L E N BRN C102.1/ 250VAC R K C103.1/ 250VAC R K R (F) K101 K102 C101.1/250V D103 R (F) 1N4004 POWERUP U101 PS7341-1A
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- Gervais Pierce
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1 R V I S I O N S SRIPTION T PP PreProduction Value Model ZR00 ZR000 ZR00 00V.?? V.?? V 0 ILTR I POWR INLT ZR00 I INLT INORPORTS MINS US 00 L N RN RN/YL LU RN/ YL ONUTOR TT TO IT SSIS STU O NOT UPLIT OR ISTRIUT! SSIS MOUNT MINS US 00 ZR000, ZR00 POWR SWIT "ON" "O" "STNY" b a RN LU WL0 WL0 WL0 RN LK WL0 WL R 0./ 0V POWRUP 0./ 0V K0 R0 () U0 PS R0.K R0.K R0 () NT K0 0./0V R0 0 N00 PWRN VLIN P0 P0 TRNSORMR PRIMRY SOKT, V OPRTION TRNSORMR PRIMRY SOKT, V OPRTION POWR XMR PRIMRY ONNTOR RN WT LK LU V 0V V O NOT UPLIT OR ISTRIUT! /V TRNSORMR 0V V PS T V PS LV PS T LV PS R LK YL WT WT OR RY VIO POWR XMR SONRY ONNTOR R0 R0 K W MO 0 MR I "STNY" L 0 N00 K W MO NOTS PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; POWR SUPPLY W No TIM; :: ::0 ST O
2 R V I S I O N S SRIPTION T PP PreProduction 00 Leads from Power Xfmr Secondary V Phase T Thermal Sw V Phase Thermal Sw T V Phase V Phase P0 P0 (ZR00 Only) O NOT UPLIT OR ISTRIUT! TRMLSW WL0 WL0 WL0 WL0 WL0 WL MW 0 N00 0 N00 0 N00 0 N00 0 N00./0V 0 0./0V PSUP /0V 0./0V 0 VLIN 0 0/V 00/V 0 00/V 0/V VLIN P VLUS, ~: ZR00 00u/0V ZR u/0V 0.00 ZR u/00V /0V 0000/0V /0V /0V 0000/0V 0000/0V U0 IN OUT IN U0 0 OUT R0.K W R0.K W /V /V PWRN V V 0, 0 Values Model ZR00 ZR000 ZR00 0, 0 T 0 T T 0 O NOT UPLIT OR ISTRIUT! NOTS PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; POWR SUPPLY W No TIM; :: :: ST O
3 R V I S I O N S SRIPTION T PP PreProduction 00 able to Input Module P0 0 0 NOTS R0 0.0 K R0 0.0 K V POWRUP V O NOT UPLIT OR ISTRIUT! TRMISTOR RIV_OUT_ RIV_OUT_ R0. K V R0 K /V 0 0u/V NP 0 0u/V NP 0 0. Thermistor tracks amplifier heatsink temperature R0 00K R0. K t=0ms 0 /V 0.V R0.00 K R p R R 0 /V 0 ZTV.V 00K LM U0: R0. K LM U0: R0 R 0R0 R 0R0 R 0R0 R 0R0 LM U0:.00 K V V V V 0 R R. K_SINL LVL YPSS O V Level ypass 0 R0 SINL_PRSNT WIPR ON NNL MSTR LVL S0 _SINL _WIPR.V 0. R.K 0u/V NP NNL MSTR LVL ZTV 00K LM U0: R IPSS ILTR 0. 0u/V NP R.K SINL_PRSNT_ O IPSS ILTR LM U0: ON O S0 ON R 0R0 LM U0: R0 0R0 S0 0.0 : 0z V : 0z 0. : 0z R R : 0z V R R 0.0 K.K 0.0 K.K IPSS RQUNY R R R.K R R R.K 0.0 K.K 0z 0z 0.0 K.K IPSS RQUNY.0KR S0 R R 0z 0z 00p S0 0R0 LM U0: R 0R0 R0 V V. K R. K.x/.0d R. K R R. K 0z V 0z LM U0: R V 0.0 0R0 LM U0: 0.0 0z V R 0R0 V.00V 00p R.K.0K LM U0: 0 R0. K 0 R.K.V 00p R 0R0 O R R.0 K R0 LIP LIMITR ON R.0 K R. K. K R 00 O NOT UPLIT OR ISTRIUT! 0 00p S0 R R 00 R 00 V R 0R0 R R0 0p R R LM 0.0 K 0.0 K U0: 0p V 0p 0.0 K 0.0 lip Limiter R V R 0p 0.0 K LM00 0 R. K LM00 0 U0: U0: R 0.0 K LIP_LIMIT_ LIP_LIMIT_ R 0 K R 0R0 LM U0: R 0.0 K R0 0 K V R V R 00/V V 00 R 00 R 00/V V LIMIT INPUT To J0 Sht To J0 Sht INPUT LIMIT. K 0z PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; SINL PROSSIN W No TIM; :: ST O
