PROSOFT MVI56E-MNETC 16通道
核心技術
● 軟件平臺技術
結(jié)合IEC61131-3的可編程邏輯控制，PLCOpen運動控制算法，以及機器視覺處理算法
● 實時/總線系統(tǒng)
基于Linux的實時操作系統(tǒng)優(yōu)化技術，gLink-II，EtherCAT，PROFINET，CANOpen，EtherNet IP，Modbus
● 互聯(lián)互通
設備層，OPC UA協(xié)議，面向IT層的數(shù)據(jù)交互接口，支持MQTT協(xié)議的主流工業(yè)云實現(xiàn)互聯(lián)
● 特殊要求
針對PLC特殊行業(yè)領域，雙機熱備，冗余，安全PLC等模塊研發(fā)
無限擴展
■ gLink-II 千兆等環(huán)網(wǎng)
● 實現(xiàn)12軸 一 48軸硬實時高速運動控制， 控制周期250us 一 1ms
● 支持點位、Jog、電子齒輪、電子凸輪、4軸直線插補、2D/3D圓弧插補、螺旋線插補、刀向跟隨、速度前瞻等運動控制功能
● 強大的I/O擴展功能，支持2048個I/O點
● 支持主站間高速數(shù)據(jù)同步，熱備，控制器冗余
■ Super-EtherCAT
● 實現(xiàn)64軸硬實時高速運動控制，控制周期1ms
● 支持點位、Jog、電子齒輪、電子凸輪、4軸直線插補、2D/3D圓弧插補、螺旋線插補、刀向跟隨、速度前瞻等運動控制功能
● 強大的I/O擴展功能，支持65535個I/O點
● 內(nèi)置UPS，可支持掉電保存數(shù)據(jù)
If the linkage to engine is correctly adjusted, the engine will shut down.efer to Figure 3-1 with the text to better understand the operation of the UG Lever governor. This schematic diagram is of a basic design and does not include any auxiliary equipment. This description is based on speed changes resulting from load changes. However, the same sequence of governor movements would occur if the governor speed setting were changed by repositioning the speed control linkage. Decrease in Load Assume the prime mover is running on-speed. The flyweights are in a vertical position for normal steady-state operation. The control land of the pilot valve plunger (14) is centered over the control port of the rotating bushing (5304-MBP-PDPM). This stops the flow of pressure oil through the bushing (15) control port. As a result, there is no movement of the power piston (7) and no movement of the governor output shaft (6).
The speed droop assembly (Figure 3-2) consists of a speed droop lever assembly, a speed droop cam, and a speed droop link assembly which, when set, changes the compression of the speed setting spring as the governor output shaft rotates. For illustrated parts and part reference numbers of the optional speed droop assembly, see Figure 6-1.If it is desired that the engine be shut down from the throttle position, the UG Lever governor can be equipped with a shutdown rod (Figure 3-3) operating as follows: When the throttle is moved toward the shutdown position, the speeder plug rises, contacting the nut on the shutdown rod. Further movement lifts the shutdown rod, lifting speeder rod and inner end of floating lever, thus raising the pilot valve plunger and uncovering the control port in the pilot valve bushing. This permits oil under the power piston to flow to sump. Oil pressure on top of the power cylinder forces the power piston down to the zero fuel position.
Infinite expansion
GLink-II Gigabit Ring Network
Implement 12 axis to 48 axis hard real-time high-speed motion control, with a control cycle of 250us to 1ms
● Supports motion control functions such as point positioning, Jog, electronic gears, electronic cams, 4-axis linear interpolation, 2D/3D arc interpolation, spiral interpolation, tool direction following, and speed foresight
Powerful I/O expansion function, supporting 2048 I/O points
● Support high-speed data synchronization between main stations, hot standby, and controller redundancy
Super EtherCAT
Implement 64 axis hard real-time high-speed motion control with a control cycle of 1ms
● Supports motion control functions such as point positioning, Jog, electronic gears, electronic cams, 4-axis linear interpolation, 2D/3D arc interpolation, spiral interpolation, tool direction following, and speed foresight
Powerful I/O expansion function, supporting 65535 I/O points
● Built in UPS that supports power-off to save data