VLT 2800 Quick Reference Guide
■ Parameter list
■ Status messages
This list can be used for checking and
making a note of your parameter settings.
The list can be folded and placed in the
enclosed plastic folder.
Parameterdescription
Selection/range
#
Factory
setting
001
Language
[0]=English
002
003
Local/remote
operation
Local reference
[0]=English, [1]=German, [2]=French,
[3]=Danish, [4]=Spanish, [5]=Italian
[0]=Remote operation,
[1]=Local operation
0-fMAX / RefMIN-RefMAX / -RefMAX - +RefMAX
004
Active Setup
The frequency converter shows the present
output voltage in Volts [V].
005
Programming
Setup
U d
006
Setup
copying
LCP copy
F r
The frequency converter shows the present
output frequency in Hertz [Hz].
I o
■ Control keys
[QUICK MENU] gives access to
the parameters used in the
Quick menu. The [QUICK
MENU] key is also used if a change of a
parameter value is not to be carried out.
See also [QUICK MENU] + [+].
[CHANGE DATA] is used for
changing a setting. The
[CHANGE DATA] key is also
used for confirming the change of a
parameter setting.
The frequency converter shows the present
output current in Amps [A].
U o
The frequency converter shows the
intermediate circuit voltage in Volts [V].
007
P o
The frequency converter shows the
calculated output power in kilowatts [kW].
[+] / [-] are used for selecting a
parameter and for changing
the chosen parameter value.
These keys are also used in
Display mode for switching
between operating variable
008
009
notrun
This message is displayed if an attempt is
made to change a parameter value, while
the motor is running. Stop the motor to
change the parameter value.
read-outs.
010
011
012
[QUICK MENU]+[+]
keys must be pressed
simultaneously to give
access to all
parameters.
[STOP/RESET] is used for
stopping the connected motor or
for resetting the frequency
converter after a trip.
[START] is used for starting the
frequency converter. Is always
active, but the [START] key
cannot override a stop command.
LCP
This message is shown if an LCP 2 control
unit has been installed and the [QUICK
MENU] or [CHANGE DATA] key has been
activated.
With an LCP 2 unit installed, it is only
possible to change parameters via this unit.
013
014
015
[0]=Factory Setup, [1]=Setup 1,
[2]=Setup 2, [3]=Setup 3, [4]=Setup 4,
[5]=Multi Setup
[0]=Factory Setup, [1]=Setup 1,
[2]=Setup 2, [3]=Setup 3, [4]=Setup 4,
[5]=Active Setup
See manual
[0]=No copying, [1]=Upload all
parameters, [2]=Download all parameters, [3]=Download powerindependent parameters
Display scaling of 0.01 - 100.00
output frequency
Large display
See manual
readout
Small display
See manual
readout 1.1
Small display
See manual
readout 1.2
Small display
See manual
readout 1.3
Local control
[0]=Local not active,
[1]=Local control and open loop,
[2]=Remote operated control and open
loop, [3]=Local control as par. 100,
[4]=Remote operated control as par. 100
Local stop/Reset [0]=Not active, [1]=Active
Setting
[0]=Remote
operation
000,000.000
[1]=Setup 1
[5]=Active Setup
[0]=No copying
[0]=No copying
1.00
[4]=Frequency
[Hz]
[1]=Reference
[%]
[6]=Motor
current [A]
[8]=Power [kW]
[4]=Remote
operated control
as par. 100
[1]=Active
Local jog
[0]=Not active, [1]=Active
[0]=Not active
016 Local reversing
[0]=Not active, [1]=Active
[0]=Not active
017
[0]=Not active, [1]=Active
[1]=Active
[0]=Not locked, [1]=Locked
[0]=Not locked
[0]=Auto restart, use saved ref.
[1]=Forced stop, use saved ref.
[2]=Forced stop, set ref. to 0
[0]=Not active, disable
[1]=Forced stop,
use saved ref.
Err.
A warning or alarm will be shown by means
of a digit code on the display, e.g. Err
13. A warning will be shown on the
display until the fault has been corrected,
and an alarm will flash until [RESET] is
activated.
Ha
The frequency converter shows the present
Hand mode reference in Herz [Hz].
■ Warnings/alarm messages
The list below gives a description of the
different warnings and alarms.
After a Trip locked, the mains supply must
be disconnected and the fault must be
corrected. Connect the mains supply again
and reset the frequency converter. The
frequency converter is now ready for
operation.
