readingtype codes

7/29/2019 ReadingType Codes

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Index Enumeration

0

1 RESERVED

2 RESERVED3 RESERVED

4 RESERVED

5 RESERVED

6 RESERVED

7 RESERVED

8 Billing-Shifted

9 Block

10 RESERVED

11 Daily-Shifted

12 Instantaneous

13 Monthly-Shifted

14 RESERVED15 Present

16 Previous

17 Previous-Season

18 Q1-Shifted

19 Q2-Shifted

20 Q3-Shifted

21 Q4-Shifted

22 Seasonal

23 Sub-block

24 Weekly-shifted

25 Expiration

26 Has27 Last

28 Next

29 Requires

30 Start

Index Enumeration

0

1 Absolute

2 Average

3 Compensated

4 Excess5 HighThreshold

6 Incremental

7 LowThreshold

8 Maximum

9 Minimum

10 Missing

11 Nominal


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12 Normal

13 Relative

Tab

Index Enumeration

0

1 BulkQuantity

2 ContinuousCumulative

3 Cumulative

4 DeltaData

6 Indicating

7 IntervalData

8 RecordedData

9 Summation

10 TimeDelay

Index Enumeration

0

1 Forward

2 Lagging

3 Leading

4 Net

5 Q1+Q2

6 Q1+Q2+Q3+Q4

7 Q1+Q3

8 Q1+Q4

9 Q1-Q4


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10 Q2+Q3

11 Q2+Q4

12 Q2-Q3

13 Q3+Q4

14 Q3-Q2

15 Quadrant116 Quadrant2

17 Quadrant3

18 Quadrant4

19 Reverse

20 Total

0 0

0 1

0 20 3

0 4

0 5

0 6

0 7

0 8

0 9

0 10

0 11

0 12

0 13

0 140 15

0 16

0 17

0 18

0 19

0 20

0 21

0 22

0 23

0 24

0 25

0 260 27

0 28

0 29

0 30

0 31

0 32

0 33

Attribute 5.1 Subclass

Attribute 5.2 Index


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0 34

0 35

0 36

0 37

0 38

0 390 40

0 41

0 42

0 43

0 44

0 45

0 46

0 47

0 48

0 49

0 50

0 510 52

0 53

0 54

0 55

0 56

0 57

0 58

0 59

0 60

1 0

1 1

1 21 3

1 4

1 5

1 6

1 7

1 8

1 9

1 10

1 11

1 12

1 13

1 14

1 15

1 16

1 17

1 18

1 19

1 20


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1 21

1 22

1 23

1 24

1 25

1 262 0

2 1

2 2

2 3

2 4

2 5

2 6

2 7

2 8

2 9

2 10

2 112 12

2 13

2 14

2 15

2 16

2 17

2 18

2 19

2 20

2 21

2 22

2 232 24

2 25

2 26

2 27

2 30

2 31

2 32

2 33

Attribute 6.1 Category0

1

2

3

4

Ta


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Enumeration

0

0.1 Harmonic1

0.2 Harmonic2

0.3 Harmonic3

0.4 Harmonic4

0.5 Harmonic5

0.6 Harmonic6

0.7 Harmonic7

1.1 Interharmonic1

1.2 Interharmonic2

1.3 Interharmonic3

1.4 Interharmonic4

1.5 Interharmonic5

1.6 Interharmonic61.7 Interharmonic7

2 n0

2.1 n1

2.2 n2

2.3 n3

2.4 n4

2.5 n5

2.6 n6

2.7 n7

2.8 n8

2.9 n9

2.1 n102.15 n15

2.3 n30

2.45 n45

2.6 n60

21.55 n155

2.31 n305

3.1 TouRateA

3.2 TouRateB

3.3 TouRateC

3.4 TouRateD

3.5 TouRateE

3.6 TouRateF3.7 TouRateG

4.39 JPY

4.71 ZAR

4.75 SEK

4.76 CHF

4.84 USD

4.98 EUR

Attribute 6 -Categorized

Index


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0

128 Phase-A

136 Phase-AA

132 Phase-AB225 Phase-ABC-N

193 Phase-AB-N

129 Phase-AN

64 Phase-B

72 Phase-BA

66 Phase-BC

97 Phase-BC-N

65 Phase-BN

32 Phase-C

40 Phase-CA

40 Phase-CA

41 Phase-CA-N33 Phase-CN

16 Phase-N

224 Phases-ABC

0

1 Da

2 h or %

3 K

6 M

9 G

255 d254 c

253 m

250

247 n

Value Quantity

0 N/A

2 Length

3 Mass

4 Rotational speed

5 Current

6 Temperature

7 Amount of substance

8 Luminous intensity

9 Plane angle

10 Plane angle

11 Solid angle


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21 Absorbed dose

22 Radioactivity

23 Relative temperature

24 Dose equivalent

25 Electric capacitance

