NZ2MC-4MBS | MITSUBISHI Extended SRAM card NZ2MC-4MBS

10Mbps Max., master / local station, support Ver.2 CC-Link.
CC-Link is a bus (RS-485) - type open field network which can control and information processing at the same time.
Can be in the CC-Link and high-speed transmission of ON/OFF information from the station equipment, such as bit data, analog information, such as digital data MITSUBISHI NZ2MC-4MBS.
Connect all kinds of field equipment through CC-Link NZ2MC-4MBS
Can connect all kinds of support CC-Link field equipment, according to various control requirements to build the corresponding system.
Use remote device network mode, up to 64 remote equipment such as analog devices, etc.. Operation control mode: stored procedure repeated operation.
Input / output points: 4096 points MITSUBISHI NZ2MC-4MBS.
Program capacity: 320K.
As the core of the programmable controller control system, programmable controller CPU module has been equipped with a variety of functions,
Support multiple controls. Program capacity from the 40K step to the 1200K step, to select the most suitable system size of the CPU module.
And the CPU module can be directly connected to the industrial network, which can reduce the construction cost of the system MITSUBISHI NZ2MC-4MBS.
Standard interface.
The programmable controller CPU module has standard Ethernet port, USB port, SD card slot.
Ethernet port and USB port can be used to communicate with the corresponding peripheral devices,
SD memory card slot can be used to record data, databases and other data storage.
In addition, the expansion of the SRAM card can be used for the expansion of the capacity of the soft element / tag memory and used as a hardware security key. Operation control mode: stored procedure repeated operation.
Built in IE CC-Link.
Input / output points: 4096 points.
Program capacity: 40K.
Increase the speed of a constant cycle interrupt program.
Perform a minimum interval constant period interrupt program can be shortened to 50 s,
Programmable logic controller can read more high-speed signals.
In addition, the interrupt routine can be set priority, and the interrupt program with high priority is executed when the interrupt processing is interrupted.
Therefore, when the signal is read at a high speed, the program can read the signal from the constant cycle of the conventional input module +CPU module.
Soft element / label area for easy processing
The extended SRAM card is installed on the programmable controller CPU module,
Soft element / label storagge area with up to 5786K words NZ2MC-4MBS.
The expansion area is connected to the memory of the built-in CPU module,
The range of soft components / labels can be freely distributed.
Therefore, it can be easily programmed without taking into account the boundaries of each storage area NZ2MC-4MBS.
In addition, can also use the SD memory card processing records data, database data, such as large capacity data.