IO Module Registers

IO 1

0x35FF–0x3668

13824–13929

IO 2

0x41B7–0x4220

16824–16929

0x35FF–0x3600

13824–13825

–

–

–

–

Reserved

0x3601–0x3602

13826–13827

R

°C

FLOAT32

-50–250

Analog input sensor Pt100 temperature value (updated once every 1 s)

0x3603

13828

R

–

INT16U

0–1

Data quality of the analog input

• 0 = Valid

• 1 = Invalid

0x3604

13829

–

–

–

–

Reserved

0x3605–0x3608

13830–13833

R

–

DATETIME

–

Timestamp of the last change of +/- 1 °C of the analog data value

0x3609–0x360C

13834–13837

–

–

–

–

Reserved

0x360D–0x360E

13838–13839

R

°C

FLOAT32

-50–250

Analog input Pt100 maximum value

0x360F–0x3610

13840–13841

R

°C

FLOAT32

-50–250

Analog input Pt100 minimum value

0x3611–0x3614

13842–13845

R

–

DATETIME

–

Timestamp of minimum value of analog input value recorded

0x3615–0x3618

13846–13849

R

–

DATETIME

–

Timestamp of maximum value of analog input value recorded

0x3619–0x361C

13850–13853

R

–

DATETIME

–

Timestamp of last reset of min/max values of analog input value recorded

0x361D–0x361E

13854–13855

R

–

INT32U

0–65534

Switchboard temperature threshold 1 counter

This counter increments every time threshold 1 is exceeded.

0x361F–0x3620

13856–13857

R

–

INT32U

0–65534

Switchboard temperature threshold 2 counter

This counter increments every time threshold 2 is exceeded.

0x3621–0x3622

13858–13859

R

–

INT32U

0–65534

Switchboard temperature threshold 3 counter

This counter increments every time threshold 3 is exceeded.

0x3623–0x363A

13860–13883

R

–

OCTET STRING

–

Analog input identification coded over 45 ASCII characters⁽¹⁾

0x363B

13884

R

–

INT16U

0–2

Analog input type⁽¹⁾

• 0 = Analog input is not valid (factory setting)

• 1 = Not applicable

• 2 = Pt100

0x363C

13885

–

–

–

–

Reserved

0x363D–0x363E

13886–13887

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 1 pick-up value (Pt100) ⁽¹⁾

Factory setting = 50 °C

0x363F–0x3640

13888–13889

R

s

FLOAT32

1–3600

Switchboard temperature threshold 1 pick-up time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x3641–0x3642

13890–13891

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 1 drop-out value (Pt100)⁽¹⁾

Factory setting = 45 °C

0x3643–0x3644

13892–13893

R

s

FLOAT32

1–3600

Switchboard temperature threshold 1 drop-out time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x3645–0x3646

13894–13895

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 2 pick-up value (Pt100)⁽¹⁾

Factory setting = 60 °C

0x3647–0x3648

13896–13897

R

s

FLOAT32

1–3600

Switchboard temperature threshold 2 pick-up time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x3649–0x364A

13898–13899

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 2 drop-out value (Pt100)⁽¹⁾

Factory setting = 55 °C

0x364B–0x364C

13900–13901

R

s

FLOAT32

1–3600

Switchboard temperature threshold 2 drop-out time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x364D–0x364E

13902–13903

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 3 pick-up value (Pt100)⁽¹⁾

Factory setting = 70 °C

0x364F–0x3650

13904–13905

R

s

FLOAT32

1–3600

Switchboard temperature threshold 3 pick-up time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x3651–0x3652

13906–13907

R

°C

FLOAT32

-50–250

Switchboard temperature threshold 3 drop-out value (Pt100)⁽¹⁾

Factory setting = 65 °C

0x3653–0x3654

13908–13909

R

s

FLOAT32

1–3600

Switchboard temperature threshold 3 drop-out time delay (Pt100)⁽¹⁾

Factory setting = 10 s

0x3655–0x3656

13910–13911

R

Ω

FLOAT32

200–650

Motor temperature sensor fault threshold

0x3657–0x3668

13912–13929

–

–

–

–

Reserved

(1) Value set using the EcoStruxure Power Commission software.

