Minimum and Maximum Values of Real-Time Measurements

0x891C–0x891F

35101–35104

R

–

DATETIME

–

Timestamp of reset of minimum and maximum THD and thd

0x896C–0x896F

35181–35184

R

–

DATETIME

–

Timestamp of reset of minimum and maximum RMS current

0x8970–0x8973

35185–35188

R

–

DATETIME

–

Timestamp of reset of minimum and maximum RMS voltage

0x8974–0x8977

35189–35192

R

–

DATETIME

–

Timestamp of reset of minimum and maximum power

0x8978–0x897B

35193–35196

R

–

DATETIME

–

Timestamp of reset of minimum and maximum power factor and cos Φ

0x897C–0x897F

35197–35200

R

–

DATETIME

–

Timestamp of reset of minimum and maximum frequency

0x89E4–0x89E5

35301–35302

R

A

FLOAT32

–

Maximum RMS current on phase 1

0x89E6–0x89E9

35303–35306

R

–

DATETIME

–

Timestamp of maximum RMS current on phase 1

0x89EA–0x89EB

35307–35308

R

A

FLOAT32

–

Maximum RMS current on phase 2

0x89EC–0x89EF

35309–35312

R

–

DATETIME

–

Timestamp of maximum RMS current on phase 2

0x89F0–0x89F1

35313–35314

R

A

FLOAT32

–

Maximum RMS current on phase 3

0x89F2–0x89F5

35315–35318

R

–

DATETIME

–

Timestamp of maximum RMS current on phase 3

0x89F6–0x89F7

35319–35320

R

A

FLOAT32

–

Maximum RMS current on neutral

0x89F8–0x89FB

35321–35324

R

–

DATETIME

–

Timestamp of maximum RMS current on neutral

0x89FC–0x89FD

35325–35326

R

A

FLOAT32

–

This is the highest (i.e. maximum) current value since this measurement was last reset. The measurement looks at all 4 currents, Max I1, Max I2, Max I3, Max IN and keeps track of the highest value of any of them over time

0x89FE–0x8A01

35327–35330

R

–

DATETIME

–

This is the date/time of the highest (i.e. maximum) current value since this measurement was last reset. The measurement looks at all 4 currents, Max I 1, Max I 2, Max I 3, and Max I n.

0x8A02–0x8A03

35331–35332

R

A

FLOAT32

–

Maximum RMS current on ground

0x8A04–0x8A07

35333–35336

R

–

DATETIME

–

Timestamp of maximum RMS current on ground

0x8A08–0x8A09

35337–35338

R

A

FLOAT32

–

Maximum RMS current on earth leakage

0x8A0A–0x8A0D

35339–35342

R

–

DATETIME

–

Timestamp of maximum RMS current on earth leakage

0x8A0E–0x8A0F

35343–35344

R

A

FLOAT32

–

Maximum of average of 3 phase RMS currents

0x8A10–0x8A13

35345–35348

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase RMS currents

0x8A14–0x8A15

35349–35350

R

–

FLOAT32

–

Maximum phase 1 current unbalance with respect to the average of 3 phase RMS currents

0x8A16–0x8A19

35351–35354

R

–

DATETIME

–

Timestamp of maximum phase 1 current unbalance with respect to the average of 3 phase RMS currents

0x8A1A–0x8A1B

35355–35356

R

–

FLOAT32

–

Maximum phase 2 current unbalance with respect to the average of 3 phase RMS currents

0x8A1C–0x8A1F

35357–35360

R

–

DATETIME

–

Timestamp of maximum phase 2 current unbalance with respect to the average of 3 phase RMS currents

0x8A20–0x8A21

35361–35362

R

–

FLOAT32

–

Maximum phase 3 current unbalance with respect to the average of 3 phase RMS currents

0x8A22–0x8A25

35363–35366

R

–

DATETIME

–

Timestamp of maximum phase 3 current unbalance with respect to the average of 3 phase RMS currents

