Цитата(ganin @ Oct 17 2006, 10:20 )
Спасибо!
Остановились именно на Дельта+. Он более всего соответствует нашему ТЗ
Если не затруднит, то расскажите потом насчет сложностей внедрения. Особенно интересует возможность покупки в России именно модификации с LON.
Цитата(Игорь Борисов @ Oct 17 2006, 10:34 )
Обиженно.... С импульсным - тоже Дельта+....
Одно дело просто считать электроэнергию, а другое получать все вот ЭТО
Node Object
Register Network variable name Description
nviRequest Supports RQ_NORMAL, RQ_UPDATE_STATUS and RQ_REPORT_MASK
nvoStatus
Time nviTimeSet
nvoTime Set date and time in the software clock
Date and time from the software clock
Node State nvoNodeState Bit0 - Master status bit. If any other bit is set, this bit is also set.
Bit1 - Any application error.
Bit2 - Power low.
Bit3 - Permanent error.
Bit4 - Temporary error.
Bit5 - Installation error.
Bits 6 - 8 Unused.
Bit9 - Internal communication error.
Bit 10 - No data available.
Bit 11 - Hardware error.
Bit 12 - Invalid time.
Bits 13 - 15 Unused.
Meter ID nvoMeterID Meter serial number, 8 digits ASCII
Installation check nviInstChkClr Reset installation check result (with ST_ON)
Utility Data Logger registers (variable type SNVT_reg_val_ts)
Register Network variable name Description
Active energy total nvoAEnergyTot Total cumulative Active Energy
Active energy tariff 1 nvoAEnergyTf1 Cumulative Active Energy Tariff 1
Active energy tariff 2 nvoAEnergyTf2 Cumulative Active Energy Tariff 2
Active energy tariff 3 nvoAEnergyTf3 Cumulative Active Energy Tariff 3
Active energy tariff 4 nvoAEnergyTf4 Cumulative Active Energy Tariff 4
Reactive energy total nvoREnergyTot Total cumulative Reactive Energy
Reactive energy tariff 1 nvoREnergyTf1 Cumulative Reactive Energy Tariff 1
Reactive energy tariff 2 nvoREnergyTf2 Cumulative Reactive Energy Tariff 2
Reactive energy tariff 3 nvoREnergyTf3 Cumulative Reactive Energy Tariff 3
Reactive energy tariff 4 nvoREnergyTf4 Cumulative Reactive Energy Tariff 4
Transformer ratio nvoTrfRatio Read transformer ratio
Counter nvoCounter
nviCounterRst Value of the pulse counter
Reset pulse counter
Active power nvoActPwrTot Instantaneous total active power
Reactive power nvoReactPwrTot Instantaneous total reactive power
Apparent power nvoAppPwrTot Instantaneous total apparent power
Voltage L1-N nvoVoltL1_N Instantaneous voltage between L1 and neutral
Voltage L2-N nvoVoltL2_N Instantaneous voltage between L2 and neutral
Voltage L3-N nvoVoltL3_N Instantaneous voltage between L3 and neutral
Voltage L1-L2 nvoVoltL1_L2 Instantaneous voltage between L1 and L2
Voltage L2-L3 nvoVoltL2_L3 Instantaneous voltage between L3 and L2
Current L1 nvoCurrentL1 Instantaneous current in the L1 phase
Current L2 nvoCurrentL2 Instantaneous current in the L2 phase
Current L3 nvoCurrentL3 Instantaneous current in the L3 phase
Power factor nvoPowerFact Instantaneous total power factor
To reset the pulse counter, a value shall be sent to nviCounterRst (SNVT_reg_val) with raw = 0, unit = RVU_NONE and
nr_decimals = 0.
Register Network variable name Variable type Description
Tariff nviTariff
nvoTariffFb SNVT_count Set new tariff (range 1 -4)
Current tariff
Input nvoInputState
nvoStoredState
nviClrStdState SNVT_lev_disc Current state
Stored state
Clear stored state (with ST_ON)
Output nviOutput
nvoOutputFb SNVT_lev_disc Set state (ST_ON, ST_OFF)
Current state
Error flags nvoErrorFlags 8 * 8 byte Internal error flags (described in Fel! Hittar inte referenskalla.)
Internal update timer nciInternalUpdT SNVT_time_sec Data update interval in seconds. Allowed range 10 - 600 seconds.
Reset node after modifying.
Сертифицированные счетчики электоэнегии
27.9.2006, 23:00
Не проще ли тогда все уже сделать на Бэкхофе? При том, что за совместимость модулей I/O и ПЛК ни сам Бэкхоф, ни Ваго ответственности нести не будут 
. Собственно через него я и подключал DaikinGateway. А сколько LON-переменных может передать LON-контроллер Ваго? 