26 Electric charge27 Time

28 Electric inductance

29 Electric potential

30 Electric resistance

31 Energy joule

32 Force newton

33 Frequency hertz

34 Illuminance lux

35 Luminous flux

36 Magnetic flux

37 Magnetic flux density

38 Real power39 Pressure

41 Area

42 Volume

43 Velocity

44 Acceleration

45 Volumetric flow rate

46 Fuel efficiency

47 Moment of mass

48 Density

49 Viscosity

50 Thermal conductivity

51 Heat capacity52 Concentration

53 Electric conductance

54 Angular velocity

61 Apparent power

63 Reactive power

64 Phase angle

65 Power factor

66 Volt seconds

67 Volts squared

68 Amp seconds

69 Amps squared

70 Amps squared time

71 Apparent energy

72 Real energy

73 Reactive energy

74 Magnetic flux

75

76 Number of characters

Rate of change offrequency


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77 Data rate

78 Turbine inertia

79 Sound pressure level

80 Monetary unit

100 Quantity power101 Quantity energy

102 resistivity

103 A/m

104 volt-squared hour

105 ampere-squared hour

106 Ampere-hours

107 Wh/m3

108 Timestamp

109 Boolean

110 BooleanArray

111 Count113 Signal Strength

114 ApplicationValue

115 Kh-Wh

116 Kh-VArh

117 Kh-Vah

118 EndDeviceEvent


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Table C.1 Time Attribute Enumerations

Comments

Reserved for 10-minute

Reserved for 15-minuteReserved for 1-minute

Reserved for 24-hour




Billing period shifted (whatever the billing period is)

A block of data


Daily Self-Read

Typically measured over tens of milliseconds

Monthly Self-Read

Reserved for 3-minuteWithin the present monthly cycle

Within the previous monthly cycle and data set

Within the previous season and data set

First Quarter

Second Quarter

Third Quarter

Fourth Quarter

e.g. Summer, Spring, Fall, and Winter based cycle

A portion of a block of data

Weekly Self Read

The time at which an action is scheduled to expire.

Exists or isOf all the previous readings, this one is the most recent chronologically.

Of any future (pending) events, this one is next.

Must or Mandates

The time at which an action is scheduled to start.

Table C.2 -- Data Qualifier Enumerations

Comments

Not Applicable

Not Applicable, or the bulk quantity of a commodity (e.g. the dial reading on anelectromechanical watt-hour meter)


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le C.3 Accumulation Behaviour Enumerations

Comments

Not Applicable, or implied by the unit of measure.

The sum of the previous billing period values.

As if a needle swung out to a value to indicate the current value.

A series of data samples accompanied by timestamp(s)

A form of computation which introduces a time delay characteristic to the data value

Table C.4 Direction Of Flow Enumerations

Comments

N/A

"Delivered," or "Import" See 61968-2

|Forward| - |Reverse|, See 61968-2

Reactive positive quadrants

Sum of all quadrants

Quadrants 1 and 4

Q1 minus Q4

A value from a register which represents the bulk quantityof a commodity. This quantity is computed as the integralof the commodity usage rate. This value is used as thebasis for the dial reading at the meter, and as a result, mayroll over upon reaching a maximum dial value. Note: Thisenumeration is usually implied by the context. Users mayelect to omit phrases implied by their context from a textualdescription (e.g. the alias name), but choose to retainthem in the numeric description (e.g. the name).

