CNC_SYSCONFIG | MISC

Specify the library handle. See "Library handle" for details.

Pointer to the ODBSYSC structure including the CNC configuration information.
There is difference at the structure between Series 15, Series 16/18/21, 0i-A.

typedef struct  odbsysc {
    char    slot_no_p[16];    /* Physical slot number */
    char    slot_no_l[16];    /* Logical slot number */
    short   mod_id[16];       /* Module ID */
    short   soft_id[16];      /* Software ID */
    char    s_series[16][5];  /* Software series */
    char    s_version[16][5]; /* Software version */
    char    sys_id[16];       /* System ID of CNC(CNC series name)*/
    char    sys_ser[5];       /* System series of CNC */
    char    sys_ver[5];       /* System version of CNC */
    char    basic_ver[5];     /* Version of CNC basic software */
    char    opta1_ver[5];     /* Version of CNC option 1 software */
    char    opta2_ver[5];     /* Version of CNC option 2 software */
    char    opta3_ver[5];     /* Version of CNC option 3 software */
    char    opta4_ver[5];     /* Version of CNC option 4 software */
    char    sub_ver[5];       /* Version of CNC sub software */
    char    opts1_ver[5];     /* Version of CNC sub option 1 soft.*/
    char    tcopt_ver[5];     /* Version of TC option software */
    char    axis_ser[5];      /* Series of axis software */
    char    axis_ver[5];      /* Version of axis software */
    char    help_ser[5];      /* Series of HELP ROM */
    char    help_ver[5];      /* Version of HELP ROM */
    char    boot_ser[5];      /* Series of BOOT ROM */
    char    boot_ver[5];      /* Version of BOOT ROM */
    char    servo_ser[5];     /* Series of servo software */
    char    servo_ver[5];     /* Version of servo software */
    char    cmpl_ser[5];      /* Series of macro compiler */
    char    cmpl_ver[5];      /* Version of macro compiler */
    char    sral1_ser[5];     /* Series of 1st serial spindle */
    char    sral1_ver[5];     /* Version of 1st serial spindle */
    char    sral2_ser[5];     /* Series of 2nd serial spindle */
    char    sral2_ver[5];     /* Version of 2nd serial spindle */
    char    sral3_ser[5];     /* Series of 3rd serial spindle */
    char    sral3_ver[5];     /* Version of 3rd serial spindle */
    char    sral4_ser[5];     /* Series of 4th serial spindle */
    char    sral4_ver[5];     /* Version of 4th serial spindle */
    short   pcb_info[20];     /* Information of each board */
    short   pcb_note[20][16]; /* Modules built in each board */
} ODBSYSC ;

slot_no_p

Physical slot number
The physical slot numbers of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.The data subsequent to FFH are invalid.

00H to 0FH	:	Primary slot number
80H to 8FH	:	Secondary slot number

slot_no_l

Logical slot number
The logical slot numbers of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH. The data subsequent to FFH are invalid.

00H to 0FH

:

logical slot number

mod_id

Module ID
The module IDs of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.
The data subsequent to FFH are invalid. 'XX' is internal information.

XX3FH	:	Remote buffer
XX45H	:	Graphic
XX62H	:	CNC MAIN (High speed)
XX63H	:	Additional axis/CNC SUB
XX6BH	:	PMC-NB
XX6CH	:	FAPT/CAP
XX71H	:	CNC MAIN (Standard)
XX74H	:	ROM cassette adapter
XX77H	:	PMC-NA
XX94H	:	MMC-IV

soft_id

Software ID
The software IDs of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.
The data subsequent to FFH are invalid.

37H	:	CNC MAIN
39H	:	Additional axis
3AH	:	CNC SUB
3CH	:	Remote buffer/DNC11
3DH	:	PMC-NA
40H	:	Graphic
41H	:	ROM cassette adapter
42H	:	PMC-NB
44H	:	DNC1#2
45H	:	FAPT
4CH	:	TC
4DH	:	CAP
5EH	:	MMC-IV

s_series

Software series
The software series of the modules which are built in the slots are stored in ASCII code in order of their position.

s_version

Software version
The software version of the modules which are built in the slots are stored in ASCII code in order of their position.

