Sprint Electric PLX 315 Manuals

Manuals and User Guides for Sprint Electric PLX 315. We have 1 Sprint Electric PLX 315 manual available for free PDF download: Product Manual

Sprint Electric PLX 315 Product Manual (428 pages)

DC MOTOR DRIVE

Brand: Sprint Electric | Category: DC Drives | Size: 17 MB

Table of Contents
12
Figure 1 the Basic Arrangement of the PL/X Control Loop
29
Application Blocks / C/O Switch 1 to

30
Application Blocks / Multi-Function 1 to

34
CONFIGURATION / UNIVERSAL INPUTS / UIP2 to

35
Cover Dimensions for the PL/X Family

61
- Figure 14 PL/X Family - Cover Dimensions
  61
Mechanical Installation - Frame 1 PL/X

62
- Mounting the Frame 1 PL/X 5-50
  62
- Figure 15 Frame 1 PL/X 5-50 Dimensions
  62
Mechanical Installation - Frame 2 PL/X

63
- Mounting the Frame 2 PL/X 65-145
  63
- Figure 16 Frame 2 PL/X 65-145 Dimensions
  63
Mechanical Installation - Frame 3 PL/X

64
- Figure 17 Frame 3 PL/X 185-265 Dimensions
  64
- Mounting the Frame 3 PL/X 185-265
  65
Mechanical Installation - Frame 4 PL/X

67
- Figure 19 Frame 4 PL/X 275-440 Dimensions
  67
- Mounting the Frame 4 PL/X 275-440
  68
Mechanical Installation - Frame 5 PL/X

69
Venting Summary

72
- Air Filters
  72
- Air Supply to Enclosure
  72
- Exhaust Air
  72
Venting Kit (Optional)

73
Basic Application Wiring Diagram

76
- Figure 23 Basic Application Wiring Diagram: Speed or Torque Control
  76
Power Wiring Connections

77
- Forces Applied to the Power Terminals
  77
Power Wiring Methods

78
Power Wiring Connections

81
Control Wiring Methods

84
Control Wiring Connections

87
How to Use the Keypad

100
- Diagnostic Summary Screens
  100
- Keypad Functions
  101
About the Menu System

102
- Configuring the Drive
  103
- Figure 33 Configuring the PL/X
  104
- Saving Your Changes
  105
  - Abandoning Unwanted Changes
    105
  - How to Save Parameters
    105
- Restoring Parameters to Default Conditions
  105
- 400)Block Disconnect
  105
- The Menu Tree Structure
  106
- Technical Specifications
  117
  - General Information
    117
  - Electrical Ratings
    119
  - Frame 1 - PL/X 5-50
    119
  - Frame 2 - PL/X 65-145
    119
  - Product Rating Labels
    119
  - Frame 3 - PL/X 185-265
    120
  - Frame 4 - PL/X 275-440
    120
  - Frame 5 - PL/X 520-980
    120
  - Short-Circuit Ratings
    121
  - Fuses
    122
  - Semiconductor Fuse Ratings
    122
  - Main and Auxiliary Fuses
    123
  - DC Fuses
    124
  - 600/690 V: Main and Auxiliary Fuses
    125
  - 600/690 V: DC Fuses
    126
  - Size 33 - 690 Vac - 74.5 MM X 74.5 MM X 50.6 MM - M12
    127
  - Size 73 - 1300 Vac - 74.5 MM X 74.5 MM X 74 MM - M12
    127
  - Square Body Fuses for Frames 4 and 5
    127
  - Mounting Square Body Semiconductor Fuses
    128
  - Parelleling Semiconductor Fuses - Frame 5
    128
  - Frames 1-3 - PL
    131
  - Frames 4-5 - PL/X 275-980
    131
  - Line Reactors
    131
  - Effects of Supply Loss or Dips
    132
  - Supply Loss Shutdown
    132
  - Figure 34 Wiring Diagram for AC Supply Level to L1/2/3 Different to EL1/2/3 (E.g. Low Voltage Field)
    133
  - L1/2/3 AC Supply Level Different to EL1/2/3
    133
  - Changing Control or Power Cards
    134
Cooling

135
- Internal Fan
  135
Installation Guide for EMC

136
Approvals UL, Cul, CE

139
- EMC Compliance Statement for PL/X
  139
  - CE Emissions
    139
  - CE Immunity
    139
- UL, Cul
  139
- The CHANGE PARAMETERS Menu
  140
Change Parameters/Calibration