0x8A26–0x8A27

35367–35368

R

–

FLOAT32

–

Maximum of maximum of 3 phase current unbalances

0x8A28–0x8A2B

35369–35372

R

–

DATETIME

–

Timestamp of maximum of maximum of 3 phase current unbalances

0x8A32–0x8A33

35379–35380

R

A

FLOAT32

–

Minimum RMS current on phase 1

0x8A34–0x8A37

35381–35384

R

–

DATETIME

–

Timestamp of minimum RMS current on phase 1

0x8A38–0x8A39

35385–35386

R

A

FLOAT32

–

Minimum RMS current on phase 2

0x8A3A–0x8A3D

35387–35390

R

–

DATETIME

–

Timestamp of minimum RMS current on phase 2

0x8A3E–0x8A3F

35391–35392

R

A

FLOAT32

–

Minimum RMS current on phase 3

0x8A40–0x8A43

35393–35396

R

–

DATETIME

–

Timestamp of minimum RMS current on phase 3

0x8A44–0x8A45

35397–35398

R

A

FLOAT32

–

Minimum RMS current on neutral

0x8A46–0x8A49

35399–35402

R

–

DATETIME

–

Timestamp of minimum RMS current on neutral

0x8A4A–0x8A4B

35403–35404

R

A

FLOAT32

–

This is the lowest (i.e. minimum) current value since this measurement was last reset. The measurement looks at all 3 currents, Min I 1, Min I 2, and Min I 3 and keeps track of the lowest value of any of them over time

0x8A4C–0x8A4F

35405–35408

R

–

DATETIME

–

Timestamp of minimum of RMS current of phases 1, 2, 3 (Least loaded phase)