4 R V I S I O N S SRIPTION T PP V V V PreProduction 00 P0 MR I RN I R I able from isplay ssy V V Sig om h Wiper Signal Sig om Wiper Signal Powergnd omm/lert lipped h# isplay h# lipped h# Isplay h# Signal Presence h# mplifier On Signal Presence h# Protect Thermal 0 0 V V _WIPR _SINL _WIPR _SINL OMM/LRT LIPL ISPLY LIPL ISPLY SINL_PRSNT_ RY_L SINL_PRSNT_ PROTT_L TRML_L TRMLSW TRMISTOR Threshold: 0.0V Lobound 0.V Loound O NOT UPLIT OR ISTRIUT! V R 00K R. K R K PSUP R 0.0 K R0.00M V 0.0 LM R.K U0: R K % TRML_L R 00K Q0 /0V R.K /W % /V R 00K.V.V V 0.0 U0: LM U0: LM R 0.0 K MPON R 0.0 K.V R. K RY_L U0: LM R.K /W % 0.V U0: LM.V.V.V R.K /W % /V R. K PROTT_L R0 0.0 K R.K R.K /W % Q0 0 NOTS igital Interface able eader P0 R0, R0, R, R Values: Model R0 R0 R R ZR00.k.k 0 Ohm 0 Ohm ZR000.k.k.k.k ZR00.k.k.k.k 0 0 IOUT OMM/LRT IOUT IOUT Model ZR00 ZR000 ZR00 IOUT IOUT IOUT OLO OLO R0 R, R Values: R.k.k 0k R0 0 Ohm () /W % LIP_LIM_ LIP_LIM_ R0 R R0. K R.k.k 0k R R0. K R0 0.0 K 0.0 K R0 0 0p R 0.0 K 0 0p R0.00 K R0.00 K 0 0p 0.0 K R R 0R0 LM U0: R R R 0R0 R 0.0 K R 0.0 K LM U0: 0 0p V V 0 0 S ISPLY ISPLY V V V V LM LM LM LM U0: U0: U0: 0.0 U0: R. K R. K 0 R. K R. K 0 LIP_LIMIT_ LIP_LIM_ R 00K /. R 00K 0.0 LIP TTOR NNL LIP_LIMIT_ LIP_LIM_ LIP TTOR NNL 0.0 R.00 K R0. K R 00K 0./. R. K R.00 K R. K R 00K R. K V MUT LM LM LM LM 0.0 K R U0: U0: U0: U0: R. K R0. K R. K R. K LM R.K /W R.K /W Q0 LIPL LIPL U0: LIMIT Q0 LIMIT RV SN V R.K.V OVRLO J0 R.0 K 0 0/V 0.0 K R0 LM LM R.0 K U0: U0: R 00 () /W R 00 () /W V V O NOT UPLIT OR ISTRIUT! R.0 K.V R 0.0 K Q0 OLO R 0.0 K 0 OLO R.K V R. K R 0 K R.K TRMISTOR 0/V R0. K R 0.0 K 0. V R. K Power Sequencing 0. 0 N Q0 0 R 0.0 K R 0.0 K R 0.0 K Q 0 0/V R 0.0 K VLIN 0/V R. Q R R0 W Q0 0 Q0 S J0 POWRUP PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL P R O S S I O N L PP T PP T NR K S M T I : ZR SRIS SIZ T ; ri Oct 0, 00 IL ; RWN ; ONTROL W No TIM; :: ST O