140
- Figure 36 Rating Plate Information
  140
- Figure 37 CALIBRATION - Block Diagram
  141
- 2)Rated Arm Amps
  142
- 3)Current Limit(%)
  142
- 4)Rated Field Amps
  143
- 5)Base Rated Rpm
  143
- 6)Desired Max Rpm
  144
- 7)Zero Spd Offset
  144
- 8)Max Tacho Volts
  145
- 9)Speed Fbk Type
  146
- 14)Ir Compensation
  149
- 15)Field Cur Fb Trim
  149
- 16)Arm Volts Trim
  150
- 17)Analog Tacho Trim
  150
- 18)Rated Arm Volts
  151
- 19)El1/2/3 Rated Ac
  151
- 20)Motor 1,2 Select
  152
Change Parameters/Calibration/Encoder Scaling

153
- 10)Quadrature Enable
  153
- 11)Encoder Lines
  155
- 12)Mot/Enc Spd Ratio
  155
- 13)Encoder Sign
  156
Change Parameters / Run Mode Ramps

157
- Figure 38 RUN MODE RAMPS, Including JOG CRAWL SLACK - Block Diagram
  158
- 21)Ramp Op Monitor
  159
- 22)Forward up Time
  159
- 23)Forward down Time
  160
- 24)Reverse up Time
  160
- 25)Reverse down Time
  160
- 26)Ramp Input
  161
- 27)Forward Min Speed
  161
- 28)Reverse Min Speed
  162
- 29)Ramp Auto Preset
  162
- 30)Ramp Ext Preset
  163
- 31)Ramp Preset Value
  163
- 32)Ramp S-Profile
  163
- 33)Ramp Hold
  164
- 34)Ramping Threshold
  164
- 35)Ramping Flag
  164
Change Parameters / Jog Crawl Slack

165
- Figure 39 JOG CRAWL SLACK, Including RUN MODE RAMPS - Block Diagram
  166
- 38)Jog Speed 2
  167
- 39)Slack Speed 1
  167
- 40)Slack Speed 2
  167
- Jog Speed 1
  167
- 41)Crawl Speed
  168
- 42)Jog Mode Select
  168
- 43)Jog/Slack Ramp
  169
Change Parameters / Motorised Pot Ramp

170
- Figure 40 MOTORISED POT RAMP - Block Diagram
  170
- 45)Mp Op Monitor
  171
- 46)Mp up Time
  171
- 47)Mp down Time
  171
- 48)Mp up Command
  172
- 49)Mp down Command
  172
- 50)Mp Max Clamp
  172
- 51)Mp Min Clamp
  173
- 52)Mp Preset
  173
- 53)Mp Preset Value
  173
- 54)Mp Memory Boot-Up
  174
Change Parameters / Stop Mode Ramp

175
- Figure 41 STOP MODE RAMP - Block Diagram
  175
- Figure 42 Contactor Control - Block Diagram
  176
- Figure 43 Speed Profile When Stopping
  177
- Figure 44 Contactor Drop-Out
  178
- Precise Stopping
  
  178
  - 56)Stop Ramp Time
    179
  - 57)Stop Time Limit
    179
  - 58)Live Delay Mode
    180
  - 59)Drop-Out Speed
    180
  - 60)Drop-Out Delay
    181
Change Parameters / Speed Ref Summer

182
- Figure 45 SPEED REF SUMMER - Block Diagram
  183
- 62)Int Speed Ref 1
  184
- 63)Speed Ref 2
  184
- 64)Speed Ref 3 Mon
  184
- 65)Ramped Spd Ref 4
  185
- 66)Spd/Cur Ref3 Sign
  185
- 67)Spd/Cur Ref3 Ratio
  185
Change Parameters / Speed Control

186
- Figure 46 SPEED CONTROL - Block Diagram
  187
- 69)Max Pos Speed Ref
  188
- 70)Max Neg Speed Ref
  188
- 71)Speed Prop Gain
  188
- 72)Speed Int T.C
  189
- 73)Speed Int Reset
  189
Change Parameters / Speed Control / Speed Pi Adaption