IO 1

I1

0x3669–0x36B8

13930–14009

I2

0x36B9–0x3708

14010–14089

I3

0x3709–0x3758

14090–14169

I4

0x3759–0x37A8

14170–14249

I5

0x37A9–0x37F8

14250–14329

I6

0x37F9–0x3848

14330–14409

IO 2

I1

0x4221–0x4270

16930–17009

I2

0x4271–0x42C0

17010–17089

I3

0x42C1–0x4310

17090–17169

I4

0x4311–0x4360

17170–17249

I5

0x4361–0x43B0

17250–17329

I6

0x43B1–0x4400

17330–17409

0x3669

13930

R

–

INT16U

–

–

Quality of each bit of register 13931:

• 0 = Invalid

• 1 = Valid

0x366A

13931

R

–

INT16U

–

0

Digital input status:

• 0 = Off

• 1 = On

1

Digital input forced status:

• 0 = Unforced

• 1 = Forced

2–15

Reserved

0x366B–0x366E

13932–13935

R

–

DATETIME

–

–

Timestamp for the last input transition:

• Last rising edge if input is configured as NO (normally open contact)

• Last falling edge if input is configured as NC (normally closed contact)

Valid if input signal type is a normal digital input (not valid for pulse digital input).

0x366F–0x3670

13936–13937

–

–

–

–

–

Reserved

0x3671–0x3672

13938–13939

R

–

INT32U

0–4294967294

–

Input counter value

This counter increments for each rising edge of the input.

Valid if input signal type is normal digital input.

0x3673–0x3676

13940–13943

R

–

DATETIME

–

–

Timestamp for the last input change counter preset/reset

Valid if input signal type is normal digital input.

0x3677–0x3678

13944–13945

R

–

INT32U

0–4294967294

–

Number of pulses received

Valid if input signal type is pulse digital input.

0x3679–0x367C

13946–13949

R

–

INT64

–

–

Resettable value of consumption

Value = pulse weight x number of pulses received

Valid if input signal type is pulse digital input.

0x367D–0x3680

13950–13953

R

–

INT64

–

–

Accumulated non-resettable value of consumption

Valid if input signal type is pulse digital input.

0x3681–0x3684

13954–13957

R

–

DATETIME

–

–

Timestamp of last resettable consumption value reset

Valid if input signal type is pulse digital input.

0x3685–0x3686

13958–13959

R

W

FLOAT32

–

–

Power calculation

Valid if

• Input signal type is pulse digital input

• the pulse input is from Energy pulse counter

0x3687–0x369E

13960–13983

R

–

OCTET STRING

–

–

Digital input identification coded over 45 ASCII characters⁽¹⁾

0x369F–0x36A0

13984–13985

R

s

FLOAT32

0.003–1

–

Digital input 1 filter time

0x36A1

13986

R

–

INT16U

0–1

–

Input contact type⁽¹⁾

• 0 = NO (normally open contact, factory setting)

• 1 = NC (normally close contact)

0x36A2

13987

R

–

INT16U

0–1

–

Input signal type⁽¹⁾

• 0 = normal digital input (factory setting)

• 1 = pulse digital input

0x36A3

13988

R

–

INT16U

0–1

–

Pulse polarity⁽¹⁾

• 0 = low to high (factory setting)

• 1 = high to low

Valid if input signal type is pulse digital input.

0x36A4

13989

R

–

INT16U

1–4

–

Pulse unit⁽¹⁾

• 1 = Wh (Watt-hour, factory setting)

• 2 = VARh (Reactive Volt-Ampere hour)

• 3 = VAh (Volt-Ampere hour)

• 4 = m³ (cubic meters)

Valid if input signal type is pulse digital input.

0x36A5–0x36A6

13990–13991

R

–

FLOAT32

1–16777215

–

Pulse weight^{(1) (2)}

Valid if input signal type is pulse digital input.

Factory setting = 1.0

0x36A7–0x36A8

13992–13993

R

–

INT32U

1–4294967294

–

Input counter threshold value⁽¹⁾

Valid if input signal type is normal digital input.

Factory setting = 5000

0x36A9–0x36B8

13994–14009

–

–

–

–

–

Reserved

(1) Value set by using the EcoStruxure Power Commission software.

