1. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI *BDTP = Beijer Data Transport Protocol ( UDP with handshake ) BDTP TCP/IP BDTP Functionality

2. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI Advanced BDTP Functions Server Alarms Defined Alarms in a server automaticaly will be transfert to the relevant clients Automatical Reboot Function Automatic start of the clients in case the server start up (boot procedure)

3. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI BDTP Server ClientClientClient 192.168.1.200 A PC is node in the network And can manage the up/download of projects 192.168.1.3 A client can access to a controller only over a server 192.168.1.10 This terminal must be a server To can access to the controler 192.168.1.23 192.168.1.36 BDTP with 1 PLC

4. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI BDTP Client/ServerClientClient Server No.1No.2No.3 192.168.1.2 This terminal hasn´t access to the other controler because it´s only a server. Access only to controler 2. 192.168.1.4 This terminal is a client with access to both controler. Access to controler 1-3 3 192.168.1.3 This terminal is a client with access to both controler Access to controler 1 and 2 192.168.1.1 This terminal is Client/Server with access to all the other terminals and controler exception controler 3 because of the missing server Access to Controler 1 and 2. BDTP same Protocoll several PLC´s

5. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI BDTP Client/ServerClientClient Server No.1No.2No.3 192.168.1.1 This terminal is a client with driver ”M” It can access only to server with the same driver Access to controler 1 Because of different driver no access to controler 2 and also to terminal 3 because of the missing server service. 192.168.1.2 This terminal is a server with driver ”S”. It has no access to other controller because of the missing client service. Access only to controler 2 192.168.1.3 This terminal is a server with driver ”S”. It has access to all the server with the same driver Access only to controler 2 192.168.1.4 This terminal is a client with driver ”M”. It has access to all the server with the same driver Access only to controler 1+3 BDTP unequal Protocoll several PLC´s

6. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI Ethernet Client/Client/ Client Server RS422 192.168.1.10 192.168.1.1 192.168.1.3 192.168.1.4 192.168.1.2 Terminal 1 Terminal 2 Terminal 3 BDTP Example (Structure of a BDTP-Network) No.1 No.2

7. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI 192.168.1.1 Default Einstellungen Define all the server addresses in the BDTP-Network Don´t define the own address!! BDTP Example (Client/Server Setup Terminal 1)

8. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI 192.168.1.3 BDTP Example (Client/Server Setup Terminal 2)

9. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI 192.168.1.4 BDTP Exampe (Client Setup Terminal 3)

10. Mitsubishi Electric – E1000 BDTP, October 2007 HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI /// E1000 /// HMI BDTP Example (indicated operandadresing) In the BDTP client settings server- conections will be declared. By the serverdeclaration, each of them got an index The addressing of operands of a PLC, which is not direct connected to the relevant terminal has to bedeclared according to the follow syntax INDEX > OPERAND e.g 2>Y10 Output Y10 of the PLC, which server is located in terminal with the IP address 192.168.1.3 (Index 2, see“BDTP-Server-connections”).