Register overview

The registers are used to parameterize the DC motor output stages. They can be read or written via the register communication and there is one instance for each terminal channel.

Register no.

Comment

Default value

R/W

Memory

R0

Status word

0x0000

0dez

R

RAM

R1

Selection for measured value 1 (low byte) and measured value 2 (high byte)

Channel 1

0x0602

1538dec

R/W

RAM

Channel 2

0x0703

1795dez

R/W

RAM

R2

Measured value 1

e.g. 0x0000

e.g. 0dec

R

RAM

R3

Measured value 2

e.g. 0x0000

e.g. 0dec

R

RAM

R4*

Register page selection

0x0000

0dec

R/W

RAM

R5

Counter specification register

0x0000

0dec

R/W

RAM

R6

Status byte

e.g. 0x0010

e.g. 16dec

R

RAM

R7

Command register

0x0000

0dec

R/W

RAM

R8

Terminal type

KL2532/KS2532

0x09E4

2532dec

R

ROM

KL2552/KS2552

0x09F8

2552dec

R9

Firmware version

e.g. 0x3141

e.g. 1AASCII

R

ROM

R10

Multiplex shift register

0x0130

304dec

R

ROM

R11

Signal channels

0x0218

536dec

R

ROM

R12

Minimum data length

0x1818

6168dec

R

ROM

R13

Data structure

0x0004

4dec

R

ROM

R14

reserved

-

-

-

-

R15

Alignment register

e.g. 0x7F80

e.g. 32640dec

R/W

RAM

R16

Hardware version number

e.g. 0x0000

e.g. 0dec

R/W

EEPROM

R17

DC link frequency

e.g. 0x7D00

e.g. 32000dec

R

EEPROM

R18

PWM dead time

KL2532/KS2532

e.g. 0x0102

e.g. 258dec

R

EEPROM

KL2552/KS2552

e.g. 0x0604

e.g. 1540

R

EEPROM

R19

Duty cycle limit

e.g. 0x0004

e.g. 4dec

R

EEPROM

R20

Temperature thresholds

e.g. 0x5064

e.g. 20580dec

R

EEPROM

R21

Sample time of the A/D converter

e.g. 0x000A

e.g. 10dec

R

EEPROM

R22

reserved

-

-

-

-

...

...

...

...

...

...

R30

reserved

-

-

-

-

R31

Code word register

0x0000

0dec

R/W

RAM

*) Only the KL2552 supports these registers, not the KL2532

Register page 0

Register no.

Comment

Default value

R/W

Memory

R32

Feature register 1

0x0000

0dec

R/W

EEPROM

R33

Feature register 2

0x0000

0dec

R/W

EEPROM

R34

Maximum permanent motor coil current

KL2532/KS2532

0x09C4

2500dec

R/W

EEPROM

KL2552/KS2552

0x1F40

8000dec

R/W

EEPROM

R35

Rated current of the motor

KL2532/KS2532

0x05DC

1500dec

R/W

EEPROM

KL2552/KS2552

0x1388

5000dec

R/W

EEPROM

R36

Nominal voltage (supply voltage) of the motor

KL2532/KS2532

0x5DC0

24000dec

R/W

EEPROM

KL2552/KS2552

0xC350

50000dec

R/W

EEPROM

R37*

Kp factor (velocity controller)

0x0064

100dec

R/W

EEPROM

R38*

Ki factor (velocity controller)

0x0000

0dec

R/W

EEPROM

R39*

Inner window of the I component (velocity controller)

0x0000

0dec

R/W

EEPROM

R40*

Outer window of the I component (velocity controller)

0x0000

0dec

R/W

EEPROM

R41

Reduced torque (coil current in positive direction of rotation)

KL2532/KS2532

0x05DC

1500dec

R/W

EEPROM

KL2552/KS2552

0x09C4

2500dec

R/W

EEPROM

R42*

Encoder increments

0x0000

0dec

R/W

EEPROM

R43*

Rated motor speed at rated voltage

0x0000

0dec

R/W

EEPROM

R44

Internal resistance of the motor

0x0000

0dec

R/W

EEPROM

R45

Threshold for automatic torque reduction (in positive direction of rotation)

