PRO1 02E Training Units

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Date: 14.10.2005 File: PRO1_02E.1 SIMATIC S7

SITRAINTraining for Automation and Industrial Solutions

Training Units and Addressing

Contents Page

Training Area Setup with S7-300 ... 2

Configuration of the S7-300 Training Unit ... 3

The Simulator ... 4

The Conveyor Model ... 5

Complete Symbol List (1) ... 6

Complete Symbol List (2) ... 7

If You Want to Know More ... 8

Training Area Setup with S7 - 400 ... 9

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Training Area Setup with S7 - 300

S7 - 300 Training Area The training area consists of the following components:

• An S7-300 programmable logic controller with the CPU 315-2 DP • Digital input and output modules, analog module

• Simulator with digital and analog sections • Conveyor model

• ET 200S distributed peripheral

• MM420 Micromaster with PROFIBUS module • TP170B Touchpanel

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Configuration of the S7 - 300 Training Unit

PS 1 CPU 2 DI 32 4 0 DO 32 5 4 DI8/DO8 6 8 AI 2 7 304 Module --> Slot No. --> I/O Address --> (32-channel I/O modules)

Configuration The programmable controller is configured with the following modules: Slot 1: Power Supply 24V/5A

Slot 2: CPU 315-2 DP

Slot 4: Digital input 32x24V Inputs from the simulator and thumbwheel buttons Slot 5: Digital output 32x24V/0.5A Outputs from the simulator

and digital display Slot 6: Digital input and output Conveyor model

module 8X24V/ 8x24V 0.5A

Slot 7: Analog input 2 AI Analog section from the simulator

Addresses For the training unit with the CPU 315-2DP and for the S7-400 training unit, you can set the starting addresses of the modules by parameter assignment

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The Simulator

V

0 8 1 5

AI1 AI2 AO1 AO2 AI2 AI1 -15V...+15V -15V...+15V AI1 AI2 AO1 AO2 V DI DO .0 .1 .2 .3 .4 .5 .6 .7 .0 .1 .2 .3 .4 .5 .6 .7 .0 .1 .2 .3 .4 .5 .6 .7 .0 .1 .2 .3 .4 .5 .6 .7 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Switches / Pushbuttons

LEDs Thumbwheel Buttons

Digital Display

Potentiometers for setting the analog vales

Design Two cables connect the simulator to the S7-300™ or S7-400™ training unit. The simulator is divided into the following three sections:

• Binary section with 16 switches / pushbuttons and 16 LEDs

• Digital section with 4 thumbwheel buttons and a digital display. The thumbwheel and digital (BCD) display use BCD values,

• Analog section with a voltmeter for displaying the values at analog channels 0 and 1 or the analog outputs 0 and 1. You use the selector switch to choose the voltage value you want to monitor. There are two separate

potentiometers for setting the values for the analog inputs.

Addressing You use the following addresses to address the inputs and outputs in your user program :

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The Conveyor Model

LB1 I8.0 BAY_1 I 8.5 BAY_2 I 8.6 BAY_3 I 8.7 K_RT (Q 8.5) K_LT (Q 8.6) L_Bay_2 Q 8.2 T_Bay_2 I 8.2 L_Bay_1 Q 8.1 T_Bay_1 I 8.1 L_Bay_3 Q 8.3 T_Bay_3 I 8.3 L_FinalAssy Q 8.4 T_FinalAssy I 8.4 Horn Q 8.7

Design The slide shows a diagram of the conveyor model with its sensors and actuators.

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If You Want to Know More

Note The following pages contain either further information or are for reference to complete a topic.

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Training Area Setup with S7- 400

Contents of the The training area consists of the following components:

Training Area • An S7-400 programmable logic controller with a CPU 412 or CPU 413-2 DP) • Digital input and output modules, analog module

• Simulator with digital and analog section • Conveyor model

• ET 200S distributed peripheral

• MM420 Micromaster with PROFIBUS module • TP170B Touchpanel

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Configuration of the S7-400 Training Unit

PS Default Address: CPU DI 32 28 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Slot No. DI 32 32 DO 32 36 DO 32 40 AI 8 1216

Design You can see the design of the S7-400 training unit in the slide above.

Configuration The UR 1 rack is configured with the following modules: Slot 1: Power Supply 24V and 5V/20A

Slot 2: " -Slot 3: "

-Slot 4: CPU 412 or other

Slot 5: vacant (when the CPU only has a single width) Slot 6: vacant

Slot 7: vacant

Slot 8: Digital input 32x24V (from simulator) Slot 9: Digital input 32x24V (from conveyor model) Slot 10: Digital output 32x24V 0.5A (to simulator)

Slot 11: Digital output 32x24V 0.5A (to conveyor model)

Slot 12: Analog input 8x13 Bit (from potentiometer on simulator) Slot 13: vacant