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SIEMENS CPU312C 1P 6ES7 312-5BD01-0AB0

SIEMENS CPU312C 1P 6ES7 312-5BD01-0AB0
SIEMENS
CPU312C
1P 6ES7 312-5BD01-0AB0
SIMATIC
S7-300
312-5BD01-0AB0
SIMATIC S7
S C-T3C61137
INPUT DC 24V
TA: 0ºC…+60ºC
E-STAND: 2
II 3 G EEx NA II T4
KEMA 02 ATEX 1096X
0.5A RES 
MADE IN GERMANY
WEIGHT : 540 GM
CONDITION : NEW 1 PCS
REF NO : 9198 D

Siemens CPU 312C core:

Siemens CPU 312C is the compact powerful control unit from the series SIMATIC S7-300. Designed especially for small or medium automation jobs, it does not let this robust controller run out of capability in complex procedures. It comprises the following:

High-speed integrated processing: With its fast commands, this type of CPU will ensure swift and real-time processes.

Memory Capacity: It is provided with considerable built-in memory, which enables the storage of large programs and data, a requirement for complex automation tasks.

Modularity: The CPU 312C is highly flexible with expandable modules, which can accommodate different input and output modules according to the needs.

Communication: It has a PROFIBUS DP interface as standard, which enables easy communication in a distributed control system.

Applications in Industrial Automation:

Siemens CPU 312C is versatile and can be applied in many fields such as:

Manufacturing: Precise automation of repetitive tasks from assembly line control to process adjustment.

Automotive: Improves the production lines with efficiency and safety, managing all operations from parts assembly to quality control.

Food and Beverage: Ensures stringent quality standards are met by controlling process variables like temperature and speed.

Pharmaceuticals: Manages sensitive production processes, ensuring compliance with health regulations through precise control.

Benefits of integrating Siemens CPU 312C into industrial environments include:

Improvement in Productivity: It minimizes manual intervention, thus making the process more efficient and hence increasing throughput.

High-Quality Products: Consistent and accurate control will lead to higher quality products with fewer defects.

Cost-Effective: Lower operational costs, as it minimizes waste and increases efficiency in the process.

Scalable: Easy integration with current systems and has potential for growing with company and technological capabilities.

 

 

 

 

 

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