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ATV310 complete parameters list
EAV
www.schneider-electric.com
ENGLISH
The (
) indicates a parameter factory setting.*
Reference mode 402
External reference value 403
Analog input virtual 801
Speed reference 59.11 Internal PID reference 806
PID reference value
Monitoring mode 402
External reference value 403
Analog input virtual 801
Speed reference 802
Output frequency 803
Motor current 804
PID error 805
PID Feedback 806
PID reference 807
Main voltage 808
Motor thermal state 809
Drive thermal state 810
Output power 811
Product status [00]^
Drive ready [01]^
Drive running [02]^
Acceleration [03]^
Deceleration [04]^
DC injection braking in progress [05]^
Current limitaion state [06]^
Freewheel stop control or freewheel state [07]^
Auto-adatated deceleration [08]^
Controlled stop on mains phase loss [09]^
Auto-tuning in progress [10]^
Fast stop state [11]^
No line power state [12]^
Drive in back state [13]^
Remote control mode [14]^
Local control mode
900-
MAINTENANCE MENU
State of logic inputs LI1 to LI 902
State of the logic output LO1 and relay R 903
Display of high speed value 904
Drive Power rating
037075 U15U22U30U40U55U75D
Drive voltage rating
N
Specific Product Number 907
Card 1 Software Version 908
Card 2 Software Version 909
Run elapsed time display 910
Power On time display 911
Fan time display 912
Process Elapsed time 913
Modbus communication status 914
Last fault 1 915
State of drive at fault 1 916
Last fault 2 917
State of drive at fault 2 918
Last fault 3 919
State of drive at fault 3 920
Last fault 4 921
State of drive at fault 4 999
HMI Password F
Fault menu F
Precharge F
Unknown drive rating F
Unknown or incompatible power board F
Internal serial link F
Invalid industrialization zone
F
Current measurement circuit F
Internal thermal sensor fault F
Internal CPU F
Overbraking F
Overcurrent F
Drive overheat F
Process overload F
Motor overload F
1 Output phase loss F
3 Output phases loss F
Main overvoltage F
Input phase loss F
Motor short-circuit F
Ground short-circuit F
IGBT short circuit F
Load short circuit F
Modbus interruption F
HMI communication F
Overspeed F
PI feedback fault F
IGBT overheat F
Autotuning fault F
Process underload F
Undervoltage F
Incorrect configuration F
Invalid configuration F
AI1 current loss F
Download invalid configuration F
Pre-charge resistor protection fault
Configuration mode 301
Standard motor frequency^ [00]
50Hz IEC [01]
60Hz NEMA
401
Reference channel 1^ [01]
Terminal [163]
Remote display [164]
Modbus [183]
Integrated display with Jog dial
501.0 Acceleration
0.0 s to 999.9s (3.0s*) 501.1 Deceleration
0.0 s to 999.9s (3.0s*) 512.0 Low speed
0.0Hz to High speed (0Hz*) 512.2 High speed
Low speed to max. frequency (mot. frequency*) 302
Rated Motor Power^ NCV -5 to NCV +2 (according to drive rating*) 305
Rated motor current^ (0.25-1.5In) (In*) 204.0 AI1 type
[5U]* 0-5V[10U] 0-10V[0A] x-y mA[LIU] Logic inputs 101
Store customer parameter set^ [00]*
Disabled [01]
Stores current configuration
102
Factory / recall customer parameter set^ [00]*
Disabled [02]
Customer configuration [64]
Factory set configuration
COMPLETE MENU 100
Macro-configuration^ [00]
Start/stop [04]
PID regulation [09]
Speed
200-
I/O MENU
Type of control^ [00]*
2-wire control [01]
3-wire control
202
2-wire type control^ [00]
level [01]*
transition [02]
Forward priority
Logic inputs type^ [00]*
positive [01]
negative
204-
AI1 CONFIGURATION MENU
AI1 type^ [5U]* Voltage: 0-5Vdc[10U] Voltage: 0-10Vdc[0A] Current: x-y mA[LIU] Logic inputs 204.1 AI1 current scaling parameter of 0%
0-20mA (4mA*) 204.2 AI1 current scaling parameter of 100%
0-20mA (20mA*) 204.3 AI1F filter
0 s to 10 s (0 s*) 205
R1 assignment^ [00]
Not assigned [01]*
No error detected [02]
Drive run [04]
Frequency threshold reached [05]
HSP reached [06]
I threshold reached [07]
Frequency reference reached [08]
Motor thermal reached [21]
Underload alarm [22]
Overload alarm [123]
Loss of 4-20mA signal
206-
LO1 CONFIGURATION MENU
206.0 LO1 Assignment
[00]*
Not assigned [01]
No error detected [02]
Drive run [04]
Frequency threshold reached [05]
HSP reached [06]
I threshold reached [07]
Frequency reference reached [08]
Motor thermal reached [21]
Underload alarm [22]
Overload alarm [123]
AI1 alarm 4-20mA [126]
Auxiliary pump active
206.