190
- Using Small Speed Inputs
  
  190
- Figure 47 Graph Showing Adaption Profile for Default Values
  190
- 74)Spd Adpt lo Brpnt
  191
- 75)Spd Adpt Hi Brpnt
  191
- 76)Lo Brpnt Prp Gain
  191
- 77)Lo Brpnt Int T.C
  192
- 78)Int % During Ramp
  192
- 79)Spd Adapt Enable
  192
Change Parameters / Current Control

193
- Figure 48 CURRENT CONTROL: Block Diagram
  194
- 81)Cur Clamp Scaler
  195
- 88)Dual I Clamp Enbl
  195
  - 89)Upper Cur Clamp
    196
  - 90)Lower Cur Clamp
    196
  - 91)Extra Cur Ref
    196
  - 92)Autotune Enable
    197
  - 93)Cur Prop Gain
    198
  - 94)Cur Int Gain
    198
  - 95)Cur Discontinuity
    199
    
    Setting the Current Loop Control Terms Manually
    199
  - 96)4-Quadrant Mode
    200
  - 97)Spd Bypass Cur en
    200
  - 98)Arm Fir.frnt Stop
    200
- Change Parameters / Current Control / Current Overload
  
  201
  - 82)O/Load % Target
    202
    
    Figure 49 O/LOAD % TARGET Set to 105
    202
    
    Achieving Overloads >150
    203
    
    Figure 50 How to Achieve Overloads Greater than 150
    203
  - 83)O/Load Ramp Time
    204
- Change Parameters / Current Control / I Dynamic Profile
  
  205
  - Figure 51 I DYNAMIC PROFILE
    205
  - 84)I Profile Enable
    206
  - 85)Spd Brpnt at Hi I
    206
  - 86)Spd Brpnt at lo I
    206
  - 87)Cur Limit at lo I
    207
- Change Parameters / Field Control
  
  208
  - Figure 52 FIELD CONTROL - Block Diagram
    209
  - 100)Field Volts Op
    211
  - 99)Field Enable
    211
  - 101)Field Prop Gain
    212
  - 102)Field Int Gain
    212
  - 111)Standby Fld Enbl
    212
  - 112)Standby Fld Cur
    213
  - 113)Fld Quench Delay
    213
  - 114)Field Reference
    213
- Change Parameters / Field Control/Fld Weakening Menu
  
  214
  - 103)Fld Weak Enable
    215
  - 104)Fld Wk Prop Gain
    215
  - 105)FLD WK INT TC Ms
    215
  - 106)FLD WK DRV TC Ms
    216
  - 107)FLD WK FB DRV Ms
    216
  - 108)FLD WK FBK INT Ms
    216
  - 109)Spillover Avf
    217
  - 110)Min Field Current
    217
- Change Parameters / Zero Interlocks
  
  218
  - Figure 53 ZERO INTERLOCKS - Block Diagram
    219
  - 115)Standstill Enbl
    220
  - 116)Zero Ref Start
    220
  - 117)Zero Intlk Spd
    220
  - 118)Zero Intlk Cur
    221
  - 119)At Zero Ref Flag
    221
  - 120)At Zero Spd Flag
    221
  - 121)At Standstill
    222
    
    Low Speed Performance
    222
- Change Parameters / Zero Interlocks / Spindle Orientate
  
  223
  - Spindle Orientate Operation
    224
  - Figure 54 SPINDLE ORIENTATE - Block Diagram
    225
  - 122)Zero Speed Lock
    227
    