5 R0.K Q0 W % S N V R0 Ohm () 0 /V U0 LMVN 0 Value: ZR00 N 00mW ZR000, ZR00 N W R0, R0 Values: ZR00, ZR000 0k ZR00 00k L0 0u. 0 MUR0 VLIN OVRLO MPON INPUT INPUT O NOT UPLIT OR ISTRIUT! 0 00p 0 00p 0 00p VNR 00/V 0 00p R0 0 W R0 00K 00/V V SRVOIN 0 0. R0 SRVOIN V 00K Q0 R0 00K 0. R0 00K 00p R0 0.0 K R0.00M 0.0 R.00M R. K R 0.0 K R TL0 0.0 K V R R. K R 0.0 K S R V O N N L R0 U0: R TL0 0.0 K V R0 00 S R V O N N L 00p R 0.0 K U0: TL0 U0 IN OUT R.K R /V V R R 0 Ohm M0 0.0 M M0 elay N N ns N 0ns N ns ULT ns 0. U0: TL0 0. R.00M R 00 MUT R R0 M R.00M V V SOUT Model ZR00 ZR000 ZR00 R R KLVIN KLVIN SOUT OV/UV Shift Resistors R0 R R 0.00u reak efore Make elay Settings U0: k k urrent Limit Settings R k 0 00p u R.K R k R.K Model R R I Limit ZR00.k.k ZR000.0k.0k ZR00.0k.0k T00 ZR00 T00 ZR000, ZR00 U0 PROPRITRY NOTI T INORMTION ONTIN IN TIS OUMNT IS PROPRITRY TO PONIX OL / RVR PROSSIONL N SLL NOT RPROU OR ISLOS IN WOL OR IN PRT WITOUT PRIOR UTORIZTION ROM PONIX OL RVR PROSSIONL 0. R0. Ohm W 0. VNR R 00K R.00M R. Ohm W R 00K R R.00M R p 0.. Ohm W Q0 Q0 p Q0. Ohm W Q0 R 0.0 W R R 0.0 W K W R K W R 0.0 R 0.0 P R O S S I O N L PP NR V 0. 00V 0. 00V T 0 0../0V 0. 00V 0. 00V 0../0V 00V 00V PP K L0.0u 0.0u 0.0u L0.0u 0.0u 0.0u T p SOUT SOUT SIZ u R R R R R W x T ; ri Oct 0, 00 IL ; RWN ; 00p R V I S I O N S SRIPTION W 0.0 R0 R0 R R R W x R 0 Ohm 00p 0.0u 00p N N L R 0.0u 0 () KLVIN KLVIN S M T I : POWR MPLIIR ZR SRIS R 00p R 0.0u R () R () O NOT UPLIT OR ISTRIUT! N N L R W 0.0 R 0 Ohm 00p W No. L0.0u L0.0u R 0 () IOUT IOUT 00p 00p R 0.00 L0.0u L0.0u 0.00 T IOUT IOUT WL0 WL PP TIM; ::0 ST O hannel Output 0 WL0 WL0 hannel Output 0
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BASIC CAGE DETAILS D C SHOWN CLOSED TOP SPRING FINGERS INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY
SI TIS SOWN OS TOP SPRIN INRS INNR W TS R OIN OVR S N OVR OR RIIITY. R IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+) TRNSIVR. R. RR S OPTION (S T ON ST ) TURS US WIT OPTION T SINS. R (INSI TO
BASIC CAGE DETAILS SHOWN 3D MODEL: PSM ASY INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY SPRING FINGERS CLOSED TOP
MO: PSM SY SI TIS SOWN SPRIN INRS OS TOP INNR W TS R OIN OVR S N OVR OR RIIITY. R TURS US WIT OPTION T SINS. R (UNOMPRSS) RR S OPTION (S T ON ST ) IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+)
DETAIL B DETAIL A 7 8 APPLY PRODUCT ID LABEL SB838XXXX ADJ FOUR POST RACK SQUARE HOLE RAIL B REVISION
RVISION RV SRIPTION Y T HNG NO NOT OR PROUT LL JJH // LR TIL PPLY PROUT I LL TIL INSI UPPR ROSS MMR ON PR RK IS J OUR POST RK SQUR HOL RIL IS MN MS G NUT, PNL RNG 99 PPLY PROUT I LL INSI UPPR ROSS MMR
160 SSC Variable Speed Drive (Series C)
0 SS Variable Speed rive (Series ) Publication 0-P onfigured rive Package Important User Information Solid state equipment has operational characteristics differing from those of electromechanical equipment.
