DOCA0355EN-00

User Defined Bitwise Status Words

Description

Two configurable status word data addresses (address: 0x16F3 and 0x16F4) are available. All the bitwise parameters (mapped in register 1 to register 704) can be configured in status words.

To configure the bit information of status words, use following registers.

Address

Register

RW

Function code

Description

0x2616–0x2625

9751–9766

RW

0x03,0x06,0x10

Bitwise status word 1 configuration

0x2626–0x2635

9767–9782

RW

0x03,0x06,0x10

Bitwise status word 2 configuration

NOTE: The order and the description of the settings for status word 1 configuration is valid for status word 2 configuration.

Status Word 1 Configuration

Address

Register

No.

Function code

RW

X

Unit

Type

Range

Default value

Svd

Description

0x2616

9751

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 0 configuration

0x2617

9752

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 1 configuration

0x2618

9753

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 2 configuration

0x2619

9754

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 3 configuration

0x261A

9755

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 4 configuration

0x261B

9756

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 5 configuration

0x261C

9757

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 6 configuration

0x261D

9758

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 7 configuration

0x261E

9759

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 8 configuration

0x261F

9760

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 9 configuration

0x2620

9761

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 10 configuration

0x2621

9762

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 11 configuration

0x2622

9763

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 12 configuration

0x2623

9764

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 13 configuration

0x2624

9765

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 14 configuration

0x2625

9766

1

0x03,
0x06,
0x10

RW

1

UINT16

  • 0: None

  • 1-704: Selectable register address from Status sheet

0

Y

Bit 15 configuration

Examples

The following table gives an example of user defined bitwise status word 1 to access non-continuous bitwise registers:

Address

Register

Register Value (user map address to be configured)

Description of user map address

0x2616

9751 227

Trip status

0x2617

9752 226

Alarm status

0x2618

9753 1

Digital input 1

0x2619

9754 2

Digital input 2

0x261A

9755 243

Motor run

0x261B

9756 244

Motor inhibit

0x261C

9757 241

Motor stop

  1. To get parameter:

    1. Trip status in Bit 0 of status word 1, configure the register 9751 with register value 227.

    2. Alarm status in Bit 1 of status word 1, configure the register 9752 with register value 226.

    3. Digital input 1 in Bit 2 of status word 1, configure the register 9753 with register value 1.

    4. Digital input 2 in Bit 3 of status word 1, configure the register 9754 with register value 2.

    5. Motor run in Bit 4 of status word 1, configure the register 9755 with register value 243.

    6. Motor inhibit in Bit 5 of status word 1, configure the register 9756 with register value 244.

    7. Motor stop in Bit 6 of status word 1, configure the register 9757 with register value 241.

  2. After configuration, monitor the respective bit parameters through the status word 1 register 5876 (addresses 0x16F3).

    With this configuration, non-continuous bitwise information is accessible with one single register 5876 (addresses 0x16F3).

    If the parameter value is 0, the respective bit value of the status word register is 0. If the parameter value is 1, the respective bit value of the status word register is 1.

    In Bit 0:

    • If the motor is tripped, the Bit 0 value is 1.

    • If the motor is not tripped, the Bit 0 value is 0.

    In Bit 1:

    • If the alarm status is ON, the Bit 1 value is 1.

    • If the alarm status is OFF, the Bit 1 value is 0.

    In Bit 2:

    • If the digital Input 1 status is ON, the Bit 2 value is 1.

    • If the digital Input 1 status is OFF, the Bit 2 value is 0.

    In Bit 3:

    • If the digital Input 2 status is ON, the Bit 3 value is 1.

    • If the digital Input 2 status is OFF, the Bit 3 value is 0.

    In Bit 4:

    • If the motor is in run state, the Bit 4 value is 1, or else the Bit 4 value is 0.

    In Bit 5:

    • If the motor inhibit status is ON, the Bit 5 value is 1.

    • If the motor inhibit status is OFF, the Bit 5 value is 0.

    In Bit 6:

    • If the motor is in stop state, the Bit 6 value is 1, or else the Bit 6 value is 0.

QR Code is a registered trademark of DENSO WAVE INCORPORATED in Japan and other countries.

Was this helpful?