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Xylem Expert 7060_7070_Modbus User Manual

Page 7

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Communication protocol Serie30

Page 13/37

4.9

MODBUS Register Map

Process Value Read Range (0x000x):

compatible with Class.Group-Version = 5.20-10.XX and former

format is float according to chapter “6.2 floating-point format IEEE754”, channel error returns NaN, over-/underflow is

represented by +/-infinity

corresponding functionality to Keller Bus functions F73

MODBUS StAdd

(0xHILO)

Channel

Read/

Write

Unit

Description

0x0000

Calculated value (customer specific format) HWord

CH0

R

---

Calculated value (customer specific format) LWord

0x0002

Pressure of sensor1 HWord

P1

R

bar

Pressure of sensor1 LWord

0x0004

Pressure of sensor2 HWord

P2

R

bar

Pressure of sensor2 LWord

0x0006

Temperature HWord

T

R

°C

Temperature LWord

0x0008

Temperature of sensor1 HWord

TOB1

R

°C

Temperature of sensor1 LWord

0x000A

Temperature of sensor2 HWord

TOB2

R

°C

Temperature of sensor2 LWord

Process Value Read Range (0x001x):

compatible with Class.Group-Version = 5.20-10.XX and later (4 instead of 2 byte signed integers)

Overflow returns “2147483647”, an underflow “-2147483648”

format is 4 byte signed integer

corresponding functionality to Keller Bus functions F74

MODBUS StAdd

(0xHILO)

Channel

Read/

Write

Unit

Description

0x0010

Calculated value (customer specific format) HWord

CH0

R

---

Calculated value (customer specific format) LWord

0x0012

Pressure of sensor1 HWord

P1

R

1/100 mbar

Pressure of sensor1 LWord

0x0014

Pressure of sensor2 HWord

P2

R

1/100 mbar

Pressure of sensor2 LWord

0x0016

Temperature HWord

T

R

1/100 °C

Temperature LWord

0x0018

Temperature of sensor1 HWord

TOB1

R

1/100 °C

Temperature of sensor1 LWord

0x001A

Temperature of sensor2 HWord

TOB2

R

1/100 °C

Temperature of sensor2 LWord

Process Value Read Range (different mapping) (0x0100):

compatible with Class.Group-Version = 5.20-10.XX and later

format is float according to chapter “6.2 floating-point format IEEE754”, channel error returns NaN, over-/underflow is

represented by +/-infinity

used for accessing data in one cycle (e.g. P1 and TOB1)

MODBUS StAdd

(0xHILO)

Read/

Write

Reg.

Name

DESCRIPTION

0x0100

Pressure of sensor1 [bar] HWord

R

P1

Pressure of sensor1 [bar] LWord

0x0102

Temperature of sensor1 [°C HWord

R

TOB1

Temperature of sensor1 [°C] LWord

0x0104

Pressure of sensor2 [bar] HWord

R

P2

Pressure of sensor2 [bar] LWord

0x0106

Temperature of sensor2 [°C] HWord

R

TOB2

Temperature of sensor2 [°C] LWord