F102 1/4 AMP +240 VDC SEE FIGURE 5-14 FILAMENT AND OVEN CKTS BLU J811 BREAK-IN TB103 TO S103 TRANSMITTER ASSOCIATED CAL OFF FUNCTION NOTE 2 STANDBY
OWR OR F0 M NOT S0 RT OF FUNTI FL0 T0 OWR SULY SUSSIS T0 T0 WIR FOR 0 V OWR SULY SUSSIS T0 WIR FOR V 0 0 RT V0 RT V0. V RT V0 RT V0 NOT. V. V NOT +0 V 0 +0 V. V 0 FUNTI NOT L +0 V S FIUR - FILMNT N OVN
24CKT POLARIZATION OPTIONS SHOWN BELOW ARE REPRESENTATIVE FOR 16 AND 20CKT
0 NOTS: VI UNSS OTRWIS SPII IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION. NR: a. PPITION SPIITION S: S--00 b. PROUT SPIITION S: PS--00 c. PIN SPIITION
RAMS C, 16 GA SLITTER 23
RMS - 0-, G SLITTR N/ LLS /0/0 SSL UTION LL SRIL No. TG 0 S SHT OR UPPR SSMLY "M IN US" LL S SHT OR KGG SSMLY 0 ITM NO. PRT NUMR SRIPTION QTY. 00X/ " I X /" OR PULLY N/ L-0 V-LT K OR GRIP N/ POWR OR SL-0
Q11 Q12 BF423 BF422 BF422 Q5 BC184L R39 5K6 Q15 BF422 R59 39K C28 C30 100UF 100NF R40 1K5 C23 100NF R38 R36 220K Q13 BF422 Q14 BF423 R71 47R
R R HT+ 0 00N/ 00V R 0R R K R 0R R9 K GT RSISTORS R - R LT+ 00U MP R 0P R 00N/ R0 R Q R 0K Q VR 0R Q Q R 0R R R Q Q9 R R R K R R R 0R Q Q Q0 R R9 Q R R R R Z V Z V R K 00U/ V 00U V 9 00U/ V R0 / Q R 00N
Thru CENTER OF SPHERICAL END ±.002 Cylindrical hole depth SMOOTH TRANSITION
NVISIONRING PROUT VLOPMNT LIMS PROPRITRY RIGHTS IN TH INORMTION ISLOS HRON. THIS RWING IS URNISH IN ONIN ON TH XPRSS UNRSTNING THT NITHR IT NOR NY RPROUTION THRO WILL ISLOS TO OTHRS OR US OR TH PURPOS
EXAMPLE 87.5" APPROVAL SHEET APPROVED BY /150HP DUAL VFD CONTROL ASSEMBLY CUSTOMER NAME: CAL POLY SLO FINISH: F 20
XMPL XMPL RVISIONS ZON RV. SRIPTION T PPROV 0.00 THIS IS N PPROVL RWING OR YOUR ORR. OR MNUTURING N GIN, THIS RWING MUST SIGN N RTURN TO MOTION INUSTRIS. NY HNGS M TO THIS RWING, TR MNUTURING HS GUN WILL
TP16 THREE TP18 TP VAC R76 THREE. +185VDC R82 100k 70VAC TP18. 1 R63 100k. 220k C22 R80 1/2W. C39 220k THREE C20 C36 TP20 R61 R73 400V .
