CON100iB Multiply Interface Converter with ibutton

Transcription

1 C00iB Multiply Interface Converter with ibutton INTRODUCTI The C00iB can be used to convert commonly used data formats to Clock & Data(MSR), RS or Wiegand format data. FEATURES Converts from Wiegand, RS, Clock & Data (MSR) or Dallas ibutton format. Converts to RS, MSR or Wiegand format. Can convert to or from Wiegand with up to bits of data, including up to bit site code plus optional start and end parity bits. User programmable setting by software when converting to Wiegand or MSR. Reads up to bits from Dallas ibutton user memory or bits from factory ID. Up to characters or digits from/to Track, or Clock/Data (MSR) format input/output. Auto HEX and DEC convert to MSR Output. SPECIFICATIS OPERATING MSR Reference Standards MSR Decode/Output Method ISO780, ISO 78, JIS X0, JIS X0I ISO/JIS- : Track IATA, Track ABA, Track THRIFT JIS-II : Track NTT Interface Format Input/Output Interface - RSC interface : Programmable by DIP Switch or Software (Option). Input / Output Default : 900 bps, ( 8,N, ) Wiegand interface : Programmable by DIP Switch or Software (Option). Input Default : Bits Output Default : Bit, Pulse Width:00µs, Pulse Separation: ms MSR interface : Programmable by DIP Switch or Software (Option). Input Default : Decode ABA, 7-BIT,JIS II format card. Output Default : Track ABA, Simulate Swipe Card Speed : 0 IPS Input Interface only - ibutton : Programmable by DIP Switch or Software (Option). For DS990A ( Unique 8-bits serial number ) ELECTRICAL Power Input Regulation Output MECHANICAL Dimensions Weight Connectors Dip/Tact Switch ENVIRMENTAL Temperature Humidity 8 to VDC, Standby Current 0 ma@vdc, Limit Current 00mA VDC +/- 0 %, 00 ma (max.) Length : 70 mm / Width : mm / Height : 8 mm (Include Terminal ) 0 gm ( Include Terminal ) pin terminal. mm : for ibutton Input, RS and Power In/output 7 pin terminal. mm : for Power Output, Weigand, MSR In/output pin D.mm : for Power In/output 8 DIP : for Output Interface, RS/Weigand/MSR output Setting Tact Switch : for ISP Operating : -0 to 0 Storage : -0 to 70 Operating : 0 % to 90 % noncondensing Storage : Up to 90% noncondensing

2 TERMINAL/SETTING/INDICATOR DESCRIPTIS Cib Cib. Power Input. PIN Terminal GND Pin 7 7PIN Terminal DC +V +VDC Out GND Data Strobe Card Present Data0 Data RESET SW Press before power on Unpress before power on Press after power on Unpress after power on Pin +VDC Out TX (Out) RX (In) ibutt GND LED Indicator LED Power (O) Input to Converter(G) Output form Converter(R) PS. All LED indicator is On in the ISP mode. ISP Run. DIP Switch DIP8 DIP DIP DIP DIP7 DIP DIP DIP Output Interface RS ( Default ) Wiegand Magnetic RS Setting 900 ( Default ) MSR Output Setting ABA ( Default ) 7BIT JIS Wiegand Output Setting bits ( Default ) bits bits CNECTI ibutton RS 7 MSR Wiegand VDC

3 APPLICATI NOTE. Convert RS to Wiegand RS Input Format ( Only use baudrate 900, N, 8, ) STX Input Data ( HEX characters ) CR Wiegand Output Format Parity Data // bits Data // bits Parity Summed for even parity Summed for odd parity EX : RS ( 900 bps, 8, N, ) to Wiegand ( Bits ) RS Input Data STX CR Wiegand Bits Output Data EX : RS ( 900 bps, 8, N, ) to Wiegand ( Bits ) RS Input Data STX CR WIEGAND Bits Output Data EX : RS ( 900 bps, 8, N, ) to Wiegand ( Bits ) Wiegand Bits Output Data RS Input Data STX CR

4 . Convert RS to Magnetic RS Input Format ( Only use baudrate 900 bps, 8, N, ) STX Input Data ( DEC characters ) CR Magnetic Output Format SS Output Data ( DEC characters ) ES EX : RS ( 900 bps, 8, N, ) to Magnetic ( ABA TK ) RS Input Data STX CR Magnetic Output Data Bh h h h h h h 7h 8h 9h 0h Fh ; ? EX : RS ( 900 bps, 8, N, ) to Magnetic ( 7BIT ) RS Input Data STX CR Magnetic Output Data Bh h h h h h h 7h 8h 9h 0h Fh EX : RS ( 900 bps, 8, N, ) to Magnetic ( JIS ) RS Input Data STX CR Magnetic Output Data Bh h h h h h h 7h 8h 9h 0h Fh

5 . Convert Wiegand bits to RS Wiegand Input Format (Only use Wiegand bits format Parity Data bits Data bits Parity Summed for even parity Summed for odd parity RS Output Format STX Output Data ( HEX characters ) CR EX : Wiegand ( Bits ) to RS ( 900 bps, 8, N, ) EX : Wiegand ( Bits ) to RS ( 900 bps, 8, N, ) EX : Wiegand ( Bits ) to RS (800 bps, 8, N, ) Wiegand Bits Intput Data RS Output Data 0h h h 7h 8h 9h 0h 0Dh 0Ah STX CR 0h. Convert Magnetic(ABA TK) to RS Magnetic Input Format (Only use this format) 0 Leading Zeros SS Input Data ( DEC characters ) ES 0 Leading Zeros RS Output Format STX Output Data ( DEC characters ) CR EX : Magnetic ( ABA TK ) to RS ( 900 bps, 8, N, )

6 EX : Magnetic ( ABA TK ) to RS ( 900 bps, 8, N, ) EX : Magnetic ( ABA TK ) to RS ( 800 bps, 8, N, ) Magnetic Input Data Bh h h h h h h 7h 8h 9h 0h Fh ; ? RS Output Data 0h h h h h h h 7h 8h 9h 0h 0Dh 0Ah CR For STX software setting mode 0h. ibutton to RS output format RS Output Format STX ID number ( HEX characters ) CR RS Output Data 0h 0h 0h 0h 0h h h h h 8h 0 B B 8 For STX software 0 setting 0 0 mode h B h A h C 0Dh CR 0Ah 0h RS Convert to MSR and Wiegand RS Frame Format STX W n Output Data CR Output Interface MSR Wiegand n 0 Format 7BIT JIS ABA Setting Output Data Available Character Taboo Character ASCII 0h ~ Fh, Max Characters h(%), Fh (?) ASCII 00h ~ 7Fh, Max Characters 0h(STX), 0Dh(CR) 7Fh(DEL) ASCII 0h ~ Fh, Max Characters Bh(;), Fh (?) ASCII 0h ~ 9h, h ~ h. Setting means the to setting of the Con00iB.. Any setting of the C00iB does not effect if n=, ', ' in MSR output.. It only can send 0 ~ 9', A ~ F character if n=0 in MSR output.. The baud rate is fixed at 900 bps,8n. GIGA-TMS INC. WEB : This specification is subject to change without prior notice. Doc No. : TM99-0