The sum of the previous billing period values and thepresent period value.

The "consumption" or "usage" of a commodity between twodistinct points in time. Or alternatively, the quantityconsumed over a specific period of time (with "zero" at thestart of the measurement). The period over which the beginand endpoints occur may be non-recurring or irregular(such as a billing period which changes size with thenumber of days in a month). Further context is provided bythe TimeAttribute, Flow direction, and the time-stamp(s).(See also "Interval data" for a related concept).

The "delta" difference between two values at regularly spaced intervals in time. Theuse of "IntervalData" implies that the datum is part of a consecutive series of datasampled at uniform intervals of time.

A form of accumulation which may be selective with respect to time. Note: Thisenumeration is usually implied by the unit of measure.

Typically used to describe that a power factor or reactive energy component islagging the reference value.

Typically used to describe that a power factor or reactive energy component isleading the reference value.


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Quadrants 2 and 3

Q2 minus Q3

Reactive negative quadrants

Q3 minus Q2

"Received," or "Export" See 61968-2

|Forward| + |Reverse|, See 61968-2

Table C.5 Unit of Measure Enumerations

Enumeration

Air

ApparentPowerFactorCurrency

Current

CurrentAngle

CurrentImbalance

Date

Demand

Distance

DistortionVoltAmperes

Energization

Energy

EnergizationLoadSide

FanFrequency

Funds

IEEE1366ASAI

IEEE1366ASIDI

IEEE1366ASIFI

IEEE1366CAIDI

IEEE1366CAIFI

IEEE1366CEMIn

IEEE1366CEMSMIn

IEEE1366CTAIDI

IEEE1366MAIFI

IEEE1366MAIFIeIEEE1366SAIDI

IEEE1366SAIFI

InsulativeGas

InsulativeOil

LineLosses

Losses

NegativeSequence


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PhasorPowerFactor

PhasorReactivePower

PositiveSequence

Power

PowerFactor

PriceQuantityPower

Sag

Swell

SwitchPosition

TapPosition

TariffRate

Temperature

TotalHarmonicDistortion

TransformerLosses

UNIPEDEVoltageDip10to15


UNIPEDEVoltageDip30to60UNIPEDEVoltageDip60to90


Voltage

VoltageAngle

VoltageExcursion

VoltageImbalance

Volume

ZeroFlowDuration

ZeroSequence

ApplicationContext

ApTitle

AssetNumberBandwidth

BatteryVoltage

BroadcastAddress

DeviceAddressType1

DeviceAddressType2

DeviceAddressType3

DeviceAddressType4

DeviceClass

ElectronicSerialNumber

EndDeviceID

GroupAddressType1

GroupAddressType2

GroupAddressType3

GroupAddressType4

IpAddress

MacAddress

MfgAssignedConfigurationID

MfgAssignedPhysicalSerialNumber


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MfgAssignedProductNumber

MfgAssignedUniqueCommunicationAddress

MultiCastAddress

OneWayAddress

SignalStrength

TwoWayAddressAlarm

BatteryCarryover

DataOverflowAlarm

DemandLimit

DemandReset

Diagnostic

EmergencyLimit

EncoderTamper

IEEE1366MomentaryInterruption

IEEE1366MomentaryInterruptionEvent

IEEE1366SustainedInterruption

InterruptionBehaviourInversionTamper

LoadInterrupt

LoadShed

Maintenance

PhysicalTamper

PowerLossTamper

PowerOutage

PowerQuality

PowerRestoration

Programmed

Pushbutton

RelayActivationRelayCycle

RemovalTamper

ReprogrammingTamper

ReverseRotationTamper

SwitchArmed

SwitchDisabled

Tamper

WatchdogTimeout

Table C.6 Measurement Categories

ErrorHarmonics

Interharmonics

Ordinal or cardinal numbering

Time of Use (TOU) tier numbering

Currency code (per ISO 4217)

