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How do I set up flashing data (Flashing_V6.csv)

Learn how to configure flashing profiles, codes, and user-defined lengths in the Flashing_V6.csv file.

Updated yesterday

Menu Path

Set-Up > Flashing


The Flashing_V6.csv file contains all flashing data including standard flashing profiles and user-defined lengths such as 'vermin proofing' or 'nail-strip'. The files is automatically created as you add your flashing items:

The Flashing_V6 file is a CSV file and may be edited (price changes etc) using Excel.
​Important: The file must have END at the last line. The software allows for a maximum of 5000 unique flashing items to be defined.
​

If you are updating from pre-version 5.8 software, this file is created automatically from the old Flashing.csv file. The difference is an extra column for material 'Gauge'.


🧾 Standard Flashing Format

This image shows the Flashing text format in AppliCad Roof Wizard <a href="https://www.Applicad.com" rel="nofollow noopener noreferrer" target="_blank">https://www.Applicad.com</a>

Field

Description

Character Limit

1

The name of the supplier

[25]

2

The type of flashing based on a code (see codes below)

[25]

3

A description of the flashing profile

[100]

4

Your product code (typically the code used by your supplier so that the order forms are meaningful to them)

[25]

5

The finish of this flashing. It is one of Color, Zincalume or Galvanized. If it is Color, then you will assign the actual colour during run-time

[25]

6

Fastener code. This is the code of the default fastener. It must match a fastener code in fasten.dat which contains more information about this fastener

[25]

7

The default number of fasteners per metre

Numeric

8

The maximum length of this flashing

Numeric

9

Material Gauge

[25]

10

The costing method for this flashing: 1 = per length, 2 = per metre

Numeric

11

The cost per unit

Numeric

12

The estimation method (0-4, see methods below)

Numeric


πŸ”§ Flashing Type Codes

Special codes (appear in all lists according to description):

Code

Type

Value

ROOF_FLASH

Roof flashing

-1

WALL_FLASH

Wall flashing

-2

DOOR_FLASH

Door flashing

-3

WINDOW_FLASH

Window flashing

-4

WINDOOR_FLASH

Window/Door flashing

-5

ROOFWALL_FLASH

Roof/Wall flashing

-6

Regular flashing categories:

Code

Type

Value

CUSTOM_FLASH

Custom flashing

0

RIDGE_FLASH

Ridge flashing

1

VALLEY_FLASH

Valley flashing

2

FASCIA_FLASH

Fascia flashing

3

GUTTER_FLASH

Gutter flashing

4

BARGE_FLASH

Barge flashing

5

APRON_FLASH

Apron flashing

6

BATTEN_FLASH

Batten flashing

7

BOXGUTTER_FLASH

Box gutter flashing

8

USERLENGTH_FLASH

User length flashing

9

FASCIABARGE_FLASH

Fascia barge flashing

10

STEP_FLASH

Step flashing

11

EXTCNR_FLASH

External corner flashing

12

INTCNR_FLASH

Internal corner flashing

13

WINDOWSILL_FLASH

Window sill flashing

14

WINDOWEDGE_FLASH

Window edge flashing

15

WINDOWHEAD_FLASH

Window head flashing

16

DOOREDGE_FLASH

Door edge flashing

17

DOORHEAD_FLASH

Door head flashing

18

HIP_FLASH

Hip flashing

19

WALLTOP_FLASH

Wall top flashing

20

WALLBASE_FLASH

Wall base flashing

21

BATTEN2_FLASH

Batten 2 flashing

22

USER_FLASH1

User flash 1

23

USER_FLASH2

User flash 2

24

USER_FLASH3

User flash 3

25

USER_FLASH4

User flash 4

26


πŸ›  User Defined Lengths (Type Code 9)

User defined lengths use the same format as standard flashings but with different field meanings. Example entries:

Supplier, 9, Bird wire, , , , ,0.60, ,0.10,
Supplier, 9, Infill strip, , , , ,0.70, ,0.20,
Supplier, 9, Leaf guard, , , , ,0.80, ,0.30,

Field

Description

Character Limit

1

The name of the supplier

[25]

2

Must be '9' for User defined

-

3

A description of the length (e.g., Bird wire, leaf guard)

[25]

4-7

Not used

-

8

Cost per metre for the material

Numeric

9

Not used

-

10

Cost per metre to install (labour charge)

Numeric

11

Not used

-


πŸ”§ Flashing Estimation Methods

Method

Description

0

Each run is split into equal length pieces up to the maximum length

1

Each run is split into a number of maximum length pieces

2

All runs are added and then split into a number of maximum length pieces

3

Each run is split into a number of stock length pieces

4

All runs are added and are split into stock length pieces

πŸ’‘ Tip: Calculation of flashing lengths are affected by the values you have set in the Estimate > Allowances dialog box.


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