0x8A50–0x8A51

35409–35410

R

A

FLOAT32

–

Minimum RMS current on ground

0x8A52–0x8A55

35411–35414

R

–

DATETIME

–

Timestamp of minimum RMS current on ground

0x8A56–0x8A57

35415–35416

R

A

FLOAT32

–

Minimum RMS current of earth leakage

0x8A58–0x8A5B

35417–35420

R

–

DATETIME

–

Timestamp minimum RMS current of earth leakage

0x8A5C–0x8A5D

35421–35422

R

A

FLOAT32

–

Minimum of average of 3 phase RMS currents

0x8A5E–0x8A61

35423–35426

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase RMS currents

0x8A68–0x8A69

35433–35434

R

V

FLOAT32

–

Maximum RMS phase–to-phase voltage V12

0x8A6A–0x8A6D

35435–35438

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-phase voltage V12

0x8A6E–0x8A6F

35439–35440

R

V

FLOAT32

–

Maximum RMS phase-to-phase voltage V23

0x8A70–0x8A73

35441–35444

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-phase voltage V23

0x8A74–0x8A75

35445–35446

R

V

FLOAT32

–

Maximum RMS phase-to-phase voltage V31

0x8A76–0x8A79

35447–35450

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-phase voltage V31

0x8A7A–0x8A7B

35451–35452

R

V

FLOAT32

–

Maximum RMS phase-to-neutral voltage V1N

0x8A7C–0x8A7F

35453–35456

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-neutral voltage V1N

0x8A80–0x8A81

35457–35458

R

V

FLOAT32

–

Maximum RMS phase-to-neutral voltage V2N

0x8A82–0x8A85

35459–35462

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-neutral voltage V2N

0x8A86–0x8A87

35463–35464

R

V

FLOAT32

–

Maximum RMS phase-to-neutral voltage V3N

0x8A88–0x8A8B

35465–35468

R

–

DATETIME

–

Timestamp of maximum RMS phase-to-neutral voltage V3N

0x8A8C–0x8A8D

35469–35470

R

V

FLOAT32

–

Maximum of average of 3 RMS phase-to-phase voltages

0x8A8E–0x8A91

35471–35474

R

–

DATETIME

–

Timestamp of maximum of average of 3 RMS phase-to-phase voltages

0x8A92–0x8A93

35475-35476

R

V

FLOAT32

–

Maximum of average of 3 RMS phase-to-neutral voltages

0x8A94–0x8A97

35477–35480

R

–

DATETIME

–

Timestamp of maximum of average of 3 RMS phase-to-neutral voltages

0x8A98–0x8A99

35481–35482

R

V

FLOAT32

–

Maximum of RMS phase-to-phase voltages V12, V23, and V31

0x8A9A–0x8A9D

35483–35486

R

–

DATETIME

–

Timestamp of maximum of RMS phase-to-phase voltages V12, V23, and V31

0x8A9E–0x8A9F

35487–35488

R

V

FLOAT32

–

Maximum of RMS phase-to-neutral voltages V1N, V2N, and V3N

0x8AA0–0x8AA3

35489–35492

R

–

DATETIME

–

Timestamp of maximum of RMS phase-to-neutral voltages V1N, V2N, and V3N

0x8AA4–0x8AA5

35493–35494

R

–

FLOAT32

–

Maximum phase-to-phase V12 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AA6–0x8AA9

35495–35498

R

–

DATETIME

–

Timestamp of maximum phase-to-phase V12 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AAA–0x8AAB

35499–35500

R

–

FLOAT32

–

Maximum phase-to-phase V23 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AAC–0x8AAF

35501–35504

R

–

DATETIME

–

Timestamp of maximum phase-to-phase V23 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AB0–0x8AB1

35505–35506

R

–

FLOAT32

–

Maximum phase-to-phase V31 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AB2–0x8AB5

35507–35510

R

–

DATETIME

–

Timestamp of maximum phase-to-phase V31 voltage unbalance with respect to the average of 3 phase-to-phase RMS voltages

0x8AB6–0x8AB7

35511–35512

R

–

FLOAT32

–

Maximum of 3 phase-to-phase voltage unbalances

0x8AB8–0x8ABB

35513–35516

R

–

DATETIME

–

Timestamp of maximum of 3 phase-to-phase voltage unbalances

0x8ABC–0x8ABD

35517–35518

R

–

FLOAT32

–

Maximum phase-to-neutral V1N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8ABE–0x8AC1

35519–35522

R

–

DATETIME

–

Timestamp of maximum phase-to-neutral V1N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8AC2–0x8AC3

35523–35524

R

–

FLOAT32

–

Maximum phase-to-neutral V2N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8AC4–0x8AC7

35525–35528

R

–

DATETIME

–

Timestamp of maximum phase-to-neutral V2N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8AC8–0x8AC9

35529–35530

R

–

FLOAT32

–

Maximum phase-to-neutral V3N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8ACA–0x8ACD

35531–35534

R

–

DATETIME

–

Timestamp of maximum phase-to-neutral V3N voltage unbalance with respect to the average of 3 phase-to-neutral RMS voltages