V I S I O N S V. SIPTION T PPOV P0 0-JN- H K 0-M- H K 0-JUL- H K -SP- H K P -JUN- H K +0V TH pf % +V 0mV 0mV k V- 00V k.k +.V TP 0pF 00V 0pF 00V J J0 O 0pF 00V J TH GIN.00 TH_MUT 0 0 0M.0 Q J TH Z N V%
WIR OLOR O: K - LK R - ROWN - RK LU G - RK GRN GY - GRY L - LIGHT LU LG - LIGHT GRN OR - ORNG PK - PINK R - R YL - YLLOW VT - VIO WT - WHIT NOTS: ) LL ONNTORS R SHOWN IN TH LO POSITION. ) SPIL USTOMR OPTIONS
9600 Compressor Schematics (Low Voltage - Three Phase Cryopump Power)
900 ompressor Schematics (Low Voltage - Three Phase ryopump Power) 00 Helix Technology orporation Pub. No. 00, Rev. 0, /0/0 O No. Printed in US THNOLOGY ORPORTION http://www.helixtechnology.com The information
http://www.prodemand.com/print/index?content=tabs&module=true&tab=true&terms=tr... Page of //0 Service anual: SYST WIRING IGRS - G00 IR ONITIONING 0 hevrolet xpress.l ng G00 ig : anual / ircuit, argo Van
XBee Interface Board XBIB-U-DEV TH/SMT Hybrid
0 ONI N RST V X_V P ONRVSM00 X_V Populate jumper to switch rf output to onboard RPSM P TSW00S SW T00Q SW T00Q R 0 X_V R0 TI TMS T TO R IN T R P TSW0 0 0 urrent Testing TSW00S P R OUT IO RSSI_PWM PWM TR/PIN_SP
SM XBEE MODULE XBEE SMT MODULE NC GND GND RF_SELECT VCC COMM/AD0/DIO0 AD1/DIO1 DOUT/DIO13 AD2/DIO2 DIN/CONFIG/DIO14 DIO12 AD3/DIO3 RESET RTS/DIO6
0 ONI N RST SW T00Q R 0 X_V R0 TI TMS T TO R IN T R V P TSW0 0 urrent Testing TSW00S P R OUT IO RSSI_PWM PWM X_V 0 0u/0V R R R R R R TR/PIN_SP 0u 00n p.p X_OUT X_IN X_IO X_RST X_PWM X_/MS_X X_TR/PIN_SP
NHT Pro. A20 Digital Meter. From Low. Voltage 3 R814. Power 3. Supply. From Left Power Amp. From. Rigjht 2. Amp R810 4.
