Shake/Slush Freezer
Contents
1. 419 YOLOM 4403 3YIM OML 430 Torque 050367 27 318 8 v 30 35510105 22227 30 301 118 SS wa TUNI BAINS 80191102 38 YOLIVINOI 2 914 2 1055392 305533902 E mo 9 JHA COT YOSSIYAHOI DI LYNIHOS NOIL23NNOO MOLON 2138 MILINOVA VL UN 3 4 15 2 913 33 YJOLON 31v38 YOLON d31v38 IN THA 4 A 0 6 1HA W ma W 118 y18 X18 ma mn TUNIS m O DATO TRAINED CIVNO1 140 HOLIAS HOLIAS 083 981311 8 Qr AU NOILVION 351842015 831N102 95 s pu S 9 ON SE El DI LVMIHOS NOILO3NNOO YOSSIUANOI H3SWnO31 my 21 me me el AHM AYNO YOLIIVdYI H 18115 5 0 i ub M01134 918 y bs Hd ME o 118 zm a 30084 O OT i N01 80151538 03316 HW NNONG i mana 12. 25 Door Assembly rr 26 Model 430 Table of Contents Table of Contents Page 2 Model 430 Exploded View 27 Control Box Exploded View X50663 12 29 Draw Switch Assembly Rx EC RES Gee ede GR hee 30 Torque Switch Assembly 31 AGCSSSOIIBS e ige estet anas ean aber E a 32 nime MN M LE Pm 33 Wiring Diagramau atre elie te ptr qu 42 Note Continuing research results in steady improvements therefore information in this manual is subject to change without notice February 1998 Taylor All rights reserved 051430 S TAYLOR The word Taylor and the Crown design DO rel k Blvd are registered trademarks in the United States of America and certain other countries Rockton IL 61072 Table of Contents Model 430 Section 1 Introduction Safety Refrigerant Specifications Running Specifications Installation Instructions Refrigeration System y I jp in Model 430 Introduction Safety We at Taylor Company are committed to manufacturing safe operating and serviceable equipment The many built in safety features that are part of all Taylor equipment are aimed at protecting operators and trained service technicians alike This manual is intended exclusively
3. OWAOZE 4NGZ Nnu HO LIOVdVO yolud vs6zr09r zis 8298 0 229767 HOSS3HdWOO 20660 VXZz9v6v iv HOSS3HdWOO oo v LXOTNIZXG NIL oo 915520 31IHM ZX AQO8 XIN HSNYA 00 X 00 2 1 1 00 X 00 2 1 1 E ooo pes 1 EE ai rape cor uassesioorx HOLSIAH3HL 1OHINOO ER WE y 2 1 en eeoro 30V19 05 10 00 7290 191 1 6 OLLSY 1d H3dVuOS 3av18 eo Ooererx 1HOddhS Nld I LOv V H31V38 00 roszio 3201 ONIHV3S H3HSVM M0Z0 X QOZ I ONIH O ONIBV38 SSVW8 LNN 1 866800 1 35 1 v eteo 31VIdHOIN TI3HS e AAA AAA Lr oo 000 i e ei pe ES ei c 000 H3ddOO HOLYTOWROOY 55719 LUVd NOILdIHOS3G 10151419 1 057 Available Separately Model 430 38 Parts List A so poo Hoon 00 1 80 r coe 80 1 00 e 1 00 00 1 80 800 1 1 ___ 1 9 P e __ 000 1 so 1
4. tet PINON ss 12 ooo ALO LUVd 101514 941 LLYM 04 NVA HOLOIN ZO 1 1 1 YVINONVLOAY YAENV LNO uv InoNVIO3H H38 AV XIIN 1 ONINHVM SLHVd ONIAOW T38V I HOOG 138V I HOLIMS H3MOdNOILQVO 138V1 JONA AJO T 1NN MVHGO 8ONM TWAOWSY 0 9NINV319O 1OOL 14WHS 19359 M6 X CIO 8 Z ONIH O M6 X QO L ONIH O X dl L62 ONIH O qo0e9 8 X 01 609 YOOC0 LIMSVIT LINOHH ONIHVIA HSNIS dN INNL V NVd V ddonaau v HVJD TANVd LNOHJ 135 V9 H3G lOS X HAL 114 4348 0 V INIVA x LSY 1 09 M0Z0 X CIO 91 S DNIy O M6E X QO LONIH O 0069 4 X di 60 L8 HOOG LAMSVOt 0 v V HOOG NOILdIlHOS3G Available Separately Parts List 39 Model 430 10151941 057 t MYY V NV sy Pv HOLS 60 rerosemo 9 OL 3SvHd L HILUVIS __ so i zar Zt l es HSYTdS 013IHS 1 26069 901 Y3Z338 83HSVM en vr oeo 81 91 SX81 91 S 3NO9 3SON anis c6E0SX GALVINSNI V TI3HS ii LV 6PX M 96001 AN 00008097 817550 Adi 2 196 YILVIA LAVHS IEEE 280150 S 130Vd 92
5. pon besos Capacitor Start 115 Volt 039557 27 6 430 049317 _ Capacitor Start 230 Volt 039567 Capacitor Run 115 Volt 023739 8 8 1 4 SL 0084 Capacitor Run 230 Volt 027087 Filter Corcom 2VR1 032567 Plug Hole 3 4 Dia Black Nylon 078018 Relay Start Compressor 115 045432 12 Relay Start Compressor 230 V 048150 Model 430 29 Parts Draw Switch Assembly CINCO E CN EN 6 Swich Lover SPOT 10412525 020888 ering se 33800 30 Model 430 Torque Switch Assembly tem Description PartNo Description panno Seng Tore wrie os0e01 s Busting A Torque X60090 5E 4 Amo Swich 00 BracketTrgue 050 Model 430 31 Parts Accessories tem Description PartNumber Description Part Number ETE Shown Parts 32 Model 430 Parts List enbioL 560580 1 9 d 06 S AScL H3MOd QHOO S 68v0 MOUELS 2XH9LX Ic L OV H3SN3QNOO 051870 HOSS3HdWOO 1HVIS AV THH 294660 4 88 2 LHVLS HOLIOVdVOt 280220 AOZE ANSGL NniH HOLIOVdVO Z6 c0 6v0 13021 0 20996 HOSSdHdNOO HOSS3HdWOO LHVIS AVI3H 10 1848660 082 41188 2 1HVLS HOLIOVdVO 65 560 OVAOZ 4NSZ NDH HOLIOVdVOt 620SvO 1HOd dDHAS HSnH8 1 0610 VE
6. 8 5 85 Sg 2 8 542 5 a wa e Eg F 3 sal 8 z al al oos 9 z E E 3 TECUMSEH COMPRESSOR CONNECTION SCHEMATIC 430 Thermistor 049345 12