LO1 status (output active level)^ [00]*
Positive : hight activation level [01]
Negative : low activation level
207
Application Overload time delay^ 0 to 100 s (0 s*) 208
Application Overload threshold^ 70 to 150% of nominal motor current (90%*) 209
Overload fault duration^ 0 to 6 min (0 min*) 210
Application underload time delay^ 0 to 100 s (0 s*) 211
Application Underload threshold^ 20 to 100% of nominal motor current (60%*) 212
Underload fault duration^ 0 to 6min (0min*) 213
Motor frequency threshold^ 0 to 400Hz (50Hz* or 60Hz) 214
Motor current threshold^ 0 to 1.5In (In*) 215
Motor thermal state threshold^ 0 to 118% (100%*) 216.0 AOI assignment
[00]*
Not assigned [129]
Motor current [130]
Output frequency [131]
Ramp output [135]
PID reference [136]
PID feedback [137]
PID error [139]
Output power [140]
Motor thermal state [141]
Drive thermal state
216.1 AOI type
[10U]
Voltage: 0-10 Vdc [0A]*
Current: 0-20 mA [4A]
Current: 4-20 mA
217
Speed Template^ [00]*
Standard [02]
DeadBand
300-
MOTOR CONTROL MENU
Standard motor frequency^ [00]*
50Hz [01]
60Hz
302
Rated motor power^ Drive power (-5 to +2) depending on drive rating 303
Rated motor cos phi^ 0.5 to 1 (depending on drive rating) 304
Rated motor voltage^ 360 to 460V (380V*) 305
Rated motor current^ 0.25 to 1.5In (depending on drive rating) 306
Rated motor frequency^ 10 to 400Hz (50Hz*) 307
Rated motor speed^ 0 to 24000rpM (depending on drive rating) 308
Maximum frequency^ 10 to 400Hz (60Hz*) 309
Motor control type^ [00] Performance: Vector control[03]* Standard: U/F 2 points[06] Pump: U²/F 310
IR compensation^ 25 to 200% (100%*) 311
Slip compensation^ 0 to 150% (100%*) 312
Frequency loop stability^ 0 to 100% (20%*) 313
Frequency loop gain^ 0 to 100% (20%*) 314
Flux Profil^ 0 to 100% (20%*) 315
Switching frequency^ 2 to 12kHz (4kHz*) 317
Motor noise reduction^ [00]*
No [01]
Yes
318
Auto-tuning^ [00]*
No: When factory paramameters of stan-dard motors [01]
Yes: Launches auto-tuning [02]
Done: If auto-tuning has already beenperformed
319
Motor parameter choice^ [00]*
Nominal motor power [01]
Nominal motor cos phi
320
Vector control 2 points^ [00]*
No [01]
Yes
321
Max voltage of constant power^ 360 to 460V (380V*) 322
Max frequency of constant power^ 50 to 400Hz (50Hz*) 400-
CONTROL MENU
Reference channel 1^ [01]
Terminal [163]
Remote display [164]
Modbus [183]
Integrated display with Jog dial
402
External reference value^ -400 to 400Hz 403
Analog input virtual^ 0 to 100% 404
Reverse inhibition^ [00]*
No [01]
Yes
405
Stop key priority^ [00]
No: Stop inactive [01]*
Yes: Stop active
Channel configuration^ [01]*
