1) A system file (e.g. IV-68) is used to describe all parts of the door or window, their manufacturing process and cycle names.
2) If there is only one manfacturing pass necessary, part description, parameter description and cycle names for up to two phases (manufacturing at end one and two) is in only one line.
3) If there is more than one manufacturing pass necessary, you have to define a seperate line for each required pass and phase with an assigned cycle name.
4) Special case: If there are additional passes necessary for one part, you have to increase the number of parts in the concerning line by the number of additional passes.
5) The cycle entries must be identical with the cycle names used on the machine.
| column | value | meaning |
|---|---|---|
| 1 | Sub-System (FEN = Windows, TUER = Doors) | |
| FEN | Window | |
| TUER | Door | |
| 2 | Belongs to (R = jamb or F = Sash) | |
| R | jamb | |
| F | Sash | |
| 3 | Identification of profil and position within jamb or sash | |
| 4 | Reserve (presently not used) | |
| 5 | Profile-heigth (presently not used, defined on machine) | |
| 6 | Profile-Width (to be used for tenoning) | |
| 7 | Type of processing on profile-termination-1 (tenoning for FASE-1) | |
| 8 | Type of processing on profile-termination-2 (tenoning for FASE-2) | |
| 9 | type of first measure: (AM, X, other on request) | |
| AM | external reference: | |
| for sash-parts with position LI (=left), RE (=right), OB (=above), UN (=bottom) to define the distance between external edge of sash and external edge of jamb | ||
| for mullion and muntin to define for FASE-1 the distance of external edge of jamb or sash upto the left or bottom termination of respective par | ||
| X | non applicable or without processing | |
| 10 | value of first measure-type (FASE-1 or overlapping sash-parts) | |
| 11 | type of second measure: | |
| UE | overlapping of "Stulp"-parts at double-sashed windows or doors when part-identification is LS or RS (left or right hung element). It determines the overlapping of the two sashes from the theoretical middle-line (+/-values) | |
| AM | reference from external-measure: like in col. 9 but for FASE-2 | |
| X | non applicable or without processing | |
| 12 | Value for second measure (FASE-2 or overlapping in double-sash) | |
| 13 | Denomination of cycle, must be identical with cycle-name on machine |
=================================================================================== Columns: 1 2 3 4 5 6 7 8 9 10 11 12 13 =================================================================================== FEN R LI 0 67 80 ZA_UN ZA_OB X 0 X 0 RZo_RZu_Riso FEN R OB 0 67 80 SZ_LI SZ_RE X 0 X 0 RS_RS_Riso FEN R RE 0 67 80 ZA_UN ZA_OB X 0 X 0 RZo_RZu_Riso FEN R UN 0 67 80 SZ_LI SZ_RE X 0 X 0 RS_RS_Riu FEN F LI 0 67 80 SZ_UN SZ_OB AM 37 X 0 FS_FS_Fi FEN F LS 0 67 80 SZ_UN SZ_OB AM 37 UE 20 FS_FS_FiSt FEN F OB 0 67 80 ZA_LI ZA_RE AM 37 X 0 FZ_FZ_Fi FEN F RE 0 67 80 SZ_UN SZ_OB AM 37 X 0 FS_FS_Fi FEN F RS 0 67 80 SZ_UN SZ_OB AM 37 UE 20 FS_FS_FiSt FEN F UN 0 67 80 ZA_LI ZA_RE AM 63 X 0 FZ_FZ_Fi TUER R LI 0 67 80 ZA_UN ZA_OB X 0 X 0 RZo_RZu_Riso TUER R OB 0 67 80 SZ_LI SZ_RE X 0 X 0 RS_RS_Riso TUER R RE 0 67 80 ZA_UN ZA_OB X 0 X 0 RZo_RZu_Riso TUER R UN 0 67 80 SZ_LI SZ_RE X 0 X 0 RS_RS_Riu TUER F LI 0 67 80 SZ_UN SZ_OB AM 37 X 0 FS_FS_Fi TUER F LS 0 67 80 SZ_UN SZ_OB AM 37 UE 25 FS_FS_FiSt TUER F OB 0 67 80 ZA_LI ZA_RE AM 37 X 0 FZ_FZ_Fi TUER F RE 0 67 80 SZ_UN SZ_OB AM 37 X 0 FS_FS_Fi TUER F RS 0 67 80 SZ_UN SZ_OB AM 37 UE 25 FS_FS_FiSt TUER F UN 0 67 80 ZA_LI ZA_RE AM 63 X 0 FZ_FZ_Fi FEN R KV 0 67 80 ZA_UN X AM 47.5 X 0 Rko_Riso FEN R KV 0 67 80 X ZA_OB X 0 AM 47.5 Rku_Rku_Riso FEN R KU 0 67 80 ZA_LI X AM 44 X 0 Rko_Rko_Riso FEN R KU 0 67 80 X ZA_RE X 0 AM 44 Rko_Rko_Riu FEN R KO 0 67 80 ZA_LI X AM 44 X 0 Rko_Rko_Riso FEN R KO 0 67 80 X ZA_RE X 0 AM 44 Rko_Rko_Riso TUER F PH 0 67 80 ZA_LI X AM 57.5 X 0 FiK_FiK_Fi TUER F PH 0 67 80 X ZA_RE X 0 AM 57.5 FiK_FiK_Fi TUER F GU 0 67 80 ZA_LI X AM 57.5 AM 0 Fik_Laengs TUER F GU 0 67 80 X ZA_RE AM 0 AM 57.5 Fik_FiK_Fi =================================================================================== | | | | | | | | | | | | | | | | | | | | | | | | | --> cycle | | | | | | | | | | | --> value for Fase-2 | | | | | | | | | | --> type of measure | | | | | | | | | | for Fase-2 or doulbe-sash: | | | | | | | | | | X = not applicable | | | | | | | | | | UE = overlapping in "Stulp" | | | | | | | | | | AM = reference from external | | | | | | | | | ---> value for Fase-1 | | | | | | | | ---> type of measure for Fase-1 | | | | | | | | or overlapping of sash to jamb | | | | | | | | X = not applicable | | | | | | | | AM = reference from external | | | | | | | --> processing in Fase-2: X = not applicable | | | | | | | SZ_OB = tenoning-above (for sashparts) | | | | | | | SZ_RE = tenoning-right (for jambparts) | | | | | | | ZA_OB = tenoning-above (for jambparts) | | | | | | | ZA_RE = tenoning-right (for sahparts) | | | | | | --> processing in Fase-1: X = not applicable | | | | | | SZ_UN = tenoning-bottom (for sashparts) | | | | | | SZ_LI = tenoning-left (for jambparts) | | | | | | ZA_UN = tenoning-bottom (for jambparts) | | | | | | ZA_LI = tenoning-left (for sashparts) | | | | | --> Profile-width | | | | --> Profile-heigth | | | --> Reserve (for denominaltion of profile) | | --> Profile-Position: | | LI, RE, OB, UN (left, right, above, bottom) - for sash and jamb | | LS, RS - left-"Stulp" right-"Stulp" in double-sashed windows or doors | | KV - mullion vertical; | | KO - mullion horizontal with edge-above like jamb-above | | used for fixed skylight | | KU - mullion horizontal with edge-above like jamb-bottom | | used for skylight with sash | | PH - muntin horizontal (presently only in sash of doors) | | GU - internal bottom-spacer (presently only in sash of doors) | --> belongs R or F in Sub-System: R = jamb, F = sash --> SUB-System within main-system (presently only FEN = Windows, TUER = Doors)