CIM1000 Card Machine Communication Driver is the driver to communicate with card reader/writer controller CIM1000 of Kytronics Corp.,Ltd. in Korea.
<Figure 1> is read setting example of CIM1000 Card Machine communication driver.
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| <Figure 1> Read setting example of CIM1000 Card Machine communication driver |
Device part of <Figure 1> input Com Port(COM1), Baud Rate(38400), Parity Bit(0), Data Bit(8), Stop Bit(1) respectively.
CIM1000 Card Machine controller can set baud rate 9,600 ~ 57,600(default = 38,400), but parity bit, data bit, stop bit are fixed to 0, 8, 1.
CIM1000 Card Machine communication driver’s read schedule
Read schedule setting parameters are as follows:
1) STATION – Don't care.
2) Read command – Command = C11, C12, C13, C16, C21, C23, C24, C52, M31, M35, R31, R36, R61, U31, U41 ( Refer to <Table 1>).
3) Read Start Address – Read start address according to command.
4) Save start address for Communication Server – Saving start address of Communication Server.
5) Read Size – Fixed to 1 (Refer to <Table 1> ).
Read schedule example)
READ, 1, M31, 2, 0, 1,
READ, 1, C16, 0, 5, 1,
<Table 1> is read command and store values of CIM1000 Card Machine communication driver.
<Table 2> is error number and contents of CIM1000 Card Machine communication driver
Read Command |
Contents | Store values |
Read Start Address |
Remarks |
C11 |
Read of equipment model | Start Addr + 2 : model number, save only STRING memory |
don't care (Fixed to 0) |
All Read/Write command Start Addr + 0 : read status Start Addr + 1 : error number
Read status : 0 = normal, 1 = read error, 2 = reading Error number : 0 = normal, etc = Refer to <Table 2> |
C12 |
Read of equipment Firmware version | Start Addr + 2 : version number, save only STRING memory |
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C13 |
Read of Stacker status | Start Addr + 2 : Stacker status 0 = normal, 1 = warning, 2 = empty Stacker |
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C16 |
Read of Card position | Start Addr + 2 : Card position Sensor value Bit 0 ~ bit 7 = Sensor 1 ~ Sensor 7 |
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C21 |
Read of RTC IC | Start Addr + 2 ~ 4 : year, month, day Start Addr + 5 ~ 7 : hour, minute, second |
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C23 |
Read of Capture Time | Start Addr + 2 : Capture Time 0 = Non, 1 ~ 6 = 10 ~ 60 Sec |
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C24 |
Read of Retry Count | Start Addr + 2 : Retry Count 0 = Non, 1 ~ 3 = 1 ~ 3 Retry |
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C52 |
Read of equipment module version | Start Addr + 2 : module version information, save only STRING memory |
0 = Controller, 1 = MSRW, 2 = RFU |
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M31 |
Read of Magnetic Card | Start Addr + 2 : readed track data, save WORD/DWORD/FLOAT/STRING memory |
1 ~ 3 = 1 ~ 3 Track |
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M35 |
Read of Magnetic Card all Track | Start Addr + 2 : number 1 track data, save WORD/DWORD/FLOAT/STRING memory Start Addr + 3 ~ 4 : number 2 ~ 3 Track data |
don't care (Fixed to 0) |
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I21 |
Read of IC Card | Start Addr + 2 : readed 1st byte data, save at STRING memory Start Addr + 3 ~ : readed 2~ Byte data(ATR) |
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R31 |
Read of RF Card | Start Addr + 2 : readed 1st byte of Block, save STRING memory 16Byte data Start Addr + 3 ~ 17 : readed 2 ~ 16 byte data of Block |
0 ~ 63, start address / 4 = sector, start address % 4 = Block |
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R36 |
Read of RF each Card Sector | Start Addr + 2 : readed 1st byte data of Block 0, save STRING memory 16Byte string Start Addr + 3 ~ 17 : readed 2~16 Byte data of Block 0 Start Addr + 18 : readed 1st byte data of Block 1 save STRING memory 16Byte string Start Addr + 19 ~ 33 : readed 2~16 Byte data of Block 1 Start Addr + 34 : readed 1st byte data of Block 2, save STRING memory 16Byte string Start Addr + 35 ~ 49 : readed 2~16 Byte data of Block 2 |
0 ~ 15 = sector number |
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R61 |
Read of RF Card Detect value | Start Addr + 2 : RF Card Serial Number(DWORD 단위) |
don't care |
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U31 |
Read of Mifare Ultra Light Card | Start Addr + 2 : readed 1st byte data of Page, save STRING memory 16Byte string Start Addr + 3 ~ 17 : readed 2~16 Byte data of Page |
0 ~ 15 = Page number |
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U41 |
Read of Mifare Ultra Light Card Serial Number |
Start Addr + 2 ~ 8 : Serial Number data(each byte) save STRING memory 7Byte string |
don't care |
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| <Table 1> Read command and store values of CIM1000 Card Machine communication driver | ||||
Error number |
Contents |
2001h |
Not Defined Command. |
2002h |
Unavailable Command. |
2003h |
Invalid Communication Frame. |
2004h |
Card is Jammed. |
2005h |
No Card. |
2006h |
Card Present. Please Eject Card. |
2007h |
Machine is Busy. |
2008h |
RTC Time Error. |
2009h |
Two or More Card Exist. |
200Bh |
Card Error(MSRW...). |
2100h |
Dispenser Error. |
2101h |
Dispenser Communication Error. |
2104h |
No Cards at Stacker. |
2200h |
The MS Reader/Writer That Cannot Use in This Model. |
2201h |
MSRW Communication Error. |
2202h |
MSRW Write Error. |
2203h |
MSRW Read Error. |
2204h |
IC Card Contact Error. |
2209h |
No Data on The Magnetic Card. |
2300h |
Unavailable RF Module. |
2301h |
RF Module Communication Error. |
2302h |
RF Module Authentication Error. |
2303h |
RF Card Write Error. |
2304h |
RF Card Read Error. |
2305h |
RF Card Detect Error. |
2306h |
RF Card Value Error. |
2400h |
Unavailable FLASH Memory. |
| <Table 2> Error number and contents of CIM1000 Card Machine communication driver | |
CIM1000 Card Machine communication driver store the same data in WORD, DWORD, FLOAT, STRING memory, but the data formats are different.