igital Meter R0.K V 0 0.UF U0 R 0 V R0 K 0 0.uF 0.V R9 R K K V V V 0 09 0 N0 0UF/V Low 0UF/V 00UF/V R R 00K 00K 0 pf Left N0 0 N N 0 VR0 0K 0 0.uF R 0M 0 0.uF k U0 9 0 V0 0.uF N0 V PI 0 09 R R 0 SPL GREEN
MATERIAL SEE BOM ANGLES = 2 > 2000 DATE MEDIUM FINISH
NOTS:. LN MTN SUR WT NTUR/SOPROPYL LOOL PROR TO RN L OR LOO. PPLY LOTT 4 ON TRS. TORQU TO. Nm / 00 lb-in 4. TORQU TO 45-50 Nm / - lb-ft 5. TORQU TO Nm / 4.5 lb-ft. TORQU TO 0 Nm / lb-in. TORQU TO 5.5 Nm
Math 166 Week in Review 2 Sections 1.1b, 1.2, 1.3, & 1.4
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DOCUMENT STATUS: RELEASE
RVSON STORY RV T SRPTON O Y 0-4-0 RLS OR PROUTON 5 MM -04-0 NS TRU PLOT PROUTON -- S O O OR TLS 30 MM 03-3-0 3-044 N 3-45, TS S T TON O PROTTV RM OVR. 3 05--0 LT 3-004, NOT, 3-050 3 0//00 UPT ST ROM SN,
+18VL. 220uf 25V. 0.1u C10UF. 100k AGND LEFT_OUT_+VE R19 22R -18VL. C9 150pF +18VL LEFT_OUT_-VE R uf 25V 22R
RVIION ROR O NO: PPROV: T: VL LFT_IN_V Pt Q 0 Q R Q 0 R Q 0nf Q 0 N W R 0 00 0k Pt R 00 R R k R W R 00 0 00u W 00pf u R 00k N Q J u 0 Q Q 0 0.u 0UF 0uf V R 00k N R R LFT_OUT_V Notes: Use either Q/Q or
CONNECTOR SYMBOL A SPLICE WIRE GAUGE CHART:
RWING INX ONNTOR LOING IGRMS...--5--- ONNTOR LOTING IGRM...9 POWR ISTRIUTION...0- GROUN ISTRIUTION... SWITHS...-5 WIPR SYSTM... ORWR LMP WIRING... RR LIGHT WIRING-STNR...-9 LRN LIGHT SYSTM...0 RONT LRN
SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES EZ SERVO EZSV17 WIRING DIAGRAM FOR BLDC MOTOR
0V TO 0V SUPPLY GROUN +0V TO +0V RS85 ONVRTR 9 TO OM PORT ON P TO P OM PORT US 9600 U 8IT, NO PRITY, STOP, NO FLOW TRL. OPTO SNSOR # GROUN +0V TO +0V GROUN RS85 RS85 OPTO SNSOR # PHOTO TRNSISTOR TO OTHR
LIVING/DINING 23'-6" x 13'-1" W/D M&E METER CLOSET OPT. PANTRY W/D. LIVING/DINING 23'-6" x 13'-1" ROOF TOP TERRACE AREA SQ. FT.
NTRY NTRY '-3" x 8'-0" '-3" x 8'-0" ###### x 8'-3" / 23'-" x 3'-" NTRY NTRY 3'-" x 7'-0" 9'-7" x 9'-7" '-0" x '-9" RKST NOOK 9'-0" x '-" 0 0 0 LVTIONS N TILS ON 9 SRIS. SHUL N TILS ON 9 SRIS. '-3" x 8'-0"
NOTE: ONLY RIGHT IDLER (CONFIGURATION A) ARM SHOWN IN VIEWS ON THIS PAGE
0 PP PP PP PP PP PP NOT: ONLY RIT ILR (ONIURTION ) RM SOWN IN VIWS ON TIS P ITM SRIPTION MTRIL QTY. IL RM - RIT / RIL LIN TUIN / O (0.0 WLL) ISI RT 0 ROMOLY LINR INS IL RM - LT / RIL LIN TUIN / O (0.0
DOCUMENT STATUS: LA-S5302-XXXXS LA, SSS, TRICEPS EXTENSION VERY
RVSON STORY RV T SRPTON O Y //0 RLS OR PROUTON T LN MR ----- L /0/0 UPT SN N OMPONNTS US: S 3-03 (*N TWO PLS ONLY) WS 3-5, PRT 3-00 TO SSMLY. T OLLOWN UPT: 3-30, 3-403, 3-403, 3-40, 3-45, 3-4, 3-5. 30
3V3 DECOUPLING DS90LV018A MCLKTON 4U7/10V +/-10% C196 +/-10% LCLK1IN+ NMCLKTON SK18 74LS123 MULTI +/-5% C N C94 10N
0 THIS RWG ONORMS TO.S. -T-0-00-0- U/0V +/-% 00N +/-0% 0N +/-0% U/0V +/-% 00N +/-0% 0 0N +/-0% R R 0R % P/0V +/-% K % U S YLLOW U 0 U U S0LV0 MLKTON /R S S R SK LS MULTI U/0V +/-% 00N +/-0% 0N +/-0% LLK+
1K21 LED GR N +33V 604R VR? 1K0 -33V -33V 0R0 MUTE SWTH? JA? T1 T2 RL? +33V 100R A17 CB? 1N N RB? 2K0 QBI? OU T JE182 4K75 RB? 1N914 D?