Not separate mode [02]
Separate mode
407
Command channel 1^ [01]*
Terminals [02]
Local [03]
Remote display [10]
Modbus
408
Forced local assignment^ [00]*
No: Function inactive [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 409
Forced local reference^ [00]*
Not assigned [01]
Terminal [163]
Remote display [183]
Integrated jog dial
500-
FUNCTION MENU
RAMP MENU
501.0 Acceleration
0.0 to 999.9s (3.0s*) 501.1 Deceleration
0.0 to 999.9s (3.0s*) 501.2 Ramp shape assignment
[00]*
Linear [01]
S shape [02]
U shape
501.3 Ramp switching commutation
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High[L1L]
LI1 active low [L2L]
LI2 active low [L3L]
LI3 active low [L4L]
LI4 active low [LUL]
LIU active low
501.4 Acceleration 2
0.0 to 999.9s (5.0s*) 501.5 Deceleration 2
0.0 to 999.9s (5.0s*) 501.6 Decel Ramp Adaptation assignment
[00]
Function deactivated [01]*
Function activated [02]
Motor brake
502-
STOP CONFIGURATION MENU
Type of stop^ [00]*
Ramp stop [01]
Fast stop [02]
Free wheel stop
502.1 Freewheel stop assignment
[00]*
Not assigned [L1L]
LI1 active Low to stop [L2L]
LI2 active Low to stop [L3L]
LI3 active Low to stop [L4L]
LI4 active Low to stop [LUL]
LIU active Low to stop
502.2 Fast stop assignment
[00]*
Not assigned [L1L]
LI1 active Low to stop [L2L]
LI2 active Low to stop [L3L]
LI3 active Low to stop [L4L]
LI4 active Low to stop [LUL]
LIU active Low to stop
502.3 Ramp divider
1 to 10 (4*) 503
Reverse direction^ [00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High
Reference menu Monitoring parameter Drive status Maintenance menu
Detected fault codes Short menu Macro I/O menu
I/O menu (cont.)
Motor control menu Control menu
Control menu (cont.) Function / Ramp menu Function / Stop configuration menuFunctionreverse direction
I/O menu
ATV310 complete parameters list
www.schneider-electric.com
EAV96136 - 02/
The (
) indicates a parameter factory setting.* 504-
AUTO DC INJECTION MENU
504.0 Automatic DC injection
[00]^
Function inactive, no DC injected current. [01]*
Time limited DC injection [02]^
Continuous DC injection
504.1 Automatic DC injection current
0 to 120% of nominal motor current (70%*) 504.2 Automatic DC injection time
0.1 to 30s (0.5s*) 505
Jog assignment [00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 506-
Speed up and down 506.0 Up speed command
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 506.1 Down speed command
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 506.2 Store
[00]*
No [01]^
RAM
[02]^
ROM
506.3 Clear the function
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High[159]
