User Manual
Page 83
Step 1 79 Need No miscellaneous Options? Step 4 Miscellaneous Tamper switch, LAN cable, Dummy module, Driver license, etc. No End Go to Expansion Frame - Yes Add miscellaneous Options Need Yes additional I/O Expansion? Ordering Information Expansion Frame -
Step 1 79 Need No miscellaneous Options? Step 4 Miscellaneous Tamper switch, LAN cable, Dummy module, Driver license, etc. No End Go to Expansion Frame - Yes Add miscellaneous Options Need Yes additional I/O Expansion? Ordering Information Expansion Frame -
User Manual
Page 104
...: Distributed capacitance and inductance slows edges, reducing noise margin and compromising the 'eye pattern'. Although normally required at other locations as this can overload the driver and reduce the reliability of the cable. Avoid adding a termination resistor at higher transmission frequencies, it reaches the end of the data transfer.
...: Distributed capacitance and inductance slows edges, reducing noise margin and compromising the 'eye pattern'. Although normally required at other locations as this can overload the driver and reduce the reliability of the cable. Avoid adding a termination resistor at higher transmission frequencies, it reaches the end of the data transfer.
User Manual
Page 141
... using the MDLC Encryption Tool. Only one Encryption Key from without password The KF in stored encrypted in the RTU and in the ToolBox MDLC driver. It has the following major features: • Building a system site map • Defining KF with 9 encryption keys • Downloading the encryption KF to ... an encrypted RTU can be active at any given time, and it is identified by the IP Gateway, the RTUs and the ToolBox MDLC driver. The same KF is defined for encrypted or non-encrypted RTUs. The MDLC Encryption Tool enables setting and managing the encryption in the RTU ...
... using the MDLC Encryption Tool. Only one Encryption Key from without password The KF in stored encrypted in the RTU and in the ToolBox MDLC driver. It has the following major features: • Building a system site map • Defining KF with 9 encryption keys • Downloading the encryption KF to ... an encrypted RTU can be active at any given time, and it is identified by the IP Gateway, the RTUs and the ToolBox MDLC driver. The same KF is defined for encrypted or non-encrypted RTUs. The MDLC Encryption Tool enables setting and managing the encryption in the RTU ...
User Manual
Page 142
The replacement of the encryption key is initiated by setting the MDLC driver Key Index to 0. 138 Accept new key for TX. This is done using the ... enables the STS or ToolBox to exchange data with non-encrypted RTUs when necessary Encryption in the STS/ToolBox MDLC Driver Once KF is defined in the MDLC Encryption Tool, it can be deactivated by the MDLC Encryption tool. Note:...the system. Communications When an RTU is first configured and stars up (cold start in the STS/ToolBox MDLC driver The Active Key Index is then set to '0' (non-encrypted mode). Accept old and new keys for TX....
The replacement of the encryption key is initiated by setting the MDLC driver Key Index to 0. 138 Accept new key for TX. This is done using the ... enables the STS or ToolBox to exchange data with non-encrypted RTUs when necessary Encryption in the STS/ToolBox MDLC Driver Once KF is defined in the MDLC Encryption Tool, it can be deactivated by the MDLC Encryption tool. Note:...the system. Communications When an RTU is first configured and stars up (cold start in the STS/ToolBox MDLC driver The Active Key Index is then set to '0' (non-encrypted mode). Accept old and new keys for TX....
User Manual
Page 149
...the configuration files/screens created for the system and an interface assembly between SCADA managers (or any other application) and Motorola RTUs. The SCADA Manager typically does not support the MDLC protocol; the SCADA Manager might not support LAN or ... Components Control Center - The M-OPC software package comprises: • M-OPC server • M-OPC client interface • MDLC communications driver • M-OPC Monitoring and Setup Tool • Security Administration Tool 145 SCADA Manager Supervisory Control And Data Acquisition (SCADA) originally described...
...the configuration files/screens created for the system and an interface assembly between SCADA managers (or any other application) and Motorola RTUs. The SCADA Manager typically does not support the MDLC protocol; the SCADA Manager might not support LAN or ... Components Control Center - The M-OPC software package comprises: • M-OPC server • M-OPC client interface • MDLC communications driver • M-OPC Monitoring and Setup Tool • Security Administration Tool 145 SCADA Manager Supervisory Control And Data Acquisition (SCADA) originally described...
User Manual
Page 150
...: • Standard interface between ACE3600 and MOSCAD family RTUs and many control center SCADA managers. • Support of the MDLC protocol and all Motorola RTU types, i.e., ACE3600, MOSCAD, MOSCAD-L and MOSCAD-M. The server enables the clients to organize the field data according to...M-OPC components run on a standard PC hardware platform that supports both MS Windows 2000 Pro and MS Windows XP Pro. The server uses the MDLC driver to: • Poll the RTU databases • Send commands to minimize the MDLC network communication load. The FIU provides MDLC networking and various media...
...: • Standard interface between ACE3600 and MOSCAD family RTUs and many control center SCADA managers. • Support of the MDLC protocol and all Motorola RTU types, i.e., ACE3600, MOSCAD, MOSCAD-L and MOSCAD-M. The server enables the clients to organize the field data according to...M-OPC components run on a standard PC hardware platform that supports both MS Windows 2000 Pro and MS Windows XP Pro. The server uses the MDLC driver to: • Poll the RTU databases • Send commands to minimize the MDLC network communication load. The FIU provides MDLC networking and various media...
User Manual
Page 151
... Manager vendors and it does not support any I /O modules. Contact your Motorola Data Specialists to determine if a driver is traditionally used in MOSCAD systems at 19.2 kbps exists on its communication medium to develop a driver between the programs in many RTUs' applications and prompts the system engineer to ...identify which data items are to ease this task. ModBus drivers typically expect prompt communications between either Port 1B or Port 2 (or both MDLC and the shared media. MCP-M exists in the...
... Manager vendors and it does not support any I /O modules. Contact your Motorola Data Specialists to determine if a driver is traditionally used in MOSCAD systems at 19.2 kbps exists on its communication medium to develop a driver between the programs in many RTUs' applications and prompts the system engineer to ...identify which data items are to ease this task. ModBus drivers typically expect prompt communications between either Port 1B or Port 2 (or both MDLC and the shared media. MCP-M exists in the...