    240)Marker Enable
    227
    
    Marker Specification
    227
    
    241)Marker Offset
    228
    
    Figure 55 MARKER ENABLE
    229
    
    242)Position Ref
    230
    
    243)Marker Freq Mon
    230
    
    244)In Position Flag
    230
  - The DIAGNOSTICS Menu
    231
    
    169)El1/2 Rms Mon
    231
    
    170)DC Kilowatts Mon
    231
    
    Diagnostics
    231
    
    123)Total Spd Ref Mn
    232
    
    124)Speed Demand Mon
    232
    
    Diagnostics / Speed Loop Monitor
    232
    
    125)Speed Error Mon
    233
    
    126)Arm Volts Mon
    233
    
    128)Back Emf % Mon
    234
    
    129)Tacho Volts Mon
    234
    
    130)Motor Rpm Mon
    234
    
    131)Speed Fbk Mon
    235
    
    132)Encoder Rpm Mon
    235
    
    133)Arm Cur dem Mon
    236
    
    134)Arm Cur % Mon
    236
    
    Diagnostics / Arm I Loop Monitor
    236
    
    135)Arm Cur Amps Mon
    237
    
    136)Upper Cur Lim Mn
    237
    
    137)Lower Cur Lim Mn
    237
    
    138)Actual Upper Lim
    237
    
    139)Actual Lower Lim
    238
    
    140)O/Load Limit Mon
    238
    
    141)At Current Limit
    238
    
    143)Field Demand Mon
    239
    
    144)Field Cur % Mon
    239
    
    145)Field Cur Amps Mon
    239
    
    Diagnostics / Field I Loop Monitor
    239
    
    146)Angle of Advance
    240
    
    147)Field Active Mon
    241
    
    150)UIP2 (T2) MON to 157)UIP9 (T9) MON
    242
    
    Diagnostics / Analog Io Monitor
    242
    
    159)AOP1 (T10) MON to 161)AOP3 (T12) MON
    243
    
    162)Uip 23456789
    244
    
    163)Dip 12341234 Dio
    244
    
    Diagnostics / Digital Io Monitor
    244
    
    164)Dop 123Trjsc Cip
    245
    
    165)+Arm Bridge Flag
    245
    
    166)Drive Start Flag
    245
    
    167)Drive Run Flag
    246
    
    168)Running Mode Mon
    246
    
    Diagnostics / Block Op Monitor
    247
    
    Diagnostics / Fieldbus
    248
  - The MOTOR DRIVE ALARMS Menu
    249
- Motor Drive Alarms
  
  249
  - Figure 56 MOTOR DRIVE ALARMS - Block Diagram
    250
  - 171)Spd Trip Enable
    251
  - 172)Speed Trip Tol
    253
  - 173)Fld Loss Trip en
    253
  - 174)Dop Scct Trip en
    254
  - 175)Missing Pulse en
    254
  - 176)Ref Exch Trip en
    255
  - 177)Overspeed Delay
    255
  - 181)Active Trip Mon
    255
  - 182)Stored Trip Mon
    256
  - 183)Ext Trip Reset
    257
- Motor Drive Alarms / Stall Trip Menu
  
  258
  - 178)Stall Trip Enbl
    258
  - 179)Stall Cur Level
    259
  - 180)Stall Delay Time
    259
- Motor Drive Alarms / Drive Trip Message
  
  260
  - The SERIAL LINKS Menu
    266
  - The DISPLAY FUNCTIONS Menu
    267
- Display Functions
  
  267
  - Language Select
    267
  - Reduced Menu Enable
    267
  - Software Version
    268
- Display Functions / Password Control
  
  269
  - Enter Password
    270
  - Alter Password
    270
  - The APPLICATION BLOCKS Menu
    271
- Application Blocks / Summer
  
  272
  - 401)Summer 1 Op Mon
    272
  - Figure 57 SUMMER1, SUMMER 2 - Block Diagrams
    273
  - 402)Summer1 Sign1
    274
  - 403)Summer1 Sign2
    274
  - 404)Summer1 Ratio1
    274
  - 405)Summer1 Ratio2
    275
  - 406)Summer1 Divider1
    275
  - 407)Summer1 Divider2
    275
  - 408)Summer1 Input1
    276
  - 409)Summer1 Input2
    276
  - 410)Summer1 Input3
    276
  - 411)Summer1 Deadband
    277
  - 412)Summer1 Op Invrt
    277
  - 413)Summer1 Clamp
    277
- Application Blocks / Pid
  
  278
  - Figure 58 PID 1, 2 - Block Diagram
    279
  - 429)Pid1 Op Monitor
    280
  - 430)Pid1 Input1
    280
  - 431)Pid1 Ratio1
    280
  - 432)Pid1 Divider1
    280
  - 433)Pid1 Input2
    281
  - 434)Pid1 Ratio2
    281
  - 435)Pid1 Divider2
    281
  - 436)Pid1 Prop Gain
    282
  - 437)Pid1 Integral Tc
    282
  - 438)Pid1 Deriv Tc
    282
  - 439)Pid1 Filter Tc
    283
  - 440)Pid1 Int Preset
    283
  - 441)Pid1 Preset Val
    283
  - 442)Pid1 Reset
    284
  - 443)Pid1 Pos Clamp
    284
  - 444)Pid1 Neg Clamp
    284
  - 445)Pid1 Output Trim
    285
  - 446)Pid1 Profl Mode
    285
  - 447)Pid1 Min Prop Gn
    286
  - 448)Pid1 X-Axis Min
    286
  - Pid1 X-Axis Get from
    286
  - 449)Pid1 Profiled Gn
    287
  - 450)Pid1 Clamp Flag
    287
  - 451)Pid1 Error Mon
    287
- Application Blocks/ Parameter Profiler
  