Acceleration and deceleration withcommand active high
506.4 Reactivity of +/- speed around ref.
0 to 100% (0%*) 507-
PRESET SPEED MENU
507.0 2 Preset speeds
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 507.1 4 Preset speeds
same as 2 Preset speeds 507.2 8 Preset speeds
same as 2 Preset speeds 507.3 Preset speed 2
0 to 400Hz (10Hz*) 507.4 Preset speed 3
0 to 400Hz (15Hz*) 507.5 Preset speed 4
0 to 400Hz (20Hz*) 507.6 Preset speed 5
0 to 400Hz (25Hz*) 507.7 Preset speed 6
0 to 400Hz (30Hz*) 507.8 Preset speed 7
0 to 400Hz (35Hz*) 507.9 Preset speed 8
0 to 400Hz (40Hz*) 508
Skip frequency 0 to 400Hz (0Hz*)
59-^
PID MENU
59.00 PID feedback assignment
[00]*
Not assigned [01]
Terminal
59.01 PID proportional gain
0.01 to 100 (1*) 59.02 PID integral gain
0.01 to 100 (1*) 59.03 PID derivative gain
0.00 to 100.0 (0*) 59.04 PID feedback scale factor
0.1 to 100.0 (1.0*) 59.05 Activation internal PID reference
[00]*
No [01]
Yes
59.06 2 preset PID assignment
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 59.07 4 preset PID assignment
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 59.08 2 preset PID reference
0 to 100% (25%*) 59.09 3 preset PID reference
0 to 100% (50%*) 59.10 4 preset PID reference
0 to 100% (75%*) 59.11 Internal PID reference
0 to 100% (0%*) 59.12 PID reference ramp
0 to 100% (0%*) 59.13 PID min value reference
0 to 100% (0%*) 59.14 PID max value reference
0 to 100% (100%*) 59.15 PID predictive speed
0.1 to 400Hz (0.0*) 501.4 Acceleration 2
0.0 to 999.9s (5s*) 59.16 PID correction reverse
[00]*
No, no negative speed [01]
Yes, no negative speed [02]
No, allow negative speed [03]
Yes, allow negative speed
59.17 PID auto/manual assignment
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 59.18 PID manual reference
[00]*
No [01]
Yes [183]
Integrated jog dial
512.1 Low speed operating time
0.1 to 999.9s (0s*) 59.19 PID: wake up level
0 to 100% (0%*) 59.20 PID: Wake up threshold
0 to 100% (0%*) 59.21 Sleep offset threshold
0 to High speed (0Hz*) 59.22 PID feedback supervision threshold
0 to 100% (0%*) 59.23 PID supervision function time delay
0 to 300s (0s*)
59.24 Maximum frequency detection Hysteresis
0 to 50Hz (0Hz*) 59.25 PID feedback supervision
[00]*
Not assigned [01]
Free wheel [04]
Fallback speed
59.26 Fallback speed
0 to High speed (0Hz*) 510-
PUMP SUB-MENU
Overload time delay^ 0 to 100 s (0 s*) 208
Overload threshold^ 70 to 150% of nominal motor current (90%*) 209
Overload fault duration^ 0 to 6 min (0 min*) 210
Underload time delay^ 0 to 100 s (0 s*) 211
Underload threshold^ 20 to 120% of nominal motor current (60%*) 212
Underload fault duration^ 0 to 6min (0min*) 510.0 Selecting operating mode
[00]*
Single frequency conversion mode [01]
Single frequency conversion combinedwith auxiliary pump mode
510.1 Starting frequency of the auxiliary pump
0 to 60Hz (50Hz*) 510.2 Time delay before starting auxiliary pump
0 to 999.9s (2s*) 510.3 Auxiliary pump ramp reaching
0 to 999.9s (2s*) 510.4 Auxiliary pump stop frequency
0 to 60Hz (0Hz*) 510.5 Auxiliary pump stop time delay
0 to 999.9s (2s*) 510.6 Auxiliary pump stop ramp
0 to 999.9s (2s*) 510.7 Zero flow detection period
0 to 20min (0min*) 510.8 Zero flow detection activation threshold
0 to 400Hz (0Hz*) 510.9 Zero flow detection offset
0 to 400Hz (0Hz*) 511-
CURRENT LIMITATION MENU
511.0 2nd current limitation commutation
[00]*
Not activated [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High[L1L]
LI1 active Low [L2L]
LI2 active Low [L3L]
LI3 active Low [L4L]
LI4 active Low [LUL]
LIU active Low
511.1 Current limitation
0.25 to 1.5In (1.5In*) 511.2 Current limitation 2
0.25 to 1.5In (1.5In*) 512-
SPEED LIMIT MENU
512.0 Low speed
0Hz to high speed (0Hz*) 512.1 Low speed operating time
0.1 to 999.9s (0s*) 512.2 High speed
Low speed to maximum frequency (50 or 60Hzaccording to standard motor frequency*) 512.3 2 High speed assignment
