Struct InverterThreePhase 

pub struct InverterThreePhase {

    pub a: u16,
    pub aph_a: u16,
    pub aph_b: u16,
    pub aph_c: u16,
    pub a_sf: i16,
    pub pp_vph_ab: Option<u16>,
    pub pp_vph_bc: Option<u16>,
    pub pp_vph_ca: Option<u16>,
    pub ph_vph_a: u16,
    pub ph_vph_b: u16,
    pub ph_vph_c: u16,
    pub v_sf: i16,
    pub w: i16,
    pub w_sf: i16,
    pub hz: u16,
    pub hz_sf: i16,
    pub va: Option<i16>,
    pub va_sf: Option<i16>,
    pub v_ar: Option<i16>,
    pub v_ar_sf: Option<i16>,
    pub pf: Option<i16>,
    pub pf_sf: Option<i16>,
    pub wh: u32,
    pub wh_sf: i16,
    pub dca: Option<u16>,
    pub dca_sf: Option<i16>,
    pub dcv: Option<u16>,
    pub dcv_sf: Option<i16>,
    pub dcw: Option<i16>,
    pub dcw_sf: Option<i16>,
    pub tmp_cab: i16,
    pub tmp_snk: Option<i16>,
    pub tmp_trns: Option<i16>,
    pub tmp_ot: Option<i16>,
    pub tmp_sf: i16,
    pub st: St,
    pub st_vnd: Option<u16>,
    pub evt1: Evt1,
    pub evt2: Evt2,
    pub evt_vnd1: Option<EvtVnd1>,
    pub evt_vnd2: Option<EvtVnd2>,
    pub evt_vnd3: Option<EvtVnd3>,
    pub evt_vnd4: Option<EvtVnd4>,
}

Available on crate feature model103 only.

Inverter (Three Phase)

Include this model for three phase inverter monitoring

Fields

a: u16

Amps

AC Current

Detail: Sum of active phases

aph_a: u16

Amps PhaseA

Phase A Current

Detail: Connected Phase

aph_b: u16

Amps PhaseB

Phase B Current

Detail: Connected Phase

aph_c: u16

Amps PhaseC

Phase C Current

Detail: Connected Phase

a_sf: i16

pp_vph_ab: Option<u16>

Phase Voltage AB

Phase Voltage AB

pp_vph_bc: Option<u16>

Phase Voltage BC

Phase Voltage BC

pp_vph_ca: Option<u16>

Phase Voltage CA

Phase Voltage CA

ph_vph_a: u16

Phase Voltage AN

Phase Voltage AN

ph_vph_b: u16

Phase Voltage BN

Phase Voltage BN

ph_vph_c: u16

Phase Voltage CN

Phase Voltage CN

v_sf: i16

w: i16

Watts

AC Power

w_sf: i16

hz: u16

Hz

Line Frequency

hz_sf: i16

va: Option<i16>

VA

AC Apparent Power

va_sf: Option<i16>

v_ar: Option<i16>

VAr

AC Reactive Power

v_ar_sf: Option<i16>

pf: Option<i16>

PF

AC Power Factor

pf_sf: Option<i16>

wh: u32

WattHours

AC Energy

wh_sf: i16

dca: Option<u16>

DC Amps

DC Current

dca_sf: Option<i16>

dcv: Option<u16>

DC Voltage

DC Voltage

dcv_sf: Option<i16>

dcw: Option<i16>

DC Watts

DC Power

dcw_sf: Option<i16>

tmp_cab: i16

Cabinet Temperature

Cabinet Temperature

tmp_snk: Option<i16>

Heat Sink Temperature

Heat Sink Temperature

tmp_trns: Option<i16>

Transformer Temperature

Transformer Temperature

tmp_ot: Option<i16>

Other Temperature

Other Temperature

tmp_sf: i16

st: St

Operating State

Enumerated value. Operating state

st_vnd: Option<u16>

Vendor Operating State

Vendor specific operating state code

evt1: Evt1

Event1

Bitmask value. Event fields

evt2: Evt2

Event Bitfield 2

Reserved for future use

evt_vnd1: Option<EvtVnd1>

Vendor Event Bitfield 1

Vendor defined events

evt_vnd2: Option<EvtVnd2>

Vendor Event Bitfield 2

Vendor defined events

evt_vnd3: Option<EvtVnd3>

Vendor Event Bitfield 3

Vendor defined events

evt_vnd4: Option<EvtVnd4>

Vendor Event Bitfield 4

Vendor defined events

Implementations

impl InverterThreePhase

pub const A: Point<Self, u16>

pub const APH_A: Point<Self, u16>

pub const APH_B: Point<Self, u16>

pub const APH_C: Point<Self, u16>

pub const A_SF: Point<Self, i16>

pub const PP_VPH_AB: Point<Self, Option<u16>>

pub const PP_VPH_BC: Point<Self, Option<u16>>

pub const PP_VPH_CA: Point<Self, Option<u16>>

pub const PH_VPH_A: Point<Self, u16>

pub const PH_VPH_B: Point<Self, u16>

pub const PH_VPH_C: Point<Self, u16>

pub const V_SF: Point<Self, i16>

pub const W: Point<Self, i16>

pub const W_SF: Point<Self, i16>

pub const HZ: Point<Self, u16>

pub const HZ_SF: Point<Self, i16>

pub const VA: Point<Self, Option<i16>>

pub const VA_SF: Point<Self, Option<i16>>

pub const V_AR: Point<Self, Option<i16>>

pub const V_AR_SF: Point<Self, Option<i16>>

pub const PF: Point<Self, Option<i16>>

pub const PF_SF: Point<Self, Option<i16>>

pub const WH: Point<Self, u32>

pub const WH_SF: Point<Self, i16>

pub const DCA: Point<Self, Option<u16>>

pub const DCA_SF: Point<Self, Option<i16>>

pub const DCV: Point<Self, Option<u16>>

pub const DCV_SF: Point<Self, Option<i16>>

pub const DCW: Point<Self, Option<i16>>

pub const DCW_SF: Point<Self, Option<i16>>

pub const TMP_CAB: Point<Self, i16>

pub const TMP_SNK: Point<Self, Option<i16>>

pub const TMP_TRNS: Point<Self, Option<i16>>

pub const TMP_OT: Point<Self, Option<i16>>

pub const TMP_SF: Point<Self, i16>

pub const ST: Point<Self, St>

pub const ST_VND: Point<Self, Option<u16>>

pub const EVT1: Point<Self, Evt1>

pub const EVT2: Point<Self, Evt2>

pub const EVT_VND1: Point<Self, Option<EvtVnd1>>

pub const EVT_VND2: Point<Self, Option<EvtVnd2>>

pub const EVT_VND3: Point<Self, Option<EvtVnd3>>

pub const EVT_VND4: Point<Self, Option<EvtVnd4>>

Trait Implementations

impl Debug for InverterThreePhase

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Group for InverterThreePhase

const LEN: u16 = 50

Group length (without nested and repeating groups)

impl Model for InverterThreePhase

const ID: u16 = 103

Model ID

fn addr(models: &Models) -> ModelAddr<Self>

Get model address from discovered models struct

fn parse(data: &[u16]) -> Result<Self, ParseError<Self>>

Parse model data from a given u16 slice