0x0064

100dec

R/W

EEPROM

R46

Time for current reduction on overload

0x07D0

2000dec

R/W

EEPROM

R47

Time for shutdown on overload

0x00C8

200dec

R/W

EEPROM

R48

Threshold for automatic torque reduction (in negative direction of rotation)

0x0064

100dec

R/W

EEPROM

R49

Reduced torque (coil current in negative direction of rotation)

KL2532/KS2532

0x05DC

1500dec

R/W

EEPROM

KL2552/KS2552

0x09C4

2500dec

R/W

EEPROM

R50*

Kp factor (current controller)

0x0190

400dec

R/W

EEPROM

R51*

Ki factor (current controller)

0x0004

4dec

R/W

EEPROM

R52

Inner window of the I component (current controller)

0x0000

0dec

R/W

EEPROM

R53

Outer window of the I component (current controller)

0x0000

0dec

R/W

EEPROM

R54*

Ka factor (velocity controller)

0x0000

0dec

R/W

EEPROM

R55*

Kd factor (velocity controller)

0x0000

0dec

R/W

EEPROM

R56

reserved

-

-

-

-

R63

reserved

-

-

-

-

*) Only the KL2552 supports these registers, not the KL2532

Register page 1 (only KL2552, from firmware version 1M)

(see also selection for measured value 1 and measured value 2)

Register no.

Comment

Default value

R/W

Memory

R32

Status word channel 1

0x0000

0dec

R

RAM

R33

Status word channel 2

0x0000

0dec

R

RAM

R34

Voltage of motor coil channel 1 (unit: 1 mV)

0x0000

0dec

R

RAM

R35

Voltage of motor coil channel 2 (unit: 1 mV)

0x0000

0dec

R

RAM

R36

Motor supply voltage (unit: 1 mV)

0x0000

0dec

R

RAM

R37

Control voltage (power contacts)(unit: 1 mV)

0x0000

0dec

R

RAM

R38

Current of motor coil channel 1 (unit: 1 mA)

0x0000

0dec

R

RAM

R39

Current of motor coil channel 2 (unit: 1 mA)

0x0000

0dec

R

RAM

R40

Internal temperature of the driver stage (unit: 1 °C)

0x0000

0dec

R

RAM

R41

Duty cycle channel 1 (unit: 1 %)

0x0000

0dec

R

RAM

R42

Duty cycle channel 2 (unit: 1 %)

0x0000

0dec

R

RAM

R43

Control error channel 1 (unit: 1 digit)

0x0000

0dec

R

RAM

R44

Control error channel 2 (unit: 1 digit)

0x0000

0dec

R

RAM

R45

Current limit channel 1 (unit: 1 mA)

0x0000

0dec

R

RAM

R46

Current limit channel 2 (unit: 1 mA)

0x0000

0dec

R

RAM

R47

Current of motor coil channel 1 (amount), (unit: 1 mA)

0x0000

0dec

R

RAM

R48

Current of motor coil channel 2 (amount), (unit: 1 mA)

0x0000

0dec

R

RAM

R49

Current of motor coil channel 1 (mean amount), (unit: 1 mA)

0x0000

0dec

R

RAM

R50

Current of motor coil channel 2 (mean amount), (unit: 1 mA)

0x0000

0dec

R

RAM

R51

Current offset of motor coil channel 1 (synchronization), (unit: 1 digit)

0x0000

0dec

R

RAM

R52

Current offset of motor coil channel 2 (synchronization), (unit: 1 digit)

0x0000

0dec

R

RAM

R53

Duration of overload channel 1 (unit: 1 ms)

0x0000

0dec

R

RAM

R54

Duration of overload channel 2 (unit: 1 ms)

0x0000

0dec

R

RAM

R55

Reserved

-

-

-

-

R62

reserved

-

-

-

-

R63

Firmware version of the driver card

-

-

-

ROM