6 appendix, 1 signal functions for analog inputs epm-t310, Signal functions for analog inputs epm−t310 – Lenze DDS Function library IOSystem User Manual

Page 71: Function library lenzeiosystem.lib, 6appendix, Appendix, 1 signal functions for analog inputs epm−t310

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Function library LenzeIOSystem.lib

Appendix

6.1

Signal functions for analog inputs EPM−T310

6−1

L

LenzeIOSystem.lib EN 1.7

6

Appendix

6.1

Signal functions for analog inputs EPM−T310

Parameter
bytes 2/3/4/5

Signal function

Signal range

Format

Tolerance

1)

00

h

Parameter data in module not overwritten

01

h

Temperature measuring
with two−wire connection
(complement on two)

with PT100

−200.0

{0.1 °C}

+850.0

A

±1 °C

2)

02

h

with PT1000 −200.0

{0.1 °C}

+500.0

±1 °C

2)

03

h

with NI100

−50.0

{0.1 °C}

+250.0

±1 °C

2)

04

h

with NI1000

−50.0

{0.1 °C}

+250.0

±1 °C

2)

05

h

Resistance measuring with
two−wire connection

at 60

W

0
0

{0.01

W}

{1 dec}

+60.00

32767

A

±0.2 % of limit value

2)

05

h

at 600

W

0
0

{0.01

W}

{1 dec}

+600.00

32767

±0.2 % of limit value

2)

07

h

at 3000

W

0
0

{0.01

W}

{1 dec}

+3000.00

32767

±0.2 % of limit value

2)

08

h

at 6000

W

0
0

{0.01

W}

{1 dec}

+6000.00

32767

±0.2 % of limit value

2)

09

h

Temperature measuring
with four−wire connection
(complement on two)

with PT100

−200.0

{0.1 °C}

+850.0

A

±0.5 °C

0A

h

with PT1000 −200.0

{0.1 °C}

+500.0

±0.5 °C

0B

h

with NI100

−50.0

{0.1 °C}

+250.0

±0.5 °C

0C

h

with NI1000

−50.0

{0.1 °C}

+250.0

±0.5 °C

0D

h

Resistance measuring with
two−wire connection

at 60

W

0

{0.01

W}

+60.00

A

±0.1 % of limit value

0E

h

at 600

W

0

{0.01

W}

+600.00

±0.05 % of limit value

0F

h

at 3000

W

0

{0.01

W}

+3000.00

±0.05 % of limit value

10

h

Temperature measuring
with thermocouple and
external compensation

3)

(complement on two)

with type J

−210.0

{0.1 °C}

+850.0

A

±1 °C

11

h

with type K

−270.0

{0.1 °C}

+1200.0

±1.5 °C

12

h

with type N

−200.0

{0.1 °C}

+1300.0

±1.5 °C

13

h

with type R

−50.0

{0.1 °C}

+1760.0

±4 °C

14

h

with type T

−270.0

{0.1 °C}

+400.0

±1.5 °C

15

h

with type S

−50.0

{0.1 °C}

+1760.0

±5 °C

18

h

Temperature measuring
with thermocouple and
internal compensation

4)

(complement on two)

with type J

−210.0

{0.1 °C}

+850.0

A

±1.5 °C

19

h

with type K

−270.0

{0.1 °C}

+1200.0

±2 °C

1A

h

with type N

−200.0

{0.1 °C}

+1300.0

±2 °C

1B

h

with type R

−50.0

{0.1 °C}

+1760.0

±5 °C

1C

h

with type T

−270.0

{0.1 °C}

+400.0

±2 °C

1D

h

with type S

−50.0

{0.1 °C}

+1760.0

±5 °C

27

h

Voltage measuring
(complement on two)

0 ... 50 mV

0
0

{0.01 mV}

{1 dec}

+50.00

27648

A

±0.1 % of limit value

Lower range limit:

Upper range limit:

+59.25 mV

32767 dec

29

h

Voltage measuring
(complement on two)

±4 V

−4.00
−27648

{0.01 V}

{1 dec}

+4.00 V

27648 dec

A

±0.05 % of limit value

Lower range limit:

−4.74 V

−32767 dec

Upper range limit:

+4.74 V

32767 dec

2A

h

Voltage measuring
(complement on two)

±400 mV

−400
−27648

{1 mV}

{1 dec}

+400

27648

A

±0.1 % of limit value

Lower range limit:

−474 mV

−32767 dec

Upper range limit:

+474 mV

32767 dec

3B

h

Voltage measuring
(complement on two)

±10 V

−10.00
−16384

{0.01 V}

{1 dec}

+10.00

16384

B

±0.2 % of limit value

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