GXE600.lvlib:GXE600 Status Read OVP and OCP.vi

Holding Register (PDU Address : 102d [Protection Method], 105d [OVP] and 106d [OCP])

Reads actual Protection Method.

The over voltage protection(OVP) indicate SWOVP and HWOVP method.

The over current protection(OCP) indicate SWOCP method only. (HWOCP always fix to latch.)

Read actual OVP and OCP thresold values.

set Model Selector to specify nominal of physical value. (Default is a GXE600-24.)

Nominal values are;

GXE600-24 : 24V / 25A,

GXE600-48 : 48V / 12.5A.

Q10 value = Referense value / Nominal value

GXE600.lvlib:GXE600 Status Read OVP and OCP.vi


cModbus_Masterlvclass

Modbus master in

Modbus master in can accept any Modbus master instance.

cerrcodeclst

error in (no error)

error in can accept error information wired from VIs previously called. Use this information to decide if any functionality should be bypassed in the event of errors from other VIs.

Right-click the error in control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error.

cu16

Model Selector (0: GXE600-24)

The Selector of GXE Product Model.

0 : GXE600-24

1 : GXE600-48

iModbus_Masterlvclass

Modbus master out

Modbus master out returns the Modbus master instance provided as input.

ierrcodeclst

error out

error out passes error or warning information out of a VI to be used by other VIs.

Right-click the error out control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error.

idbl

OVP Threshold (V)

Actual threshold value of Over Voltage.

The VI converts Q10 register value to threshold voltage.

It is needed to set GXE Model to convert properly.

Threshold value = Q10 value x Nominal value

idbl

OCP Threshold (A)

Actual threshold value of Over Current.

The VI converts Q10 register value to threshold current.

It is needed to set GXE Model to convert properly.

Threshold value = Q10 value x Nominal value

ibool

HWOVP

Protection Method of Over Voltage.

False indicates an auto recovering.

True indicates latched stop.

ibool

SWOCP

Protection Method of Over Current.

False indicates an auto recovering.

True indicates latched stop.

ibool

SWOVP

Protection Method of Over Voltage.

False indicates an auto recovering.

True indicates latched stop.