sys_id

CNCSystem ID of CNC (CNC series name)

sys_ser

System series of CNC

sys_ver

System version of CNC

basic_ver

Version of CNC basic software

opta1_ver

Version of CNC option 1 software

opta2_ver

Version of CNC option 2 software

opta3_ver

Version of CNC option 3 software

opta4_ver

Version of CNC option 4 software

sub_ver

Version of CNC sub software

opts1_ver

Version of CNC sub option 1 software

tcopt_ver

Version of TC option software

axis_ser

Series of axis software

axis_ver

Version of axis software

help_ser

Series of HELP ROM

help_ver

Version of HELP ROM

boot_ser

Series of BOOT ROM

boot_ver

Version of BOOT ROM

servo_ser

Series of servo software

servo_ver

Version of servo software

cmpl_ser

Series of macro compiler

cmpl_ver

Version of macro compiler

sral1_ser

Series of 1st serial spindle

sral1_ver

Version of 1st serial spindle

sral2_ser

Series of 2nd serial spindle

sral2_ver

Version of 2nd serial spindle

sral3_ser

Series of 3rd serial spindle

sral3_ver

Version of 3rd serial spindle

sral4_ser

Series of 4th serial spindle

sral4_ver

Version of 4th serial spindle

The data from 's_series' to 'sral4_ver' are stored in ASCII code, and the last data of each member is 'NULL' code.

pcb_info

The information of each board

pcb_info[0] (MAIN)

#0	:	F-ROM
#1	:	D-RAM
#2	:	High Speed S-RAM
#3	:	File S-RAM
#4	:	Peripheral
#5	:	CRTC
#6	:	Spindle
#7	:	1st,2nd axis Servo
#8	:	3rd,4th axis Servo

pcb_info[1] (SUB)

#0	:	D-RAM
#1	:	High Speed S-RAM
#2	:	File S-RAM
#3	:	Spindle
#4	:	5th,6th axis Servo
#5	:	7th,8th axis Servo
#6	:	Analog I/O

pcb_info[2] (ADDITIONAL AXIS 1)

#0	:	Spindle
#1	:	5th,6th axis Servo
#2	:	7th,8th axis Servo
#3	:	Analog I/O

pcb_info[3] (ADDITIONAL AXIS 2)

#0

:

9th,10th axis Servo

pcb_info[4] (PMC-NA)

#0	:	PMC CPU
#1	:	PMC Engine
#2	:	Option D-RAM
#3	:	F-ROM

pcb_info[5] (PMC-NB)

#0	:	PMC CPU
#1	:	PMC Engine
#2	:	Option D-RAM
#3	:	F-ROM
#4	:	EPROM

pcb_info[6] (GRAPHIC)

#0	:	Graphic CPU
#1	:	CRTC
#2	:	Graphic Engine 1
#3	:	Graphic Engine 2

pcb_info[7] (REMOTE BUFFER/DNC2)

#0

:

Communication

pcb_info[8] (DNC1)

#0

:

Communication

pcb_info[9] (CAP/FAPT)

#0	:	CAP/FAPT CPU
#1	:	EPROM
#2	:	S-RAM
#3	:	D-RAM

pcb_info[10] (RISC R4000)

#0	:	EPROM
#1	:	S-RAM
#2	:	D-RAM1
#3	:	D-RAM2

pcb_info[11] (reserve)
pcb_info[12] (reserve)
pcb_info[13] (reserve)
pcb_info[14] (AXIS CPU 1)

#0	:	D-RAM
#1	:	Spindle
#2	:	1st,2nd axis Servo
#3	:	3rd,4th axis Servo
#4	:	DBL 1
#5	:	DBL 2

pcb_info[15] (AXIS CPU 2)

#0	:	D-RAM
#1	:	Spindle
#2	:	5th,6th axis Servo
#3	:	7th,8th axis Servo
#4	:	DBL 1
#5	:	DBL 2

pcb_info[16] (AXIS CPU 3)

#0	:	D-RAM
#1	:	Spindle
#2	:	9th,10th axis Servo
#3	:	11th,12th axis Servo
#4	:	DBL 1
#5	:	DBL 2

pcb_info[17] (AXIS CPU 4)

#0	:	D-RAM
#1	:	Spindle
#2	:	13th,14th axis Servo
#3	:	15th,16th axis Servo
#4	:	DBL 1
#5	:	DBL 2

pcb_info[18] (reserve)
pcb_info[19] (reserve)

pcb_note

Modules built in each board

• CNC MAIN
pcb_note[0][0] --- Capacity of program memory module (F-ROM)

-1	:	Not exist
0	:	Others
1	:	2MB
2	:	4MB
3	:	6MB
4	:	8MB
5	:	10MB
6	:	12MB
7	:	14MB

pcb_note[0][1] --- Capacity of main memory module (D-RAM)

-1	:	Not exist
0	:	Others
1	:	2MB
2	:	4MB
3	:	6MB
4	:	8MB

pcb_note[0][2] --- Capacity of main memory module (HS-RAM)

-1	:	Not exist
0	:	Others
1	:	TYPE-A
2	:	TYPE-B
3	:	TYPE-C
4	:	TYPE-D
5	:	TYPE-E
6	:	TYPE-F
7	:	TYPE-G

pcb_note[0][3] --- Capacity of TAPE memory module (S-RAM)