(2) Examples:

• If each incoming pulse represents 125 kWh, and since consumption data must be expressed in watt-hours, the consumption pulse weight is 125,000.

• If each incoming pulse represents 1 US gallon, and since consumption data must be expressed in cubic meters, the consumption pulse weight is 0.003785.

IO 1

O1

0x3849–0x3884

14410–14469

O2

0x3885–0x38C0

14470–14529

O3

0x38C1–0x38FC

14530–14589

IO 2

O1

0x4401–0x443C

17410–17469

O2

0x443D–0x4478

17470–17529

O3

0x4479–0x44B4

17530–17589

0x3849

14410

R

–

INT16U

–

–

Quality of each bit of register 14411:

• 0 = Invalid

• 1 = Valid

0x384A

14411

R-WC

–

INT16U

–

0

Reserved

1

Digital output status:

• 0 = OFF

• 1 = ON

R

2

Digital output forced status:

• 0 = Unforced

• 1 = Forced

3–15

Reserved

0x384B–0x384E

14412–14415

R

–

DATETIME

–

–

Timestamp for the last output transition:

• Last rising edge if output is configured as NO (normally open contact)

• Last falling edge if output is configured as NC (normally closed contact)

0x384F–0x3850

14416–14417

–

–

–

–

–

Reserved

0x3851–0x3852

14418–14419

R

–

INT32U

1-4294967294

–

Output counter

This counter increments for each rising edge of the output.

0x3853–0x3856

14420–14423

R

–

DATETIME

–

–

Timestamp of the last reset for the output counter

0x3857–0x386E

14424–14447

R

–

OCTET STRING

–

–

Digital output identification coded over 45 ASCII characters

0x386F

14448

R

–

INT16U

0–2

–

Output operating mode⁽¹⁾:

• 0 = Non-latching (factory setting)

• 1 = Latched

• 2 = Time delayed non-latching

0x3870

14449

R

s

INT16U

0–65534

–

On time for time delayed non-latching mode value⁽¹⁾

The time for the output to remain energized when the output is in time delayed non-latching mode

(Factory setting = 0)

0x3871

14450

R

–

INT16U

0–1

–

Output contact type⁽¹⁾:

• 0 = NO (normally open, factory setting)

• 1 = NC (normally close)

0x3872

14451

R

–

INT16U

0–2

–

Indicates On/Off state of the discrete output when any fall back condition occurs⁽¹⁾:

• 0 = OFF (factory setting)

• 1 = ON

• 2 = Freeze

0x3873–0x3874

14452–14453

R

–

INT32U

1-4294967294

–

Output counter threshold value⁽¹⁾

Factory setting = 5000

0x3875

14454

R-WC

–

INT16U

0–2

–

Simple command for output⁽¹⁾:

• 0 = No command

• 1 = OFF

• 2 = ON

Valid if simple commands are enabled⁽²⁾.

0x3876–0x3884

14455–14469

–

–

–

–

–

Reserved

(1) Value set using the EcoStruxure Power Commission software.

(2) Simple commands are enabled by factory setting. The simple commands can be disabled by using the command Enable/Disable commands.

IO 1

0x38FD–0x3902

14590–14595

IO 2

0x44B5–0x44BA

17590–17595

0x38FD

14590

R

–

INT16U

1–9

Application rotary switch current position:

• 1 = position 1

• 2 = position 2

• 3 = position 3

• 4 = position 4

• 5 = position 5

• 6 = position 6

• 7 = position 7

• 8 = position 8

• 9 = position 9

0x38FE

14591

R

–

INT16U

0–1

Remote setup padlock position:

• 0 = Unlock

• 1 = Lock

0x38FF

14592

R

–

INT16U

0–1

Dip switch1 position:

• 0 = IO 1

• 1 = IO 2

0x3900

14593

–

–

–

–

Reserved

0x3901

14594

R

–

INT16U

1–9

Last validated application set by the test button located on the front of the IO module:

• 1 = position 1

• 2 = position 2

• 3 = position 3

• 4 = position 4

• 5 = position 5

• 6 = position 6

• 7 = position 7

• 8 = position 8

• 9 = position 9

0x3902

14595

R

–

INT16U

1–9

Last validated application set by the EcoStruxure Power Commission software:

• 1 = position 1

• 2 = position 2

• 3 = position 3

• 4 = position 4

• 5 = position 5

• 6 = position 6

• 7 = position 7

• 8 = position 8

• 9 = position 9

0x3903–

0x3904

14596–

14597

–

–

–

–

Reserved

IO 1

0x3905–0x3908

14598–14601

IO 2

0x44BD–0x44C0

17598–17601

0x3905

14598

R

–

INT16U

–

–

Quality of each bit of register 14599:

• 0 = Invalid

• 1 = Valid

0x3906

14599

R

–

INT16U

–

–

Digital input status register:

• Input status = 0 when input is OFF

• Input status = 1 when input is ON

0

I1 status

1

I2 status

2

I3 status

3

I4 status

4

I5 status

5

I6 status

6–15

Reserved

0x3907

14600

R

–

INT16U

–

–

Quality of each bit of register 14601:

• 0 = Invalid

• 1 = Valid

0x3908

14601

R–WC

–

INT16U

–

–

Digital output status register:

• Output status = 0 when output is OFF

• Output status = 1 when output is ON

0

O1 status

1

O2 status

2

O3 status

3–15

Reserved

IO 1

0x392F–0x3982

14640–14723

IO 2

0x44E7–0x453A

17640–17723

0x3931–0x3948

14642–14665

R

–

OCTET STRING

–

IMU name = up to 45 ASCII characters ended by the NULL character 0x00

0x3949–0x3960

14666–14689

R

–

OCTET STRING

–

IMU location = up to 45 ASCII characters ended by the NULL character 0x00

0x3961–0x3966

14690–14695

R

–

OCTET STRING

–

Hardware revision

0x3967–0x396C

14696–14701

R

–

OCTET STRING

–

Firmware revision

0x396D–0x3970

14702–14705

R

–

DATETIME

–

Current date and time of the IO module in DATETIME format, set by using the EcoStruxure Power Commission software.

0x3971–0x397A

14706-14715

R

–

OCTET STRING

–

Serial number

0x3971

14706

R

–

OCTET STRING

–

‘PP’

0x3972

14707

R

–

OCTET STRING

‘05’–‘99’

‘YY’

0x3973

14708

R

–

OCTET STRING

‘01’–‘53’

‘WW’

0x3974

14709

R

–

OCTET STRING

‘10’–‘79’

‘Dn’

0x3975

14710

R

–

OCTET STRING

‘00’–‘99’

‘nn’

0x3976

14711

R

–

OCTET STRING

‘0’–‘9’

‘n’ (the NULL character ends the serial number)

0x397B–0x397E

14716–14719

R

–

DATETIME

–

Manufacturing date and time

0x392F

14640

R

–

INT16U

15150

Product identification = 15150 for the IO module

0x3930

14641

–

–

–

–

Reserved

0x397F–0x3982

14720–14723

R

–

OCTET STRING

–

Product code = ‘LV434063’

0x3D1C–0x3D3B

15645–15676

R–WC

–

OCTET STRING

–

User application name

0x3D3C–0x3D45

15677–15686

R

–

OCTET STRING

–

Vendor name = ‘Schneider Electric’

0x3D46–0x3D4D

15687–15694

R

–

OCTET STRING

–

Product range: ‘Enerlinx’

0x3D4E–0x3D5D

15695–15710

R

–

OCTET STRING

–

Device family: ‘IO device’

0x3D5E–0x3D65

15711–15718

R

–

OCTET STRING

–

Product model

IO 1

0x3989–0x39A6

14730–14759

IO 2

0x4541–0x455E

17730–17759

0x3989

14730

R

–

INT16U

–

–

Quality of each bit of register 14731:

• 0 = Invalid

• 1 = Valid

0x398A

14731

R

–

INT16U

–

–

IO module history format register

0

ULP format

1

TI086 format

2–15

Reserved

0x398B

14732

R

–

INT16U

–

–

Quality of each bit of register 14733:

• 0 = Invalid

• 1 = Valid

0x398C

14733

R

–

INT16U

–

–

IO module command type

Factory setting = 3, both write command mechanisms are enabled.

