Washer Alt Current Sensor Layout Norbert Doerry September 25, 2005 Rev A: Oct 28, Sensor LED1 LED2LED3 12V
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1 LED LEDLED V 00 uf.0 uf D. uf D 0 0 LM9 ensor 00 D D P L 0 uf NOTE: Component Positions re pproximte R Wsher lt Current ensor Lyout eptemer, 00 Rev : Oct 8, 00
2 0 O OP MP OP MP OP MP O O V V V V V 00 Current Trnsformer OP MP 0 o o 0uF LM9 o o 0 V LED PIN V NOTE: Current Trnsformers re old wll trnsformers (Bricks). The originl Primry winding is the new secondry. new primry winding of out to 0 turns of 0 WG wire is wrpped round the existing windings. LED Power On LED O V 000 uf V NOTE: Pin my Turn off eween cycles. The Pot djusts the mount of time tht Pin is off efore inititing the Pin lrm pulse. V V V PIN 000 F V V ignl Conditioning. F V Flling Edge Detector V Pulse Genertor V Trg Dis Out Thr Rst FM.0 F V F V PIN PIN V LED Wsher lrm LED ctive Low Wsher lt Current ensor eptemer, 00 Rev : Oct 9, 00 : ensor Redy : V (Yellow) Pin DIN Femle Connector : ttus (Green) : (Blck) : lrm (Red)
3 BG on TIMER witch Dryer Modifiction C on TIMER witch Pin DIN Femle Connector White Blck Green : ensor Redy : V (Yellow) : Dryer ttus (Green) : (Blck) : Dryer lrm (Red) Rectifier. to VDC ~ ~ ~ 70 F ignl.0 mm OD. mm ID N NOTE: Trnsformer plugs into ck of Dryer in the outlet dded y the modifiction descried ove. It connects to the circuit vi the coxil DC power plug ( center). Circuit is instlled in mm Film Continer with pigtils to connect to Generl ensor input ensorinterfce.cdr heet Dryer eptemer, 00
4 7L 7L Lundry Flood Utility Flood Expnsion Wsher Dryer Grge Milox P0 P0 Mle DB Connector s Viewed from Pin ide : Grge : Dryer : Wsher : Expnsion : Utility Flood : Lundry Flood V lrm ttus P0 ttus lrm V V V V V ttus ttus ttus ttus ttus ttus lrm lrm lrm lrm lrm lrm 0 D7 D D D troe!out Out D0 D D D 0 D7 D D D 780 I I Ocry I0 Lod Orw CLR V troe!out Out 7L9 D0 D D D O O CU CD O0 O I ~ Hz D D D D D D0 D Out D7!Out 0 troe 7L P0 Dis Thr FM Trg Out Rst R 8 Clock 7 Redy 0 Femle DB9 Connector K 00 K F 0: Milox V ensorinterfce.cdr heet ensor Hu Mrch 7, 00 Rev 8 Oct, 00 V.mm. mm V F 000 F 8 9
5 0uf uf uf uf uf uf Reset V d I I D D Vcc Clr Brw Cry 7C9 Test Connector D D7 D D D D D D0 0 Vcc RRDi RBR8o RBR7o 7RBRo 8RBRo 9RBRo 0RBRo RBRo RBRo PEo FEo OEo FDi 7RRCi 8DRRi 9DRo 0RRIi TRCi0 EPEi9 CLi8 CLi7 Pi PIi CRLi TBR8i TBR7i TBRi TBRi0 TBRi9 TBRi8 TBRi7 TBRi TROo TREo TBRLi TBREo MRi 7C0 Clock C.00uf R7 R C R Leding R PowerOn Reset Circuit dn clk up clk.0 Mhz OC Ld D c D d Ic Id OC Divide y.8 (.) KHz lternte 900 BD To Vcc Clk Clk Edge Detector CT Mhz OC Q Ri Ro C V C C C Q REDY LRM TTU 0 GND TD V Ti To Ti Ri Ro MXIM MX OC CT Q Q 0et 0et 9 0 7C0 7C0 Divide y. KHz RT DTR CT RD TD J: DTE R Connector (hould e mle connector) R Interfce Novemer, 00
6 P0 P0 P0 P0.00 uf 0 uf MX 0 ohm K 0.uF 79 OC 7C0 780 uf TTU 7L LRM 7L REDY 7L ddress 7L9 TTU LRM REDY 0 ohm 0 ohm 0 ohm PWR CT Timer 0 R R R R R R R pre (re Mrgin) 0 Test Connector LRM LED TTU LED Pwr CT 000 uf GND GND GND GND GND REDY LED 0 LRM LED TTU LED REDY LED CT R Pwr ½ pcer