-1	:	Not exist
0	:	Others
1	:	64K
2	:	128K
3	:	256K
4	:	320K
5	:	512K
6	:	1M
7	:	2M

pcb_note[0][4] --- Existence of peripheral module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[0][5] --- Type of CRTC module

-1	:	Not exist
0	:	Others
1	:	14"
2	:	9"
3	:	10"

pcb_note[0][6] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Serial
2	:	Serial+High speed DI/DO
3	:	Analog
4	:	Analog+High speed DI/DO

pcb_note[0][7] --- Type of axis control module

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[0][8] --- Type of axis control module

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

• CNC SUB
pcb_note[1][0] --- Capacity of SUB CPU memory module 1 (D-RAM)

-1	:	Not exist
0	:	Others
1	:	1MB
2	:	1.25MB
3	:	2MB
4	:	4MB
5	:	6MB
6	:	8MB

pcb_note[1][1] --- Capacity of SUB CPU memory module 1 (HS-RAM)

-1	:	Not exist
0	:	Others
1	:	TYPE-A
2	:	TYPE-B
3	:	TYPE-C
4	:	TYPE-D
5	:	TYPE-E
6	:	TYPE-F
7	:	TYPE-G

pcb_note[1][2] --- Capacity of SUB CPU memory module 2 (S-RAM)

-1	:	Not exist
0	:	Others
1	:	64K
2	:	128K
3	:	256K
4	:	320K
5	:	512K
6	:	1M
7	:	2M

pcb_note[1][3] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Serial
2	:	Serial+High speed DI/DO
3	:	Analog
4	:	Analog+High speed DI/DO

pcb_note[1][4] --- Type of axis control module (5th, 6th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[1][5] --- Type of axis control module (7th, 8th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[1][6] --- Type of analog I/O module

-1	:	Not exist
0	:	Others
1	:	Port-B+I/O
2	:	I/O
3	:	Port-B+Out
4	:	Out
5	:	Port-B+In
6	:	In
7	:	Port-B

• Additional axis 1
pcb_note[2][0] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Serial
2	:	Serial+High speed DI/DO
3	:	Analog
4	:	Analog+High speed DI/DO

pcb_note[2][1] --- Type of axis control module (5th, 6th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[2][2] --- Type of axis control module (7th, 8th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[2][3] --- Type of analog I/O module

-1	:	Not exist
0	:	Others
1	:	Port-B+I/O
2	:	I/O
3	:	Port-B+Out
4	:	Out
5	:	Port-B+In
6	:	In
7	:	Port-B

• Additional axis 2
pcb_note[3][0] --- Type of axis control module (9th, 10th)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

• PMC-NA
pcb_note[4][0] --- Existence of CPU module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[4][1] --- Type of PMC engine module

-1	:	Not exist
0	:	Others
1	:	BOC2

pcb_note[4][2] --- Option D-RAM module

-1	:	Not exist
0	:	Others
1	:	512K
2	:	1M
3	:	2M

pcb_note[4][3] --- Capacity of program memory module (F-ROM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.5M
3	:	2M

• PMC-NB
pcb_note[5][0] --- Existence of CPU module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[5][1] --- Type of PMC engine module

-1	:	Not exist
0	:	Others
1	:	PMP

pcb_note[5][2] --- Option D-RAM module

-1	:	Not exist
0	:	Others
1	:	512K
2	:	1M
3	:	2M

pcb_note[5][3] --- Capacity of program memory module (F-ROM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.5M
3	:	2M

pcb_note[5][4] --- Capacity of EPROM module

-1	:	Not exist
0	:	Others
1	:	512K
2	:	768K
3	:	1M

• GRAPHIC
pcb_note[6][0] --- Existence of CPU module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[6][1] --- Type of character control module

-1	:	Not exist
0	:	(reserve)
1	:	14"
2	:	9"
3	:	10"

pcb_note[6][2] --- Existence of graphic engine module 1

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[6][3] --- Existence of graphic engine module 2

-1	:	Not exist
0	:	(reserve)
1	:	Exists

• REMORT BUFFER/DNC2
pcb_note[7][0] --- Existence of communication module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

• DNC1
pcb_note[8][0] --- Existence of communication module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

