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R32ENCPU Programmable logic controller CPU

MITSUBISHI R32ENCPU Manual And Instructions
R32ENCPU datasheetPDF datasheet

MITSUBISHI R32ENCPU Product information and technical parameters:
Name: Programmable logic controller CPU
Model: R32ENCPU
Operation control mode: stored procedure repeated operation.
Built in IE CC-Link.
Input / output points: 4096 points.
Program capacity: 320K.
Program capacity of up to 1200K.
Multi CPU system for high precision motion control.
The built-in CPU module support 2 Gigabit Network port.
Database functions to facilitate data management.
Extended SRAM card with built-in security function.
Can be carried out a variety of motion control (position, speed, torque, advanced synchronous control, etc.).
In line with the international safety standards (13849-1 PL e ISO, IEC 61508 SIL 3) security CPU.
The most suitable for C/C++ language programming from the computer / computer environment for transplantation.
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.

DC input, transistor (source) output.
Channel number: 2CH.
External wiring connection mode: 40 pin connector
Count input signal: there
Single phase input (single frequency / double frequency)
Dual phase input (single frequency and double frequency /4)
CW/CCW input: there
The signal level (phi A, Phi B): 2 ~ 5mA DC5/12/24V R32ENCPU.
Pulse measurement function can be measured by measuring the pulse ON/OFF time and cycle, the length and speed of the workpiece R32ENCPU
For example, in the production of food, beverages, the use of proximity sensors to measure the size and speed of the bottle on the conveyor. The input and output module installation number: 8.
Can install module: MELSEC-Q series module.
DIN guide rail mounting adapter type: Q6DIN1 R32ENCPU.
Size (H) * (44.1mm) * (W) * (D): * 328mm * 98mm.
Substrate module for mounting various modules of MELSEC-Q series.
Extended use of Q series expansion substrates in the following extensions. "Output points: 16 points.
Output form: Transistor (drain type) output.
Rated open and close voltage, current: -.
Rated load voltage: DC12 ~ 24V.
Max load current: 0.5A/ point R32ENCPU.
Response time: 1ms.
Common way: 16 point / public end.
Protection function (overload, overheat).
External wiring connection mode: 18 point screw terminal.
Output module with mechanical relay contact mechanism,
Including the load voltage range of the relay and can be used for the output of the DC12~24V load transistor output type.
According to the load voltage, the output points of different, choose the most suitable user needs of the module.
Preventive maintenance based on the life of relay contact.
Relay output module can accumulate the number of ON of each output point.
Through the understanding of the relay contacts of the number of times, according to the relay life of preventive maintenance. "Database sharing.
FA integration solution "e-F@ctory" to achieve development, production, and maintenance of the various stages of the "TCO reduction" as the primary goal,
Effectively utilize advanced technology, optimize the environment of the factory, and explore the future of manufacturing industry.
As the core component of the "e-F@ctory" information sharing products, MES interface through the shared control system and IT system database,
Achieve production efficiency, product quality improvement.
The information collected from the production site is sent directly to the database.
Conditions can monitor the event data in the MES interface side, in the conditions established, send to the database information of work performance data of IT system.
In addition, the MES interface can be used to read data from the database, such as job instructions.
System construction costs reduced by 65%.
Through the use of MES interface, can be directly connected to the programmablee controller and database, simplifying the system structure R32ENCPU.
In addition, there is no need to use the gateway computer and the program at the time of connection, so compared with the past,
When the system is constructed, the work time and tthe time limit for a project are reduced R32ENCPU. And, by using the high reliability of MES interface,
Can reduce the computer maintenance, maintenance costs. "

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