0x8ACE–0x8ACF

35535–35536

R

–

FLOAT32

–

Maximum of maximum of 3 phase-to-neutral voltage unbalances

0x8AD0–0x8AD3

35537–35540

R

–

DATETIME

–

Timestamp of maximum of maximum of 3 phase-to-neutral voltage unbalances

0x8ADA–0x8ADB

35547-35548

R

V

FLOAT32

–

Minimum RMS phase-to-phase voltage V12

0x8ADC–0x8ADF

35549-35552

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-phase voltage V12

0x8AE0–0x8AE1

35553-35554

R

V

FLOAT32

–

Minimum RMS phase-to-phase voltage V23

0x8AE2–0x8AE5

35555-35558

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-phase voltage V23

0x8AE6–0x8AE7

35559-35560

R

V

FLOAT32

–

Minimum RMS phase-to-phase voltage V31

0x8AE8–0x8AEB

35561-35564

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-phase voltage V31

0x8AEC–0x8AED

35565-35566

R

V

FLOAT32

–

Minimum RMS phase-to-neutral voltage V1N

0x8AEE–0x8AF1

35567-35570

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-neutral voltage V1N

0x8AF2–0x8AF3

35571-35572

R

V

FLOAT32

–

Minimum RMS phase-to-neutral voltage V2N

0x8AF4–0x8AF7

35573-35576

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-neutral voltage V2N

0x8AF8–0x8AF9

35577-35578

R

V

FLOAT32

–

Minimum RMS phase-to-neutral voltage V3N

0x8AFA–0x8AFD

35579-35582

R

–

DATETIME

–

Timestamp of minimum RMS phase-to-neutral voltage V3N

0x8AFE–0x8AFF

35583-35584

R

V

FLOAT32

–

Minimum of average of 3 RMS phase-to-phase voltages

0x8B00–0x8B03

35585-35588

R

–

DATETIME

–

Timestamp of minimum of average of 3 RMS phase-to-phase voltages

0x8B04–0x8B05

35589-35590

R

V

FLOAT32

–

Minimum of average of 3 RMS phase-to-neutral voltages

0x8B06–0x8B09

35591-35594

R

–

DATETIME

–

Timestamp of minimum of average of 3 RMS phase-to-neutral voltages

0x8B0A–0x8B0B

35595-35596

R

V

FLOAT32

–

Minimum of RMS phase-to-phase voltages V12, V23, and V31

0x8B0C–0x8B0F

35597-35600

R

–

DATETIME

–

Timestamp of minimum of RMS phase-to-phase voltages V12, V23, and V31

0x8B10–0x8B11

35601-35602

R

V

FLOAT32

–

Minimum of RMS phase-to-neutral voltages V1N, V2N, and V3N

0x8B12–0x8B15

35603-35606

R

–

DATETIME

–

Timestamp of minimum of RMS phase-to-neutral voltages V1N, V2N, and V3N

0x8B1C–0x8B1D

35613-35614

R

W

FLOAT32

–

Maximum active power of phase 1

0x8B1E–0x8B21

35615-35618

R

–

DATETIME

–

Timestamp of maximum active power on phase 1

0x8B22–0x8B23

35619-35620

R

W

FLOAT32

–

Maximum active power of phase 2

0x8B24–0x8B27

35621-35624

R

–

DATETIME

–

Timestamp of maximum active power on phase 2

0x8B28–0x8B29

35625-35626

R

W

FLOAT32

–

Maximum active power of phase 3

0x8B2A–0x8B2D

35627-35630

R

–

DATETIME

–

Timestamp of maximum active power on phase 3

0x8B2E–0x8B2F

35631-35632

R

W

FLOAT32

–

Maximum total active power

0x8B30–0x8B33

35633-35636

R

–

DATETIME

–

Timestamp of maximum total active power

0x8B34–0x8B35

35637-35638

R

VAr

FLOAT32

–

Maximum reactive power on phase 1

0x8B36–0x8B39

35639-35642

R

–

DATETIME

–

Timestamp of maximum reactive power on phase 1

0x8B3A–0x8B3B

35643-35644

R

VAr

FLOAT32

–

Maximum reactive power on phase 2

0x8B3C–0x8B3F

35645-35648

R

–

DATETIME

–

Timestamp of maximum reactive power on phase 2

0x8B40–0x8B41

35649-35650

R

VAr

FLOAT32

–

Maximum reactive power on phase 3

0x8B42–0x8B45

35651-35654

R

–

DATETIME

–

Timestamp of maximum reactive power on phase 3

0x8B46–0x8B47

35655-35656

R

VAr

FLOAT32

–

Maximum total reactive power

0x8B48–0x8B4B

35657-35660

R

–

DATETIME

–