• CAP/FAPT
pcb_note[9][0] --- Existence of CPU module

-1	:	Not exist
0	:	(reserve)
1	:	Exists

pcb_note[9][1] --- Capacity of EPROM module

-1	:	Not exist
0	:	Others
1	:	128K
2	:	256K
3	:	512K
4	:	576K
5	:	1M

pcb_note[9][2] --- Capacity of S-RAM module

-1	:	Not exist
0	:	Others
1	:	128K
2	:	256K
3	:	512K
4	:	576K
5	:	1M

pcb_note[9][3] --- Capacity of D-RAM module

-1	:	Not exist
0	:	Others
1	:	128K
2	:	256K
3	:	512K
4	:	1M

• RISC
pcb_note[10][0] --- Capacity of EPROM module

-1	:	Not exist
0	:	Others
1	:	512K
2	:	1M

pcb_note[10][1] --- Capacity of S-RAM module

-1	:	Not exist
0	:	Others
1	:	512K
2	:	1M

pcb_note[10][2] --- Capacity of D-RAM module 1

-1	:	Not exist
0	:	Others
1	:	1M
2	:	2M

pcb_note[10][3] --- Capacity of D-RAM module 2

-1	:	Not exist
0	:	Others
1	:	1M
2	:	2M

• AXIS CPU 1
pcb_note[14][0] --- Capacity of axis CPU memory module (D-RAM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.25M
3	:	2M
4	:	4M

pcb_note[14][1] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Selial
2	:	Serial+NZ
3	:	Analog
4	:	Analog+NZ

pcb_note[14][2] --- Type of axis control module (1st, 2nd axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[14][3] --- Type of axis control module (3rd, 4th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[14][4] --- Type of error motion check module 1

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

pcb_note[14][5] --- Type of error motion check module 2

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

• AXIS CPU 2
pcb_note[15][0] --- Capacity of axis CPU memory module (D-RAM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.25M
3	:	2M
4	:	4M

pcb_note[15][1] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Selial
2	:	Serial+NZ
3	:	Analog
4	:	Analog+NZ

pcb_note[15][2] --- Type of axis control module (1st, 2nd axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[15][3] --- Type of axis control module (3rd, 4th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[15][4] --- Type of error motion check module 1

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

pcb_note[15][5] --- Type of error motion check module 2

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

• AXIS CPU 3
pcb_note[16][0] --- Capacity of axis CPU memory module (D-RAM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.25M
3	:	2M
4	:	4M

pcb_note[16][1] --- Type of spindle control module

-1	:	Not exist
0	:	Others
1	:	Selial
2	:	Serial+NZ
3	:	Analog
4	:	Analog+NZ

pcb_note[16][2] --- Type of axis control module (1st, 2nd axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[16][3] --- Type of axis control module (3rd, 4th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[16][4] --- Type of error motion check module 1

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

pcb_note[16][5] --- Type of error motion check module 2

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

• AXIS CPU 4
pcb_note[17][0] --- Capacity of axis CPU memory module (D-RAM)

-1	:	Not exist
0	:	Others
1	:	1M
2	:	1.25M
3	:	2M
4	:	4M

pcb_note[17][1] --- Type of axis control module

-1	:	Not exist
0	:	Others
1	:	Selial
2	:	Serial+NZ
3	:	Analog
4	:	Analog+NZ

pcb_note[17][2] --- Type of axis control module (1st, 2nd axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[17][3] --- Type of axis control module (3rd, 4th axis)

-1	:	Not exist
0	:	Others
1	:	Piston lathe
2	:	Analog servo
3	:	Digital servo

pcb_note[17][4] --- Type of error motion check module 1

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

pcb_note[17][5] --- Type of error motion check module 2

-1	:	Not exist
0	:	Others
1	:	2 Pos
2	:	4 Pos

• Reserved
'pcb_note[11][0]' to 'pcb_note[11][15]',
'pcb_note[12][0]' to 'pcb_note[12][15]',
'pcb_note[13][0]' to 'pcb_note[13][15]',
'pcb_note[18][0]' to 'pcb_note[18][15]',
'pcb_note[19][0]' to 'pcb_note[19][15]' are reserved.

