Domum Automation eHouse Ethernet version .
Connectors de Ethernet moderatoris Description refertur ad average Ethernet moderatoris:
- EthernetRoomManager
- EthernetHeatManager
- EthernetSolarManager
- Other dedicated Ethernet moderatoris substructio in eadem PCB
Descriptio est NEQUE enim magnus moderatoris
- CommManager
- LevelManager
Most eHouse moderatoris connectors sunt duplici ordine IDC cum diversis amounts of paxillos , pro securus installation et velox iunctio , et per usum praebere amet elit tape – effundebatur flat foedans IDC connectors in extremis (specialis crimper COPULATRIX ID) .
Coetum et disassembly wiring non requirit cudendum striatus in parietibus debitum ad crassitiem habena est circa 1mm flat .
Abrogare edits
Abrogare edits
Totaliter operor non postulo a screwdriver annecto filis numerum magnum contactus et controller clamping flat cable neglegentes de numero coros capit tacuit .
Hoc faciliorem remotionem et control servitium et diagnostics pro deprehensionem problems in casu installation error .
Ethernet
Ducit Argutus Ethernet moderatoris domum eHouse EthernetRoomManager , EthernetHeatManager , EthernetSolarManager
Pin No . I . ager signatus est quadratum solidabis in PCB et habitationi superaddita sagitta socors . Medio ponitur post primam habitationem capite tonso – ex socors , prohibere reverse insertionem plug ad versandos .
Fibulae sunt numerati sunt in sequence prioritate columnis,
____________________________________________________________
| II IV VI VIII X XII XIV XVI XVIII XX XXII XXIV XXVI XXVIII XXX XXXII XXXIV XXXVI XXXVIII XL XLII XLIV XLVI XLVIII L
| I III V VII IX XI XIII XV XVII XIX XXI XXIII XXV XXVII XXIX XXXI XXXIII XXXV XXXVII XXXIX XLI XLIII XLV XLVII XLIX
| ^ _______________________________________________________
ADC INPUTS – Analog Inputs – Digital MENSURA (ADC INPUTS) (0 ; 3V3) Relativum Ponderibus – Non annecto aliquid externum voltage (IDC – XX)
I – Gnd / Ground (0V)
II – Gnd / Ground (0V)
III – ADC IN II
IV – ADC IN X
V – ADC IN III
VI – ADC IN XI / XII * Digital input
VII – ADC IN IV
VIII – ADC IN XII / XI * Digital input
IX – ADC IN V
X – ADC IN XIII / X * Digital input
XI – ADC IN VI
XII – ADC IN XIV / IX * Digital input
XIII – ADC IN VII
XIV – ADC IN XV / digital input VIII *
XV – ADC IN VIII (optional temperies sensorem insidentes module aut panel extra ERM)
XVI – ADC IN 0,
XVII – ADC IN IX (optionally effundebatur lux sensorem (phototransistor +) in module aut panel externae ERM)
XVIII – ADC IN I
XIX – VDD (III V3,) – Requirit DESULTOR ad potestatem ERM cohibentem current / temperies sensoriis nam virtus (resistor C OM)
XX – VDD (III V3,)
* Foedus digital inputs non annecto
Digital INPUTS – Digital potenti (De / Off) Brevior terram vel aperta (ne annecto ulla voltage zewnÄ ™ cznych) (IDC – XIV)
I – Gnd / Ground (0V)
II – Gnd / Ground (0V)
III – Digital potenti I
IV – Digital potenti II
V – Digital potenti III
VI – Digital potenti IV
VII – Digital potenti V
VIII – Digital potenti VI
IX – Digital potenti VII
X – Digital potenti VIII *
XI – Digital potenti IX *
XII – Digital potenti X *
XIII – Digital potenti XI *
XIV – Digital potenti XII *
* Foedus Analog Inputs
Digital OUTPUTS – Cum moderatoris digital outputs pro directam connexionem ad CURSUS PUBLICI spiram control CURSUS PUBLICI (IDC – XL aut IDC – L)
I – VCCDRV – Tutela contra – Salo pro CURSUS PUBLICI connexa CURSUS PUBLICI spiram 12V (diode ad VCC)
II – VCCDRV – Tutela contra – Salo pro CURSUS PUBLICI connexa CURSUS PUBLICI spiram 12V (diode ad VCC)
III – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . I
IV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . II
V – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . III
VI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . IV
VII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . V
VIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . VI
IX – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . VII
X – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . VIII
XI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . IX
XII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . X
XIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XI
XIV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XII
XV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XIII
XVI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XIV
XVII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XV
XVIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XVI
XIX – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XVII
XX – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XVIII
XXI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XIX
XXII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XX
XXIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXI
XXIV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXII
XXV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXIII
XXVI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXIV
XXVII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXV
XXVIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXVI
XXIX – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXVII
XXX – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXVIII
XXXI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXIX
XXXII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXX
XXXIII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXXI
XXXIV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXXII
XXXV – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXXIII
XXXVI – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXXIV
XXXVII – Digital output pro directam connexionem ad CURSUS PUBLICI spiram (12V/20mA) No . XXXV
XXXVIII – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XXXIX – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XL – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLI – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLII – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLIII – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLIV – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLV – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLVI – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLVII – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XL – GND / Ground 0V (Vel , ad potentiam COPULATRIX III pin TANTUM si cable longitudinem minus quam 40cm flat)
XLIX – XII V potentia input ERM (alternando cum III pin potentia COPULATRIX pro flat cable longitudinem minus quam 40cm)
L – XII V potentia input ERM (alternando cum III pin potentia COPULATRIX pro flat cable longitudinem minus quam 40cm)
POTENTIA DC XII V (III – Pin COPULATRIX)
I – GND/Ground/0V
II – GND/Ground/0V
III – Potentia copia 12V/0A5 (Power controller) UPS (optional)
FRONS ABAX – Externum expansionem COPULATRIX panel (IDC – XVI) – solum continuaverat, system components eHouse
I – XII VDC potentia copia (input / output max 100mA) *
II – XII VDC potentia copia (input / output max 100mA) *
III – Digital output numerus XXXIV (haud controller output)
IV – VCC 3V3 (interno output ad operari stabilitorque)
V – IR IN (input ab externo IR receptator)
VI – ADC IN VIII (optional temperies sensorem insidentes module aut panel extra ERM)
VII – TX1 (RS232 TTL transmittere) vel alias functiones pro externo panel (Noli annecto external adinventionum)
VIII – RX1 (RS232 TTL ReceptioneCommunionis) vel alias functiones pro externo panel
IX – ADC IN IX (optionally effundebatur lux sensorem (phototransistor +) in ERM module aut externo panel)
X – PWM I (PWM obscurius output I aut TTL ruber – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentiam)
XI – PWM II (obscurius PWM output II aut TTL viridi – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentiam)
XII – PWM III (output PWM dimming III aut TTL hyacintho – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentiam)
XIII – IR FORIS – Ultrarubrum signum output (nam connectens et transmittentes IR DUXERIT current cohibentem resistor 12V/100mA)
XIV – PROPAGO – Reset controller (Brevior humus)
XV – GND/Ground/0V *
XVI – GND/Ground/0V *
* Potentia EthernetRoomManager externo panel (DEJUGO alia potestas copia (XII VDC) ad optimum suppeditant communem rationem praesertim cum Ethernet iter itineris
ETHERNET – RJ45 COPULATRIX ad coniungeris ut LAN (10Mbs)
Hoc est mensura, Ethernet Jack RJ45 COPULATRIX postulantes clamped in cable UTP – VIII .
LUX – sensorem (II pin) – optional lux sensorem effundebatur alternando externo panel
I – GND/Ground/0V
II – PHOTOTRANSISTOR + (aut alia lux – sensitivam Photodiode , photoresistor) ADC IN IX (optional lux sensorem insidentes module aut panel extra ERM)
Tempero – Temperature sensorem (III pin) – optional temperies sensorem effundebatur alternando externo panel (MCP9701 , MCP9700)
I – 3V3 potentia copia temperies sensorem
II – ADC IN VIII (optional temperies sensorem insidentes module aut panel extra ERM)
III – GND/Ground/0V
Dimmers – Output PWM dimmers (V pin) ad imperium optoizolatorami (3V3/10mA)
I – PWM I (PWM obscurius output I aut TTL ruber – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentia – Anode)
II – PWM II (obscurius PWM output II aut TTL viridi – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentia – Anode)
III – PWM III (output PWM dimming III aut TTL hyacintho – sine potentia controller) 3V3/10mA (controlare DUXERIT controller optocoupler transmittere potentia – Anode)
IV – GND / Ground / 0V – Optocoupler DUXERIT cathode pro PWM potentia coegi *
(V ; XII) VDC potentia copia (input / output max 100mA) *
* Potentia EthernetRoomManager cum moderatoris potentia dimmers (DEJUGO alia potestas copia (XII VDC) ad optimum suppeditant communem rationem praesertim cum Ethernet iter itineris
Non annecto external adinventiones , interfaces alte cadere moderatoris eHouse .
Coniungens ad alia significationibus ut iniuriosi in controller .
Hi paxilli sunt shorted ut pin Digital Inputs , Analog , digital outputs directe in processus sine cautione .
Ethernet eHouse – Domum Automation – Room MODERATOR