Elmo DSP 402 Bit 4 Voltage Enabled, Bit 5 Quick Stop, Bit 7 Warning, Bit 9 Remote, Bits 12 and

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Bit 4: Voltage Enabled:

CANopen DSP 402 Implementation Guide

MAN-CAN402IG (Ver. 1.2)

30

Bit 4: Voltage Enabled:

High voltage is applied to the drive when this bit is set to 1.

Bit 5: Quick Stop:

When reset, this bit indicates that the drive is reacting to a Quick Stop request. Bits 0, 1 and 2 of the statusword must be set to 1 to indicate that the drive is capable of regenerating. The setting of the other bits indicates the status of the drive (for example, the drive is performing a quick stop in reaction to a non-fatal fault. The fault bit is set in addition to bits 0, 1 and 2).

Bit 7: Warning:

A drive warning is present if bit 7 is set. While no error has occurred, this state must still be indicated; for example, job refused. The status of the drive does not change. The cause of this warning may be found by reading the fault code parameter. This bit is set when an illegal controlword is received and reset after at least one statusword of this transition has been transmitted.

Bit 8:

This bit is reserved for the manufacturer. It is not used and is set to 0.

Bit 9: Remote:

If bit 9 is set, parameters may be modified via the CAN network, and the drive executes the contents of a command message. If the bit remote is reset, the drive is in local mode and does not execute the command message. The drive may transmit messages containing actual valid values such as a position actual value, depending on the actual drive configuration. The drive accepts accesses via SDO in local mode.

The Remote bit is always set by the Elmo servo drive.

Bit 10: Target Reached:

Bit 10 is set by the drive to indicate that a set-point has been reached. The set-point is dependent on the operating mode. The relevant description is found in the chapter about the special mode. The change of a target value by software alters this bit.

If the quick stop option code is 5 or 6, this bit is set when the quick stop operation is finished and the drive is halted.

If a Halt occurs and the drive has halted, this bit is also set.

Bit 11: Internal Limit Active:

The drive can set this bit to indicate that an internal limitation is active (such as software position limit).

Bits 12 and 13:

These bits are operation-mode specific. Their description is found in the chapter about the special mode. The following table provides an overview of the bits:

 

 

 

Operation Mode

 

 

Bit

 

 

 

 

 

 

vl

pp

pv

tq

hm

ip

12

Reserved

Set-point

Speed

Reserved

Homing

ip mode

 

 

acknowledge

 

 

attained

active

13

Reserved

Following

Max slippage

Reserved

Homing

Reserved

 

 

error

error

 

error

 

