RE_240-1CA20

Chapter 3 Deployment Manual VIPA System 200V

3-2 HB97E - CP - RE_240-1CA20 - Rev. 12/42

Fast introduction

The address allocation and he parameterization of the CP 240 happens by

means of the Siemens SIMATIC Manager in form of a virtual PROFIBUS

system. For this the inclusion of the VIPA_21x.gsd (V. 1.67 or higher) is

required.

For the communication between your CPU and the CP 240 there are

handling blocks available, collected in form a library that you may include

into your Siemens SIMATIC Manager.

• Start the Siemens SIMATIC Manager with a new project.

• Include the VIPA_21x.gsd. For this, use a GSD version V. 1.67 or

higher.

• Include the block library by extracting Vipa_Bibliothek_Vxxx.zip and de-

archiving VIPA.ZIP.

• Open the library and transfer the corresponding FCs into your project.

Please follow for the hardware configuration the steps described in the

manual HB97 - CPU:

• Configure a PROFIBUS-DP master system with the Siemens CPU 315-

2DP (6ES7 315-2AF03 V1.2) and create a PROFIBUS subnet.

• Add to the master system the slave system "VIPA_CPU21x" from the

hardware catalog. This is listed in the hardware catalog under

PROFIBUS-DP > Additional field devices > I/O > VIPA_System_200V.

• Assign the address 1 to the slave system. With this, the VIPA CPU

identifies the system as central periphery system.

• Within this slave system, you place your modules in the plugged

sequence. Start with the CPU at the first plug-in location.

• Then include your System 200V modules and at the correct place the

CP 240.

• If necessary parameterize your CP 240.

For the parameterization you may send 16Byte parameter data to the CP

that are differently assigned depending on the chosen protocol.

The parameterization happens via the hardware configuration in the

Siemens SIMATIC Manager by including a protocol specific CP 240.

After the inclusion of the GSD the CP 240 is available with the following

protocols:

• ASCII

• STX/ETX

• 3964(R) and RK512

• Modbus (master, slave)

Overview

Approach

Preparation

Hardware

configuration

Parameters

Protocols