PROSOFT MVI56-MNET 伺服電機(jī)
遠(yuǎn)程機(jī)架中的MVI56-MNET網(wǎng)橋可以連接到該機(jī)架中的ControlLogix PAC，也可以連接到遠(yuǎn)程機(jī)架的EtherNet/IP網(wǎng)橋、ControlNet網(wǎng)橋、DHRIO網(wǎng)橋或DH485網(wǎng)橋。EtherNet/IP橋接機(jī)架可以連接到CompactLogix PAC。MVI56-MNET橋接本地機(jī)架中的DHRIO橋可以直接連接到PLC 5或SLC，或者連接到遠(yuǎn)程ControlLogix機(jī)架中的另一個(gè)DHRIO電橋。遠(yuǎn)程機(jī)架中的DHRIO橋接器可以連接到該機(jī)架中的ControlLogix PAC，也可以連接到遠(yuǎn)程機(jī)架的EtherNet/IP橋接器、ControlNet橋接器、DHRIO橋或DH485橋。ControlNet網(wǎng)橋本地機(jī)架中的ControlNet網(wǎng)橋可以直接連接到PLC 5，或者連接到遠(yuǎn)程ControlLogix機(jī)架中的另一個(gè)ControlNet網(wǎng)橋。遠(yuǎn)程機(jī)架中的ControlNet網(wǎng)橋可以連接到該機(jī)架中的Control Logix PLC，也可以連接到遠(yuǎn)程機(jī)架的EtherNet/IP網(wǎng)橋、ControlNet網(wǎng)橋、MVI56-MNET網(wǎng)橋或MVI56-MNET網(wǎng)橋。MVI56-MNET橋本地機(jī)架中的DH485橋可以直接連接到SLC、MicroLogix或ControlLogix PAC，也可以連接到遠(yuǎn)程ControlLogix機(jī)架中的另一個(gè)MVI56-MNET橋。遠(yuǎn)程機(jī)架中的DH485橋接器可以連接到該機(jī)架中的ControlLogix PAC，也可以連接到遠(yuǎn)程機(jī)架的EtherNet/IP橋接器、ControlNet橋接器、DHRIO橋接器或DH485橋接。ControlLogix-PLC本地機(jī)架中的ControlLogix-PAC可以通過橋接模塊連接到PLC 5、SLC、MicroLogix或ControlLogix-PC，或者連接到遠(yuǎn)程ControlLogix機(jī)架中的另一個(gè)ControlLogix-PIC。遠(yuǎn)程機(jī)架中的ControlLogix PAC可以連接到該機(jī)架中的Control Logix PAC，也可以連接到遠(yuǎn)程機(jī)架的EtherNet/IP網(wǎng)橋、ControlNet網(wǎng)橋、MVI56-MNET網(wǎng)橋或MVI56-MNET網(wǎng)橋。
MVI56-MNET 單擊“刪除”按鈕以刪除選定的對(duì)象?；蛘?，選擇一個(gè)對(duì)象，然后按[DEL]鍵刪除（永久刪除）該對(duì)象?！?Timeout指定與設(shè)備通信時(shí)使用的超時(shí)值（以毫秒為單位）。· 尋址信息包含對(duì)網(wǎng)絡(luò)上或設(shè)備所在機(jī)架中的設(shè)備進(jìn)行尋址的信息。根據(jù)接口類型和設(shè)備類型，也可以使用其他參數(shù)。下表介紹了每種接口/設(shè)備類型的尋址參數(shù)。參數(shù)描述接口尋址被指定為插槽編號(hào)。MVI56-MNET網(wǎng)橋?qū)ぶ繁恢付楣?jié)點(diǎn)號(hào)。MVI56-MNET網(wǎng)橋?qū)ぶ繁恢付橥ǖ篮凸?jié)點(diǎn)號(hào)。MVI56-MNET橋接尋址指定為通道和節(jié)點(diǎn)編號(hào)橋接（ControlLogix背板）設(shè)備配置在本地機(jī)架的橋接接口下。在配置編輯器樹中選擇DEVICES節(jié)點(diǎn)。內(nèi)容窗格將顯示一個(gè)表，其中包含為該網(wǎng)橋定義的所有設(shè)備。ILX56-MM支持以下橋接器：· MVI56-MNET網(wǎng)橋（第35頁）· DHRIO大橋（第35頁）· DH485橋接器（第37頁）· MVI56-MNET橋接（第36頁）? EtherNet/IP網(wǎng)橋本地機(jī)架中的1756 EtherNet/IP網(wǎng)橋可以直接連接到PLC 5、SLC或MicroLogix。EtherNet/IP網(wǎng)橋也可以連接到遠(yuǎn)程機(jī)架中的另一個(gè)EtherNet/IP網(wǎng)橋或CompactLogix PAC。
MVI56-MNET For example, sequential reads of Status Bits 10001 and 10003 will result in two read request messages. 1 Scattered Coil (0x0000) and Status Bit (1x0000) read requests with up to a 1 byte (8 bit) gap may be combined in a single request message. For example, sequential reads of 10001 and 10003 will result in a single request message with 10002 being discarded.MVI56-MNET Scattered sequential Holding (4x0000) and Input (3x0000) register accesses must be contained or exactly adjacent. 8 Scattered sequential reg/coil read requests that have up to an 8 byte gap may be combined in the same read request message. 16 Scattered sequential reg/coil read requests that have up to a 16 byte gap may be combined in the same read request message. 32 Scattered sequential reg/coil read requests that have up to a 32 byte gap may be combined in the same read request message. 64 Scattered sequential reg/coil read requests that have up to a 64 byte gap may be combined in the same read request message.MVI56-MNET 128 Scattered sequential reg/coil read requests that have up to a 128 byte gap may be combined in the same read request message.Tags refer to individual data objects in the controllers that can be transferred to another controller.
Each Device has the following unique parameters. Parameter Description Node Address The Modbus Node Address of the slave device to connect to the module. If you are connecting to a Quantum PLC via a bridge,MVI56-MNET enter the Modbus node address of the device connect to the module. If you are directly connecting to a Quantum PLC, set this to 0. Message Idle Time The idle time between messages in milliseconds. Range is 0 to 50. Register Addressing Type The type of addressing used to access Long Integers and Floating Point data, where: Normal Longs/Floats occupy two 16-bit registers. Register order is normal. Modicon Longs/Floats occupy two 16-bit registers. Register addressing order is WORD reversed.MVI56-MNET 32-bit Longs/Floats occupy one 32-bit register. Maximum Data Bytes The maximum number of register or coil data bytes contained in a single MODBUS message body.MVI56-MNET Valid options are 4, 32, 64, 128, 192, and 244. If an array tag is larger than this value, multiple messages may be used to complete the data access.No gaps are allowed in the reg/coil data block. Only sequential contiguous reg/coil read requests may be combined in a request message.MVI56-MNET
Each Interface has a unique Name,MVI56-MNET IP address, Remote Rack Number, Remote Slot Number, Retries, and Timeout.The Timeout specifies the timeout value in milliseconds to be used in communicating with the device. The addressing information: IP address, Remote Rack Number, and Remote Slot Number contains information to address the device on the S7 Industrial Ethernet network.MVI56-MNET 3.2.3 Modbus TCP/IP (Schneider Electric Quantum PLCs) An Interface defined as Modbus TCP/IP will contain a Devices node under it in the Configuration Editor tree.MVI56-MNETEach Devices node will contain a Tags node in the Configuration Editor tree. The Tags node contains all the Tags referenced for that controller.MVI56-MNET