0

1 = Complex commands

1

1 = Simple commands

Simple commands can be disabled by sending a command

2–15

Reserved

0x398D–0x3992

14734–14739

–

–

–

–

–

Reserved

0x3993

14740

R

–

INT16U

–

–

Quality of each bit of register 14741:

• 0 = Invalid

• 1 = Valid

0x3994

14741

R

–

INT16U

–

–

IO module generic alarm 1 status register.

0

IO module in STOP mode: IO module is not working and must be replaced.

1

IO module in ERROR mode: IO module is working in degraded mode.

2

Threshold overrun on I1 counter

3

Threshold overrun on I2 counter

4

Threshold overrun on I3 counter

5

Threshold overrun on I4 counter

6

Threshold overrun on I5 counter

7

Threshold overrun on I6 counter

8

Threshold overrun on O1 counter

9

Threshold overrun on O2 counter

10

Threshold overrun on O3 counter

11

Switchboard temperature threshold 1 overrun

12

Switchboard temperature threshold 2 overrun

13

Switchboard temperature threshold 3 overrun

14–15

Reserved

0x3995

14742

R

–

INT16U

–

–

Quality of each bit of register 14743:

• 0 = Invalid

• 1 = Valid

0x3996

14743

R

–

INT16U

–

–

IO module generic alarm 2 status register.

0

User-defined input 1 alarm

1

User-defined input 2 alarm

2

User-defined input 3 alarm

3

User-defined input 4 alarm

4

User-defined input 5 alarm

5

User-defined input 6 alarm

6–15

Reserved

0x3997

14744

R

–

INT16U

–

–

Quality of each bit of register 14745:

• 0 = Invalid

• 1 = Valid

0x3998

14745

R

–

INT16U

–

–

Cradle management alarms register

0

Cradle position discrepancy

1

Disconnection of the circuit breaker from cradle is overdue.

2

Cradle has reached its maximum number of operation

3

Remaining service life of cradle is below alarm threshold

4

New MicroLogic control unit has been detected

5–7

Reserved

8

Drawer position discrepancy

9–15

Reserved

0x3999

14746

R

–

INT16U

–

–

Quality of each bit of register 14747:

• 0 = Invalid

• 1 = Valid

0x399A

14747

R

–

INT16U

–

–

IO motor alarms

0–15

Reserved

0x399B

14748

R

–

INT16U

–

–

Quality of each bit of register 14749:

• 0 = Invalid

• 1 = Valid

0x399C

14749

R

–

INT16U

–

–

Other application alarms register

0

Auxiliary contact of load contactor 1 is not closed.

1

Auxiliary contact of load contactor 1 is not opened.

2

3

Reserved

4–15

Reserved

0x399D

14750

R

–

INT16U

–

–

Quality of each bit of register 14751:

• 0 = Invalid

• 1 = Valid

0x399E

14751

R

–

INT16U

–

–

Predefined input alarms register

0

Earth-leakage trip signal contact (SDV)

1

Control voltage presence contact

2

Surge protection status contact

3

Surge failure contact

4

Switch-disconnector ON/OFF indication contact (OF)

5

Fuse blown indication contact

6

Emergency stop

7

Switchboard temperature contact

8

Switchboard ventilation contact

9

Switchboard door contact

10–15

Reserved

0x399F

14752

R

–

INT16U

–

–

Quality of each bit of register 14753:

• 0 = Invalid

• 1 = Valid

0x39A0

14753

R

–

INT16U

–

–

IO module discrepancy alarms register

0

Critical hardware discrepancy

1

Critical firmware discrepancy

2

Non-critical hardware discrepancy

3

Non-critical firmware discrepancy

4–15

Reserved

0x39A1–0x39A6

14754–14759

–

–

–

–

–

Reserved

0x3927

14632

R

–

INT16U

–

0

Cradle application enabled or disabled:

• 0 = Disabled

• 1 = Enabled

1–15

Reserved

0x3928

14633

R

–

INT16U

–

–

Quality of each bit of register 14632:

• 0 = Invalid

• 1 = Valid

0x3BC3

15300

R-RC

–

INT16U

–

–

Quality of each bit of register 15301:

• 0 = Invalid

• 1 = Valid

0x3BC4

15301

R-RC

–

INT16U

–

–

Cradle status

0–7

Reserved

8

Device in disconnected position (CD)

9

Device in connected position (CE)

10

Device in the test position (CT)