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High
512.4 4 High speed assignment
[00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 512.5 High speed 2
Low speed to Max frequency (50 or 60Hz*) 512.6 High speed 3
Low speed to Max frequency (50 or 60Hz*) 512.7 High speed 4
Low speed to Max frequency (50 or 60Hz*) 513
Cooling fan control^ [00]
Fan runs when drive runs [01]*
Thermal control
600-
FAULT DETECTION MANAGEMENT MENU
Detected fault reset assignment^ [00]*
Not assigned [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 602-
AUTOMATIC RESTART MENU
602.0 Automatic restart
[00]*
No [01]
Yes
602.1 Max. automatic restart
[00]*
5 min [01]
10 min [02]
30 min [03]
1 hour [04]
2 hours [05]
3 hours [06]
Infinite
603
Catch on the fly^ [00]*
Function inactive [01]
Function active
604-
MOTOR THERMAL PROTECTION MENU
604.0 Motor thermal current
0.2-1.5In (According to drive rating*) 604.1 Motor protection type
[01]*
Self-ventilated [02]
Motor-ventilated
604.2 Overload fault management
[00]
Detected fault ignored [01]*
Free wheel stop
604.3 Motor thermal state memo
[00]*
thermal state not stored at power off [01]
thermal state is stored at power off
605
Output Phase loss^ [00]
Deactivated [01]*
Tripping then freewheel stop
606
Input Phase loss^ [00]
Detected fault ignored [01]*
Detected fault with freewheel stop
607-
UNDERVOLTAGE MENU
607.0 Undervoltage detected fault management
[00]*
Detected fault and R1 relay open [01]
Detected fault and R1 relay closed
607.1 Undervoltage prevention
[00]*
No action (freewheel) [02]
Stop following an adjustable ramp
607.2 Undervoltage ramp deceleration time
0.0 to 10.0s (1.0s*) 607.3 Precharge resistor protection level
430 to 560 VDC (0 V* with protection removed) 608
IGBT test^ [00]*
No test [01]
Starting test
609
4-20mA loss Behaviour^ [00]*
Detected fault ignored [01]
Freewheel stop
Detected fault inhibition assignment^ [00]*
Function inactive [L1H]
LI1 active High [L2H]
LI2 active High [L3H]
LI3 active High [L4H]
LI4 active High [LUH] LIU active High 611
Modbus detected fault management^ [00]*
Detected fault ignored [01]
Freewheel stop
612
Degraded line supply operation^ [00]*
No [01]
Yes
613
Reset power run^ [00]*
No [03]
Reset drive running time [04]
Reset power-on time [07]
Reset fan operation time
614
Reset all previous detected faults via Run keyof HMI^ [00]*
Deactivated [01]
Active
700-
COMMUNICATION MENU
Modbus address^ Off to 247 (off*) 702
Modbus baud rate^ [24]
4.8 kbps [28]
9.6 kbps [32]*
19.2 kbps [36]
38.4 kbps
703
Modbus format^ [02]
8o [03]*
8E
[04]
8n [05]
8n
704
Modbus time out^ 0.1 to 30s (10s*) 705-
INPUT SCANNER MENU
705.0 Com scanner read adress parameter 1
0C81*
705.1 Com scanner read adress parameter 2
219C*
705.2 Com scanner read adress parameter 3
705.3 Com scanner read adress parameter 4
OUTPUT SCANNER MENU
706.0 Com scanner write adress parameter 1
706.1 Com scanner write adress parameter 2
219A*
706.2 Com scanner write adress parameter 3
706.3 Com scanner write adress parameter 4
INPUT SCANNER ACCESS MENU
707.0 Com scanner read adress value 1
0C81*
707.1 Com scanner read adress value 2
219C*
707.2 Com scanner read adress value 3
707.3 Com scanner read adress value 4
OUTPUT SCANNER ACCESS MENU
708.0 Com scanner write adress value 1
CMD value* 708.1 Com scanner write adress value 2
LFRD value* 708.2 Com scanner write adress value 3
708.3 Com scanner write adress value 4
DC injection functionJog function Motor potentiometer function Maintenance menu
PID Control function
Fan Phase loss
Det. fault inhibit. Reset power run
Jumpfrequency
PID / Pump mangement function PID / Pump mangement function Speed limitation function
Speed limitation function (cont.)Detected fault reset Automatic restartafter a etected faultthe flyCatch on Motor thermal protection UndervoltageIGBT 4-20 mA loss
Modbusinterrup.lineDegr. Communication menu