typedef struct odbsysc {
     char    slot_no_p[16];     /* Physical slot number */
     char    slot_no_l[16];     /* Logical slot number */
     short   mod_id[16];        /* Module ID */
     short   soft_id[16];       /* Software ID */
     char    s_series[16][5];   /* Software series */
     char    s_version[16][5];  /* Software version */
     char    dummy[16];         /* Not used */
     short   m_rom;             /* Main-CPU CNC software installation status */
     short   s_rom;             /* Sub-CPU CNC software installation status */
     char    svo_soft[8];       /* Series and version of servo software */
     char    pmc_soft[6];       /* Series and version of PMC management software */
     char    lad_soft[6];       /* Series and version of Ladder software */
     char    mcr_soft[8];       /* Series and version of macro executor */
     char    spl1_soft[6];      /* Series and version of spindle software(1st spindle) */
     char    spl2_soft[6];      /* Series and version of spindle software(2nd spindle) */
     short   frmmin;            /* Capacity of FROM module (MAIN) */
     short   drmmin;            /* Capacity of DRAM module (MAIN) */
     short   srmmin;            /* Capacity of additional SRAM module (MAIN) */
     short   pmcmin;            /* Type of PMC module (MAIN) */
     short   crtmin;            /* Type of CRTC module (MAIN) */
     short   sv1min;            /* Existence of servo module (axis 1,2) (MAIN) */
     short   sv3min;            /* Existence of servo module (axis 3,4) (MAIN) */
     short   sicmin;            /* Existence of SIC (MAIN) */
     short   posmin;            /* Existence of position LSI (MAIN) */
     short   drmmrc;            /* Extended DRAM for management software (PMC-SC) */
     short   drmarc;            /* Capacity of DRAM for applications (PMC-SC) */
     short   pmcmrc;            /* Type of PMC module (PMC-SC) */
     short   dmaarc;            /* Existence of additional board for DMA (PMC-SC) */
     short   iopt;              /* Number of DI/DO points (I/O card) */
     short   hdiio;             /* Existence of LSI for high-speed skip (I/O card) */
     short   frmsub;            /* Capacity of FROM module (SUB) */
     short   drmsub;            /* Capacity of DRAM module (SUB) */
     short   srmsub;            /* Capacity of added SRAM module (SUB) */
     short   sv5sub;            /* Existence of servo module (axis 5,6) (SUB) */
     short   sv7sub;            /* Existence of servo module (axis 7,8) (SUB) */
     short   sicsub;            /* Existence of SIC (SUB) */
     short   possub;            /* Existence of position LSI (SUB) */
     short   hamsub;            /* Existence of high-speed skip and analog I/O (SUB) */
     short   gm2gr1;            /* Existence of graphic engine 2 */
     short   crtgr2;            /* Existence of CRTC module type (OPT-1)*/
     short   gm1gr2;            /* Existence of graphic module 1 (OPT-1)*/
     short   gm2gr2;            /* Existence of graphic module 2 (OPT-1)*/
     short   cmmrb;             /* Existence of communication module (OPT-1)*/
     short   sv5axs;            /* Existence of servo module (axis 5,6) (Axis card) */
     short   sv7axs;            /* Existence of servo module (axis 7,8) (Axis card) */
     short   sicaxs;            /* Existence of SIC (Axis card) */
     short   posaxs;            /* Existence of position LSI (Axis card)*/
     short   hanaxs;            /* Existence of high-speed skip and analog I/O (Axis card)*/
     short   romr64;            /* Capacity of the system EPROM (64bitRISC)*/
     short   srmr64;            /* Capacity of SRAM module   (64bitRISC)*/
     short   dr1r64;            /* Capacity of DRAM module 1 (64bitRISC)*/
     short   dr2r64;            /* Capacity of DRAM module 2 (64bitRISC)*/
     short   iopio2;            /* Number of DI/DO points (I/O card #2) */
     short   hdiio2;            /* Existence of LSI for high-speed skip (I/O card #2) */
     short   cmmrb2;            /* Existence of communication module (OPT-1 #2) */
     short   romfap;            /* Capacity of EPROM module (CAP2) */
     short   srmfap;            /* Capacity of SRAM module (CAP2) */
     short   drmfap;            /* Capacity of DRAM module (CAP2) */
} ODBSYSC ;

slot_no_p

Physical slot number
The physical slot numbers of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.The data subsequent to FFH are invalid.

00H to 0FH	:	Primary slot number
80H to 8FH	:	Secondary slot number

slot_no_l

Logical slot number
The logical slot numbers of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH. The data subsequent to FFH are invalid.

00H to 0FH

:

logical slot number

mod_id

Module ID
The module IDs of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.
The data subsequent to FFH are invalid. 'XX' is internal information.

XX3FH	:	Remote buffer
XX45H	:	Graphic(CAP-II)
XX46H	:	I/O card
XX6DH	:	CAP-III
XX7FH	:	RISC(64bit)
XX94H	:	MMC-IVV
XX9AH	:	Graphic(standard)
XX9DH	:	PMC-SC
XXA7H	:	FS16B/Main(6 axes)
XXC4H	:	I/O Link-2
XXDDH	:	Power Mate i
XXADH	:	FS18B/Main(4 axes)
XXAEH	:	FS18B/Main(6 axes)
XXB0H	:	FS16B/SUB
XXB2H	:	FS16B/Main(4 axes)
XXB4H	:	PMC-SB5/SB6
XXB7H	:	FS18B/SUB
XXB9H	:	FS16C/Main(6 axes)
XXBAH	:	FS16C,18C/SUB
XXBDH	:	FS18C/Main(6 axes)

soft_id

Software ID
The software IDs of the modules which are built in the slots are stored in binary in order of their position. This array is terminated with FFH.
The data subsequent to FFH are invalid.

