Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

To start, a couple of words as to how Drive ES SIMATIC is integrated into the product environment.

Drive ES Basic

Drive ES PCS7

CFC V 5.1(Prerequisite for Drive ES Graphic)

Drive ESGraphic

Drive ES SIMATIC

Communications Engineering/commissioning

Product position:Drive ES SIMATIC is a function block library which supports you when establishing communications between the CPU and drives. The function blocks run on a SIMATIC-CPU.

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

SIMATIC

S7

Drive ES SIMATIC: The Drive ES SIMATIC blocks are configured on a PC and then downloaded into the CPU.

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

Drive ES SIMATIC:Blocks are provided for communication

functions. These blocks do not have to be developed or programmed - they only have to be parameterized. The following blocks are available:

SIMATIC

S7

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

SIMATIC

S7

Blocks: Cyclic data transferNon-cyclic parameter transferReading-out fault texts from drives (e.g. for OP display)Project examplesGenerator to easily expand the communicationsDownload from the CPU (when replacing drives)Converter from parameter set > DB (when replacing drive units)Converter for projects from older blocks into Drive ES SIMATIC format.Tested blocks are available in five languagesBlocks are multi-instance capableBlocks can also be configured with CFC

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

Using project examples: This is how you can use project examples to quickly establish communications between the CPU and your drives.

1. Own project NEW

2. Project example

SIMATIC

S7

Download into the

CPU

Copy

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATICExpanding project examples: You can simply expand the project example using the data block generator.

1. Own project NEW

SIMATIC

S7Download into CPU

Copy

3. Expand hardware

4. Start DB generator

5. Expand STEP7 program

2. Project example

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

2. Set the PROFIBUS

address at the new drive unit

Replacing drives: Here, you can see how the parameter set of the drive is downloaded from the CPU after a drive has been replaced.

SIEMENS

6SE7016-1EA30

WR 2,2 kW

Ooliver. 467321

SIMOVERT SC

SIMATIC

S7

1. Replace the defective drive unit

F 1

F 3

F 5

F 7

F 9

F 1 1

F 2

F 4

F 6

F 8

F 1 0

F 1 2

F 1 4 F 1 5 F 1 6 F 1 7 F 1 8 F 1 9 F 2 0

K 3 K 4 K 5 K 6 K 7 K 8

K 1 1 K 1 2 K 1 3 K 1 4 K 1 5 K 1 6

K 1 K 2

K 1 0K 9

0

2

5

8

3

6

9

.

1

4

7

+ /-+

-

*

/

A - Z

D E L

IN S

A C E GB D F H

I K M OJ L N P

Q S U WR T V X

Y : = (Z \ , )

T A B

A L T

CT R L

S H IF T

A -Z

K H

F13

PROCES S FIELD BUS

SIEMENS

6SE7016-1EA30

WR 2,2 kW

Ooliver. 467321

SIMOVERT SC

replace device

3. Download parameters after the drive has been replaced, e.g. activated

via OP

STEP7 program – download DBs into the

load memory

4. The download FB transfers all of the

parameters from the download DB(s)

Automation and Drives

Drive ESGuided Tour

Intern Edition 01/02

Drive ES SIMATIC

Replacing drives: Here, you can see how a parameter set in a data block is converted for “download from the CPU“.

Save the STEP7 program with generated DB in the

SIMATIC CPU

After start-up has been completed, upread the parameters from the

drive

F 1

F 3

F 5

F 7

F 9

F 1 1

F 2

F 4

F 6

F 8

F 1 0

F 1 2

F 1 4 F 1 5 F 1 6 F 1 7 F 1 8 F 1 9 F 2 0

K 3 K 4 K 5 K 6 K 7 K 8

K 1 1 K 1 2 K 1 3 K 1 4 K 1 5 K 1 6

K 1 K 2

K 1 0K 9

0

2

5

8

3

6

9

.

1

4

7

+ /-+

-

*

/

A - Z

D E LINS

A C E GB D F H

I K M OJ L N P

Q S U WR T V X

Y : = (Z \ , )

TAB

ALT

CTR L

S H IF T

A -Z

K H

F13

SIMATIC

S7