le C.7 MeasurementCategory Enumerations


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Comments

Not Applicable

fundamental

second harmonic

third harmonic

fourth harmonic

fifth harmonic

sixth harmonic

etc. (additional harmonics (up to 999) created as

necessary in category=0)

fundamental

second interharmonic

third interharmonic

fourth interharmonic

fifth interharmonic

sixth interhamonicetc. (additional interharmonics (up to 999) created as necessary in category=1)

Zeroth unit (for systems that use zero based numbering schemes)

First; or "1" where the measure needs an argument such as CEMI(n=1)

Second; or "2" where the measure needs an argument such as CEMI(n=2)

Third; or "3" where the measure needs an argument such as CEMI(n=3)

Fourth; or "4" where the measure needs an argument such as CEMI(n=4)

Fifth; or "5" where the measure needs an argument

Sixth, or "6"

Seventh, or "7"

Eigth, or "8"

Nineth, or "9"

Tenth, or "10"15

30

45

60

155

necessary in class=2)

First Tier

Second Tier

Third Tier

Fourth Tier

Fifth Tier

Sixth Tieretc. (additional tiers (up to 999) created as necessary in class=3)

Japanese Yen, adapted from ISO 4217 currency codes

South African Rand

Swedish Krona

Swiss Franc

US Dollar

Euro


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Table C.8 Phase Enumerations

Not Applicable to any phase

Phase A

Phase A current relative to Phase A voltage

Phase A to BABC to Neutral

AB to Neutral

Phase A to Neutral

Phase B

Phase B current relative to Phase A voltage

Phase B to C

BC to Neutral

Phase B to Neutral

Phase C

Phase C current relative to Phase A voltage

Phase C to A

CA to NeutralPhase C to Neutral

Neutral

Involving all phases

Table C.9 Metric Multiplier Enumerations

Not Applicable or "x1"

Deca = x10 = x101

hecto, x100 (or a dimensionless value expressed as a percentage) = x102

kilo, x1,000 = x103

Mega, x1,000,000 = x106

Giga = x1,000,000,000 = x109

Deci = x0.1 = x10-1Centi = x0.01 = x10-2

milli, x0.001 = x10-3

micro, x0.000,001 = x10-6

nano, x0.000,000,001 = x10-9


Unit name

none

meter

gram

rotations per second

ampere

Kelvin

mole

candela

degrees

radian

steradian


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Gray (J/kg)

Becquerel (l/s)

degrees Celsius

Sievert (J/kg)

Farad (C/V)

Coulomb (AS)second

Henry (Wb/A)

Volt (W/A)

Ohm (VA)

(N m)

(kg m/s)

(1/s)

(lm/m)

lumen (cd sr)

Weber (V s)

Tesla (Wb/m2)

Watts (IR)Pascal (N/m)

square meter

cubic meter

meters per second (m/s)

meters per second squared

cubic meters per second

meters / cubic meter

kilogram meter (kg m)

kilogram/cubic meter

meter squared / second

Watt/meter Kelvin

Joule/Kelvinparts per million

Siemens (A/V)

radians per second

Volt Ampere

Volt Ampere reactive (VISin)

degrees

dimensionless

Volt seconds (Ws/A)

Volt squared (W2/A2)

amp seconds

amp squared

amp square second

Volt Ampere hours

Watt hours

Volt Ampere reactive hours

Volts per Hertz

hertz per second

characters


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characters per second

kg square meter

decibel

QQh

(rho)

magnetic field strength, Ampere per metre

Volt-squared-hours

Ampere-squared hour

Ampere-hours

energy per volume

time and date per ISO 8601

"1" = "true", "live", "on", "high", "set"; "0" = "false", "dead", "off", "low", "cleared"

An array of boolean values describing an

An array of boolean values describing an array or gang of switches

counter valuereceive signal strength indicator

encoded value

active energy metering constant

reactive energy metering constant

apparent energy metering constant

value to be interpreted as a EndDeviceEventCode

Money (Note: Generic money unless supplemented with ISO 4217 currency codesvia MeasurementCategory Enumerations).