40H	:	CNC
41H	:	PMC-SC
42H	:	Internal I/O card
43H	:	CNC SUB
45H	:	Graphic(standard)
46H	:	Graphic(CAP-II)
49H	:	CAP-II
4AH	:	Remote buffer
4FH	:	PMC-SE
5EH	:	MMC-IV,HSSB I/F
67H	:	PMC-SB5/SB6

s_series

Software series
Software series information is stored in ASCII code in order of slot numbers, first four bytes being used for each slot number, and next one byte is NULL.

s_version

Software version
Software version information is stored in ASCII code in order of slot numbers, four bytes being used for each slot number, and next one byte is NULL.

m_rom

The relation between stored value and software installation is as follows.

• Series 16/18

bit0 to 3	:	BASIC
bit4 to 7	:	OPTION-A1
bit8 to 11	:	OPTION-A2
Other bits	:	Not used

- 0000FH ? BASIC
- 000FFH ? BASIC + OPTION-A1
- 00F0FH ? BASIC + OPTION-A2
- 00FFFH ? BASIC + OPTION-A1 + OPTION-A2
• Series 21

bit0	:	BASIC
bit1	:	OPTION-A1
bit2	:	Macro library/application
bit3	:	Servo software
Other bits	:	Not used

- 00009H ? BASIC + Servo software
- 0000BH ? BASIC + Servo software + OPTION-A1
- 0000DH ? BASIC + Servo software + Macro library/application
- 0000FH ? BASIC + Servo software + OPTION-A1 + Macro library/application
• Series 0i-A

bit0	:	BASIC
bit1	:	OPTION-A1

s_rom

Sub-CPU CNC software installation status
For contents, see m_rom above.

svo_soft

Series and version of servo software
This information item is stored in ASCII code. The first four bytes indicate the series, and the remaining four bytes indicate the version. It is impossible that this software is absent.

pmc_soft

Series and version of PMC management software
This information item is stored in ASCII code. The first four bytes indicate the series, and the remaining two bytes indicate the version. It is impossible that this software is absent.

lad_soft

Series and version of Ladder software
This information item is stored in ASCII code. The first four bytes indicate the series, and the remaining two bytes indicate the version. If this software does not exist, all of the 6 bytes are space(20H).

mcr_soft

Series and version of macro executor
This information item is stored in ASCII. The four bytes from second byte indicate the series, and the subsequent two bytes indicate the version. If this software exists, the first byte is 5AH. The last byte is not used.

spl1_soft

Series and version of spindle software (1st spindle)
This information item is stored in ASCII code. The first four bytes indicate the series, and the remaining two bytes indicate the version. If this software does not exist, all of the 6 bytes are space(20H).

spl2_soft

Series and version of spindle software (2nd sp.)
This information item is stored in ASCII code. The first four bytes indicate the series, and the remaining two bytes indicate the version. If this software does not exist, all of the 6 bytes are space(20H).

frmmin

Capacity of FROM module (MAIN)

• Series 16/18

-1	:	Not exist
0	:	(reserve)
1	:	2 (MB)
2	:	4 (MB)
3	:	6 (MB)
4	:	8 (MB)
5	:	10 (MB)
6	:	12 (MB)
7	:	4 (MB)
8	:	3 (MB)
9	:	2 (MB)
10	:	6 (MB)
11	:	8 (MB)
12	:	10 (MB)
13	:	12 (MB)
14	:	14 (MB)
15	:	1 (MB)
16	:	1 (MB)
17	:	(reserve)
18	:	4 (MB)
19	:	8 (MB)

• Series 21

0	:	128KB + 4MB
1	:	(reserve)
2	:	128KB + 6MB
3	:	128KB + 2MB
4	:	256KB + 4MB
5	:	(reserve)
6	:	256KB + 6MB
7	:	256KB + 2MB

• Series 0i-A

0	:	4MB
1	:	(reserve)
2	:	6MB
3	:	2MB

drmmin

• Series 16/18
Capacity of DRAM module (MAIN)

-1	:	Not exist
0	:	4 (MB)
1	:	2 (MB)
2	:	1 (MB)
3	:	6 (MB)
4	:	16 (MB)
5	:	8 (MB)
6	:	4 (MB)
7	:	24 (MB)

• Series 21
Capacity of SRAM module and SPINDLE TYPE (MAIN)