  288
  - Figure 59 PARAMETER PROFILER - Block Diagram
    288
  - Figure 60 PARAMETER PROFILE - Profile for y Increasing with X
    289
  - Figure 61 PARAMETER PROFILE - Profile for y Decreasing with X
    289
  - Figure 62 PARAMETER PROFILE - Examples of General Profiles
    290
  - 475)Profile y Op Mon
    291
  - 476)Profiler Mode
    291
  - 477)PROFLR y at Xmin
    291
  - 478)PROFLR y at Xmax
    292
  - 479)PROFILER Xmin
    292
  - 480)PROFILER Xmax
    292
  - 481)Proflr X Rectify
    293
  - Prfl X-Axis Get from
    293
- Application Blocks / Reel Diameter Calc
  
  294
  - Figure 63 REEL DIAMETER CALC - Block Diagram
    296
  - 483)Diameter Op Mon
    297
  - 484)Dia Web Speed Ip
    297
  - 485)Dia Reel Spd Ip
    297
  - 486)Diameter Min
    298
  - 487)Dia Min Speed
    298
  - 488)Diameter Hold
    298
  - 489)Dia Filter Tc
    299
  - 490)Diameter Preset
    299
  - 491)Dia Preset Value
    299
  - 492)Dia Web Brk Thr
    300
  - 493)Dia Mem Boot-Up
    300
- Application Blocks / Taper Tension Calc
  
  301
  - Figure 64 TAPER TENSION CALC - Block Diagram
    301
  - Hyperbolic Taper Equation
    302
    
    Figure 65 Taper Graphs Showing Tension Versus Diameter
    302
    
    Taper Graphs Showing Tension Versus Diameter
    302
  - Linear Taper Equation
    302
  - 494)Total Tension Mn
    303
  - 495)Tension Ref
    303
  - 496)Taper Strength
    303
  - 497)Hyperbolic Taper
    304
  - 498)Tension Trim Ip
    304
  - 499)Tapered Tens.mon
    304
- Application Blocks / Torque Compensator
  
  305
  - Figure 66 TORQUE COMPENSATOR - Block Diagram
    306
  - Figure 67 TORQUE COMPENSATOR INERTIA COMPENSATOR - Block Diagram
    307
  - 500)Torque Demand Mn
    308
  - Figure 68 TORQUE COMPENSATOR FRICTION COMPENSATOR - Block Diagram
    308
  - 501)Torque Trim Ip
    309
  - 502)Stiction Comp
    309
  - 503)Stic.web Spd Thr
    309
  - 504)Static Friction
    310
  - 505)Dynamic Friction
    310
  - 506)Friction Sign
    311
  - 507)Fixed Inertia
    311
  - 508)Variable Inertia
    312
  - 509)Material Width
    313
  - 510)Accel Line Speed
    313
  - 511)Accel Scaler
    314
  - 512)Accel Input/Mon
    314
  - 513)Accel Filter Tc
    314
  - 514)Tension dem Ip
    315
  - 515)Tension Scaler
    315
  - 516)Torque Mem Sel
    315
  - 517)Torque Mem Input
    316
  - 518)Tension Enable
    316
  - 519)Over/Underwind
    317
  - 520)Inertia Comp Mon
    317
- Centre Winding Block Arrangement
  
  318
  - Figure 69 Centre Winding Block Arrangement
    318
- Applications Block / Preset Speed
  
