 7A 1=<B@=::32 D7/ B63 #& 0CBB=< =@ E7B6 /
<=<:/B167<5 AE7B16 =< =<3 =4 B63 2757B/: 7<>CBA ' B= '
"4 8=5 @756B 7A 3</0:32 "%< B67A >/@/;3B3@ 1=<B@=:A B63 4@3?C3<1G /B E6716 B63 7<D3@B3@ E7:: @C< E63<
B63 AE7B16 7A 1:=A32 *<:793 =B63@ A3B>=7<BA 7B 1/< 03 A3B :=E3@ B6/< B63 ;7<7;C; 4@3?C3<1G
P032 •#=5 4@3?C3<1G :34B !H
,-
"4 8=5 :34B 7A 3</0:32 "%< B67A >/@/;3B3@ 1=<B@=:A B63 4@3?C3<1G /B E6716 B63 7<D3@B3@ E7:: @C< E63<
B63 AE7B16 7A 1:=A32 *<:793 =B63@ A3B>=7<BA 7B 1/< 03 A3B :=E3@ B6/< B63 ;7<7;C; 4@3?C3<1G
P041 •AB 47F32 4@3?C3<1G !H
,-
+/:72 74 / ' /<2 ' =@
=@ 0 ' /<2 ' '
P042 •<2 47F32 4@3?C3<1G !H
,-
+/:72 74 / ' /<2 ' =@
=@ 0 ' /<2 ' '
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'
Siemens plc 1996
Para eter Function Range
[Default]
Description / Notes
P043 •=0 25C10 2=1<@19/D E
*+
(-750 52 - # -90 # #
:= . # -90 # :=
P045 9A1=>5:9 25C10 >1?;:59?> 2:= 25C10
2=1<@19/51>
*+
%1?> ?41 05=1/?5:9 :2 =:?-?5:9 2:= ?41 25C10 2=1<@19/D
FF 1 FF 2 FF 3
P045 = 0 ⇒⇒ ⇒
P045 = 1 ⇐⇒ ⇒
P045 = 2 ⇒⇐ ⇒
P045 = 3 ⇒ ⇒ ⇐
P045 = 4 ⇒ ⇒ ⇒
P045 = 5 ⇐⇐ ⇒
P045 = 6 ⇐ ⇐ ⇐
P045 = 7 ⇐ ⇐ ⇐
⇒5C10 >1?;:59?> 9:? 59A1=?10
⇐5C10 >1?;:59?> 59A1=?10
P051 %171/?5:9 /:9?=:7 2@9/?5:9 !
?1=859-7 25C10 2=1<@19/D *+
:= .59-=D 25C10 2=1<@19/D .5?
P052 %171/?5:9 /:9?=:7 2@9/?5:9 !
?1=859-7 25C10 2=1<@19/D *+
:= .59-=D 25C10 2=1<@19/D .5?
P053 %171/?5:9 /:9?=:7 2@9/?5:9 !
?1=859-7 25C10 2=1<@19/D *+
Value
Function of P051 to P053
9;@? 05>-.710
"! =534?
"! 712?
$1A1=>1
"
"
5C10 2=1<@19/51>
:3 =534?
:3 712?
$18:?1 :;1=-?5:9
-@7? /:01 =1>1?
9/=1->1 2=1<@19/D
1/=1->1 2=1<@19/D
5>-.71 -9-7:3@1 59;@? >1?;:59? 5> E
5>-.71 ,# .@??:9
9-.71 0/ .=-61
Do not use
59-=D 25C10 2=1<@19/D /:9?=:7
25C10 2=1<@19/51> see table below
> .@? 59;@? 4534 B577 -7>: =1<@1>? $'!
B419 #
C?1=9-7 ?=5; #& 59;@?
Function, low
state
"22
"22
!:=8-7
"
"
"22
"22
"22
:/-7
"22
"22
"22
9-7:3@1 :9
,# 19-.710
"22
"22
"22
)1>
Function, high
state
"9 =534?
"9 712?
$1A1=>1
"9
"9
"9
:3 =534?
:3 712?
