IBS IP I/O Gateway. Data Sheet INTERBUS-S. Coupling Module for Two InterBus-S Lines

Transcription

1 IBS IP I/O Gateway Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Data Sheet Coupling Module for Two InterBus-S Lines Data Sheet Version A Product Description The IPS IP I/O Gateway is functionally equivalent to two normal I/O modules with crossconnected inputs and outputs. Features - InterBus-S protocol (DIN E 19258) - Connectors for supply voltage and bus connections - Electrical isolation of the coupled InterBus-S lines - Diagnostic LEDs - Degree of protection IP 67 - Mounting compatible with machine construction needs Application The unit couples two lines of the extended installation remote bus in harsh industrial environments. This allows, for example, to exchange start or stop signals between two host systems. INTERBUS-S 08/1995 Fig. 1: IBS IP I/O Gateway 001 1

2 Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Type: IBS IP I/O Gateway Remote I/O -- Signal Change Module Ident.: V DC, IP 67 Fig. 2: Locations of connectors As shown in the block diagram (Fig. 3), each of the two InterBus-S lines must have its own voltage supply to ensure that each of the two InterBus-S lines works independently: INTERBUS IN 1 INTERBUS IN 2 24 V DC 24 V DC DC/DC REGISTER 1 DC/DC REGISTER 2 Electrical isolation Fig. 3: Block diagram (illustration) INTERBUS OUT 1 INTERBUS OUT

3 Mechanical Dimensions Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Fig. 4: Mechanical dimensions (given in mm (inches)) 005 3

4 Connection Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Hex. bolt M8 Hex. nut M8 Hex. nut M8 IBS IP I/O Gateway housing Fig. 5: Installation examples Type: IBS IP I/O Gateway Remote I/O -- Signal Change Module Ident.: V DC, IP 67 Figure 6: Cabling example Hex. bolt M8 IBS IP I/O Gateway housing

5 Connection Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Fig. 7: Assembly of the circular connector (extended installation remote bus) 5

6 Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Pin assignment Fig. 8: Cable diagram of the extended remote bus cable (cable type CCO-E/CCO-E) General Degree of protection IP 67 Permissible operating temperature From - 20 C to + 55 C Permissible storage temperature From - 30 C to + 75 C Housing dimensions (w * h * d) 122 mm * 130 mm * 78 mm Housing Installation Installation position: Bus interface Permissible cable length I/O functions -external -internal Supply of the Module Electronics Operating voltage -Nominal value -Permissible range -Feeding in Current consumption Insulation voltage (operating voltage/ InterBus-S no.1/interbus-s no.2) Aluminium-cast, sealed (without silicone) Suitable for machine construction with M8 bolts (provide a secure electrical contact between module housing and PE) As desired Local Diagnostic Indicators RUN 1 green LED InterBus no.1 supply voltage RUN 2 green LED InterBus no.2 supply voltage InterBus-S, RS 485, 500 kbits/s Extended installation remote bus, circular connector for the extended installation remote bus Max. 50 m between two modules None connectable 16-bit output of InterBus-S no.1 connected with 16-bit input of InterBus-S no.2, 16-bit output of InterBus-S no.2 connected with 16-bit input of InterBus-S no.1 Supplied by InterBus-S connector 24V DC 18 to 30 V DC Separate for InterBus-S no.1 and no.2 100mA per InterBus-S line 500 V AC 6

7 Courtesy of Steven Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) ID code Length code Table 1: InterBus-S programming data Input address area in the PLC or computer system Output address area in the PLC or computer system PCP address area in the PLC or computer system Register length on the bus Table 2: Ordering data 03 hex 1 hex 2 bytes 2 bytes 0 bytes 2 bytes Description Type Order No. I/O distribution box / coupling module for two IBS IP I/O Gateway InterBus-S lines Cable for the extended remote bus, in meters (hybrid cable, 3 * 2 * 0.25 mm * 1.5 mm 2 ) IBS EINBC METER Cable assembly for the extended installation remote bus (male, female connector and soldering) Set of circular connectors, for the extended installation remote bus, 9-pos., solder connection, male/female IBS EIN CCO- KONFEK on request IBS EIN CCO-R/L Assembly tool for circular connector IBS CCO MT Adapter for feeding the supply voltage into the IBS IP P-ADAP-E extended installation remote bus Adapter for switch cabinet side panel, connects IBS devices in the switch cabinet with the I/O distribution boxes IBS IP ADAP-E

8 8 even Engineering, Inc. 230 Ryan Way, South San Francisco, CA, Main Office: (650) Outside Local Area: (800) Table 3: Relative assignment of addresses between different hosts AEG A250 (DIN addresses) Klockner-Moeller IPC620 Slot (e.g.: I42) Bit (Byte position 0) Bit (Byte position 2)* Memory address, e.g.: Bosch Word access e.g.: W 16 Siemens S5 IBS S5 DCB IBS S5 DAB VMEbus System IBS VME CB IBM PC** IBS PC AT-T IBS PC CB/.../I-T Bit Byte access e.g.: B 17 e.g.: B 16 Bit Word access e.g.: W 16 Bit Byte access e.g.: B 16 e.g.: B 17 Bit Word access e.g.: W 16 Bit IBS reference Word e.g.: W 16 Bit * Byte position 2 can only be accessed with logical addressing. ** The representation for IBM PCs is valid only for word-based access to the process data. For the controller boards IBS PC CB/I-T and IBS PC CB/COP/I-T it is valid only when the macros for process data conversion are used. TNR DNR 2531 Address Assignment