Mitsubishi Electronics J71UC24 Length, SMn, TNn, CNn, SDn, Contacts Type Format, SMb, TSb, TCb

Models: J71UC24

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Series HMI Connection Manual

Definition of PLC Read/Write Address

a. Registers

Type

Format

Read/Write Range

Data

Note

Word No. (n)

Length

 

 

 

Input

Xn

X0 – X7FF

Word

3

Output

Yn

Y0 – X7FF

Word

3

Link Relay

Bn

B0 – BFFF

Word

3

Internal Relay

Mn

M0 – M8176

Word

3

Special Internal Relay

SMn

SM9000 – SM9240

Word

4

Latch Relay

Ln

L0 – L2032

Word

3

Annunciator

Fn

F0 – F2032

Word

3

Timer Value

TNn

TN0 – TN999

Word

 

Counter Value

CNn

CN0 – CN999

Word

 

Data Register

Dn

D0 – D8191

Word

 

Special Data Register

SDn

SD9000 – SD9255

Word

 

File Register

Rn

R0 – R8191

Word

 

Link Register

Wn

W0 - WFFF

Word

 

b. Contacts

 

 

 

 

Type

Format

Read/Write Range

 

Note

Bit No. (b)

 

 

 

 

 

Input

Xb

X0 – X7FF

 

 

Output

Yb

Y0 – Y7FF

 

 

Link Relay

Bb

B0 – BFFF

 

 

Internal Relay

Mb

M0 – M8191

 

 

Special Internal Relay

SMb

SM9000 – SM9255

 

 

Latch Relay

Lb

L0 – L2047

 

 

Annunciator

Fb

F0 – F2047

 

 

Timer Contact

TSb

TS0 – TS999

 

 

Timer Coil

TCb

TC0 – TC999

 

 

Counter Contact

CSb

CS0 – CS999

 

 

Counter Coil

CCb

CC0 – CC999

 

 

NOTE

1)a. The mode switch setting of AJ71UC24-R2 communication is 4 (Form 4), station number can only be 0.

V1.02 Revision November, 2011

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Mitsubishi Electronics J71UC24 manual Length, SMn, TNn, CNn, SDn, Contacts Type Format, SMb, TSb, TCb, CSb, CCb

J71UC24 specifications

Mitsubishi Electronics has been a pioneer in the field of automation and control systems, and one of their notable products is the J71UC24 module. This compact yet highly efficient communication processor is designed to enhance the functionality of Mitsubishi's PLC (Programmable Logic Controller) systems, specifically the MELSEC series.

The J71UC24 is primarily an Ethernet communication module that allows for seamless connectivity between PLCs and various other devices within industrial environments. With its ability to support high-speed communication, the J71UC24 significantly reduces the response time in automated systems, making it an ideal choice for real-time processing applications.

One of the main features of the J71UC24 is its compatibility with the Ethernet/IP protocol, which facilitates communication between multiple devices on a network. This ensures a standardized communication method, allowing different types of devices—such as sensors, actuators, and industrial computers—to effectively interact with one another. Its support for Modbus TCP further broadens its applicability, making it compatible with a wide range of automation equipment.

The J71UC24 is equipped with advanced functionalities, including built-in diagnostic tools that assist in troubleshooting and maintenance. These tools provide valuable insights into system performance and connectivity status, helping technicians quickly identify issues and minimize downtime. Additionally, the module supports multiple simultaneous connections, which enhances its scalability for larger systems.

From a technological perspective, the J71UC24 demonstrates Mitsubishi’s commitment to innovation. The module is designed with user-friendliness in mind, featuring easy integration into existing systems. Its compact form factor allows for space-saving installations, crucial in environments where real estate is limited.

Moreover, the J71UC24 is designed with durability and reliability in mind, featuring robust construction that withstands the harsh conditions often found in industrial settings. This ensures longevity and consistent performance, even in environments with high electromagnetic interference and temperature fluctuations.

In conclusion, the Mitsubishi J71UC24 communication processor stands out due to its comprehensive features, including high-speed Ethernet communication, compatibility with multiple protocols, built-in diagnostics, and enhanced scalability. Its user-centric design and resilience make it an invaluable component for modern automation systems, catering to the evolving demands of the industry.