"Index offset" specification for group parameter (Index group 0x3000 + ID)

Index-Offset (Hex)

Access

Group type

Data type

Phys. unit

Definition range

Description

Remarks

0x00000001

Read

every

UINT32

1

 

Group ID

 

0x00000002

Read

every

UINT8[30+1]

1

 

Group name

 

0x00000003

Read

every

UINT32

1

ENUM

Group type

 

0x00000004

Read

every

UINT32

µs

 

SAF cycle time group

 

0x00000005

Read

every

UINT32

µs

 

SVB cycle time group

 

0x00000006

Read/Write

every

UINT16

1

0/1

Single block operation mode?

 

0x0000000B

Read

every

UINT32

1

 

Size of the SVB table (max. number of SVB entries

 

0x0000000C

Read

every

UINT32

1

 

Size of the SAF table (max. number of SAF entries

 

 

 

 

 

 

 

 

 

0x00000010

Read/Write

every

UINT32

1

[1,2...32]

Default: 1

Internal SAF cycle time divisor (divides the internal SAF cycle time by this factor)

e.g. for DXD group

 

 

 

 

 

 

 

 

0x00000021

Read

Channel: every

UINT32

1

 

Channel ID

 

0x00000022

Read

Channel: every

UINT8[30+1]

1

 

Channel name

 

0x00000023

Read

Channel: every

UINT32

1

ENUM

Channel type

 

0x00000024

Read

Channel: every

UINT32

1

>0

Number in the Channel

 

 

 

 

 

 

 

 

 

0x00000500

Read/Write

DXD group

INT32

ENUM

[0, 1]

Cornering velocity reduction method

0: Coulomb-Scattering

1: Cosinus law

2: VeloJump

 

0x00000501

Read/Write

DXD group

REAL64

1

[0.0...1.0]

Velocity reduction factor C0 transition (continuous, but neither once nor twice continuously differentiable)

 

0x00000502

Read/Write

DXD group

REAL64

1

[0.0...1.0]

Velocity reduction factor C1 transition (continuous and continuously differentiable once)

 

0x00000503

Read/Write

DXD group

REAL64

degree

[0.0...180.0]

Critical angle at segment transition "Low" (must be strictly less than or equal to the velocity reduction angle C0)

 

0x00000504

Read/Write

DXD group

REAL64

degree

[0.0...180.0]

Critical angle at segment transition "High" (must be strictly less than or equal to the velocity reduction angle C0)

 

0x00000505

Read/Write

DXD group

REAL64

mm/s

≥ 0

Minimum velocity, which must not be undershot at segment transitions, despite possible velocity reduction.

Attention: Parameter is not saved in the solution and is not transferred as NC boot parameter!

0x00000506

Read/Write

DXD group

REAL64

e.g. mm

[0.0...1000.0]

Radius of the tolerance sphere for blending

Not implemented!

0x00000507

Read/Write

DXD group

REAL64

1

 

Velocity reduction factor C2 transition

 

0x00000508

Read/Write

DXD group

UINT16

1

0/1

Enables calculation of the total remaining path length

NEW from TC3.1 B4020.40

0x00000509

Read/Write

DXD group

UINT16

1

0/1

Default: 1

General activation of the software limit position monitoring for the main axes (X, Y, Z)
(see encoder parameters)

 

0x0000050A

Read/Write

DXD group

UINT32

1

0/1

NCI Overridetype
0: related to internal reduced velocity (without iteration)

1: related to original external (programmed) velocity

2: Relative to the internally reduced velocity (0 ... >100%)

 

0x0000050C

Read

DXD group

UINT32

1

[128 ... 1024]

Default: 128

User-defined maximum number of the NCI SAF tables entries

NEW from TC3.1 B4014 boot parameters

 

 

 

 

 

 

 

 

0x00000510

Read/Write

DXD group

REAL64

1

≥ 0

For reduction method VeloJump

Reductionfactor for C0 transitions: X axis

Not implemented!