Timestamp of maximum total reactive power

0x8B4C–0x8B4D

35661-35662

R

VA

FLOAT32

–

Maximum apparent power on phase 1

0x8B4E–0x8B51

35663-35666

R

–

DATETIME

–

Timestamp of maximum apparent power on phase 1

0x8B52–0x8B53

35667-35668

R

VA

FLOAT32

–

Maximum apparent power on phase 2

0x8B54–0x8B57

35669-35672

R

–

DATETIME

–

Timestamp of maximum apparent power on phase 2

0x8B58–0x8B59

35673-35674

R

VA

FLOAT32

–

Maximum apparent power on phase 3

0x8B5A–0x8B5D

35675-35678

R

–

DATETIME

–

Timestamp of maximum apparent power on phase 3

0x8B5E–0x8B5F

35679-35680

R

VA

FLOAT32

–

Maximum total apparent power

0x8B60–0x8B63

35681-35684

R

–

DATETIME

–

Timestamp of maximum total apparent power

0x8B6A–0x8B6B

35691-35692

R

W

FLOAT32

–

Minimum active power of phase 1

0x8B6C–0x8B6F

35693-35696

R

–

DATETIME

–

Timestamp of minimum active power on phase 1

0x8B70–0x8B71

35697-35698

R

W

FLOAT32

–

Minimum active power of phase 2

0x8B72–0x8B75

35699-35702

R

–

DATETIME

–

Timestamp of minimum active power on phase 2

0x8B76–0x8B77

35703-35704

R

W

FLOAT32

–

Minimum active power of phase 3

0x8B78–0x8B7B

35705-35708

R

–

DATETIME

–

Timestamp of minimum active power on phase 3

0x8B7C–0x8B7D

35709-35710

R

W

FLOAT32

–

Minimum total active power

0x8B7E–0x8B81

35711-35714

R

–

DATETIME

–

Timestamp of minimum total active power

0x8B82–0x8B83

35715-35716

R

VAr

FLOAT32

–

Minimum reactive power on phase 1

0x8B84–0x8B87

35717-35720

R

–

DATETIME

–

Timestamp of minimum reactive power on phase 1

0x8B88–0x8B89

35721-35722

R

VAr

FLOAT32

–

Minimum reactive power on phase 2

0x8B8A–0x8B8D

35723-35726

R

–

DATETIME

–

Timestamp of minimum reactive power on phase 2

0x8B8E–0x8B8F

35727-35728

R

VAr

FLOAT32

–

Minimum reactive power on phase 3

0x8B90–0x8B93

35729-35732

R

–

DATETIME

–

Timestamp of minimum reactive power on phase 3

0x8B94–0x8B95

35733-35734

R

VAr

FLOAT32

–

Minimum total reactive power

0x8B96–0x8B99

35735-35738

R

–

DATETIME

–

Timestamp of minimum total reactive power

0x8B9A–0x8B9B

35739-35740

R

VA

FLOAT32

–

Minimum apparent power on phase 1

0x8B9C–0x8B9F

35741-35744

R

–

DATETIME

–

Timestamp of minimum apparent power on phase 1

0x8BA0–0x8BA1

35745-35746

R

VA

FLOAT32

–

Minimum apparent power on phase 2

0x8BA2–0x8BA5

35747-35750

R

–

DATETIME

–

Timestamp of minimum apparent power on phase 2

0x8BA6–0x8BA7

35751-35752

R

VA

FLOAT32

–

Minimum apparent power on phase 3

0x8BA8–0x8BAB

35753-35756

R

–

DATETIME

–

Timestamp of minimum apparent power on phase 3

0x8BAC–0x8BAD

35757-35758

R

VA

FLOAT32

–

Minimum total apparent power

0x8BAE–0x8BB1

35759-35762

R

–

DATETIME

–

Timestamp of minimum total apparent power

0x8BB8–0x8BB9

35769–35770

R

–

FLOAT32

–

Maximum power factor on phase 1

0x8BBA–0x8BBD

35771–35774

R

–

DATETIME

–

Timestamp of maximum power factor on phase 1

0x8BBE–0x8BBF

35775–35776

R

–

FLOAT32

–

Maximum active power factor of phase 2

0x8BC0–0x8BC3

35777–35780

R

–

DATETIME

–

Timestamp of maximum active power factor on phase 2

0x8BC4–0x8BC5

35781–35782

R

–

FLOAT32

–

Maximum power factor on phase 3

0x8BC6–0x8BC9

35783–35786

R

–

DATETIME

–

Timestamp of maximum power factor on phase 3

0x8BCA–0x8BCB

35787–35788

R

–

FLOAT32

–

Maximum total power factor

0x8BCC–0x8BCF

35789–35792

R

–

DATETIME

–

Timestamp of maximum total power factor

0x8BD0–0x8BD1

35793–35794

R

–

FLOAT32

–

Maximum fundamental power factor on phase 1 (cos φ1)

