Novusun CNC NVEMV1.1 User manual

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NVEMv1.1

Manual

English）

Novusun CNC CO.,LTD.

NVEMV1.1

Manual of NVEMv1.1

contect

Chapter1 Introduction..............................................................................................................................................1

1.1. ProductIntroduction............................................................................................................................ 1

1.2. Productsspecification.......................................................................................................................... 1

1.3. ProductsAppearance and struction and size....................................................................................... 2

1.4. substantivalexplanation....................................................................................................................... 3

1.5. Noting andWaring............................................................................................................................... 5

Chapter2 Connection...............................................................................................................................................6

2.1. Device PowersupplySolution............................................................................................................. 6

2.2. Productconnection define and method................................................................................................ 7

Chapter3 Software Installation..............................................................................................................................21

3.1. MACH3 Install.................................................................................................................................. 21

3.2. MACH3Registration.......................................................................................................................... 24

3.3. NVEMPlug-in installation................................................................................................................ 24

Chapter4 Usingofsoftware...................................................................................................................................25

hapter 1 Introduction

Chapter1 Introduction

1.1. ProductIntroduction

Novusun CNChas engagedintheNumericalcontrolindustryfor4 years,specializedin

theresearch,developmentand production ofvarious CNCcontroller systemswithhighquality

and highreliability.Weproduce theBrushless DCmotor,Stepper motordriver,and also 1to6aixs

CNCmotion controllers.。

NVEMv1.1 is the3-6 axis motion controller wespend 4 years to design.

NVEMv1.1 supportMach3 software and standardMPG,throughEthernetto

communicatewith computer,justusetheTwinetoconnectdirectlyortransfer with router.

NVEMv1.1 motion controller adoptstheARMdesignframework.TheARMdesign

includescommunication,codeanalytic,underlyingalgorithmand pulsegerneration. Rational

design,reliablecontrol,convenientoperation.

Thismanualintroducesoperation,connection andusagescheduleofourprofessional

motion controller forengravingmachine.Through alotofthedrawingtheuserscanlearn

quicklyhowto usethismotion controller.

1.2. Products specification

S12 ports photoelectricisolated inputinterfaceforordinarydigitaldata；

S10 ports photoelectricisolated outputinterfaceforordinarydigitaldata；

S1 port0-10Vspindlespeed analogoutputinterface(canchangeto PWM output)；

Scan support3-6axis stepper systems,200KHzpulseoutputforeveryaxis；

SARM motion controlchip；

hapter 1 Introduction

Smain device is 12V-32VDCpower supplyinput,currentshould higher than0.5A；

SCompatiblewithMPGinput,supportthedigitaldisplayMPGfromourcompany。

1.3. ProductsAppearance andstruction and size

■NVEMv1.1 motion controller iswiththesealedshell structure,thereare4pcssetting

holes atthebottom.Wecan fix4pcs 4mm diameterholes atthecabinet,and install thecontroller

into thecabinet.Thecontroller appearance as theFigure 1-1and Figure 1-2 show:

Theproducts overall sizeis 163.1mm*80.8mm*27.8mm；

Thebottominstall sizeis101.4mm*42.5mm。

Figure 1-1. NVEMV1.1 frontappearance and size

hapter 1 Introduction

Figure 1-2. The othersideofNVEMV1.1and installation dimensions

1.4. substantival explanation

WhenoperatetheNVEM,where will bealotofEnglish abbreviation,nowwelistall of

themforyourkindlyreferences:

FRO:Feedingadjust:Duringtheoperating process,theFvaluealreadyset,and needto

adjustthecurrentfeeding speed, then wecanadjustFROvalueto realizeit.

SRO:Spindlespeedadjust: Duringtheoperatingprocess, theSvaluealreadyset,and need

to adjustthecurrentspindlespeed, then wecanadjustSROvalueto realizeit :

CurrentSpeed S#=settingS*SRO.

hapter 1 Introduction

SRJ:speed adjustmanually

During theoperatingprocess,asthemanualspeedalreadyset,and weneedtoadjustthe

currentspeed,and impossibletofixthevalueduringit isworking,thenwecanrevisetheSRJ

valueto realizeit.

Currentmanualspeed FS#=Settingmanualspeed*SRJ.

F:Feedingspeed,theunit ismm/min.ForexampleF=200,meanseveryminutefeeding

2000mm.

S:SpindleSpeed. Unit israd/min.ForexampleS=20000,means 20000 revolution/Minute.

Xaxis Coordinate

Yaxis Coordinate

Zaxis Coordinate

Aaxis Coordinate

Baxis Coordinate

Caxis Coordinate

Ready:ReadyMode.Inthemodewecando anyoperation,includeprocessingorvalues

modification orstarting2nd mode.

Reset: Resetmode.In this mode,it should stop everyoperation.

Step”:ManualStepMode.Every axiscandonductthemanualstepoperationatthismode.

MPG:MPGmode.Everyaxis can conducttheMPGoperation atthis mode.

hapter 1 Introduction

1.5. Noting and War

ing

Freefrom

exposure totheelectronicswithoutwaterproof

function.Pleaseenvironme

ntas dryas possible.This is theicon.