If you click the icon 
in
protocol option part, you can see the dialogue box such as <Figure 2>. you can
also set read schedule by using this part.
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| <Figure 2> Example of CIM1000 Card Machine communication driver’s Option dialogue box |
You can set read schedule by using 
, 
, 
button and listbox
of <Figure 2>.
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| <Figure 3> Example of CIM1000 Card Machine communication driver’s read schedule Add/Edit dialogue box |
When you click Add button or Edit button in dialogue box of <Figure 2>, dialogue box of <Figure 3> is shown.
You can set CIM1000 Card Machine by using write settings.
Bit Write
Bit write and word write have the same setting parameters except output value.
Word Write
Word write setting parameters are as follows:
1) PORT Port no. (0 ~ 255)
2) STATION File number or don't care. ( Refer to <Table 3> )
3) ADDRESS Read or write address. ( Refer to <Table 3> )
4) Extra1 Read/Write command = C21, C23, C24, C40, C31, C32, C33, C34, C36, M33, M34, M51, I22, R32, R37, R41, R42, R51, R52, R53, R54, R55, R56, U32 . ( Refer to <Table 3> )
5) Extra2 Saving start address of Read/Write data.
<Table 3> is write command and range of write element of CIM1000 Card Machine communication driver.
<Table 4> is file path and data input method of imported from a file write command.
Command |
Contents | Range of STATION | Range of Address | Output value | Remarks |
C21 |
Read/Write of RTC IC | Don't care | 1 = Sync. to current computer time, 2 = Read of RTC( Refer to <Table 1>) |
Don't care | All Read/Write command Start Addr + 0 : read status Start Addr + 1 : error number
Read status : 0 = normal, 1 = read error, 2 = reading Error number : 0 = normal, etc = Refer to <Table 2> |
C23 |
Read/Write of Capture Time | 1 = Write of Capture Time, 2 = Read of Capture Time( Refer to <Table 1>) |
Address = 1, 0 = NON, 1 ~ 6 = 10 ~ 60 Sec |
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C24 |
Read/Write of Retry Count | 1 = Write of Retry Count, 2 = Read of Retry Count( Refer to <Table 1>) |
Address = 1, 0 = NON, 1 ~ 3 = 1 ~ 3 |
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C40 |
BUZZ Setting | 0 = Continue, 1 ~ 100 = 1 ~ 100 |
1 = ON, 2 = OFF |
100 ~ 10000 = 100 ~ 10000 mSec ON/OFF Time |
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C31 |
Instert card from Stacker | Don't care | Don't care | 1 = MSRW, 2 = IC, 3 = RF | |
C32 |
Insert(move) Card | ||||
C33 |
Mode card to front | Don't care | |||
C34 |
Move the Card to Bin Box | ||||
C36 |
Move to front the Card and pull out | ||||
M33 |
Write of Magnetic Card | M33.xxx : Don't care(xxx = writing string) M33:File number( Refer to <Table 4>) |
1 ~ 3 = 1 ~ 3 Track | ||
M34 |
Write of Magnetic Card after insert Card from Stacker |
M34.xxx : Don't care(xxx = writing string) M34:File number( Refer to <Table 4>) |
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M51 |
Magnetic Head Cleaning | Don't care | Don't care | ||
I22 |
Write of IC Card data | Fine number( Refer to <Table 4>) | |||
R32 |
Write of RF Card for Block unit | 0 ~ 47 Address / 3 = sector(0 ~ 15), Address % 3 = Block(0 ~ 2) |
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R37 |
Write of RF Card for Sector unit | 0 ~ 15 = Sector | |||
R41 |
RF Card Increase Balance | Don't care | 0 ~ 47 Address / 3 = sector(0 ~ 15), Address % 3 = Block(0 ~ 2) |
DWORD unit's Index value | |
R42 |
RF Card Decrease Balance | ||||
R51 |
Change Secret Key | Fine number( Refer to <Table 4>) | 0 ~ 15 = Sector | Don't care | |
R52 |
Change Secret Key of all Sector | Don't care | |||
R53 |
Selection of Secret Key Index | Don't care | 1 = A Key, 2 = B Key | ||
R54 |
Change Secret Key | Fine number( Refer to <Table 4>) | 0 ~ 15 = Sector | Don't care | |
