Toshiba TOSVERT VF-FS1 Series instruction manual NvoDrvEnergy Cumulative Input Energy

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E6581373

6.6.13. nvoDrvEnergy (Cumulative Input Energy)

Output network variable,

SNVT type: SNVT_elec_kwh_l (146)

It provides the cumulative input energy calculated by the inverter.

-Valid range: 0.0kWh to 42949672.9kWh (If an overflow occurred, the value returns to 0.)

-Unit: 0.1kWh

*How to clear the value

This cumulative data value is cleared if the inverter power source is cycled with setting the parameter f748 to 0. When clearing it without cycling the power source, use inverter parameter fa20. Refer to section 7.5 ”Parameter access method” for detail.

6.6.14. nvoDigitalInput (All Digital Inputs Monitor)

Output network variable (Reserved) SNVT_type: SNVT_state (83)

It provides all states of the inverter logic input terminals. Each bit is set to “1” when the terminal is activated. Bit field is arranged as the table shown in below.

Bit

LIU007Z

0

-------

1

-------

2

-------

3

-------

4

-------

5

-------

6

-------

7

-------

8

-------

9

-------

10

-------

11

-------

12

-------

13

-------

14

-------

15

-------

LIU006Z

Under Development

6.6.15. nvoDigitalIn1 to 8 (Digital Input Monitor)

Output network variable SNVT type: SNVT_switch (95)

They provide the inverter logic input terminal state. - Status

nvoDigitalIn1 to 8

Status

value

state

 

0%

0

Input OFF

100%

1

Input ON

- 30 -

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Contents E6581373 Handling in general IntroductionTable of Contents E6581373 Applicable model System configurationScope OverviewLIU007Z for VF-FS1 Names and functions of main partsOutline view LIU006ZService LED DiagnosticsLED OFF Fault LEDStatus LED LED on LED OFFRS485 communication port Neuron ID ConfigurationsService pin Device interface XIF file Inverter configurationsLIU007Z Command & Setpoint selection Local/RemoteReference parameter of the inverter Functional profile supported by this option Functional profileObject id Object map Node Object functional blockNetwork variables Node Object NviRequest Object Request NciLocation Location LabelNvoStatus Object Status Object map is the following ACMotorDrive functional blockLIU Network variable list VSD601011Network variable list the other NciMaxSpeed Maximum Speed Configuration propertiesNciMinSpeed Minimum Speed NciSndHrtBt Send Heartbeat Time NciRcvHrtBt Receive Heartbeat TimeNciMinOutTm Minimum Send Time NciNmlFreq Nominal Motor Frequency NciNmlSpeed Nominal Motor Speed in min-1NciRampUpTm Ramp Up Time NciPwUpOutTm Power up delay time NciDrvSpeedScale Default value for nviDrvSpeedScaleNciRampDownTm Ramp Down Time NviDrvSpeedScale Drive Speed Setpoint Scaling NviResetFault Fault Reset CommandInput network variables NviDrvSpeedStpt Drive Speed SetpointLIU007Z LIU006Z NviInvSetFreq Frequency SetpointNviRelay1 /nviDigitalOut1,2 Control of Digital Output NviDigitalOutput Control of All Digital OutputsNviEmergOverride Emergency stop NviAnalogOut1,2 Control of Analog outputLnlearnvalue NviParamCmd Parameter accessLnrecall LnlearncurrentOutput network variables NvoDrvFeedback Velocity Feedback NvoDrvAlarm AlarmNvoStatusWord Inverter Status NvoTorque Motor Torque Monitor NvoAlarmWord Alarm StatusNvoDrvThermal Drive Thermal State NvoMotorThermal Motor Thermal StateNvoDigitalInput All Digital Inputs Monitor NvoDrvEnergy Cumulative Input EnergyNvoDigitalIn1 to 8 Digital Input Monitor NvoEmergStatus Emergency Status NvoAnalogIn1 to 3 Analog Input MonitorToshiba NvoParamResp Parameter Access ResponseNvoTypeVer Identification AsciiBinding ProcedureOption unit reset method Example usageCommunication health management Parameter access method E6581373 ANSI/EIA/CEA Specifications