0x00000511

Read/Write

DXD group

REAL64

1

≥ 0

For reduction method VeloJump

Reductionfactor for C0 transitions: Y axis

Not implemented!

0x00000512

Read/Write

DXD group

REAL64

1

≥ 0

For reduction method VeloJump

Reductionfactor for C0 transitions: Z axis

Not implemented!

0x00000513

Read/Write

DXD group

LREAL64

1

]0.0..1.0[

Blending for auxiliary axes: If the effective path velo is smaller than the programmed one multiplied with this factor, then an accurate stop is inserted and the tolerance ball is deleted

Not yet released

0x00000514

Read/Write

DXD group

UINT32

1

[1 … 20]

Default: 1

Maximum number of transferred jobs per NC cycle (from SVB to SAF)

NEW from TC3.1 B4020.40

 

 

 

 

 

 

 

 

0x00000604

Read/Write

Encoder group

REAL64

e.g. mm/s

[0.0...1000.0]

Velocity window resp. standstill window

Base Unit / s

0x00000605

Read/Write

Encoder group

REAL64

s

[0.0...60.0]

Filter time for standstill window in seconds

 

0x00000606

Read/Write

Encoder group

REAL64

s

[0.0...60.0]

Dead time compensation master/slave coupling ("angle pre-control")

 

 

 

 

 

 

 

 

 

0x00000701

Read

FIFO group

UINT32

1

[1...16]

FIFO dimension (m = number of axes)

Note: The FIFO dimension was increased to 16.

(n x m) FIFO boot data

0x00000702

Read

FIFO group

UINT32

1

[1...10000]

FIFO size (length) (n = number of FIFO entries)

(n x m) FIFO boot data

0x00000703

Read

FIFO group

UINT32

1

[0, 1, 4]

Interpolation type for FIFO setpoint generator

0: INTERPOLATIONTYPE_LINEAR (default)

1: INTERPOLATIONTYPE_4POINT

4: INTERPOLATIONTYPE_CUBICSPLINE (with 6 points)

NEW from TC3.1 B4020

0x00000704

Read/Write

FIFO group

UINT32

1

[1, 2]

Override type for FIFO setpoint generator

Type 1: OVERRIDETYPE_INSTANTANEOUS (default)

Type 2: OVERRIDETYPE_PT2

 

0x00000705

Read/Write

FIFO group

REAL64

s

> 0.0

P-T2 time for override change (T1=T2=T0)

 

0x00000706

Read/Write

FIFO group

REAL64

s

≥ 0.0

Time delta for two sequenced FIFO entries (FIFO entry timebase)

 

 

 

 

 

 

 

 

 

0x00000801

ReadWrite

Kinematic group

Write

 

 

Calculation of the kinematic forward transformation for the positions (ACS -> MCS)

 

{

 

 

 

REAL64[8]

e.g. degree

±∞

ACS (Axis Coordinate System) axis positions, max. dimension: 8

UINT32

1

≥ 0

Reserve

UINT32

1

≥ 0

Reserve

}

 

 

 

Read

 

 

 

{

 

 

 

REAL64[8]

e.g. mm

±∞

MCS (Machine Coordinate System) axis positions, max. dimension: 8

UINT32

1

≥ 0

Reserve

UINT32

1

≥ 0

Reserve

}

 

 

 

0x00000802

ReadWrite

Kinematic group

Write

 

 

Calculation of the kinematic inverse transformation for the positions (MCS -> ACS)

 

{

 

 

 

REAL64[8]

e.g. mm

±∞

MCS (Machine Coordinate System) axis positions, max. dimension: 8

UINT32

1

≥ 0

Reserve

UINT32

1

≥ 0

Reserve

}

 

 

 

Read

 

 

 

{

 

 

 

REAL64[8]

e.g. degree

±∞

ACS (Axis Coordinate System) axis positions, max. dimension: 8

UINT32

1

≥ 0

Reserve

UINT32

1

≥ 0

Reserve

}