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Contents Elmo Motion Control CANopen DSP Implementation GuideDecember Important Notice Revision HistoryContents 1 Introduction2 The DSP 402 Object Dictionary 3 Emergencies10.1 11.1 Appendix A Dimension Index Table 14 Profiled Torque ModeAppendix B Notation Index Table 1 Introduction 1.1Operating Principles1.2Abbreviations and Terms 1.3Elmo Documentation Programming Setup InstallationSimplIQ Command Reference Manual CANopen Implementation Guide2 The DSP 402 Object Dictionary AccessImplementation Guide NamePosition Homing offset value and actual position valuePosition encoder Motor type 3 Emergencies 4 PredefinitionObject 0x1001 Error register Default Value1800h StatuswordIndex 5.1Drive Error 5 Common EntriesObject 0x6007 Abort connection option code 5.2Motor Data Object 0x603F Error code6407h Motor service period 6402h: Motor type 6403h: Motor catalog numberIndex 6402hObject 0x6403 Motor catalog number IndexObject 0x6404 Motor manufacturer Index6404h Object 0x6406 Motor calibration data5.3Drive Data 6502h Supported drive modes6504h Drive manufacturer 6505h Http drive catalog addressObject 0x6502 Supported drive modes Index6502h Object 0x6504 Drive manufacturerObject 0x6505 http drive catalog address Index6505h Object 0x60FD Digital inputsPage 6 Device Control 6.1Objects6040h controlword 6041h statusword Figure 6-3 State Machine Block Diagram Figure 6-2 State Machine in System ContextState Machine NOT READY TO SWITCH ON The drive function is disabledThe drive function is disabled READY TO SWITCH ONThe fault reaction function is being executed The drive function is disabledThe drive function is disabled Event ResetEvent Enable Operation command received from host Action NoneImportant Notes about State Transition Illegal Transition Object 0x6040 ControlwordIndex 6040hBits 0 - 3 and Bits 4, 5, 6 and Bits 9 andBits 11, 12, 13, 14 and Object 0x6041 StatuswordDescription Bits 0 - 3, 5 andValue binary StateBit 4 Voltage Enabled Bit 5 Quick StopBit 7 Warning Bit 9 Remote6.2Halt, Stop and Fault Objects 605C Disable operation mode605D Halt option code 605E Fault reaction code 605A Quick stop option codeValue DescriptionObject 0x605B Shutdown option code IndexObject 0x605C Disable operation option code ValueDescription IndexObject 0x605D Halt option code Index605Dh ValueObject 0x605E Fault reaction option code Index605Eh Value7 Modes of Operation 7.1Functional Description7.2Objects 6060h Modes of operationValue DescriptionObject 0x6061 Modes of operation display Index8 Factors 8.2Functions and Limits608Ah Position dimension index 608Ch Velocity dimension index8.3Objects Object 0x607E PolarityIndex 607EhObject 0x608A Position dimension index Object 0x6089 Position notation indexIndex 6089hObject 0x608B Velocity notation index Index608Bh Object 0x608C Velocity dimension index Index608Ch Object 0x608D Acceleration notation indexObject 0x608E Acceleration dimension index Index608Eh Object 0x608F Position encoder resolution motor revolutionsIndex 608Fhvelocity encoder resolution = Object 0x6090 Velocity encoder resolutionencoder increments / sec motor revolutions / secObject 0x6093 Position factor Index6093h Sub-indexObject 0x6094 Velocity encoder factor Index6094h Sub-indexSub-index Object 0x6095 Velocity factorIndex 6095hSub-index Sub-indexObject 0x6096 Velocity factor IndexEntry description Object 0x6097 Acceleration factor Index6097h Sub-indexThe acceleration factor is calculated according to this object regardless of the setting of any other objects, such as 0x6094 velocity encoder factor 9 Homing 9.1General Information607Ch Home offset 6098h Homing method 6099h Homing speeds 609Ah Homing accelerationName 9.2Objects Object 0x607C Home offsetIndex 607ChObject 0x6098 Homing method Index6098h ValueObject 0x6099 Homing speeds Index6099h Sub-index9.3Functional Description Object 0x609A Homing accelerationIndex 609AhError Cases 9.4DSP 402 Homing Methods 9.4.3Methods 3 and 4 Homing on the positive home switch and index pulse Page Figure 9-7 Homing on the positive home switch Figure 9-8 Homing on the positive home switch9.4.6Methods 15 and 16 Reserved 9.4.8Methods 31 and 32 Reserved10 Position Control Function 10.1General Information6065h Following error window 60F4h Following error actual value10.2Objects Object 0x6062 Position demand valueIndex 6062hObject 0x6065 Following error window Object 0x6064 Position actual valueIndex 6064HObject 0x6066 Following error time out Index6066h Object 0x6067 Position window Index6067h Object 0x6068: Position window timeObject 0x60FC Position demand value - increments Index60FCh 11 Profiled Position 11.1General Information607Ah Target position 607Bh Position range limitName ValueDescription Assumes target position11.2Objects Object 0x607A Target positionIndex 607AhEntry description Object 0x607D Software position limit Index607Dh Sub-indexSub-index Object 0x607F Max profile velocityIndex 607FhObject 0x6081 Profile velocity Index6081h Object 0x6082 End velocity not yet implementedObject 0x6083 Profile acceleration Index6083h Object 0x6084 Profile decelerationObject 0x6085 Quick stop deceleration Index6085h Object 0x6086 Motion profile type11.3Functional Description 5.Unless it was interrupted by a change set immediately, the next trajectory is executed as soon as a target reached is set 12 Interpolated Position 12.1General Information60C4h Interpolation data configuration 60C0h Interpolation sub mode selectBuffer reset Interpolation inactiveInterpolation active Controlword of Interpolated Position mode 12.2Objects Object 0x60C0 Interpolation sub mode selectIndex 60C0hObject 0x60C1 Interpolation data record Index60C1h Sub-indexObject 0x60C2 Interpolation time period Index60C2h Sub-indexObject 0x60C3 Interpolation sync definition Object 0x60C4 Interpolation data configuration ValueDescription ValueSub-index Sub-index Buffer strategiesFIFO Ring buffer12.3Functional Description Page 12.3.3Motion Synchronization 13 Profiled Velocity 13.1General Information6069h Velocity sensor actual value 6060h Velocity windowControlword of the profiled velocity mode 13.2Objects Object 0x6069 Velocity sensor actual valueIndex 6069hValue DescriptionObject 0x606B Velocity demand value IndexObject 0x606C Velocity actual value Index606Ch Object 0x606D Velocity windowObject 0x606E Velocity window time Index606Eh Object 0x606F Velocity thresholdObject 0x6070 Velocity threshold time Index6070h Object 0x60FF Target velocity14 Profiled Torque Mode 14.1General Information14.1.1Internal states Controlword of profile torque modeFunction Name14.2Objects dictionary entries 14.2.1Objects defined in other chapters14.2.2Objects description Target torque reachedObject 0x6072 Max torque Index6072h Object 0x6073 Max CurrentObject 0x6074 Torque Demand value Index6074h Object 0x6075 Motor Rate Current Index6075h Object 0x6076 Motor Rate TorqueObject 0x6077 Torque Actual value Index6077h Object 0x6078 Current Actual valueObject 0x6087 Torque slope Index6087h Object 0x6088 Torque profile typeAppendix A Dimension Index Table Physical DimensionDimension Index UnitAppendix B Notation Index Table SymbolPrefix Factor
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