  319
  - Figure 70 PRESET SPEED - Block Diagram
    319
  - 523)Preset Speed Mon
    321
  - 524)Preset Sel1(Lsb)
    321
  - 525)Preset Select 2
    321
  - 526)Preset Sel3(Msb)
    321
  - 527)Pr.value for 000
    322
  - 528)Pr.value for 001
    322
  - 529)Pr.value for 010
    322
  - 530)Pr.value for 011
    322
  - 531)Pr.value for 100
    323
  - 532)Pr.value for 101
    323
  - 533)Pr.value for 110
    323
  - 534)Pr.value for 111
    323
  - Figure 71 MULTI-FUNCTION - Block Diagram
    325
  - 544)Multifun1 Mode
    326
    
    Sample and Hold Function
    326
  - 545)Multifun1 Op Sel
    327
  - Aux Get from
    327
  - Get from
    327
  - Goto
    328
- Application Blocks / Latch
  
  329
  - 560)Latch Data Mon
    329
  - Figure 72 LATCH - Block Diagram
    330
  - 561)Latch Data Ip
    331
  - 562)Latch Clock Ip
    331
  - 563)Latch Set Ip
    331
  - 564)Latch Reset Ip
    332
  - 565)Latch Hi Value
    332
  - 566)Latch lo Value
    332
- Application Blocks / Filter
  
  333
  - Figure 73 FILTER - Block Diagram
    333
  - 568)Filter1 Op Mon
    334
  - 569)Filter1 Tc
    334
  - Get from
    334
  - Figure 74 LOW PASS FILTER - Block Diagram
    335
  - Fixed Low Pass Filter
    335
- Application Blocks / Batch Counter
  
  336
  - Figure 75 BATCH COUNTER - Block Diagram and Sample Times
    336
  - 578)Counter Count
    337
  - 579)Counter Clock
    337
  - 580)Counter Reset
    337
  - 581)Counter Target
    338
- Application Blocks / Interval Timer
  
  339
  - 583)Tmr Elapsed Time
    339
  - Figure 76 INTERVAL TIMER - Block Diagram
    339
  - 584)Timer Reset
    340
  - 585)Timer Interval
    340
  - 586)Tmr Expired Flag
    340
  - Figure 77 COMPARATOR 1 - Block Diagram
    341
- APPLICATION BLOCKS / COMPARATOR 1 to 4 16.14.1 588)COMP1 INPUT 1
  
  342
  - 589)Comp1 Input 2
    342
  - 590)Comp1 Window Sel
    342
  - 591)Comp1 Hysterisis
    343
  - Goto
    343
  - Sample and Hold Function
    344
  - Figure 78 C/O SWITCH 1 - Block Diagram
    344
  - 604)C/O Sw1 Control
    345
  - 605)C/O Sw1 Hi Value
    345
  - 606)C/O Sw1 lo Value
    345
  - C/O Sw1 lo Value
    346
- Application Blocks / 16-Bit Demultiplex
  
  347
  - Figure 79 16-Bit Demultiplex - Block Diagram
    348
  - The CONFIGURATION Menu
    349
- How to Configure Blocks
  
  349
  - Conflict Help Menu
    349
- Configuration
  
  350
  - Configuration / Enable Goto,Getfrom
    351
- Configuration / Universal Inputs
  
  352
  - Figure 80 UIP2 (Universal Inputs) - Block Diagram
    354
  - 320)Uip2 Ip Range
    355
  - 321)Uip2 Ip Offset
    356
  - Ma Loop Input SETUP
    356
  - 322)Uip2 Cal Ratio
    357
  - 323)Uip2 Max Clamp
    357
  - 324)Uip2 Min Clamp
    357
  - Uip Analog Goto
    358
  - Uip Digital Op1 Goto
    359
  - Uip Digital Op2 Goto
    359
  - 325)Uip2 Hi Val Op1
    360
  - 326)Uip2 lo Val Op1
    360
  - 327)Uip2 Hi Val Op2
    360
  - 328)Uip2 lo Val Op2
    361
  - 329)Uip2 Threshold
    361
- Configuration / Analog Outputs
  
  362
- Analog Outputs / Aop1/2/3 Setup
  
  364
  - Default Connections for AOP1/2/3
    364
  - 251)Aop1 Divider
    364
  - 252)Aop1 Offset
    365
  - 253)Aop1 Rectify en
    365
  - Get from
    365
- Configuration / Digital Inputs
  
  366
  - Figure 85 Digital Inputs, Showing DIP1 (T14) - Block Diagram
    366
- Configuration / Digital Inputs / Dip1 (T14) Setup
  
