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L_GuidesTab

Written by Julien

Column Name

Description

Data Type

Length

Allow Nulls

Default

GD_RID

RID number of the guide

Integer

4

0
​

GD_DESC

Description of the guide

VarWChar

75

✓

GD_SUB_DESC

Sub-description of the guide

VarWChar

50

✓

GD_H_G

Thickness of the bottom at the end of the conicality

Double

9

✓

0
​

GD_H_1

Height of the guide

Double

9

✓

0
​

GD_B_K

Thickness of the guide

Double

9

✓

0
​

GD_B_1

Width of the bottom of the rail.

Double

9

✓

0
​

GD_C1

Thickness of the taper of the guide

Double

9

✓

0
​

GD_C2

Thickness of the second taper of the guide

Double

9

✓

0
​

GD_R

Radius of the guide at the bottom

Double

9

✓

0
​

GD_N

Height of the top of the guide

Double

9

✓

0
​

GD_F

Thickness of the guide at the bottom, measured from the crossing of the guide-rail-footbridge

Double

9

✓

0
​

GD_A

Cross-section of the guide in mm

Double

9

✓

0
​

GD_E

Distance from the rear surface to the centre of gravity of the guide rail (Positioning according to ISO)

Double

9

✓

0
​

GD_JX

Geometric inertia XX of the guide

Double

9

✓

0
​

GD_WX

Resistance torque XX of the guide

Double

9

✓

0
​

GD_JY

Geometric inertia YY

Double

9

✓

0
​

GD_WY

Resistance torque YY of the guide

Double

9

✓

0
​

GD_IMIN

Inertia momentum of the guide

Double

9

✓

0
​

GD_LGEW

Weight of the guide in kg/m

Double

9

✓

0
​

GD_MAT_RID

RID number of the material of the guide

Integer

4

✓

0
​

GD_MF_RID

RID number of the manufacturer

Integer

4

✓

0
​

GD_TOL

Classification of the guide:

sg - Very rough

g - Rough

m - Middle

f - Fine

VarWChar

20

✓

GD_PART_NO

Item-No., Order No. or similar number which identifies the part

VarWChar

50

✓

GD_PG_GRP

No. of profile-group of the corresponding guide.

void

CGrGuide::SetProfilGruppenParameter(double *pData)

{

pData[0] = m_SL_Edit;

pData[1] = ((CGrGuideList *)m_pOwner)->m_pGuideSet->m_GD_H_1;

pData[2] = ((CGrGuideList *)m_pOwner)->m_pGuideSet->m_GD_B_1;

pData[3] = ((CGrGuideList *)m_pOwner)->m_pGuideSet->m_GD_B_K;

pData[4] = ((CGrGuideList *)m_pOwner)->m_pGuideSet->m_GD_H_G;

pData[5] = ((CGrGuideList *)m_pOwner)->m_pGuideSet->m_GD_N;

pData[6] = 0;

pData[7] = 0;

pData[8] = 0;

pData[9] = 0;

}

Integer

4

✓

0
​

GD_MODE

Mode for the guide:

0x0000 — Disable internal profile, use a defined profile group
0x0001 — Enable internal profile
0x0004 — Activates the center of gravity given by GD_E

Integer

4

✓

0
​

GD_MECH_CHAR

Mechanical characteristic of the guide rail:

0 - Unknown (do not use!)

1 - Cold drawn

2 - Planned

SmallInt

2

✓

0
​

GD_ELONGATION

Elongation in percent for EN-81 guide rail calculations

Double

9

✓

0
​

GD_PREFERRED

Mechanical characteristic of the guide rail:

0 - Not preferred

1 - Preferred (will be shown in the EN-81- guide rail calculation dialog box)

SmallInt

2

✓

0
​

GD_USER_PG_50

Double

9

✓

0
​

GD_USER_PG_51

Double

9

✓

0
​

GD_USER_PG_52

Double

9

✓

0
​

GD_USER_PG_53

Double

9

✓

0
​

GD_USER_PG_54

Double

9

✓

0
​

GD_USER_PG_55

Double

9

✓

0
​

GD_USER_PG_56

Double

9

✓

0
​

GD_USER_PG_57

Double

9

✓

0
​

GD_USER_PG_58

Double

9

✓

0
​

GD_USER_PG_59

Double

9

✓

0
​

GD_USER_PG_60

Double

9

✓

0
​

GD_USER_PG_61

Double

9

✓

0
​

GD_USER_PG_62

Double

9

✓

0
​

GD_USER_PG_63

Double

9

✓

0
​

GD_USER_PG_64

Double

9

✓

0
​

GD_USER_PG_65

Double

9

✓

0
​

GD_USER_PG_66

Double

9

✓

0
​

GD_USER_PG_67

Double

9

✓

0
​

GD_USER_PG_68

Double

9

✓

0
​

GD_USER_PG_69

Double

9

✓

0
​

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