4 step 3: defining the properties of the slave, Cam designer professional – Lenze Cam Designer Professional User Manual

Page 27

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3.0 EN - 08/2005

27

Cam Designer Professional

Operation

Create a new project

6.1.4

Step 3: Defining the properties of the slave

The entries in the axes reflect the machine constants. Therefore, only work with real val-

ues.

Enter the indicated values into the dialog box Slave.

Dialog object

Description

Input field Name

• The slave axis must have a definite name (e.g. Slave1)

and must not be used for other slaves at the same time.

• The name of the slave axis is used by the CamDesigner. CamDesigner creates a

Slave1.LC9 or Slave1.LC7.

In this *.LC9-file or *.LC7-file all profile data, cams and position markers are

stored.

Input field Minimum *

Set range of motion

Input field Maximum *
Combination field Unit *

Selection of the unit

Control field

Absolute data model

Relative data model

When using the absolute data model, you have internal or external (PC) access to

each single base point. However, a fewer number of base points is available then.

• If the control field Absolute data model is not marked, the relative data model is

used. When using the relative data model, more base points are available. The

base points are distributed automatically.

• If the relative data model is used, the entire profile can only be accessed with the

Cam Designer Basic/Professional or Cam Loader to change the profile data.

Input field Curves *

Maximum number of the curve profile to be stored.

Reserves should be considered in the maximum number of curve profiles.

Input field Points *

Number of base points

Maximally 1 base point/ms or less

Group field

Background drawing

Curves are distinguished by colour.

Improved representation of the profiles in multi-axis applications. This serves to

make a collision analysis.

Input field

Gear factors z2/z1 *

Ratio between motor and tool

Example: multi-stage gearbox

Gearbox numerator = z2

×

z4 = 28

×

32 = 896 (value of z2)

Gearbox denominator = z1

×

z3 = 23

×

15 = 359 (value of z1)

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