ABB Procontic T200 General System Description

The T200 is a powerful and versatile system from ABB's Procontic series, designed to provide efficient and reliable automation solutions for industrial processes. With its advanced features, the T200 ensures precise control, allowing for seamless integration into various applications across multiple industries.

The T200 system offers a high degree of flexibility, capable of supporting a wide range of control tasks. Its modular design enables easy customization to meet the specific needs of each application, while its robust architecture ensures stable performance under demanding conditions. The T200 provides exceptional processing speed and accuracy, making it ideal for complex automation environments.

With its easy-to-use interface and scalable nature, the T200 system simplifies operation and maintenance, improving overall system efficiency. By incorporating the T200, industries can achieve optimized performance, reduced downtime, and enhanced productivity. Whether used in process control, monitoring, or automation, the T200 delivers a reliable and cost-effective solution for businesses looking to enhance their operational capabilities.Configuring your application the following table can help you to take an overview of the total requirement as well as to prepare an order list.

You find more detailed information about the assort- ment on the following pages.

Configuring Table (see next page) 

Explanations for Using of the Table

1. Make copies of the configuring table.

2. Take the first configuring sheet and fill in all mod- ules and units (accept central units and coupler) used in your application (quantity and type).

3. Enter the occupied l/O points in column "E I/O points" and sum them up below. This helps you to select the appropriate central unit(s).

4. Decide depending on type and quantity of modules and units whether a basic subrack is sufficient or a central or remote 1/O expansion is required or several central stations connected via bus system are necessary.

5. Create the total configuration， select central unit(s)，coupler and communication units as well as quantity and type of subracks.

6. Use for each subrack a separate configuring table. Enter all modules and units into both the drawing(s) of the subrack and the table(s) 

7. In each table:

Fill in the current consumptionsof 5 V and 24 V and sum them up. Depending on the total current consumption select the appropriate power supply unit.

07 EA 66 R1 GJV3074354R1,07 EA 67 R1 GJV3074358R1,07 ZG 60 A1 GJV3074356R1,07 E60 R1 GJV3074357R1 ,07 AB 60 R1 GJV3074360R1