11–15

Reserved

0x3BC5–0x3BC6

15302–15303

R-RC-WC

–

INT32U

0–65534

–

Cradle connected position counter

This counter increments for each rising edge of the cradle connected position

0x3BC7–0x3BC8

15304–15305

R-RC-WC

–

INT32U

0–65534

–

Cradle disconnected position counter

This counter increments for each rising edge of the cradle disconnected position

0x3BC9–0x3BCA

15306–15307

R-RC-WC

–

INT32U

0–65534

–

Cradle test position counter

This counter increments for each rising edge of the cradle test position

0x3BCB–0x3BCE

15308–15311

R-RC

–

DATETIME

–

–

Timestamp of the last change for the cradle connected position

0x3BCF–0x3BD2

15312–15315

R-RC

–

DATETIME

–

–

Timestamp of the last change for the cradle disconnected position

0x3BD3–0x3BD6

15316–15319

R-RC

–

DATETIME

–

–

Timestamp of the last change for the cradle test position

0x3BD7–0x3BD8

15320–15321

R-WC

s

INT32U

–

–

Operating time since last grease maintenance

0x3BD9–0x3BDA

15322–15323

R-WC

s

INT32U

–

–

Operating time since last move connected position

0x3BDB

15324

R

–

INT16U

0-65534

–

Cradle contact regrease counter

0x3BDC–0x3BE0

15325–15329

–

–

–

–

–

Reserved

0x3BE1

15330

R

–

INT16U

–

–

Quality of each bit of register 15331:

0 = Invalid

1 = Valid

0x3BE2

15331

R

–

INT16U

–

–

Drawer status

0–7

Reserved

8

Drawer in disconnected position

9

Drawer in connected position

10

Drawer in the test position

11–15

Reserved

0x3BE3–0x3BE4

15332–15333

R

–

INT32U

–

–

Drawer connected position counter.

This counter increments for each rising edge of the drawer connected position.

0x3BE5–0x3BE6

15334–15335

R

–

INT32U

–

–

Drawer disconnected position counter.

This counter increments for each rising edge of the drawer disconnected position.

0x3BE7–0x3BE8

15336–15337

R

–

INT32U

–

–

Drawer test position counter.

This counter increments for each rising edge of the drawer test position.

0x3BE9–0x3BEC

15338–15341

R

–

DATETIME

–

–

Timestamp of the last change for the drawer connected position.

0x3BED–0x3BF0

15342–15345

R

–

DATETIME

–

–

Timestamp of the last change for the drawer disconnected position.

0x3BF1–0x3BF4

15346–15349

R

–

DATETIME

–

–

Timestamp of the last change for the drawer test position.

0x3BF5–0x3BFE

15350–15359

–

–

–

–

–

Reserved

0x3C27

15400

R

–

INT16U

0–1

Quality of register 15401:

• 0 = Invalid

• 1 = Valid (application is configured and running)

0x3C28

15401

R

–

INT16U

0–1

Light status:

• 0 = Reset/OFF

• 1 = Set/ON

0x3C29–0x3C2A

15402–15403

R

s

INT32U

0–54000

Remaining time in ON or OFF state (depending of the light status)

0x3C2B–

15404

R

–

INT16U

0–2

Light simple command⁽¹⁾:

• 0 = No command

• 1 = Light OFF

• 2 = Light ON

0x3C2C–0x3C30

15405–15409

–

–

–

–

Reserved

(1) Simple commands are enabled by factory setting. The simple commands can be disabled by using the command Enable/Disable simple commands.

0x3C31

15410

R

–

INT16U

0–1

Quality of register 15411:

• 0 = Invalid

• 1 = Valid (application is configured and running)

0x3C32

15411

R

–

INT16U

0–1

Load status:

• 0 = Reset/OFF

• 1 = Set/ON

0x3C33–0x3C34

15412–15413

R

s

INT32U

0–54000

Remaining time in ON or OFF state (depending of the load status)

0x3C35

15414

R

–

INT16U

0–2

Load simple command⁽¹⁾:

• 0 = No command

• 1 = Load OFF

• 2 = Load ON

0x3C36–

0x3EEC

15415–

16109

–

–

–

–

Reserved

(1) Simple commands are enabled by factory setting. The simple commands can be disabled by using the command Enable/Disable simple commands.