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Comments

Not Applicable


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or Voltage Dip

DR


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0 0 0 0 0 0 0 0

1

1 1

1 11 1 1 1

1 1 1

1 1

1

1 1

1 1

1 1 1

1 1

1

1 1

1 1

1 1 11 1

1

1 1 1

Symbol

m

g

rev/s

A

K

mol

cd

deg

rad

sr


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Gy

Bq

C

Sv

F

Cseconds

H

V

J

N

Hz

lx

Lm

Wb

T

WPa

m

m

m/s

m/s

m/s

m/m

M

kg/m

m/s

W/m K

J/Kppm

Siemens

rad/s

VA

VAr

-Deg

Cos

Vs

V

As

A

At

VAh

Wh

VArh

V/Hz

Hz/s

char


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char/s

kgm

dB

QQh

m

A/m

Vh

Ah

Ah

Wh/m

timeStamp

status

statuses

CountdBm

Code

Wh/rev

VArh/rev

VAh/rev

MeCode


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TimeAtt

Page 28

Table C.1 Time Attribute Enumera

Enumeration Index

BLANK 0

10MINUTE 1

15MINUTE 2

1MINUTE 3

24HOUR 4

30MINUTE 5

5MINUTE 6

60MINUTE 7

BILLING-SHIFTED 8

BLOCK 9

2MINUTE 10

DAILY_SHIFTED 11

INSTANTANEOUS 12

MONTHLY_SHIFTED 13

3MINUTE 14

PRESENT 15

PREVIOUS 16

PREVIOUS-SEASON 17

Q1-SHIFTED 18

Q2-SHIFTED 19

Q3-SHIFTED 20

Q4-SHIFTED 21

SEASONAL 22

SUB-BLOCK 23

WEEKLY-SHIFTED 24

EXPIRATION 25

HAS 26

LAST 27

NEXT 28

REQUIRES 29

START 30


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TimeAtt

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tions

Comments




Reserved for 24-hour




A block of data


Daily Self-Read

Typically measured over tens of milliseconds

Monthly Self-Read


Within the present monthly cycle

Within the previous season and data set

First Quarter

Second Quarter

Third Quarter

Fourth Quarter

A portion of a block of data

Weekly Self Read

Exists or is

Must or Mandates

Not Applicable, or the bulk quantity of acommodity (e.g. the dial reading on anelectromechanical watt-hour meter)

Billing period shifted (whatever the billingperiod is)

Within the previous monthly cycle and dataset

e.g. Summer, Spring, Fall, and Winterbased cycle

The time at which an action is scheduled toexpire.

Of all the previous readings, this one is themost recent chronologically.

Of any future (pending) events, this one isnext.

The time at which an action is scheduled to

start.


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DataQualifier

Page 30

Table C.2 -- Data Qualifier Enumerations

Enumeration Index Comments

0

Absolute 1

Average 2Compensated 3

Excess 4

HighThreshold 5

Incremental 6

LowThreshold 7

Maximum 8

Minimum 9

Missing 10

Nominal 11

Normal 12

Relative 13

NotApplicable


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AccumulationBehaviour

Page 31

Table C.3 Accumul

Enumeration Index

0

BulkQuantity 1

ContinuousCumulative 2

Cumulative 3

DeltaData 4

Indicating 6

IntervalData 7

RecordedData 8

Summation 9

TimeDelay 10


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AccumulationBehaviour

Page 32

tion Behaviour Enumerations

Comments

Not Applicable, or implied by the unit of measure.