A Trip can be reset manually in three
different ways:
- Via the control key [STOP/RESET]
- Via a digital input.
- Via serial communication.
The manual gives a description of the
different faults.
No. 2
Live zero fault
No. 4
Mains phase fault
No. 5
Voltage warning high
No. 6
Voltage warning low
No. 7
Overvoltage
No. 8
Undervoltage
No. 9
Inverter overload
No. 10
Motor overload
No. 11
Motor thermistor
No. 12
Current limit
No. 13
Overcurrent
No. 14
Earth fault
No. 15
Switch mode fault
No. 16
Short-circuit
No. 17
Serial communication time-out
No. 18
HPFB bus time-out
No. 33
Out of frequency range
No. 34
HPFB communication fault
No. 35
Inrush fault
No. 36
Overload temperature
Nos. 37-45 Internal faults
No. 50
AMT RS outside limit
No. 51
AMT fault re. nameplate data
No. 52
AMT faulty motor phase
No. 53
AMT motor too small
No. 54
AMT incorrect motor
No. 55
AMT timeout
No. 56
AMT warning during AMT
No. 99
Locked
Local reset
of trip
018 Lock for
data change
019 Operating mode
at power-up,
local operation
020 Lock for Hand
mode
024 User-defined
Quick Menu
025 Quick Menu
Setup
100 Configuration
101
Torque
characteristic
102
103
119
Motor power PM,N
Motor
voltage UM,N
Motor
frequency fM,N
Motor
current IM,N
Rated
motor speed
Automatic
motor tuning
Stator
resistance RS
Stator
reactance XS
High start torque
120
121
Start delay
Start function
122
Function at stop
123
Min. frequency
for activating of
function at stop
DC brake time
104
105
106
107
108
109
[1]=Active, enable
[1]=Active, enable
[0]=Not active, [1]=Active
[0]=Not active
[Index 1-20]
Value 0-999
[0]=Speed regulation, open loop
[1]=Speed regulation, closed loop
[3]=Process regulation, closed loop
[1]=Constant torque
[2]=Variable torque, low
[3]=Variable torque, medium
[4]=Variable torque, high
[5]=Variable torque, low CT start
[6]=Variable torque, medium CT start
[7]=Variable torque, high CT start
[8]=Special motor characteristic
0.37-11 kW
200-240 V/380-480 V
000
[0]=Speed
regulation,
open loop
[1]=Constant
torque
Depends on unit
Depends on unit
24-1000 Hz
50 Hz
0.01-IMAX
Depends on
choice of motor
Depends on
choice of motor
[0]=Optimisation
off
Depends on
choice of motor
Depends on
choice of motor
0.0 sec.
100-fM,N x 60 (max. 60000 rpm)
[0]=Optimisation off
[2]=Optimisation on
0.000-X.XXX Ω
0.00-X.XX Ω
0.0 - 0.5 sec.
0.0-10.0 sec.
[0]=DC hold during start delay time
[1]=DC brake during start delay time
[2]=Coasting during start delay time
[3]=Start frequency/voltage clockwise
[4]=Start frequency/voltage in reference
direction
[0]=Coasting
[1]=DC hold
0.1 - 10.0 Hz
0.0 sec.
[2]=Coasting
during start
delay time
0-60 sec.
10 sec.
0.0 (OFF) - par. 202. Output frequency
high limit, fMAX
See manual
OFF
130
DC brake cut-in
frequency
Motor thermal
protection
Start frequency
0.0-10.0 Hz
[0]=No
protection
0.0 Hz
131
Voltage at start
0.0 - 200.0 V
0.0 V
126
127
128
MG.28.D5.02 - VLT is a registered Danfoss trademark
[0]=Coasting
0.1 Hz
195R0033
#
132
133
134
135
136
137
138
139
140
142
143
144
146
200
201
202
203
204
205
206
207
208
209
210
211
212
213
Parameterdescription
Selection/range
DC brake
voltage
Start voltage
0-100% of max. DC brake voltage
0%
310
0.00-100.00 V
Depends on unit
314
Load
compensation
U/f ratio
0.00-300.0%
100,0%
315
0.00-20.0 at Hz
Depends on unit
316
-500 - +500% of rated
slip compensation
0-100% of max. DC hold voltage
100%
317
0%
318
Function after
time out
0.5 - 132.0/1000.0 Hz
3.0 Hz
319
0.5 - 132.0/1000.0 Hz
3.0 Hz
0 - 100% of Within
0%
0.000-XXX.XXX Ω
Depends on
choice of motor
[0] = Automatic
341
1.30
[0]=Off
343
400
Term. 42,
analogue output
Relay output
Pulse/reference
feedback
Term. 46,
digital output
Term. 46, Max.