0	:	SRAM 256KB + SIC
1	:	SRAM 256KB + POSITION LSI
2	:	SRAM 512KB + SIC
3	:	SRAM 512KB + POSITION LSI
4	:	SRAM 256KB + SIC + POSITION LSI
5	:	(reserve)
6	:	SRAM 512KB + SIC + POSITION LSI
7	:	(reserve)

• Series 0i-A
Capacity of additional SRAM module (MAIN)

0	:	SRAM 256KB + SIC
1	:	SRAM 256KB + POSITION LSI
2	:	SRAM 512KB + SIC
3	:	SRAM 512KB + POSITION LSI

4 to 7

:

(reserve)

srmmin

• Series 16/18
Capacity of additional SRAM module (MAIN)

-1	:	Not exist
0	:	1 (MB)
1	:	512 (KB)
2	:	2 (MB)
3	:	(reserve)
4	:	(reserve)
5	:	768 (KB)
6	:	(reserve)
7	:	2.25(MB)
5	:	(reserve)
6	:	256 (KB)

• Series 21
Existence of MATRIX DI/DO (MAIN)

-1	:	Not exist
0	:	Exists

• Series 0i-A
Not used.

pmcmin

Existence of MATRIX DI/DO (MAIN)

• Series 16/18

-1	:	Not exist
0	:	BOC2
1	:	BSI+SLC
2	:	PMP2+SLC
3	:	BSI
4	:	PMP2

• Series 21, 0i-A

-1	:	Not exist
0	:	BOC2
1	:	BIT+SLC
2	:	PMP+SLC
3	:	BIT
4	:	PMP

crtmin

Type of CRTC module (MAIN)

• Series 16/18

-1	:	Not exist
0	:	14"CRT
1	:	9"CRT
2	:	VGA
3	:	HSSB-VGA
4	:	(reserve)
5	:	9"VGA

• Series 21

0	:	14"VGA
1	:	14"CRT
2	:	7.2"VGA
3	:	9"CRT

• Series 0i-A
Not used.

sv1min

Existence of servo module (axis 1,2) (MAIN)

• Series 16/18

-1	:	Not exist
0	:	Exists

• Series 21, 0i-A
Not used.

sv3min

• Series 16/18
Existence of servo module (axis 3,4) (MAIN)

-1	:	Not exist
0	:	Exists

• Series 21, 0i-A
Existence of servo module (axis 1+2,3+4) (MAIN)

0	:	both axis 1+2 and 3+4
1	:	only axis 1+2

sicmin

• Series 16/18
Existence of SIC (MAIN)

-1	:	Not exist
0	:	Exists

• Series 21
Existence of high-speed skip & analog I/O(MAIN)

-1	:	Not exist
0	:	Exists

• Series 0i-A
Existence of high-speed skip LSI (MAIN)

-1	:	Not exist
0	:	Exists

posmin

• Series 16/18
Existence of position LSI (MAIN)

-1	:	Not exist
0	:	Exists

• Series 21, 0i-A
Existence of graphic module (MAIN)

-1	:	Not exist
0	:	Exists

drmmrc

Extended DRAM for management software (PMC-SC)

-1	:	Not exist
0	:	Exists

drmarc

Capacity of DRAM for applications (PMC-SC)

-1	:	Not exist
0	:	2(MB)
1	:	(reserve)
2	:	512(KB)
3	:	1(MB)

pmcmrc

Type of PMC module (PMC-SC)

-1	:	Not exist
0	:	2(MB)
1	:	(reserve)
2	:	512(KB)
3	:	1(MB)

dmaarc

Existence of additional board for DMA (PMC-SC)

-1	:	Not exist
0	:	Exists

iopt

Number of DI/DO points (I/O card)

• Series 16/18

-1	:	Not exist
0	:	144/112
1	:	40/ 40
2	:	80/ 56
3	:	104/ 72
4	:	156/120

• Series 21T

-1	:	Not exist
0	:	96/ 64
1	:	(reserve)
2	:	48/ 32

• Series 21M

-1

:

Not exist

• Series 0i-A
Not used.

hdiio

Existence of LSI for high-speed skip (I/O card)

-1	:	Not exist
0	:	Exists

frmsub

Capacity of FROM module (SUB)

-1	:	Not exist
0	:	(reserve)
1	:	2 (MB)
2	:	4 (MB)
3	:	6 (MB)
4	:	8 (MB)
5	:	10 (MB)
6	:	12 (MB)
7	:	4 (MB)
8	:	3 (MB)
9	:	2 (MB)
10	:	6 (MB)
11	:	8 (MB)
12	:	10 (MB)
13	:	12 (MB)
14	:	14 (MB)
15	:	1 (MB)
16	:	1 (MB)
17	:	(reserve)
18	:	4 (MB)
19	:	8 (MB)

drmsub

Capacity of DRAM module (SUB)

