EAV15107-EN11

Analog Input objects

Your meter has a number of Analog Input objects that provide meter values and information on meter settings.

The following tables list the Analog Input objects along with the units and default COV value for each object (if applicable).

Real-time measurements

Object ID Object name Units Default COV Description

3000

Current - Ph A

A

50

Current phase A

3002

Current - Ph B

A

50

Current phase B

3004

Current - Ph C

A

50

Current phase C

3006

Current - Neutral

A

50

Neutral current

3008

Current - Ground

A

50

Ground current

3010

Current - Avg

A

50

Current average

3012

Current Unb - Ph A

%

20

Current unbalance phase A

3014

Current Unb - Ph B

%

20

Current unbalance phase B

3016

Current Unb - Ph C

%

20

Current unbalance phase C

3018

Current Unb - Worst

%

20

Current unbalance worst

3020

Voltage - A-B

V

10

Voltage A-B

3022

Voltage - B-C

V

10

Voltage B-C

3024

Voltage - C-A

V

10

Voltage C-A

3026

Voltage - Avg L-L

V

10

Voltage L-L Avg

3028

Voltage - A-N

V

10

Voltage A-N

3030

Voltage - B-N

V

10

Voltage B-N

3032

Voltage - C-N

V

10

Voltage C-N

3036

Voltage - Avg L-N

V

10

Voltage L-N Avg

3038

Voltage Unb - A-B

%

20

Voltage unbalance A-B

3040

Voltage Unb - B-C

%

20

Voltage unbalance B-C

3042

Voltage Unb - C-A

%

20

Voltage unbalance C-A

3044

Voltage Unb - Worst L-L

%

20

Voltage unbalance L-L worst

3046

Voltage Unb - A-N

%

20

Voltage unbalance A-N

3048

Voltage Unb - B-N

%

20

Voltage unbalance B-N

3050

Voltage Unb - C-N

%

20

Voltage unbalance C-N

3052

Voltage Unb - Worst L-N

%

20

Voltage unbalance L-N worst

3110

Frequency

Hz

10

Frequency

Power and power factor

Object ID Object name Units Default COV Description

3054

Active Power - Ph A

kW

10

Active power phase A

3056

Active Power - Ph B

kW

10

Active power phase B

3058

Active Power - Ph C

kW

10

Active power phase C

3060

Active Power - Total

kW

10

Active power total

3062

Reactive Power - Ph A

kVAR

10

Reactive power phase A

3064

Reactive Power - Ph B

kVAR

10

Reactive power phase B

3066

Reactive Power - Ph C

kVAR

10

Reactive power phase C

3068

Reactive Power - Total

kVAR

10

Reactive power total

3070

Apparent Power - Ph A

kVA

10

Apparent power phase A

3072

Apparent Power - Ph B

kVA

10

Apparent power phase B

3074

Apparent Power - Ph C

kVA

10

Apparent power phase C

3076

Apparent Power - Total

kVA

10

Apparent power total

3078

Power Factor - Ph A

0.2

Power factor phase A

3080

Power Factor - Ph B

0.2

Power factor phase B

3082

Power Factor - Ph C

0.2

Power factor phase C

3084

Power Factor - Total

0.2

Power Factor Total

Energy and energy by tariff measurements

Object ID Object name Units Default COV Description

2700

Active Energy Delvd

kWh

100

Active energy delivered

2702

Active Energy Rcvd

kWh

100

Active energy received

2704

Active Energy Delvd + Rcvd

kWh

100

Active energy delivered + received

2706

Active Energy Delvd - Rcvd

kWh

100

Active energy delivered – received

2708

Reactive Energy Delvd

kVARh

100

Reactive energy delivered

2710

Reactive Energy Rcvd

kVARh

100

Reactive energy received

2712

Reactive Energy Delvd + Rcvd

kVARh

100

Reactive energy delivered + received

2714

Reactive Energy Delvd - Rcvd

kVARh

100

Reactive energy delivered – received

2716

Apparent Energy Delvd

kVAh

100

Apparent energy delivered

2718

Apparent Energy Rcvd

kVAh

100

Apparent energy received

2720

Apparent Energy Delvd + Rcvd

kVAh

100

Apparent energy delivered + received

2722

Apparent Energy Delvd - Rcvd

kVAh

100

Apparent energy delivered – received

4191

Applicable Tariff Energy Rate

1

Denotes the active tariff:

0 = Multi Tariff feature is disabled

1 = tariff 1 active

2 = tariff 2 active

3 = tariff 3 active

4 = tariff 4 active

4800

Active Energy Delvd (Tariff 1)

kWh

100

Tariff 1 active energy import

4802

Active Energy Delvd (Tariff 2)

kWh

100

Tariff 2 active energy import

4804

Active Energy Delvd (Tariff 3)

kWh

100

Tariff 3 active energy import

4806

Active Energy Delvd (Tariff 4)

kWh

100

Tariff 4 active energy import

Power demand

Object ID Object name Units Default COV Description

3764

Dmd - Active Power Last

kW

10

Demand - Active power last

3766

Dmd - Active Power Present

kW

10

Demand - Active power present

3768

Dmd - Active Power Pred

kW

10

Demand - Active power predicted

3770

Dmd - Active Power Peak

kW

10

Demand - Active power peak

3780

Dmd - Reactive Power Last

kVAR

10

Demand - Reactive power last

3782

Dmd - Reactive Power Present

kVAR

10

Demand - Reactive power present

3784

Dmd - Reactive Power Pred

kVAR

10

Demand - Reactive power predicted

3786

Dmd - Reactive Power Peak

kVAR

10

Demand - Reactive power peak

3796

Dmd - Apparent Power Last

kVA

10

Demand - Apparent power last

3798

Dmd - Apparent Power Present

kVA

10

Demand - Apparent power present

3800

Dmd - Apparent Power Pred

kVA

10

Demand - Apparent power predicted

3802

Dmd - Apparent Power Peak

kVA

10

Demand - Apparent power peak

Current demand

Object ID Object name Units Default COV Description

3876

Dmd - Average Current Last

A

10

Demand - Average current last

3878

Dmd - Avg Current Present

A

10

Demand - Average current present

3880

Dmd - Average Current Pred

A

10

Demand - Average current predicted

3882

Dmd - Average Current Peak

A

10

Demand - Average current peak

Power quality

Object ID Object name Units Default COV Description

21300

THD Current - Ph A

%

20

THD Current A

21302

THD Current - Ph B

%

20

THD Current B

21304

THD Current - Ph C

%

20

THD Current C

21306

THD Current - Ph N

%

20

THD Current N

21308

THD Current - Ph G

%

20

THD Current G

21310

thd Current - Ph A

%

20

thd Current A

21312

thd Current - Ph B

%

20

thd Current B

21314

thd Current - Ph C

%

20

thd Current C

21316

thd Current - Ph N

%

20

thd Current N

21318

thd Current - Ph G

%

20

thd Current G

21320

Total Dmd Distortion

%

20

Total Demand Distortion

21322

THD Voltage - A-B

%

20

THD Voltage A-B

21324

THD Voltage - B-C

%

20

THD Voltage B-C

21326

THD Voltage - C-A

%

20

THD Voltage C-A

21328

THD Voltage - Avg L-L

%

20

THD Voltage L-L

21330

THD Voltage - A-N

%

20

THD Voltage A-N

21332

THD Voltage - B–N

%

20

THD Voltage B-N

21334

THD Voltage - C-N

%

20

THD Voltage C-N

21338

THD Voltage - Avg L-N

%

20

THD Voltage L-N

21340

thd Voltage - A-B

%

20

thd Voltage A-B

21342

thd Voltage - B-C

%

20

thd Voltage B-C

21344

thd Voltage - C-A

%

20

thd Voltage C-A

21346

thd Voltage - Avg L-L

%

20

thd Voltage L-L

21348

thd Voltage - A-N

%

20

thd Voltage A-N

21350

thd Voltage - B-N

%

20

thd Voltage B-N

21352

thd Voltage - C-N

%

20

thd Voltage C-N

21356

thd Voltage - Avg L-N

%

20

thd Voltage L-N

Meter information

The following table lists Analog Input objects that provide information about the meter and its configuration.

NOTE: You can access the meter’s configuration information over BACnet communications. However, you must use the display or ION Setup to configure the meter’s settings.
Object ID Object name Units Default COV Description

2000

Time since last meter power up

Seconds

604800

Time since the meter was last powered up

2004

Meter operation timer

Seconds

604800

Total meter operation time

2014

Number of phases

1

Number of phases

1, 3

2015

Number of wires

1

Number of wires

2, 3, 4

2017

Nominal frequency

Hz

1

Nominal frequency

50, 60

2025

Number of VTs

1

Number of VTs

0, 2, 3

2026

VT primary

V

1

VT Primary

2028

VT secondary

V

1

VT Secondary

2029

Number of CTs

1

Number of CTs

1, 2, 3

2030

CT primary

A

1

CT Primary

2031

CT secondary

A

1

CT Secondary

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