7 V PIN V V LED Power On LED PIN ENOR 0 V 0 F V 7 Null Nc In V In Out V Null V ELECT NO or ENOR.V Zener V.K V PULE LRM: ELECT LEDING or TRILING EDGE V VV. F Flling Edge Detector V c ELECT Pulse or Continuous LRM V Trg Dis Out Thr Rst FM.0 F V V F PIN F PIN PIN V E B C ENOR: Flooding: Two Electrodes <Pin NO ensor, Pin Continuous NO ensor> Milox: Likely will e reed switch tht is off when door is shut <Pin NO ensor, Pin Pulsed, Flling Edge> Grge: Likely will e reed switch tht is off when door is shut <Pin NO ensor, Pin Pulsed, Flling Edge> Dryer: Voltge Interfce <Pin NO ensor, Pin Pulsed, Rising Edge> c = Pin Normlly Open (NO) ensor = Pin Normlly Closed () ensor = Pin Continuous Normlly Open (NO) ensor = Pin Continuous Normlly Closed () ensor c = Pin Pulsed lrm = Pulse lrm on Flling Edge of ensor = Pulse lrm on Rising Edge of ensor : ensor Redy Pin DIN Femle Connector : ttus (Green) ensorinterfce.cdr heet Generl eptemer, 00 Rev, eptemer, 00 : V (Yellow) : (Blck) : lrm (Red)
8 CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q CLR D CLK ET Q!Q 7 C0 D D Unused Pins on C0 should e grounded 7HCT7 7HCT7 Y Y Y Y Y Y Y0 7L8.K Y7 G!GB!G C() B() () 0.0 F 8 7 connect to femle DB 9 8Clock 7Redy lrm ttus 0 C BUZZER 8.V 8.V D 7HCT7 7HCT7 D0 C0 C0 D 7HCT7 Connector to Prt 9 C0 0 0 LRM LED TTU LED 0 D 8 C0 7 D C0 7HCT7 7HCT7.mm. mm 00 m Fuse mp Rectifier 8.V F F ensorinterfce.cdr heet Disply Prt Mrch 8, 00 Rev : July 8, 00 Rev B: July, 00 Rev C ept, 00 Rev D Oct 8, 00 Note: Every 7LXX series hs.0 uf despiking Cpcitor
9 Connector to Prt NOTE: This circuit is intended to disply the numer of hours (roughly) since the lrm went off for the first device (milox). It resets either y pressing the reset utton, or fter 8 hours.k End of lrm Edge Detection 0 7HCT00 Q.0 uf 7HCT00 REET 0 K R!Q 7HCT00 0 Trg Dis Thr Out FM Rst 0 K.9 Hz.K.0 F Vcc O O0 O O O8 O9 O REET O C O7!C0 C0 F O 7HCT00 0 D0 = hour period D Vcc D!F!LT!G!BI/RBO!!RBI D D0 7L7!B!C!D!E 0 0 To Common node 7 egment Disply F J E B F B G G E C C D J I I D Exmple of 7 egment Disply (Common node) 0 ensorinterfce.cdr heet Disply Prt Rev ept, 00 J Note: Every 7LXX series hs.0 uf despiking Cpcitor
10 LED LEDLED V ensor = Pin Normlly Open (NO) ensor = Pin Normlly Closed () ensor NOTE: Component Positions re pproximte c = Pin Continuous Normlly Open (NO) ensor = Pin Continuous Normlly Closed () ensor c = Pin Pulsed lrm = Pulse lrm on Flling Edge of ensor = Pulse lrm on Rising Edge of ensor Pin DIN Femle Connector ensorinterfce.cdr heet Generl Bord Lyout eptemer, 00 Rev, eptemer, 00 : ensor Redy : V (Yellow) : ttus (Green) : (Blck) : lrm (Red)
11 7 DB M DB M DB9 F R ttus Remote Disply Power In URT Reset 0 Power / scle
12 ohm 0 ohm 0 ohm.k.0uf ensorinterfce.cdr heet Remote Indictor Lyout Rev ept, 00 ensor 0 Flsh LED TTU LED LRM LED lrm witches 0 7 eg Dsply 780 uf 000 uf LM0 0 8.V LM0 0 ohm 7L7 D 7HCT7 D 7HCT7 D 7HCT7 D 7HCT7 D 7HCT7 00.K.0uF 000 uf 0 7L8 D 7HCT7 D0 7HCT7 7HCT00 7HCT0.0uF.K Input Reset Tone 8.V ilent LRM LED TTU LED 7 eg Dsply lrm 0 F B G C Reset Button lrm E D ½ pcer
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