$18:?1
$1>1? :9 =5>593
1031
9/=1->1
1/=1->1
9-7:3@1
05>-.710
,# 05>-.710
=-61 :9
"9
"9
!:
Only effective when P007 = 0.
Binary Fixed Frequency Map
! # ! #
%&"#
$'! ?: #
$'! ?: #
$'! ?: #
P056 535?-7 59;@? 01.:@9/1 ?581
*+
0 8>
1 8>
2 8>
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&
Siemens plc 1996
Parameter Fun tion Range
[Default]
Des ription / Notes
P061 $070.?4:9 =07,D :@?;@?
)*
Value Relay fun tion A tive
: 1@9.?4:9 ,>>4290/ =07,D 9:? ,.?4A0 :B
9A0=?0= 4> =@99492 423
9A0=?0= 1=0<@09.D E :B
:?:= =@99492 /4=0.?4:9 =423? 423
C?0=9,7 -=,60 :9 :B
9A0=?0= 1=0<@09.D 70>> ?3,9 := 0<@,7 ?: 84948@8 1=0<@09.D :B
,@7? 49/4.,?4:9 :B
9A0=?0= 1=0<@09.D 2=0,?0= ?3,9 := 0<@,7 ?: >0?;:49? 423
(,=9492 ,.?4A0 :B
:?:= .@==09? 7484? B,=9492 :B
:?:= :A0= ?08;0=,?@=0 B,=9492 :B
Note: +.?4A0 7:B =07,D ! +.?4A0 3423 =07,D !
P062 :8-49,?4:9 >?:; 8:/0
)*
%34> :;0=,?0> 49 ?30 >,80 8,990= ,> " 0C.0;? ?3,? , =07,D :@?;@? 4> 9:? ;=:A4/0/ ? ,77:B> ,
>;0.4140/ ;0=4:/ :1 4950.?4:9 ,1?0= >?:;;492 ?30 8:?:= ?: 09>@=0 ?3,? ?30 8:?:= >3,1? 4> 7:.60/
0 :=8,7 >?:; 8:/0
1
2
3
4 :8-49,?4:9 >?:; 8:/0
P063 C?0=9,7 -=,60 =070,>0 /07,D >0.:9/>
)*
!97D 0110.?4A0 41 ?30 =07,D :@?;@? 4> >0? ?: .:9?=:7 ,9 0C?0=9,7 -=,60 "" 9 ?34> .,>0 B309 ?30
49A0=?0= 4> >B4?.30/ :9 4? B477 =@9 ,? ?30 84948@8 1=0<@09.D 1:= ?30 ?480 >0? -D ?34> ;,=,80?0= -01:=0
=070,>492 ?30 -=,60 .:9?=:7 =07,D ,9/ =,8;492 @;
P064 C?0=9,7 -=,60 >?:;;492 ?480 >0.:9/>
)*
> " :97D 0110.?4A0 41 ?30 =07,D :@?;@? 4> >0? ?: .:9?=:7 ,9 0C?0=9,7 -=,60 := 41 " %34>
/01490> ?30 ;0=4:/ 1:= B34.3 ?30 49A0=?0= .:9?49@0> ?: =@9 ,? ?30 84948@8 1=0<@09.D ,1?0= =,8;492
/:B9 ,9/ B3470 ?30 0C?0=9,7 -=,60 4> ,;;740/
f
t
ON OFF
t
P063
A
t
P064
A
B
A = Brake Applied
B = Brake removed
Notes: $0??492> 1:= " ,9/ " >3:@7/ -0 >7423?7D 7:920= ?3,9 ?30 ,.?@,7 ?480
?,609 1:= ?30 0C?0=9,7 -=,60 ?: ,;;7D ,9/ =070,>0 =0>;0.?4A07D
$0??492 " := " ?: ?:: 3423 , A,7@0 0>;0.4,77D B4?3 " >0? ?: , 3423
A,7@0 .,9 .,@>0 ,9 :A0=.@==09? B,=9492 := ?=4; ,> ?30 49A0=?0= ,??08;?> ?:
8:A0 , 7:.60/ 8:?:= >3,1?
