Dupline Plug & Play Master Module Interface for Matsushita Type G 3496 0009 Interface for Matsushita PLC with the function of a master Plug and play: Automatic communication with specific PLC/Controllers Built-in normal Dupline Channel Generator 128 I/Os and DC power supply on 3 wires RS232/RS422/RS485 port for interfacing to control sys- tem Split-I/O mode selectable (128 inputs and 128 outputs) LED-indications for supply, Dupline carrier and Com- port Tx Galvanic isolated Com-port supplied by internal DC/DC converter Product Description Ordering Key G 3496 0009 700 G 3496 0009 is designed as Dupline channel generator, Type: Dupline a cost-effective solution for power supply synchroniza- H4-Housing interfacing Dupline I/Os to tion (enables 3-wire system Combined module the Matsushita FP PLC family. with supply) and RS232/ Interface type It performs three functions: RS422/RS485 interface. DC supply Type Selection Supply PLC Interface Conformance Ordering no. 20-30 VDC Matsushita FP series using Mewtocol protocol G 3496 0009 700 Input/Output Specifications Input/Output Specifications (Cont.) Power Output 4-wire RS485/RS422 Output voltage 20-30 VDC (pulsating) R Data line + (B) 3 Output current < 3.0 A 50C R Data line - (A) 8 Short circuit protection 4 A quick acting fuse S Data line + (B) 2 Output voltage drop < 1.0 V S Data line - (A) 7 Direction 4 (Connect pin 5 to GND Dupline carrier when using 4-wire com.) Output voltage 8.2 V (pulsating) RS232 Current < 60 mA TX 1 Short circuit protection Yes RX 9 Scan time GND 5 128 channels 132.2 ms 64 channels 69.8 ms Communication Port Standard RS232/RS422/RS485 Connection 9 pole female Sub-D Split I/O mode Yes, selectable Normal Dupline mode Yes, selectable Dielectric voltage Supply Specifications Com-port - Dupline 1 kVAC (rms) Protocol Mewtocol Power supply Overvoltage cat. III Channel Configuration in PLC (IEC 60664) Baud rate Operational voltage (V ) 20-30 VDC in 9600/19200 Reverse polarity protection None Data bits 8 Current consumption < 150 mA + Power load Start bit 1 Power dissipation < 5 W Stop bit 1 Transient protection voltage 800 V Parity Odd Dielectric voltage Flow-control None Supply Dupline None Pin assignment Supply Com-port 1 kVAC (rms) 2-wire RS485 S/R Data line + (B) 3 S/R Data line (A) 8 Note: Use individual power supplies for all G349600xx700, GND 5 as the input are not galvanic isolated from each other. Specifications are subject to change without notice (05.12.2014) 1 G 3496 0009 General Specifications Power ON delay 2 s Humidity (non-condensing) 20 to 80% Indication for Mechanical resistance Com-port TX LED, red Shock 15 G (11 ms) Supply ON LED, green Vibration 2 G (6 to 55 Hz) Dupline carrier LED, yellow Dimensions H4-Housing Environment Weight 100 g Pollution degree 2 (IEC 60664) Operating temperature 0 to +50C (+32 to +122F) Storage temperature -50 to +85C (-58 to +185F) Mode of Operation The Dupline Master Module ter. This means that the 128 input coded for B5 is activat- tion available for the PLC (like (DMM) controls a 3-wire bus Dupline I/Os will be read/ ed, the output(s) coded for B5 in normal mode), but it will with signal, DC-power and written by the DMM and then will also be activated. not automatically activate the common GND. The DMM sent to the PLC. Dupline output(s) coded to is connected to a standard Consequently, a Dupline - B5. The Dupline outputs are DC-supply, which it synchron- The DMM can run in two dif- output can either be activat- controlled exclusively through izes with the Dupline carrier ferent modes Normal mode ed through the output-data the output data received from signal before it is outputted to and split I/O mode. In Normal received on DMM or by an the PLC. In this mode, up supply. The synchronization is mode, Dupline operates as active Dupline input coded for to 128 Dupline inputs and necessary in order to enable a peer-to-peer system, where the same Dupline -address. In 128 Dupline outputs are the Dupline and DC-supply to the channel generator auto- Split I/O mode, the channel available, since an input and share the GND-wire. matically establishes a con- generator treats the Dupline an output coded to the same nection between Dupline inputs and Dupline outputs Dupline address can operate The Dupline Master Module is inputs and Dupline outputs independently. If e.g. an input independently. a Dupline Channel Generator which are coded to the same coded for B5 is activated, the with the function of a mas- Dupline address. If e.g. an DMM will make the informa- Pin Assignment Memory Mapping Table of the memory mapping to the PLC RS232 Master Module FP PLC Dupline PLC Dupline PLC D-sub. 9p M D-Sub. 9p M Channel Read Write Channel Read Write A1 R00 R80 E1 R20 R100 A2 R01 R81 F1 R28 R108 A3 R02 R82 G1 R30 R110 3 1 A4 R03 R83 H1 R38 R118 4 6 2 A5 R04 R84 I1 R40 R120 5 7 A6 R05 R85 J1 R48 R128 8 3 A7 R06 R86 K1 R50 R130 9 8 4 A8 R07 R87 L1 R58 R138 2 9 B1 R08 R88 M1 R60 R140 7 5 B8 R0F R8F N1 R68 R148 C1 R10 R90 O1 R70 R150 D1 R18 R98 P1 R78 R158 Dip-Switch Setting Installation Hints Sw.3 On: 19200 baud TX-LED Off: 9600 baud Slow flashing No communication Sw.4 On: Split I/O Channel Generator Mode Check the wiring. (Receivers activated by the PLC) Fast flashing Communication OK. Off: Normal Dupline Monostable Channel Generator Mode No Dupline Carrier-LED Sw.5 On: 64 Dupline channels Dupline Short curcuit Short curcuit between the Off: 128 Dupline channels two Dupline wires. Address R7.F (P8) = High: Dupline error (e.g. short-circuit) 2 Specifications are subject to change without notice (05.12.2014)