L P.O. O X 0, N L R. PROROUH, ONRIO N KJ Y PHO N (0) FX (0) 0 WWW.RYSON. ate : Size : 000 File : OVRLL SHMI.Schoc Sheet : 0 of 0 Rev : rawn : 0.0 0K K 0K K 0K0 0K0 0K0 0K0 0K0 00K R K0 R K 0R??? 00N M?
Amphenol Canada Corp.
HT SINK OPTION = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; SN HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; PI HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; TLL) = PIN-FIN HT SINK (NOIZ, LK)N
THIS DRAWING AND THE INFORMATION CONTAINED THEREIN ARE FOR THE USE OF CUMMINS INC. ONLY AND SHALL NOT BE DISCLOSED TO ANY THIRD PARTY.
RV PIITION RVIION RIPTION NW T RWN Y K Y N RW UPPLIR RWIN ONLY T UPPLIR MY RVI TI RWIN. TI RWIN N T INORMTION ONTIN TRIN R OR T U O UMMIN IN. ONLY N LL NOT ILO TO NY TIR PRTY. UMMIN NINRIN TNR 00 NOT:
Printer riendly View Page of 7 2004 M nvoy 4.2L ng Service Manual: SYSTM WIRIN IRMS Print ate: POWR ISTRIUTION ig : Power istribution ircuit ( of 7) R R R TTRY USIL LINK (8 -R) UNROO R TO LOWR (IRM 2 O
SWAGELOK BRISTOL SOPFAB SOPFAB04-AR-271A/B SAMPLE TO ANALYSER SURPLUS TUBE CUTBACK TO SUIT AIR IN CAL 1 FLARE CAL 2 STEAM IN AIR IN
00 0 SMPL TO NLYSR LR STM IN SURPLUS TU UTK TO SUIT IR IN L L IR IN 0 n TYP. 0 00 STM ONNST ST LOOP ST LOOP SRUR RIN TR RIN RVISION ISTORY RV T SRIPTION PPROV V0 /0/0 INITIL RLS K RIN V0 0/0/0 UPT K RIN
7 ACM FOR FRAME 2SET 6 FRAME 2SET 5 ACM FOR MAIN FRAME 2SET 4 MAIN FRAME 2SET 3 POLE ASSLY 1 2 CROWN STRUCTURE ASSLY 1 1 CROWN ASSLY 1
7 M OR RM 2ST 6 RM 2ST 5 M OR MIN RM 2ST 4 MIN RM 2ST 3 POL SSLY 1 2 ROWN STRUTUR SSLY 1 1 ROWN SSLY 1 SR.NO. SRIPTION QTY. a LL IMNSIONS R IN mm I N MT Pi IOLMI 1'NTION LT. Tm: XPLO VIW OR POL MOUNT MLM
TCI SERIES, 3 CELL THE COOLING TOWER CO., L.C. TCI 3 CELL SERIES GA
of T SIN IS T PROPRTY O T OOLIN TOWR OMPNY, L, N IS LON OR MUTUL SSISTN. IT IS NOT TO ORWR NOR RPRINT IN NY ORM WITOUT WRITTN PRMISSION. L W OPTIONL SS PLTORM " x " STNR PLTORM PR LL OPTIONL VIRTION SWIT
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SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES A
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