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4

PXR –PCAM adapter module specifications

ProfibuS (DP) CommuniCation aDaPtEr moDulE

    IL120009EN    March 2017  www.eaton.com

Table 6.  Cyclic data exchange monitoring format 2

byte(s)

Data type Description

resolution

0

Uint8

State 0 (byte 0 of monitoring 

format 0, 

Table 4

)

1

Uint8

State 1 (byte 0 of monitoring 

format 0, 

Table 4

)

3..2

Uint16

I

L1

 (phase A current)

Amps

5..4

Uint16

I

L2

 (phase B current)

Amps

7..6

Uint16

I

L3

 (phase C current)

Amps

9..8

Uint16

I

Lmax

 (maximum value of I

L1

, I

L2

, I

L3

Amps

11..10

Uint16

I

N

 (neutral current)

Amps

13..12

Uint16

V

LL avg

 (average line-to-line voltage

Volts

15..14

Int16

cos phi (avg apparent PF)

0.1%

17..16

Uint16

Energy

MWh

Table 7.  Cyclic data exchange monitoring format 3

byte(s)

Data type Description

resolution

0

Uint8

State 0 (byte 0 of monitoring 

format 0, 

Table 4

)

1

Uint8

State 1 (byte 0 of monitoring 

format 0, 

Table 4

)

3..2

Uint16

I

L1

 (phase A current)

Amps

5..4

Uint16

I

L2

 (phase B current)

Amps

7..6

Uint16

I

L3

 (phase C current)

Amps

9..8

Uint16

I

Lmax

 (maximum value of I

L1

, I

L2

, I

L3

)

Amps

11..10

Uint16

I

N

 (neutral current)

Amps

13..12

Uint16

V

L1-L2

 (V

AB

)

Volts

15..14

Uint16

V

L2-L3

 (V

BC

)

Volts

17..16

Uint16

V

L3-L1

 (V

CA

)

Volts

19..18

Uint16

V

L1-N

 (V

AN

)

Volts

21..20

Uint16

V

L2-N

 (V

BN

)

Volts

23..22

Uint16

V

L3-N

 (V

CN

)

Volts

25..24

Int16

cos phi (avg apparent PF)

0.1%

27..26

Uint16

Energy

MWh

29..28

Uint16

S

total

 (total apparent PF)

kVA

Table 8.  Cyclic data exchange monitoring format 4

byte(s)

Data type Description

resolution

0

Uint8

State 0 (byte 0 of monitoring 

format 0, 

Table 4

)

1

Uint8

State 1 (byte 0 of monitoring 

format 0, 

Table 4

)

3..2

Uint16

I

L1

 (phase A current)

Amps

5..4

Uint16

I

L2

 (phase B current)

Amps

7..6

Uint16

I

L3

 (phase C current)

Amps

9..8

Uint16

I

Lmax

 (maximum value of I

L1

, I

L2

, I

L3

Amps

11..10

Uint16

I

N

 (neutral current)

Amps

13..12

Uint16

V

L1-L2 

(V

AB

)

Volts

15..14

Uint16

V

L2-L3

 (V

BC

)

Volts

Table 8.  Cyclic data exchange monitoring format 4

byte(s)

Data type Description

resolution

17..16

Uint16

V

L3-L1

 (V

CA

)

Volts

19..18

Uint16

V

L1-N

 (V

AN

)

Volts

21..20

Uint16

V

L2-N

 (V

BN

)

Volts

23..22

Uint16

V

L3-N

 (V

CN

)

Volts

25..24

Int16

cos phi (avg apparent PF)

0.1%

29..26

Uint 32

Energy

kWh

31..30

Uint16

S

total

 (total apparent PF)

kVA

Table 9.  Cyclic data exchange monitoring format 5

byte(s)

Data type Description

resolution

0

Uint8

State 0 (byte 0 of monitoring 

format 0, 

Table 4

)

1

Uint8

State 1 (byte 0 of monitoring 

format 0, 

Table 4

)

3..2

Uint16

I

L1

 (phase A current)

Amps

5..4

Uint16

I

L2

 (phase B current)

Amps

Cyclic data exchange monitoring format 4

byte(s)

Data type Description

resolution

7..6

Uint16

I

L3

 (phase C current)

Amps

9..8

Uint16

I

Lmax

 (maximum value of I

L1

, I

L2

, I

L3

)

Amps

11..10

Uint16

I

N

 (neutral current)

Amps

13..12

Uint16

V

L1-L2 

(V

AB

)

Volts

15..14

Uint16

V

L2-L3

 (V

BC

)

Volts

17..16

Uint16

V

L3-L1

 (V

CA

)

Volts

19..18

Uint16

V

L1-N

 (V

AN

)

Volts

21..20

Uint16

V

L2-N

 (V

BN

)

Volts

23..22

Uint16

V

L3-N

 (V

CN

)

Volts

25..24

Int16

cos phi (avg apparent PF)

0.1%

29..26

Uint 32

Energy

kWh

31..30

Uint16

S

total

 (total apparent PF)

kVA

33..32

Uint16

Digital inputs

bit 0 = DIN0

bit 1 = DIN1

bit 2 = DIN2

bit 3..15 = 0 (not used)

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