Wiringwar

ning, theIOinputterminalofthis equipmentsupportthe

equipmentwith source sw

itch(suchasInductiveproximityswitch.)Whenusing

suchkind ofswitch,

attention please:avoidthe+terminaland

wer supplytoconn

ect

outputterminalofspind

lecontrolalos haveacertainloadcapacity.Pleaseavoid

thisterminalconnectwit

h GND.in casethattheinteriorcomponents and parts be

brokendown.

Operation w

arning, Plea

connectingwiththemachi

netools.TheESTOP,limit and other things mustbe

erfected.Whencomes

across theemergancy,pleasepress theESTOPkeyatonce

orcutoffthepowerdirec

tly,thus avoidingthee

High volta

gedanger, theprimarydeviceis 18

supply.Voltageequipment.

Pls payattention to theelectricity, safetywhen conducting

theoperation

Noting and Wari

Freefrom

exposure totheelectronicswithoutwat

erproof

function.Pleaseenvironmen

tas dryas possible.This is theicon.

ing, theIOinputterminalofthis equipment

supportthe

equipmentwith source swit

ch(suchasInductiveproximityswitch.

)Whenusing

suchkind ofswitch, a

ttention please:avoidthe+terminaland

–

power supplytoconnec

twithGND.Thisequipment’sanalogyq

uantity

outputterminalofspindl

econtrolalos haveacertainloadcapacity.

Pleaseavoid

thisterminalconnectwith

GND.in casethattheinteriorcomponents

and parts be

Operation w

arning, Pleasedo thesecuritymeasures well w

hen

connectingwiththemachin

etools.TheESTOP,limit and other thi

ngs mustbe

perfected.Whencomesacr

oss theemergancy,pleasepress theESTO

Pkeyatonce

orcutoffthepowerdirect

ly,thus avoidingtheequipmentdamageand

casualty.

High voltag

edanger, theprimarydeviceis 18-32VDCpo

wer

supply.Voltageequipment.P

ls payattention to theelectricity, safetywhen

conducting

Freefromexposure totheelectronicswithoutwater

proof

rning, theIOinputterminalofthis equipmentsuppo

rtthe

equipmentwith source switch(suchasInductiveproximityswitch.)W

henusing

–

terminalof

withGND.Thisequipment’sanalogyqu

antity

outputterminalofspindlecontrolalos haveacertainloadcapacity.

Pleaseavoid

thisterminalconnectwith GND.in casethattheinteriorcomponents

and parts be

sedo thesecuritymeasures well wh

connectingwiththemachinetools.TheESTOP,limit and other things

mustbe

perfected.Whencomesacross theemergancy,pleasepress theESTO

Pkeyatonce

quipmentdamageand c

asualty.

32VDCpow

supply.Voltageequipment.Pls payattention to theelectricity, safetywhen c

onducting

hapter 2 Conection

Chapter2 Connection

2.1. Device PowersupplySolution

Thepower supplysolution inthefieldoftheIndustrialautomation isalwaysvery

complicated,thereisalotoftheGND,nowwedescriptthestructure ofthepower supply asbelow:

Thepower supplystructure astheFigure 2-1,mainpower supplyinputand MPGmoduleand

stepper controloutputmoduleare common GND,Limitedand Estop inputmoduleand Spindle

speedadjustM3/M8/M1 modulearecommon GND,betweenmainpower supplyand output

modulethere arephotoelectricisolation.Theinputsoflimitedswitchand Estop and so on are

Common anode,insideofthedevice,thereis+12VDCascommon+,no needtoconnectexternal

power supply. BasedonthereferenceofoutputGND interface,outputa0-10Vadjustablevoltage

toadjustthethespindlespeed,M3/M8/M10 digitaloutputinterfaceisopen-GND.Ifconnectan

externalrelay,need to outputGND to refer to,and givetherelayan externalpower supply.

Figure 2-1. Powersupplystructure

hapter 2 Conection

2.2. Productconnectiondefine andmethod

Figure 2-2. Productwiring section andinterface summary

AstheFigure 2-2showed,theconnection ofthecontroller includespower supply

interface,Ethernetconnection interface,MPGinterface,Stepper/Servocontroloutput

interface,spindlecontroloutputinterface,Estop and limitedswitchand toolsetting inputinterface

and so on. Nowwedescriptthemin details as below.

2.2.1 Steppermotor control interface

AsFigure2-2showed,No.1 terminalblockis6axisstepper drivercontroloutputinterface,

fromlefttoright,there areX,Y,Z,A,,B,C6axisoutput,it’scommon anode,thecableconnection for

eachaxisisCOM+/CP-/DIR-,COMiscommon+,CPisPulse-,DIRisdirection-.Connection

showed as Figure 2-3.COM+connectwith theSP+and DIR+.

Pin mark Axis Definition

COM+ Commom+ common anode+5V

hapter 2 Conection

CPX- Xaxis Pulseoutput-forXaxis

DIX- X axis Directrion output-forXaxis

CPY- Y axis Pulseoutput-forYaxis

DIY- Y axis Directrion output-forYaxis

CPZ- Z axis Pulseoutput-forZaxis

DIZ- Z axis Directrion output-forZ axis

CPA- A axis Pulseoutput-forAaxis

DIA- A axis Directrion output-forAaxis

CPB- B axis Pulseoutput-forBaxis

DIB- B axis Directrion output-forBaxis

CPC- C axis Pulseoutput-forCaxis

DIC- C axis Directrion output-forCaxis

Table 2-1 Stepper drivercontrol interface define

Table of contents

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