0x8BD2–0x8BD5

35795–35798

R

–

DATETIME

–

Timestamp of maximum fundamental power factor on phase 1 (cos φ1)

0x8BD6–0x8BD7

35799–35800

R

–

FLOAT32

–

Maximum fundamental power factor on phase 2 (cos φ2)

0x8BD8–0x8BDB

35801–35804

R

–

DATETIME

–

Timestamp of maximum fundamental power factor on phase 2 (cos φ2)

0x8BDC–0x8BDD

35805–35806

R

–

FLOAT32

–

Maximum fundamental power factor on phase 3 (cos φ3)

0x8BDE–0x8BE1

35807–35810

R

–

DATETIME

–

Timestamp of maximum fundamental power factor on phase 3 (cos φ3)

0x8BE2–0x8BE3

35811–35812

R

–

FLOAT32

–

Maximum total fundamental power factor (cos φ)

0x8BE4–0x8BE7

35813–35816

R

–

DATETIME

–

Timestamp of maximum total fundamental power factor (cos φ)

0x8BEE–0x8BEF

35823-35824

R

–

FLOAT32

–

Minimum power factor on phase 1

0x8BF0–0x8BF3

35825-35828

R

–

DATETIME

–

Timestamp of minimum power factor on phase 1

0x8BF4–0x8BF5

35829-35830

R

–

FLOAT32

–

Minimum power factor on phase 2

0x8BF6–0x8BF9

35831-35834

R

–

DATETIME

–

Timestamp of minimum power factor on phase 2

0x8BFA–0x8BFB

35835-35836

R

–

FLOAT32

–

Minimum power factor on phase 3

0x8BFC–0x8BFF

35837-35840

R

–

DATETIME

–

Timestamp of minimum power factor on phase 3

0x8C00–0x8C01

35841-35842

R

–

FLOAT32

–

Minimum total power factor

0x8C02–0x8C05

35843-35846

R

–

DATETIME

–

Timestamp of minimum total power factor

0x8C06–0x8C07

35847-35848

R

–

FLOAT32

–

Minimum fundamental power factor on phase 1 (cos φ1)

0x8C08–0x8C0B

35849-35852

R

–

DATETIME

–

Timestamp of minimum fundamental power factor on phase 1 (cos φ1)

0x8C0C–0x8C0D

35853-35854

R

–

FLOAT32

–

Minimum fundamental power factor on phase 2 (cos φ2)

0x8C0E–0x8C11

35855-35858

R

–

DATETIME

–

Timestamp of minimum fundamental power factor on phase 2 (cos φ2)

0x8C12–0x8C13

35859-35860

R

–

FLOAT32

–

Minimum fundamental power factor on phase 3 (cos φ3)

0x8C14–0x8C17

35861-35864

R

–

DATETIME

–

Timestamp of minimum fundamental power factor on phase 3 (cos φ3)

0x8C18–0x8C19

35865-35866

R

–

FLOAT32

–

Minimum total fundamental power factor (cos φ)

0x8C1A–0x8C1D

35867-35870

R

–

DATETIME

–

Timestamp of minimum total fundamental power factor (cos φ)

0x8C24–0x8C25

35877-35878

R

–

FLOAT32

–

Maximum of average of 3 phase-to-phase voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C26–0x8C29

35879-35882

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase-to-phase voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C2A–0x8C2B

35883-35884

R

–

FLOAT32

–

Maximum of average of 3 phase-to-neutral voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C2C–0x8C2F

35885-35888

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase-to-neutral voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C30–0x8C31

35889-35890

R

–

FLOAT32

–

Maximum of average of 3 phase-to-phase voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C32–0x8C35

35891-35894

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase-to-phase voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C36–0x8C37

35895-35896

R

–

FLOAT32

–

Maximum of average of 3 phase-to-neutral voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C38–0x8C3B

35897-35900

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase-to-neutral voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C3C–0x8C3D