fmin
P066 :8;:@9/ -=,6492
)*
0 !11
1 !9 "0=84?> 1,>?0= =,8;/:B9 ?480> ,9/ 093,9.0> >?:;;492 .,;,-474?D
P073 • 4950.?4:9 -=,6492
)*
%34> >?:;> ?30 8:?:= -D ,;;7D492 , .@==09? %34> .,@>0> 30,? ?: -0 2090=,?0/ 49 ?30 8:?:= =,?30= ?3,9
?30 49A0=?0= ,9/ 3:7/> ?30 >3,1? >?,?4:9,=D @9?47 ?30 09/ :1 ?30 -=,6492 ;0=4:/ =,6492 4> 0110.?4A0 1:= ?30
;0=4:/ :1 ?480 >0? -D "
%34> 1@9.?4:9 4> /4>,-70/ 41 "" -=,60 =07,D %30 -=,60 .,9 -0 ,.?4A,?0/ @>492
WARNING: Frequent use of long periods of d inje tion braking an ause the motor to overheat.
P074 ? 8:?:= ;=:?0.?4:9
)*
0 4>,-70/
1 9,-70/ ,@>0> ,9 ?=4; 41 ?30 8:?:= ?08;0=,?@=0 0C.00/> ?30 ? .,7.@7,?4:9
P076 •"@7>0 1=0<@09.D
) := *
$0?> ?30 ;@7>0 1=0<@09.D 1=:8 ?: 6E ,9/ ?30 "( 8:/0 1 >4709? :;0=,?4:9 4> 9:? ,->:7@?07D
90.0>>,=D ?30 7:>>0> 49 ?30 49A0=?0= ,> B077 ,> ?30 # 084>>4:9> .,9 -0 =0/@.0/ -D >070.?492 7:B0=
;@7>0 1=0<@09.40>
01 6E ' /01,@7?
23 6E
45 6E ' /01,@7?
67 6E
8 6E
9 6E
10 6E
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(
Siemens plc 1996
Param t r Function Rang
[D fault]
D scription / Not s
P077 )=:B/534@3?C3<1G 1C@D3 A3:31B7=<
,-
=<B@=:A B63 @3:/B7=<A67> 03BE33< B63 A>332 =4 B63 ;=B=@ /<2 B63 D=:B/53 AC>>:732 0G B63 7<D3@B3@ "<3 =4
B6@33 ;=23A 1/< 03 A3:31B32
0 or 1 7<3/@ D=:B/534@3?C3<1G
(A3 B67A 1C@D3 4=@ AG<16@=<=CA ;=B=@A =@ ;=B=@A 1=<<31B32 7< >/@/::3:
2 $C/2@/B71 D=:B/534@3?C3<1G @3:/B7=<A67>
'67A 7A AC7B/0:3 4=@ >C;>A /<2 4/<A
VN (P084)
fN (P081) f
0/1
2
VN
P078 •=<B7<C=CA 0==AB
,-
">3@/B3A 1=<B7<C=CA:G =D3@ B63 E6=:3 4@3?C3<1G @/<53
=@ ;/<G />>:71/B7=<A 7B 7A <313AA/@G B= 7<1@3/A3 :=E 4@3?C3<1G B=@?C3 '67A >/@/;3B3@ A3BA B63 AB/@BC>
0==AB D=:B/53 /B H B= /28CAB B63 /D/7:/0:3 B=@?C3 4=@ :=E 4@3?C3<1G =>3@/B7=< %/<53 =4 B63
;=B=@ 1C@@3<B @/B7<5
WARNING: If P078 is s t too high, ov rh ating of th motor can occur.