The sum of the previous billing period values.

As if a needle swung out to a value to indicate the current value.

A series of data samples accompanied by timestamp(s)

A form of computation which introduces a time delay characteristic to the data value

A value from a register which represents the bulk quantityof a commodity. This quantity is computed as the integralof the commodity usage rate. This value is used as thebasis for the dial reading at the meter, and as a result, mayroll over upon reaching a maximum dial value. Note: Thisenumeration is usually implied by the context. Users mayelect to omit phrases implied by their context from a textualdescription (e.g. the alias name), but choose to retainthem in the numeric description (e.g. the name).

The sum of the previous billing period values and thepresent period value.

The "consumption" or "usage" of a commodity between twodistinct points in time. Or alternatively, the quantityconsumed over a specific period of time (with "zero" at the

start of the measurement). The period over which the beginand endpoints occur may be non-recurring or irregular(such as a billing period which changes size with thenumber of days in a month). Further context is provided bythe TimeAttribute, Flow direction, and the time-stamp(s).(See also "Interval data" for a related concept).

The "delta" difference between two values at regularly spaced intervals in time. Theuse of "IntervalData" implies that the datum is part of a consecutive series of datasampled at uniform intervals of time.

A form of accumulation which may be selective with respect to time. Note: Thisenumeration is usually implied by the unit of measure.


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FlowDirection

Page 33

Table C.4 Direction Of Flow Enumerations

Enumeration Index

0

Forward 1

Lagging 2

Leading 3

Net 4

Q1+Q2 5

Q1+Q2+Q3+Q4 6

Q1+Q3 7

Q1+Q4 8

Q1-Q4 9

Q2+Q3 10

Q2+Q4 11

Q2-Q3 12

Q3+Q4 13

Q3-Q2 14

Quadrant1 15

Quadrant2 16

Quadrant3 17

Quadrant4 18

Reverse 19

Total 20


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FlowDirection

Page 34

Comments

N/A

"Delivered," or "Import" See 61968-2

|Forward| - |Reverse|, See 61968-2

Reactive positive quadrants

Sum of all quadrants

Quadrants 1 and 4

Q1 minus Q4

Quadrants 2 and 3

Q2 minus Q3

Reactive negative quadrants

Q3 minus Q2

"Received," or "Export" See 61968-2

|Forward| + |Reverse|, See 61968-2

Typically used to describe that a power factor or

reactive energy component is lagging thereference value.

Typically used to describe that a power factor orreactive energy component is leading thereference value.