pulse output
Precise stop
function
Counter value
Speed comp
delay
Brake function
405
Reset function
406
Automatic
0 - 10 sec.
restart time
Trip delay
0 - 60 sec. (61=OFF)
overcurrent
Switching
3000 - 14000 Hz
frequency
Output frequency [2] = No LC-filter
dependent
[3] = LC-filter fitted
switching
Overmodulation
[0]=Off, [1]=On
function
Min. feedback,
-100,000.000 - par. 415 FBMAX
FBMIN
Max. feedback,
par. 414 FB MIN - 100,000.000
FBMAX
Process units
See manual
Slip
compensation
DC
hold voltage
Brake cut
out value
Brake cut
in frequency
Current, minimum
value
Spread
reactance
Internal fan
control
Gain AC brake
Reset voltage
vector
[0]=Automatic, [1]=Always switched
on, [2]=Always switched off
1.0 - 1.50
[0]=Off
[1]=Reset
Output
frequency range
[0]=Only clockwise, 0-132 Hz
[1]=Both directions, 0-132 Hz
[2]=Only anti-clockwise, 0-132 Hz
[3]=Only clockwise, 0-1000 Hz
[4]=Both directions, 0-1000 Hz
[5]=Only anti-clockwise, 0-1000 Hz
Output frequency 0.0 - fMAX
low limit, fMIN
Output frequency fMIN - 132/1000 Hz
high limit, fMAX
Reference/
[0]=Min. ref./fb - Max. ref./fb
feedback range
[1]=-Max. ref./fb - Max. ref./fb
Min. reference
Par. 100 Config. = Open loop [0]
RefMIN
- 100,000.000 - par. 205 Ref MAX
Par. 100 Config. = Closed loop [1]/[3]
- Par. 414 Min. fb - Par. 205 RefMAX
Max. reference
Par. 100 Config. = Open loop [0]
RefMAX
Par. 204 Ref MIN-1000.000 Hz
Par. 100 Config. = Closed loop [1]/[3]
Par. 204 Ref MIN- Par. 415 Max. fb
Ramp type
[0]=Linear [1]=Sine-shaped
[2]=Sine- 2shaped
Ramp-up time 1
0.02-3600 sec.
Factory
setting
Setting
#
323
327
342
344
349
[0]=Only clockwise, 0-132 Hz
0.0 Hz
409
132 Hz
411
[0]=Min. ref./fb Max. ref./fb
0.000 Hz
412
0.000
413
50.000 Hz
414
50.000
415
[0]=Linear
416
3.00 sec.
417
[0]=No operation, [1]=Freeze output
frequency, [2]=Stop, [3]=Jog,
[4]=Max. speed, [5]=Stop and trip
See manual
[0]=No operation
See manual
150 - 67600 Hz
[7] = 0-IINV.
0-20 mA
[1]=Drive ready
5000 Hz
See manual
[1]=Drive ready
150 - 10,000 Hz
See manual
5000 Hz
[0] = Normal
ramp stop
100000 pulses
10 ms
[0]=Off, [1]=Resistor brake
[4] AC brake, [5]=Load sharing
See manual
Depends on unit
[0]=Manual reset
5 sec.
OFF
4500 Hz
[2] = No LC-filter
[1]=On
0.000
1500.000
[0]=No unit
420
0.02-3600 sec.
3.00 sec.
421
Quick stop
ramp-down time
Jog frequency
0.02-3600 sec.
3.00 sec.