R55 |
Change Key Set number | 0 ~ 15 = Sector | 0 ~ 2 = Key Set 0 ~ 2 | ||
R56 |
Secret Key change inputed Key Set number for All Sector |
Don't care | 0 ~ 2 = Key Set 0 ~ 2 | ||
U32 |
Write of Mifare Ultra Light Card | Don't care | 0 ~ = Page No. | DWORD(4 Byte) unit's output value | |
| <Table 3> Write command and range of write element of CIM1000 Card Machine communication driver | |||||
| Command | File path | Input method |
| M33 | Work folder\SCAN\MT_WRITE%03d.ini, %03d = file number( Station ) |
String data of 1 line, Example) 12345ABCDE |
| M34 | ||
| I22 | Work folder\SCAN\IC_WRITE%03d.ini, %03d = file number( Station ) |
1line 16 digit byte data(Max. 262) separated by comma( , ) Example) 2A, 3B, 55, 65, 5D, 4A, |
| R32 | Work folder\SCAN\RF_WRITE%03d.ini, %03d = file number( Station ) |
1 line 16 digit byte data separated by comma( , ) Example) 2A, 3B, 55, 65, 5D, 4A, 01, 14, 25, …. |
| R37 | 3 line 16 digit byte data separated by comma( , ) Example) 2A, 3B, 55, 65, 5D, 4A, 01, 14, 25, …, 3A, 4B, 55, 25, 1D, 4A, 01, 14, 25, …, 5A, 6B, 45, 35, 5D, 4A, 01, 14, 25, …, |
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| R51 |
Work folder\SCAN\RF_KEY%03d.ini, %03d = file number( Station ) |
1 line 16 digit 12 byte data separated by comma( , ) (Key A : 6 Byte, Key B : 6Byte) Example) 21, 32, 5B, 6D, 52, 4A, 01, 14, 25, …, |
| R52 | ||
| R54 | 1 line 16 digit 16 byte data separated by comma( , ) (Key A : 6 Byte, Access : 4 Byte, Key B : 6Byte) Example) 21, 32, 5B, 6D, 52, 4A, 01, 14, 25, …, |
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| R55 | 1 line 16 digit 12 byte data separated by comma( , ) (Key A : 6 Byte, Key B : 6Byte) Example) 21, 32, 5B, 6D, 52, 4A, 01, 14, 25, …, |
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| R56 | ||
| <Table 4> File path and data input method of imported from a file write command | ||
Write example 1)
PORT : 0 STATION : 0 ADDRESS : 0000 EXTRA1 : C31 EXTRA2 : 10
The setting parameter shown above is an example of write for insert card to 'Stacker'. ( write status data = read status : 10, errof status : 11 WORD/DWORD/FLOAT memory )
Write example 2)
PORT : 0 STATION : 0 ADDRESS : 0000 EXTRA1 : C36 EXTRA2 : 20
The setting parameter shown above is an example of write for move to front the Card and pull out. ( write status data = read status : 20, errof status : 21 WORD/DWORD/FLOAT memory )
Write example 3)
PORT : 0 STATION : 0 ADDRESS : 0002 EXTRA1 : M33.12345 EXTRA2 : 30
The setting parameter shown above is an example of data writing for Track 2 at inserted card, writing data = '12345'. ( write status data = read status : 30, errof status : 31 WORD/DWORD/FLOAT memory )
Write example 4)
PORT : 0 STATION : 3 ADDRESS : 0002 EXTRA1 : M33 EXTRA2 : 40
The setting parameter shown above is an example of data writing for Track 2 at inserted card, writing data = 'Work folder\SCAN\MT_WRITE03d.ini' of inputed 1st line data. ( write status data = read status : 40, errof status : 41 WORD/DWORD/FLOAT memory )
Connection of communication cable and main power line are as follows.
Connection of communication cable
Please connect normal RS-232C communication cable to serial communication connector of CIM1000 Card Machine.
<Figure 4> is connection example of main power line and RS-232C communication cable to CIM1000 Card Machine.
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| <Figure 4> Connection example of main power line and RS-232C communication cable to CIM1000 Card Machine |
Connection of main power line
Please connect main power line to power connector, 24V DC such as <Figure 4>.
<Figure 5> shows the appearance of CIM1000 Card Machine.
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| <Figure 5> Appearance of CIM1000 Card Machine |