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Phase

Page 35

Table C.8 Phase Enumerations

0 0 0 0 0

Phase-A 128 Phase A 1

Phase-AA 136 1

Phase-AB 132 Phase A to B 1

225 1 1 1

Phase-AB-N 193 AB to Neutral 1 1

Phase-AN 129 1

Phase-B 64 Phase B 1

Phase-BA 72 1

Phase-BC 66 Phase B to C 1

Phase-BC-N 97 BC to Neutral 1 1

Phase-BN 65 1

Phase-C 32 Phase C 1

Phase-CA 40 1

Phase-CA 40 Phase C to A 1

Phase-CA-N 41 CA to Neutral 1

Phase-CN 33 1

Phase-N 16 Neutral 1

Phases-ABC 224 1 1 1

NotApplicable toany phase

Phase Acurrentrelative toPhase Avoltage

Phase-ABC-N

ABC toNeutral

Phase A toNeutral

Phase B

currentrelative toPhase Avoltage

Phase B toNeutral

Phase Ccurrentrelative toPhase A

voltage

Phase C toNeutral

Involving allphases


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Phase

Page 36

0 0 0 0

1

1

1

1

1

1

1

1

1

1

1

1 1

1


37/44

MetricMultiplier

Page 37

Table C.9 Metric Multiplier Enumerations

0 Not Applicable or "x1"

1 Da Deca = x10 = x101

2 h or %

3 K kilo, x1,000 = x1036 M Mega, x1,000,000 = x106

9 G Giga = x1,000,000,000 = x109

255 d Deci = x0.1 = x10-1

254 c Centi = x0.01 = x10-2

253 m milli, x0.001 = x10-3

250 micro, x0.000,001 = x10-6

247 n nano, x0.000,000,001 = x10-9

hecto, x100 (or a dimensionless value expressed as apercentage) = x102


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Unity

Page 38

Quantity Value

NA (0),

LENGTH (2),

MASS (3),

ROTATIONAL_SPEED (4),CURRENT (5),

TEMPERATURE (6),

AMOUNT_OF_SUBSTANCE (7),

LUMINOUS_INTENSITY (8),

PLANE_ANGLE_DEGREES (9),

PLANE_ANGLE_RADIANS (10),

SOLID_ANGLE (11),

ABSORBED_DOSE (21),

RADIOACTIVITY (22),

RELATIVE_TEMPERATURE (23),

DOSE_EQUIVALENT (24),

ELECTRIC_CAPACITANCE (25),ELECTRIC_CHARGE (26),

TIME (27),

ELECTRIC_INDUCTANCE (28),

ELECTRIC_POTENTIAL (29),

ELECTRIC_RESISTANCE (30),

ENERGY_JOULE (31),

FORCE_NEWTON (32),

FREQUENCY_HERTZ (33),

ILLUMINANCE_LUX (34),

LUMINOUS_FLUX (35),

MAGNETIC_FLUX (36),

MAGNETIC_FLUX_DENSITY (37),REAL_POWER (38),

PRESSURE (39),

AREA (41),

VOLUME (42),

VELOCITY (43),

ACCELERATION (44),

VOLUMETRIC_FLOW_RATE (45),

FUEL_EFFICIENCY (46),

MOMENT_OF_MASS (47),

DENSITY (48),

VISCOSITY (49),

THERMAL_CONDUCTIVITY (50),

HEAT_CAPACITY (51),

CONCENTRATION (52),

ELECTRIC_CONDUCTANCE (53),

ANGULAR_VELOCITY (54),

APPARENT_POWER (61),

REACTIVE_POWER (63),


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Unity

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PHASE_ANGLE (64),

POWER_FACTOR (65),

VOLT_SECONDS (66),

VOLTS_SQUARED (67),

AMP_SECONDS (68),

AMPS_SQUARED (69),AMPS_SQUARED_TIME (70),

APPARENT_ENERGY (71),

REAL_ENERGY (72),

REACTIVE_ENERGY (73),

MAGNETIC_FLUX (74),

(75),

NUMBER_OF_CHARACTERS (76),

DATA_RATE (77),

TURBINE_INERTIA (78),

SOUND_PRESSURE_LEVEL (79),

MONETARY_UNIT (80),QUANTITY_POWER (100),

QUANTITY_ENERGY (101),

RESISTIVITY (102),

A/M (103),

VOLT_SQUARED_HOUR (104),

AMPERE_SQUARED_HOUR (105),

AMPERE_HOURS (106),

WH_PER_M3 (107),

TIMESTAMP (108),

BOOLEAN (109),

BOOLEANARRAY (110),

COUNT (111),SIGNAL_STRENGTH (113),

APPLICATIONVALUE (114),

KH_WH (115),

KH_VARH (116),

KH_VAH (117),

ENDDEVICEEVENT (118),

RATE_OF_CHANGE_OF_FREQUENCY


40/44

Unity

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Unit name

// none

// meter

// gram

// rotations per second// ampere

// Kelvin

// mole

// candela

// degrees

// radian

// steradian

// Gray (J/kg)

// Becquerel (l/s)

// degrees Celsius

// Sievert (J/kg)

// Farad (C/V)// Coulomb (AS)

// second

// Henry (Wb/A)

// Volt (W/A)

// Ohm (VA)

// (N m)

// (kg m/s)

// (1/s)

// (lm/m)