7. c Hopper cover not in position c Install cover properly 21 Compressor runs too long or a Low refrigerant charge a Locate and repair the refrigerant continuously leak b Worn or missing scraper blades b Replace scraper blades c Inadequate air clearance c Provide 6 15 2 cm around all sides of the unit d Incorrect beater rotation d Rotation should be counter clockwise e Faulty expansion valve e Replace valve f Dirty or faulty fan assembly f Clean repair or replace the fan assembly Troubleshooting 18 Model 430 Electrical Troubleshooting Guide Following are the paths of power necessary for component operation on Torque Control units WASH Mode n Beater Motor L1 beater motor overload switch compressor high limit switch power switch WASH position beater motor contactor coil Note If the beater motor operates in the WASH mode but there are no functions in the AUTO mode check the fuse on the control board labeled F1 This fuse is located at the left side of the transformer on the control board AUTO Mode Beater Motor L1 beater motor overload switch compressor high limit switch printed circuit board assembly com and beater beater motor contactor coil Compressor L1 beater motor overload switch compressor high limit switch power switch AUTO position the printed circuit board assembly com and N O cprsr
8. _ 5 y5 Jo DIOVES LOA 021 31949 310NIW 8 HIINIL o il HOLIMS 19 1 35 _ _5 55 _ 5 5 091 cwso HSYMOLDV BIHOOH HO LIMS __ ei 3010S 1Sd 09 FUNSSIHI HOLIMS 1945 T HO1IMS __ ss NEN 138 ONIBAS __ gt LH 267 HOLIMS MVEO 31V1d o 80 5 e d O 9 6 ONIH 3 Available Separately Parts List 41 Model 430 430 Torque 050367 12 00 3818 ONL 30 3018 30 301 wy y18 y18 HAMO HANS YOLOVINOD 1914 335 YOLOVINOD 2 YOSSIYANOI Yan YOSSIUANO 2 Old O O O 1HN 1HM Iw y8 118 SS YOSSIYANOI DI LVM3HIS NOILOINNOI YOLON YILVIO NILINOWN MU HUN ualuvis 431815 NV RA E SEE y ul 43139 En 3811 L 4 p mo O g NU m 20 318 Yu ma V n ms NS 1 nd T
9. is opened If several small samples are drawn the temperature may drift lower To accurately set the control let the product temperature stabilize by allowing the thermistor control to cycle the freezer on and off by the control set point instead of the anticipator Service Tips If a problem arises with the thermistor control assembly identify and replace only the faulty component For example if the probe is defective replace only the probe A varistor must be connected to the thermistor control s 24 VAC terminals in order to protect the control from voltage spikes varistor part number X31547 Fill the bulb well with automotive antifreeze before installing the thermistor probe and be sure the probe is installed completely into the bottom of the bulb well Note Lower the probe to the point where the wires extend from the probe and a resistance is felt This indicates the probe is installed completely in the bottom of the bulb well ELECTRICAL SHOCK AREA USE CAUTION 1 Make sure power is being supplied to the freezer and that all operating switches are in the correct position 2 Using a voltmeter check the voltage supply to the thermistor control The control requires 24 volts to operate 3 Using an ohmmeter check probe resistance Refer to the thermistor curve chart on page 12 for proper readings If the thermistor relay which deactivates the compressor will not open check the following items
10. amp for 115 60 1 or 15 amp for 208 230 60 1 For exact electrical information always refer to the data label of the unit Air Cooled Clearance 6 15 2 cm around all sides Dimensions Width 16 7 16 41 8 cm Depth 28 3 4 73 0 cm Height 27 1 2 69 9 cm Floor Clearance Designed to rest on a plastic pad directly on a counter top Approximate Weights Net 176 lbs 79 8 kgs Crated 215 lbs 97 5 kgs 14 5 cu ft 40 cu m Specifications are subject to change without notice This unit is designed and constructed to meet stringent safety and sanitation requirements for NSF UL and 21 172 116 13 CL OF Nun 33 0 Eni 69 9 1 OVERALL HEIGHT 63 3 16 178 041 0 1 344 DRIP PAN 11 1 2 POWER CORD 29 2 OTES I FIGURES IN PARENTHESES INDICATE CENTIMETERS 18 1 0 24 318 61 9 27 11 16 OVERALL LENGTH Model 430 3 Introduction Running Specifications Expansion Valve Setting 404A HP62 38 39 PSI 262 268 kPa Low Side Pressure Low side pressure expansion valve setting To adjustthe low side pressure place the gauge onthe low side suction port at the compressor With the compressor running turn the adjustment knob of the automatic expansion valve clockwise to raise low side pr