  367
  - 310)Dip1 Ip Hi Value
    367
  - 311)Dip1 Ip lo Value
    367
  - Goto
    368
- Configuration / Digital Inputs / Run Ip Setup
  
  369
  - 318)Run Ip Hi Value
    369
  - Figure 86 RUN DIP (T31) - Block Diagram
    369
  - 319)Run Ip lo Value
    370
  - Goto
    370
- Configuration / Digital In/Outputs
  
  371
  - Figure 87 DIO1 Digital IO - Block Diagram
    372
  - 271)Dio1 Op Mode
    373
  - 272)Dio1 Rectify en
    373
  - 273)Dio1 Threshold
    373
  - 274)Dio1 Invert Mode
    374
  - Get from
    374
  - 275)Dio1 Ip Hi Value
    375
  - Goto
    375
  - 276)Dio1 Ip lo Value
    376
  - Hidden Pins 685/686/687/688
    376
- Configuration / Digital Outputs
  
  377
  - Figure 88 DOP1 (T22) Zero Speed - Block Diagram
    377
  - 261)Dop1 Rectify en
    378
  - 262)Dop1 Threshold
    378
  - 263)Dop1 Invert Mode
    379
  - Get from
    379
    
    Default Connections for DOP1/2/3
    379
    
    Hidden Pins 682/683/684
    379
- Configuration / Staging Posts
  
  380
- Configuration / Software Terminals
  
  384

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DC Drives Control Unit Controller

More Sprint Electric Manuals

Sprint Electric PLX 315 Manuals

Sprint Electric PLX 315 Product Manual (428 pages)

Table of Contents

Application Blocks / C/O Switch 1 to

Application Blocks / Multi-Function 1 to

CONFIGURATION / UNIVERSAL INPUTS / UIP2 to

Cover Dimensions for the PL/X Family

Mechanical Installation - Frame 1 PL/X

Mechanical Installation - Frame 2 PL/X

Mechanical Installation - Frame 3 PL/X

Mechanical Installation - Frame 4 PL/X

Mechanical Installation - Frame 5 PL/X

Venting Summary

Venting Kit (Optional)

Basic Application Wiring Diagram

Power Wiring Connections

Power Wiring Methods

Power Wiring Connections

Control Wiring Methods

Control Wiring Connections

How to Use the Keypad

About the Menu System

Cooling

Installation Guide for EMC

Approvals UL, Cul, CE

Change Parameters/Calibration

Change Parameters/Calibration/Encoder Scaling

Change Parameters / Run Mode Ramps

Change Parameters / Jog Crawl Slack

Change Parameters / Motorised Pot Ramp

Change Parameters / Stop Mode Ramp

Precise Stopping

Change Parameters / Speed Ref Summer

Change Parameters / Speed Control

Change Parameters / Speed Control / Speed Pi Adaption

Using Small Speed Inputs

Change Parameters / Current Control

Change Parameters / Current Control / Current Overload

Change Parameters / Current Control / I Dynamic Profile

Change Parameters / Field Control

Change Parameters / Field Control/Fld Weakening Menu

Change Parameters / Zero Interlocks

Change Parameters / Zero Interlocks / Spindle Orientate

Motor Drive Alarms

Motor Drive Alarms / Stall Trip Menu

Motor Drive Alarms / Drive Trip Message

Display Functions

Display Functions / Password Control

Application Blocks / Summer

Application Blocks / Pid

Application Blocks/ Parameter Profiler

Application Blocks / Reel Diameter Calc

Application Blocks / Taper Tension Calc

Application Blocks / Torque Compensator

Centre Winding Block Arrangement

Applications Block / Preset Speed

Application Blocks / Latch

Application Blocks / Filter

Application Blocks / Batch Counter

Application Blocks / Interval Timer

APPLICATION BLOCKS / COMPARATOR 1 to 4 16.14.1 588)COMP1 INPUT 1

Application Blocks / 16-Bit Demultiplex

How to Configure Blocks

Configuration

Configuration / Universal Inputs

Configuration / Analog Outputs

Analog Outputs / Aop1/2/3 Setup

Configuration / Digital Inputs

Configuration / Digital Inputs / Dip1 (T14) Setup

Configuration / Digital Inputs / Run Ip Setup

Configuration / Digital In/Outputs

Configuration / Digital Outputs

Configuration / Staging Posts

Configuration / Software Terminals

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