// lumen (cd sr)

// Weber (V s)

// Tesla (Wb/m2)// Watts (IR)

// Pascal (N/m)

// square meter

// cubic meter

// meters per second (m/s)

// meters per second squared

// cubic meters per second

// meters / cubic meter

// kilogram meter (kg m)

// kilogram/cubic meter

// meter squared / second

// Watt/meter Kelvin

// Joule/Kelvin

// parts per million

// Siemens (A/V)

// radians per second

// Volt Ampere

// Volt Ampere reactive (VISin)


41/44

Unity

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// degrees

// dimensionless

// Volt seconds (Ws/A)

// Volt squared (W2/A2)

// amp seconds

// amp squared// amp square second

// Volt Ampere hours

// Watt hours

// Volt Ampere reactive hours

// Volts per Hertz

// hertz per second

// characters

// characters per second

// kg square meter

// decibel

// Money (Note: Generic money unless supplemented with ISO 4217 currency codes via MeasurementCategory Enum// Q

// Qh

// (rho)

// magnetic field strength, Ampere per metre

// Volt-squared-hours

// Ampere-squared hour

// Ampere-hours

// energy per volume

// time and date per ISO 8601

// "1" = "true", "live", "on", "high", "set"; "0" = "false", "dead", "off", "low", "cleared"

// An array of boolean values describing an array or gang of switches

// counter value// receive signal strength indicator

// encoded value

// active energy metering constant

// reactive energy metering constant

// apparent energy metering constant

// value to be interpreted as a EndDeviceEventCode


42/44

Unity

Page 42

Symbol

m

g

rev/sA

K

mol

cd

deg

rad

sr

Gy

Bq

C

Sv

FC

seconds

H

V

J

N

Hz

lx

Lm

Wb

TW

Pa

m

m

m/s

m/s

m/s

m/m

M

kg/m

m/s

W/m K

J/K

ppm

Siemens

rad/s

VA

VAr


43/44

Unity

Page 43

-Deg

Cos

Vs

V

As

AAt

VAh

Wh

VArh

V/Hz

Hz/s

char

char/s

kgm

dB

Q

Qh

m

A/m

Vh

Ah

Ah

Wh/m

timeStamp

status

statuses

CountdBm

Code

Wh/rev

VArh/rev

VAh/rev

MeCode


44/44

Sheet11

Reading Types CELESC

IA 0.0.6.0.0.4.0.128.0.5IB 0.0.6.0.0.4.0.64.0.5

IC 0.0.6.0.0.4.0.64.0.5

VA 0.0.6.0.0.54.0.128.0.29

VB 0.0.6.0.0.54.0.64.0.29

VC 0.0.6.0.0.54.0.32.0.29

AVA 0.0.6.0.0.55.0.128.0.64

AVB 0.0.6.0.0.55.0.64.0.64

AVC 0.0.6.0.0.55.0.32.0.64

AIA 0.0.6.0.0.5.0.128.0.64

AIB 0.0.6.0.0.5.0.64.0.64

AIC 0.0.6.0.0.5.0.32.0.64

DHVA 0.0.6.0.0.100.0.128.0.0

DHVB 0.0.6.0.0.100.0.64.0.0

DHVC 0.0.6.0.0.100.0.32.0.0

DHIA 0.0.6.0.0.101.0.128.0.0

DHIB 0.0.6.0.0.101.0.64.0.0DHIC 0.0.6.0.0.101.0.32.0.0

DHT 0.0.6.0.0.47.0.224.0.0

FR 0.0.6.0.0.15.0.224.0.33

SIGNAL 0.0.6.0.1.25.0.0.0.0

TEMP 0.0.6.0.0.46.0.0.0.6

OPER 0.0.6.0.1.27.0.0.0.0

CH1 0.0.6.0.3.1.0.0.0.0

CH2 0.0.6.0.3.2.0.0.0.0

CH3 0.0.6.0.3.3.0.0.0.0

readingtype codes

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