-1	:	Not exist
0	:	1 (MB)
1	:	512 (KB)
2	:	2 (MB)
3	:	(reserve)
4	:	(reserve)
5	:	768 (KB)
6	:	(reserve)
7	:	2.25(MB)
8	:	(reserve)
9	:	256 (KB)

srmsub

Capacity of additional SRAM module (SUB)

-1	:	Not exist
0	:	1 (MB)
1	:	512 (KB)
2	:	2 (MB)
3	:	(reserve)
4	:	(reserve)
5	:	768 (KB)
6	:	(reserve)
7	:	2.25(MB)
8	:	(reserve)
9	:	256 (KB)

sv5sub

Existence of servo module (axis 5,6) (SUB)

-1	:	Not exist
0	:	Exists

sv7sub

Existence of servo module (axis 7,8) (SUB)

-1	:	Not exist
0	:	Exists

sicsub

Existence of SIC (SUB)

-1	:	Not exist
0	:	Exists

possub

Existence of position LSI (SUB)

-1	:	Not exist
0	:	Exists

hamsub

Existence of high-speed skip & analog I/O (SUB)

-1	:	Not exist
0	:	Both exist
1	:	only high-speed skip
2	:	only analog I/O

gm2gr1

Existence of graphic engine 2

-1	:	Not exist
0	:	Exists

crtgr2

Existence of CRTC module type (OPT-1)

-1	:	Not exist
0	:	14" CRT
1	:	9" CRT
2	:	VGA MAIN
3	:	(reserve)
4	:	14" CRT GRPH
5	:	9" CRT GRPH
6	:	VGA GRPH

gm1gr2

Existence of graphic module 1 (OPT-1)

-1	:	Not exist
0	:	Exists

gm2gr2

Existence of graphic module 2 (OPT-1)

-1	:	Not exist
0	:	Exists

cmmrb

Existence of communication module (OPT-1)

-1	:	Not exist
0	:	Exists

sv5axs

Existence of servo module (axis 5,6) (Axis card)

-1	:	Not exist
0	:	Exists

sv7axs

Existence of servo module (axis 7,8) (Axis card)

-1	:	Not exist
0	:	Exists

sicaxs

Existence of SIC (Axis card)

-1	:	Not exist
0	:	Exists

posaxs

Existence of a position LSI (Axis card)

-1	:	Not exist
0	:	Exists

hanaxs

Existence of high-speed skip & analog I/O

-1	:	Not exist
0	:	Both exist
1	:	only high-speed skip
2	:	only analog I/O

romr64

Capacity of system EPROM (64bitRISC)

-1	:	Not exist
0	:	4 (MB)
1	:	2 (MB)
2	:	1 (MB)
3	:	512 (KB)
4	:	256 (KB)
5	:	128 (KB)
6	:	768 (KB)

srmr64

Capacity of SRAM module (64bitRISC)

-1	:	Not exist
0	:	4 (MB)
1	:	2 (MB)
2	:	1 (MB)
3	:	512 (KB)
4	:	256 (KB)
5	:	128 (KB)
6	:	768 (KB)

dr1r64

Capacity of DRAM module 1 (64bitRISC)

-1	:	Not exist
0	:	(reserve)
1	:	(reserve)
2	:	2 (MB)
3	:	4 (MB)

dr2r64

Capacity of DRAM module 2 (64bitRISC)

-1	:	Not exist
0	:	(reserve)
1	:	(reserve)
2	:	2 (MB)
3	:	4 (MB)

iopio2

Number of DI/DO points (I/O card #2)

-1	:	Not exist
0	:	144/112
1	:	40/ 40
2	:	80/ 56
3	:	104/ 72
4	:	156/120

hdiio2

Existence of LSI for high-speed skip

-1	:	Not exist
0	:	Exists

cmmrb2

Existence of communication module (OPT-1 #2)

-1	:	Not exist
0	:	Exists

romfap

Capacity of EPROM module (CAP2)

-1	:	Not exist
0	:	(reserve)
1	:	(reserve)
2	:	1 (MB)
3	:	512 (KB)
4	:	256 (KB)
5	:	128 (KB)
6	:	768 (KB)

srmfap

Capacity of DRAM module (CAP2)

-1	:	Not exist
0	:	(reserve)
1	:	(reserve)
2	:	1 (MB)
3	:	512 (KB)
4	:	256 (KB)
5	:	128 (KB)
6	:	768 (KB)

drmfap

Capacity of DRAM module (CAP2)

-1	:	Not exist
0	:	2 (MB)
1	:	1.5(MB)
2	:	1 (MB)
3	:	512 (KB)
4	:	256 (KB)
5	:	128 (KB)
6	:	(reserve)