Baldor iMN1921 installation manual Index MN1921

Page 56

J

Jumper settings

CAN terminator, 4-18 error output, 4-14

L

LED indicators status display, 6-2 surface mount, 6-3

Loading saved information, 5-12

O

Operation, 5-1 connecting to the PC, 5-1 installing WorkBench v5, 5-1 power on checks, 5-2 preliminary checks, 5-1 starting, 5-1

P

Power

sources, 3-3, 4-3, 7-1

using a single drive supply, 4-3

using separate drive and logic supplies, 4-4 Precautions, 1-2

R

Receiving and Inspection, 2-2

RELAY keyword, 4-14

RS232 port, 4-15

S

Safety Notice, 1-2

Saving setup information, 5-11 Scale, selecting, 5-6 Specifications, 7-1

analog inputs, 7-2 analog outputs, 7-2

CAN interface, 7-4 digital inputs, 7-2 digital outputs, 7-3 environmental, 7-4 input power, 7-1 output power, 7-1 stepper axis outputs, 7-3 stepper logic outputs, 7-3 weights and dimensions, 7-4

Status display, 6-2 Stepper axis, 5-8

0-2 drive outputs, 4-5 connecting a 4-wire motor, 4-5 connecting a 6-wire motor, 4-6 connecting a 8-wire motor, 4-7

0-3 logic outputs, 4-8 testing the output, 5-8

T

Testing, an axis, 5-8 Troubleshooting, 6-1

communication, 6-4 help file, 5-3 motor control, 6-4 problem diagnosis, 6-1 status display, 6-2 SupportMe, 6-1

U

Units and abbreviations, 2-3

W

Weights and dimensions, 7-4 WorkBench v5, 5-3

digital input/output configuration, 5-9 help file, 5-3

loading saved information, 5-12 saving setup information, 5-11 starting, 5-4

Index

MN1921

Image 56
Contents NextMove ST Motion Controller Page Contents Operation General Information Safety Notice PrecautionsNextMove ST features MN1921 IntroductionReceiving and inspection Phase Units and abbreviationsIntroduction MN1921 Location requirements You should read all the sections in Basic InstallationIntroduction Package dimensions Mounting the NextMove STOther requirements for installation Basic Installation MN1921 Input / Output Connector locations Power connections Operation using combined drive and logic supplyOperation using separate drive and logic supplies Connecting separate drive and logic suppliesStepper axes 0-2 drive outputs Connecting a 4-wire motorStepper outputs Connecting a 6-wire motor Connecting a 8-wire motor Connecting a 8-wire motor, parallel windingsStepper axes 0-3 logic outputs Stepper output pin header J3, and output circuit shownAnalog I/O Analog inputsAnalog output Analog outputDigital I/O Digital inputsUsing a digital input as a Limit or Home input Using a digital input as a Stop inputUsing a digital input as an Error input Auxiliary Encoder inputs Auxstep IN, Auxdir IN, AuxzDigital outputs Digital output DOUT0 shownError output Driveenableoutput keywordGlobalerroroutput keyword Jumper settingsOther I/O RS232 serial communicationLocation Pin Name Description2 50-pin edge connector RS232 serial port connectionsCan communication Typical can network connectionsJP1 This will connect an internal terminating resistor CANopen and Baldor canConnection summary minimum system wiring Host PCInput / Output MN1921 Connecting the NextMove ST to the PC Installing WorkBenchStarting the NextMove ST Preliminary checksPower on checks WorkBench Help fileStarting WorkBench MN1921 Operation Configuring an axis Selecting a scaleClick Apply Stepper axis testing Testing the outputDigital input/output configuration Digital input configurationDigital output configuration Saving setup information Loading saved information Problem diagnosis SupportMe featureNextMove ST indicators Status displaySurface mount LEDs D3, D4 and D16 Motor control Symptom CheckCommunication Input power Output power ValueCommon mode voltage range Input impedance 120 Input ADC resolution BitsEquivalent resolution ±10V input Output current max Update interval ImmediateStepper axis 0-2 drive outputs Unit Value Maximum output frequency KHz 200 Output voltageOutput current maximum, per axis Unit Value Output typeUnit Value Signal Can interfaceEnvironmental Channels Protocols CANopenIndex Index MN1921 Comments CommentComments MN1921 Page LT0184A00