Hole probing parameters

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Hole probing consist of the following steps:

  1. I f the <Top clearance> parameter is checked:

    1. T he tool moves the distance specified in the < Feed distance > and approaches the starting point of the <Top clearance> position. Moving at "Approach feed";

    2. T he tool moves the distance specified in the <Top clearance > plus < Depth > value and approaches the center of hole (starting point of cycle) . Moving at "Long link feed" ;

  2. I f the <Top clearance> parameter is unchecked:

    1. T he tool moves the distance specified in the <Feed distance > and approaches the center of hole (starting point of cycle) according to depth . Moving at "Approach feed" ;

  3. The tool approaches the first touch point (m oving at "Work feed" ) along its inverted <Target vector> and then returns (m oving at "Long link feed" ) to the center point. This action is repeated as many times as there are touch points;

  4. I f the <Top clearance> parameter is checked: t he tool moves up a distance equal to the < Top clearance > value + < Depth > value. Moving at "Long link feed" ;

  5. T he tool retracts a distance to the <Feed distance > position. Moving at "Return feed" .

Parameters:

CLDArray

Type

Description

CmdPrm.Int[-1]

Integer

Probing cycle type: Hole probing value = 3

CmdPrm.Int[-2]

Integer

SubCode of cycle specified in " SubCode for postprocessor " property on the <Job Assignment> tab

CmdPrm.Flt[-50]

Double

Feed distance, distance to start position of cycle

CmdPrm.Flt[-51]

Double

Depth, distance from top side to center of touch points

CmdPrm.Flt[-52]

Double

Diameter of measured hole

CmdPrm.Flt[-55]

Double

Top clearance, distance from top side

CmdPrm.Int[-59]

Integer

Cycle variant. 0 - rectangular mode, 1 - angular mode

CmdPrm.Flt[-60]

Double

Start angle (for cycle variant = 1). Starting angle of touch points

CmdPrm.Flt[-61]

Double

Angular step (for cycle variant = 1). R adial distance between touch points

CmdPrm.Int[-62]

Integer

Step count (for cycle variant = 1). Count of touch points

CmdPrm.Flt[-100]

Double

First touch point value along X-axis

CmdPrm. Flt [-101]

Double

First t ouch point value along Y-axis

CmdPrm. Flt [-102]

Double

First t ouch point value along Z-axis

CmdPrm.Flt[-103]

Double

First target vector value along X-axis

CmdPrm. Flt [-104]

Double

First target vector value along Y-axis

CmdPrm. Flt [-105]

Double

First target vector value along Z-axis

CmdPrm.Flt[-100-((N-1)*6)]

Double

Other touch point value along X-axis. N - number of touch point

CmdPrm.Flt[-101-((N-1)*6)]

Double

Other touch point value along Y-axis. N - number of touch point

CmdPrm.Flt[-102-((N-1)*6)]

Double

Other touch point value along Z-axis. N - number of touch point

CmdPrm.Flt[-103-((N-1)*6)]

Double

Other target vector value along X-axis . N - number of touch point

CmdPrm.Flt[-104-((N-1)*6)]

Double

Other target vector value along Y-axis . N - number of touch point

CmdPrm.Flt[-105-((N-1)*6)]

Double

Other target vector value along Z-axis . N - number of touch point