423
10.0 Hz
424
F1 frequency
0.0 - par. 426 F2 frequency
[0]=Sum
425
U2 0voltage
0.0 - 999,0 V
par. 104
Motor frequency
par. 103
426
F2 frequency
0.00%
427
U3 voltage
Par. 424 F1 frequency par. 428 F3 frequency
0.0 - 999.0 V
par. 104
Motor frequency
0.0 V
428
F3 frequency
Par. 426 F2 frequency - 1000 Hz
437
Process PID
Normal/inverse
control
Process PID
anti windup
Process PID
start frequency
[0]=Normal, [1]=Inverse
par. 104
Motor frequency
[0]=Normal
[0]=Not active, [1]=Active
[1]=Active
fMIN - fMAX (par. 201/202)
-100.00% - + 100.00%
0.00%
218
Preset ref. 4
-100.00% - + 100.00%
0.00%
219
Catch up/slow
down reference
Current limit,
ILIM
Warning:
Low current
Warning:
High current
Warning:
Low frequency
Warning:
High frequency
Warning:
Low feedback,
FBLOW
Warning:
High feedback,
FBHIGH
Frequency bypass,
bandwidth
Frequency
bypass 1
Frequency
bypass 2
Digital input
Terminal 18
Digital input
Terminal 19
0.00-100% of the current reference
0.00%
438
[A] = x-xxx.x% of IMAX
160%
439
0.0 - Par. 224 Warning: High current,
IHIGH
Par. 223 Warning: Low current,
ILOW - IMAX
0.0 - par. 226 Warning: High frequency,
fHIGH
Par 225 f LOW - 120/1000 Hz
0.0 A
303
10 sec.
3.00 sec.
Preset ref. 3
302
1 - 99 sec.
0.02-3600 sec.
217
231
20.0 mA
Ramp-down
time 2
Jog ramp time
0.00%
230
0.0 - 20.0 mA
0.0 mA
419
-100.00% - + 100.00%
229
[0]=No operation
3.00 sec.
Preset ref. 2
228
[0]=No operation, [1]=Reference
[2]=Feedback
0.0 - 20.0 mA
0.02-3600 sec.
216
227
10.0 V
418
Preset ref. 1
226
0 - 10.0 V
3.00 sec.
215
225
Term. 53, Max.
scaling
Term. 60, analogue input current
Term. 60, Min.
scaling
Term. 60, Max.
scaling
Time out
1 - 999999
0 - 100 ms
Setting
0.02-3600 sec.
Reference
function
224
Factory
setting
Ramp-down
time 1
Ramp-up time 2
214
223
Selection/range
Speed PID proportional gain
Speed PID
integral time
Speed PID
differential time
Speed PID
D-gain limit
Speed PID
lowpass filter time
U1 voltage
0.0- Par. 202 Output frequency
high limit
[0]=Sum
[1]=Relative
[2]=External/preset
-100.00% - + 100.00%
221
Parameterdescription
304 Digital input
Terminal 27
305 Digital input
Terminal 29
307 Digital input
Terminal 33
308 Term. 53, analogue input voltage
309 Term. 53, Min.
scaling
0.000 (OFF) - 1.000
0.010
20.00 - 999.99 ms (1000 = OFF)
100.00 ms
0.00 (OFF) - 200.00 ms
20 ms
5.0 - 50.0
5.0
20 - 500 ms
20 ms
0.0 - 999.0 V
par. 103
440
Process PID
proportional gain
0.0 - 10.00
Par. 201 Output
frequency low
limit, fMIN
0.01
0.0 Hz
441
0.01 - 9999.99 ms (OFF)
OFF
132.0 Hz
442
0.00 (OFF) - 10.00 sec.
0.00 sec.
100,000.000 - par. 228
Warning: FBHIGH
-4000.000
443
5.0 - 50.0
5.0
0.02 - 10.00
0.02
Par. 227 - Warning:
FBLOW - 100,000.000
4000.000
445
Process PID
integration time
Process PID
differentiation time
Process PID diff.
gain limit
Process PID
lowpass filter time
Flying start
[0]=OFF
0 (OFF) - fMAX
0 Hz
451
FF factor
[0]=Off, [1]=OK same direction,
[2]=OK both directions,
[3]=DC brake and start
0 - 500%
0 -132/1000 Hz
0.0 Hz
452
10%
0.0 Hz
See manual
[7]=Start
Controller
range
Brake voltage
reduce
0 - 200%
0 -132/1000 Hz
0 - 25 V if 200V device
0 - 50 V if 400V device
0
0
See manual
[9]=Reversing
See manual
See manual
[3]=Reset and
coasting inverse
[13]=Jog
See manual
[0]=No operation
[0]=No operation, [1]=Reference
[2]=Feedback
0.00 - 10.0 V
[1]=Reference
IMAX
444
456
100%
Terminal Rail Layout
0.0 V
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195R0033
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