P079 •&B/@B7<5 0==AB
,-
=@ 2@7D3A E6716 @3?C7@3 / 6756 7<7B7/: AB/@B7<5 B=@?C3 7B 7A >=AA70:3 B= A3B /< 3FB@/ D=:B/53 7<1@3/A3 0G
0==AB7<5 B63 AB/@B7<5 1C@@3<B 0G =4 B63 <=;7</: ;=B=@ 1C@@3<B '67A 7<1@3/A3 7A =<:G 34431B7D3
2C@7<5 7<7B7/: AB/@B C> /<2 C<B7: B63 4@3?C3<1G A3B>=7<B 7A @3/1632
Not : '67A 7<1@3/A3 7A 7< /227B7=< B= #
P081 !=;7</: 4@3?C3<1G 4=@ ;=B=@ H
,-
P082 !=;7</: A>332 4=@ ;=B=@ %#
,-'63A3 >/@/;3B3@A ;CAB 03 A3B 4=@ B63 ;=B=@ CA32
P083 !=;7</: 1C@@3<B 4=@ ;=B=@
,-
%3/2 B63 A>317471/B7=<A =< B63 ;=B=@A @/B7<5 >:/B3
P084 !=;7</: D=:B/53 4=@ ;=B=@ )
,-
Not : '63 7<D3@B3@A 234/C:B A3BB7<5A D/@G /11=@27<5 B= B63 >=E3@ @/B7<5
P085 !=;7</: >=E3@ 4=@ ;=B=@ 9*
,-
P088 CB=;/B71 1/:70@/B7=<
,-
'63 AB/B=@ @3A7AB/<13 7A CA32 7< B63 7<D3@B3@A 1C@@3<B ;=<7B=@7<5 1/:1C:/B7=<A '67A 4C<1B7=< /::=EA B63 7<D3@B3@
B= >3@4=@; /< /CB=;/B71 ;3/AC@3;3<B =4 AB/B=@ @3A7AB/<13 AB=@3A 7B 7< # /<2 B63< @3A3BA # B= .
4 B63 ;3/AC@32 @3A7AB/<13 7A B== 6756 4=@ B63 A7H3 =4 7<D3@B3@ 35 ;=B=@ <=B 1=<<31B32 =@ C<CAC/::G A;/::
;=B=@ 1=<<31B32 B63 7<D3@B3@ E7:: B@7> 4/C:B 1=23 /<2 E7:: :3/D3 # A3B B= . 4 B67A 6/>>3<A A3B
# ;/<C/::G /<2 B63< A3B # B= .
P089 •&B/B=@ @3A7AB/<13 Ω
,-
/< 03 CA32 7<AB3/2 =4 # B= A3B B63 AB/B=@ @3A7AB/<13 ;/<C/::G '63 D/:C3 3<B3@32 A6=C:2 03 B63
@3A7AB/<13 03BE33< /<G BE= >6/A3A
Not : 4 B63 D/:C3 =4 # 7A B== 6756 B63< /< =D3@1C@@3<B B@7> ;/G =11C@
P091 •&:/D3 /22@3AA
,-
(> B= 7<D3@B3@A 1/< 03 1=<<31B32 D7/ B63 A3@7/: :7<9 /<2 1=<B@=::32 0G / 1=;>CB3@ =@ # CA7<5 B63
(&& >@=B=1=: '67A >/@/;3B3@ A3BA / C<7?C3 /22@3AA 4=@ B63 7<D3@B3@
P092 •/C2 @/B3
,-
&3BA B63 0/C2 @/B3 =4 B63 %& A3@7/: 7<B3@4/13 (&& >@=B=1=:
3 0/C2
4
5 0/C2
6 0/C2
7 0/C2
Not : &=;3 %& B= %& 1=<D3@B3@A /@3 <=B 1/>/0:3 =4 0/C2 @/B3A 67563@ B6/<
P093 •'7;3=CB A31=<2A
,-
'67A 7A B63 ;/F7;C; >3@;7AA70:3 >3@7=2 03BE33< BE= 7<1=;7<5 2/B/ B3:35@/;A < />>:71/B7=<A E63@3 B63
7<D3@B3@ 7A CAC/::G 1=<B@=::32 =@ ;=<7B=@32 1=<AB/<B:G D7/ B63 A3@7/: :7<9 B67A 43/BC@3 7A CA32 B= BC@< =44 B63
7<D3@B3@ 7< B63 3D3<B =4 / 1=;;C<71/B7=<A 4/7:C@3
'7;7<5 AB/@BA /4B3@ / D/:72 2/B/ B3:35@/; 6/A 033< @3137D32 /<2 74 / 4C@B63@ 2/B/ B3:35@/; 7A <=B @3137D32
E7B67< B63 A>3174732 B7;3 >3@7=2 B63 7<D3@B3@ E7:: B@7> /<2 27A>:/G 4/C:B 1=23
&3BB7<5 B63 D/:C3 B= H3@= AE7B163A =44 B63 1=<B@=:
P094 •&3@7/: :7<9 <=;7</: AGAB3; A3B>=7<B H
,-
&3B>=7<BA /@3 B@/<A;7BB32 B= B63 7<D3@B3@ D7/ B63 A3@7/: :7<9 /A >3@13<B/53A '63 D/:C3 3<B3@32 7< B67A
>/@/;3B3@ @3>@3A3<BA
P095 •(&& 1=;>/B707:7BG
,-
0 =;>/B70:3 E7B6 H @3A=:CB7=<
1 </0:3 H @3A=:CB7=<
2 #+ 7A <=B A1/:32 0CB @3>@3A3<BA B63 /1BC/: 4@3?C3<1G D/:C3 B= / @3A=:CB7=< =4 H
35 H
P101 •">3@/B7=< 4=@ C@=>3 =@ (&
,-
'67A A3BA B63 7<D3@B3@ 4=@ C@=>3/< =@ (& AC>>:G /<2 ;=B=@ 4@3?C3<1G
0 C@=>3 H
1 (& H
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G85139-E1740-U305-B
08.96
Siemens plc 1996 10
