Activation of TCP display data (P-CHAN-00145)

P-CHAN-00145	Activation of TCP display data
Description	This parameter is used to activate W0 display data (TCP position referred to the Cartesian basic coordinate system of the machine - MCS). The TCP position is calculated dependent on the active kinematic ID based on the current command axis coordinates, the selected tool (length) and the kinematic offset parameters. The calculation also takes place when transformation is inactive. All axes in the kinematic structure must exist in the channel.
Parameter	kin_trafo_display
Data type	UNS16
Data range	0: MCS display function inactive (default) 1: MCS display function active 2: MCS display function active (only for multistep transformation, see Addendum)
Dimension	----
Default value	0
Remarks	The axes must be homed to obtain the correct display. Programmed tool offsets (V.G.WZ_AKT.V.) are only considered if they are followed by the programming of #KIN ID[<kinematic-ID>]. Note:* As of CNC Build V3.1.3105 the data type of the parameter changed from BOOLEAN to UNS16.

Supplements for multistep kinematic transformations

A kinematic step can be defined in the parameter lists or in the NC program. A kinematic step is activated by programmed the NC command #TRAFO ON.

For multistep transformations, see Concatenating transformations, multistep transformations.

Data value 0 (default):

Kinematic transformations are only executed to display axis positions when they are activated.

PCS not active

PCS active

Kin. step 0 = defined,

Kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

PCS = f(CS_active)

Kin. step 0 = active,

Kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

MCS = f(kin. step 0)

PCS = f(MCS, CS_active)

Kin. step 0 = defined,

Kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. step 0 = active,

Kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Data value 1:

PCS is not active

PCS active

Kin. step 0 = defined,

Kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. step 0 = active,

Kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. step 0 = defined,

Kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. step 0 = active,

Kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Data value 2:

Kinematic transformations are always executed to display axis positions as soon as they are activated.

PCS not active

PCS active

Kin. step 0 = defined,

Kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. kin. step 0 = active,

Kin. kin. step 1 = defined

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CSactive)

Kin. kin. step 0 = defined,

Kin. kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)

Kin. kin. step 0 = active,

Kin. kin. step 1 = active

MCS = f(kin. step 0, kin. step 1)

PCS = f(MCS, CS_active)