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8 4 analog outputs 0 v (12 bits) - epm-s501, 4 analog outputs 0 v (12 bits) − epm−s501, Canopen communication – Lenze I/O system 1000 System Manual User Manual

Page 295

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CANopen communication

Setting the parameters of analog I/O

4 analog outputs 0 ... 10 V (12 bits) − EPM−S501

8

l

295

EDSIO1000 EN 7.0

8.8.8

4 analog outputs 0 ... 10 V (12 bits) − EPM−S501

Parameter data

Index/sub
index

Name

Description/value

Lenze

0x3100/x Reserved

0

0x3101/x Short−circuit

detection

Bit 0: Channel 1 (0 = deactivated; 1 = activated)
Bit 1: Channel 2
Bit 2: Channel 3
Bit 3: Channel 4
Bits 4 ... 7: Reserved

00

h

0x3102/x Function channel 1

16 (10

h

): 0 ... 10 V / 0 ... 27648

dec

32 (20

h

): 0 ... 10 V / 0 ... 16384

dec

255 (FF

h

): channel deactivated

10

h

0x3103/x Function channel 2

10

h

0x3104/x Function channel 3

10

h

0x3105/x Function channel 4

10

h

0x3106/x Reserved

0

...

...

...

0x311D/x Reserved

0

With the formulas listed in the following you can convert a digital value into an analog
output value and vice versa.

Output area

Voltage (U)

Decimal (D)

Hex

Range

Conversion

(Fct. no.)

[V]

0 ... 10 V

(10

h

)

11.76

32511

7EFF

Overflow

U = D * 10 / 27648
D = 27648 * U / 10

10

27648

6C00

Nominal range

5

13824

3600

0

0

0000

Not possible, is limited to 0 V

Underflow

0 ... 10 V

(20

h

)

12.5

20480

5000

Overflow

U = D * 10 / 16384
D = 16384 * U / 10

10

16384

4000

Nominal range

5

8192

2000

0

0

0000

Not possible, is limited to 0 V

Underflow