Parame er Func ion Range
[Defaul ]
Descrip ion / No es
P111 Inverter power rating (kW/hp) 0 - 50.00
[]
Read-only parameter that indicates the power rating of the inverter in kW. e.g. 0.55 = 550 W
No e: If P101 = 1 then the rating is displayed in hp.
P121 Enable/disable RUN button 0 - 1
[1]
0 = RUN button disabled
1 = RUN button enabled (only possible if P007 = 1)
P122 Enable/disable FORWARD/REVERSE
button
0 - 1
[1]
0 = FORWARD/REVERSE button disabled
1 = FORWARD/REVERSE button enabled (only possible if P007 = 1)
P123 Enable/disable JOG button 0 - 1
[1]
0 = JOG button disabled
1 = JOG button enabled (only possible if P007 = 1)
P124 Enable/disable n and o buttons 0 - 1
[1]
0= n and o buttons disabled
1= n and o buttons enabled (only possible if P007 = 1)
No e: This applies for frequency adjustment only.
P131 Frequency setpoint (Hz) 0 - 200.00
[-]
P132 otor current (A) 0 - 99.9
[-]
P134 DC link voltage (V) 0 - 1000
[-]
Read-only parameters. These are copies of the values stored in P001 but can be accessed
directly via the serial link.
P135 otor RP 0 - 9999
[-]
d ec y a e se a
P137 otor voltage (V) 0 - 1000
[-]
P910 •Local/Remote mode 0 - 4
[0]
Sets the inverter for local control or remote control over the serial link:
0 = Local control
1 = Remote control (and setting of parameter values)
2 = Local control (but remote control of frequency)
3 = Remote control (but local control of frequency)
4 = Local control (but remote read and write access to parameters and facility to reset trips)
No e: When operating the inverter via remote control (P910 = 1 or 3), the analogue input remains
active when P006 = 1 and is added to the setpoint.
P922 Software version 0 - 9999
[-]
Contains the software version number and cannot be changed.
P923 •Equipment system number 0 - 255
[0]
You can use this parameter to allocate a unique reference number to the inverter. It has no operational
effect.
P930 ost recent fault code 0 - 9999
[-]
The last recorded fault code is stored in this parameter. It is cleared when the inverter is reset.
No e: The warning may be cleared by attempting to change its value.
P931 ost recent warning type 0 - 9999
[-]
The last recorded warning is stored in this parameter until power is removed from the inverter:
002 = Current limit active
003 = Voltage limit active
004 = Slip limit exceeded
005 = otor overtemperature
No e: The warning may be cleared by attempting to change its value.
P944 Reset to factory default settings 0 - 1
[0]
Set to `1' and then press P to reset all parameters except P101 to the factory default settings.
P971 •EEPRO storage control 0 - 1
[1]
0 = Changes to parameter settings are lost when power is removed.
1 = Changes to parameter settings are retained during periods when power is removed.
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