35901-35902

R

–

FLOAT32

–

Maximum Total Harmonic Distortion (THD) of current on neutral compared to the fundamental

0x8C3E–0x8C41

35903-35906

R

–

DATETIME

–

Timestamp of maximum Total Harmonic Distortion (THD) of current on neutral compared to the fundamental

0x8C42–0x8C43

35907-35908

R

–

FLOAT32

–

Maximum of average of 3 phase current Total Harmonic Distortions (THD) compared to the fundamental

0x8C44–0x8C47

35909-35912

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase current Total Harmonic Distortions (THD) compared to the fundamental

0x8C48–0x8C49

35913-35914

R

–

FLOAT32

–

Maximum total harmonic distortion (thd) of current on neutral compared to the RMS current

0x8C4A–0x8C4D

35915-35918

R

–

DATETIME

–

Timestamp of maximum total harmonic distortion (thd) of current on neutral compared to the RMS current

0x8C4E–0x8C4F

35919-35920

R

–

FLOAT32

–

Maximum of average of 3 phase current total harmonic distortions (thd) compared to the RMS current

0x8C50–0x8C53

35921-35924

R

–

DATETIME

–

Timestamp of maximum of average of 3 phase current total harmonic distortions (thd) compared to the RMS current

0x8C5A–0x8C5B

35931-35932

R

–

FLOAT32

–

Minimum of average of 3 phase-to-phase voltage total harmonic distortions (THD) compared to the fundamental average

0x8C5C–0x8C5F

35933-35936

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase-to-phase voltage total harmonic distortions (THD) compared to the fundamental

0x8C60–0x8C61

35937-35938

R

–

FLOAT32

–

Minimum of average of 3 phase-to-neutral voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C62–0x8C65

35939-35942

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase-to-neutral voltage Total Harmonic Distortions (THD) compared to the fundamental

0x8C66–0x8C67

35943-35944

R

–

FLOAT32

–

Minimum of average of 3 phase-to-phase voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C68–0x8C6B

35945-35948

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase-to-phase voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C6C–0x8C6D

35949-35950

R

–

FLOAT32

–

Minimum of average of 3 phase-to-neutral voltage total harmonic distortions (compared to the RMS voltage) since last reset

0x8C6E–0x8C71

35951-35954

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase-to-neutral voltage total harmonic distortions (thd) compared to the RMS voltage

0x8C72–0x8C73

35955-35956

R

–

FLOAT32

–

Minimum Total Harmonic Distortion (THD) of current on neutral compared to the fundamental

0x8C74–0x8C77

35957-35960

R

–

DATETIME

–

Timestamp of minimum Total Harmonic Distortion (THD) of current on neutral compared to the fundamental

0x8C78–0x8C79

35961-35962

R

–

FLOAT32

–

Minimum of average of 3 phase current Total Harmonic Distortions (THD) compared to the fundamental

0x8C7A–0x8C7D

35963-35966

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase current Total Harmonic Distortions (THD) compared to the fundamental

0x8C7E–0x8C7F

35967-35968

R

–

FLOAT32

–

Minimum total harmonic distortion (thd) of current on neutral compared to the RMS current

0x8C80–0x8C83

35969-35972

R

–

DATETIME

–

Timestamp of minimum total harmonic distortion (thd) of current on neutral compared to the RMS current

0x8C84–0x8C85

35973-35974

R

–

FLOAT32

–

Minimum of average of 3 phase current total harmonic distortions (thd) compared to the RMS current

0x8C86–0x8C89

35975-35978

R

–

DATETIME

–

Timestamp of minimum of average of 3 phase current total harmonic distortion (thd) compared to the RMS current

0x8C90–0x8C91

35985-35986

R

Hz

FLOAT32

–

Maximum frequency

0x8C92–0x8C95

35987-35990

R

–

DATETIME

–

Timestamp of maximum frequency

0x8C96–0x8C97

35991-35992

R

Hz

FLOAT32

–

Minimum frequency

0x8C98–0x8C9B

35993-35996

R

–

DATETIME

–

Timestamp of minimum frequency