10 standardisation of setpoint/actual values – NORD Drivesystems BU0200 User Manual

Page 298

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9 Additional Information

BU 0200 GB-4411

Subject to technical alterations

297

9.10 Standardisation of setpoint/actual values

The following table contains details for the standardisation of typical setpoint and actual values. This
information relates to the parameters (P400), (P418), (P543), (P546), (P740) or (P741).

Name

Analog signal

Bus signal

Setpoint

{Function}

Value

range

Standardisation

Value

range

Max.

value

Type 100% =

-100% =

Standardisation

Limit

absolute

Setpoint frequency

{01}

0-10V

(10V=100%)

P104 … P105

(min - max)

±100%

16384

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

s

etpoint

[Hz]/P105

P105

Frequency

addition

{02}

0-10V

(10V=100%)

P410 … P411

(min - max)

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

s

etpoint

[Hz]/P411

P105

Frequency

subtraction

{03}

0-10V

(10V=100%)

P410 … P411

(min - max)

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

s

etpoint

[Hz]/P411

P105

Minimum

frequency

{04}

0-10V

(10V=100%)

50Hz*

U

AIN

(V)/10V

0…200% 32767 INT 4000

hex

16384

dec

/

50Hz*

Bus setpoint/4000

hex

P105

Maximum

frequency

{05}

0-10V

(10V=100%)

100Hz*

U

AIN

(V)/10V

0…200% 32767 INT 4000

hex

16384

dec

/

100Hz*

Bus setpoint/4000

hex

P105

Actual value

Process controller

{06}

0-10V

(10V=100%)

P105*

U

AIN

(V)/10V

±100%

16384

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

s

etpoint

[Hz]/P105

P105

Setpoint

Process controller

{07}

0-10V

(10V=100%)

P105*

U

AIN

(V)/10V

±100%

16384

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

s

etpoint

[Hz]/P105

P105

Torque current

limit

{11}, {12}

0-10V

(10V=100%)

P112*

U

AIN

(V)/10V

0…100% 16384 INT 4000

hex

16384

dec

/

4000

hex

* I[A]/P112

P112

Current limit

{13}, {14}

0-10V

(10V=100%)

P536*

U

AIN

(V)/10V

0…100% 16384 INT 4000

hex

16384

dec

/

4000

hex

* I[A]/P536

P536

Ramp time

{15}

0-10V

(10V=100%)

10s*

U

AIN

(V)/10V

0…200% 32767 INT 4000

hex

16384

dec

/

10s *

Bus setpoint/4000

hex

20s

Actual values

{Function}

Actual frequency

{01}

0-10V

(10V=100%)

P201*

U

AOut

(V)/10V

±100%

16384

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

f[Hz]/P201

Speed

{02}

0-10V

(10V=100%)

P202*

U

AOut

(V)/10V

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

n[rpm]/P202

Current

{03}

0-10V

(10V=100%)

P203*

U

AOut

(V)/10V

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

f[Hz]/P105

Torque current

{04}

0-10V

(10V=100%)

P112* 100/

√((P203)²+(P209)²)*

U

AOut

(V)/10V

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

*

I

q

[A]/(P112)*100/

√((P203)²+(P209)²)

Master value

setpoint frequency

{19} … {24}

0-10V

(10V=100%)

P105*

U

AOut

(V)/10V

±100%

16384

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

* f[Hz]/P105

Speed from

speed encoder

{22}

/

/

±200%

32767

INT 4000

hex

16384

dec

C000

hex

-

16385

dec

4000

hex

* n[rpm]/

P201 * (60/number
of pole pairs)

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