11. compressor contactor coil Following are the paths of power necessary for component operation on Thermistor Control units WASH Mode n Beater Motor L1 beater motor overload switch compressor high limit switch power switch WASH position beater motor contactor coil Note If the beater motor operates in the WASH mode but there are no functions in the AUTO mode check the fuse on the control board labeled F1 This fuse is located at the left side of the transformer on the control board AUTO Mode ar Beater Motor L1 load side of the compressor contactor beater motor contactor coil Compressor L1 beater motor overload switch compressor high limit switch power switch AUTO position mix level control thermistor control compressor contactor coil Model 430 19 Troubleshooting Troubleshooting Torque Components A A missing or worn guide bearing will cause uneven movement of the rotor system and will result in product inconsistencies too stiff too thin If product becomes too stiff the door torque arm torque rotor and torque lever may be damaged Any distortion or incorrect assembly of the torque rotor will damage the torque components C If incorrectly sized damaged or improperly lubricated o rings are used the rotor door torque arm torque rotor and torque lever may be damaged If the torque arm is missing the product will freeze an
12. from hazards arising from the use of electricity This code contains provisions considered necessary for safety Compliance therewith and proper maintenance will result in an installation essentially free from hazard The NEC is a United States regulatory agency International users must follow local electrical codes A CAUTION THIS EQUIPMENT MUST BE PROPERLY GROUNDED FAILURE TO DO SO CAN RESULT IN SEVERE PERSONAL INJURY FROM ELECTRICAL SHOCK Beater Rotation Beater rotation must be clockwise as viewed looking into the freezing cylinder Figure 1 To correct rotation on a single phase unit exchange leads inside the beater motor Follow the diagram printed on the motor Model 430 Introduction Refrigeration System Jesum B Access Valve Access Valve 38 39 psi 18 11111111 Condenser Compressor Introduction 6 Model 430 Section 2 Controls Torque Control Thermistor Control Thermistor Curve Mix Level Control Mix Level Control Diagram y I jp in IMPORTANT The Model 430 was first manufactured with the Thermistor Control and is now designed with the Torque Control The information in this manual covers both designs Model 430 Controls Torque Control Operation When the unit is placed in the AUTO mode the beater motor is activated After a three second delay the compressor starts When the torque sens
13. two of the three should be clockwise when viewed incoming power lines three phase from the front of the unit units only For single phase units the motor must be rewired according to the instructions on the motor e Circuit breaker out Check breaker or fuse f Faulty draw switch Repair or replace switch g Inadequate mix in the hopper Fill the hopper with mix 11 Scored freezing cylinder walls a Missing or worn front bearing on the Install or replace front bearing freezer door b Bent beater assembly Replace beater and correct the cause of insufficient mix in the freezing cylinder 12 Product not feeding into the a Inadequate mix in the hopper Fill the hopper with mix freezing cylinder b Freeze up in the mix inlet hole Adjust hopper temperature 13 Drive shaft stuck in the drive a Mix and lubricant collected in the Brush clean rear shell bearing area coupling drive coupling regularly b Rounded corners of the drive shaft Replace worn component s coupling or both 14 Excessive mix leakage through a Worn or missing drive shaft boot Replace boot seal the rear of the unit into the drip seal pan b Inadequate lubrication of the drive Lubricate the boot seal according shaft boot seal to the Operator s Manual c Worn rear shell bearing Replace bearing d Drive shaft works forward Check gear alignment and scraper blades Make sure the beater is not bent e Wro
14. 30 25 Parts Door Assembly 9 Door A Partial X39248 4 Valve A Handle Pin X25929 Description Part Number s rorque Assomby Paris 26 Model 430 Model 430 Exploded View WIND 5 27 Model 430 Model 430 Exploded View Parts Identification List tem Description pise Probe Square Horey usoses 8 Spacer Probe Square 030900 10 Nut 10 32 Hex 005598 11 Valve EPR 1 4 S 022665 Panel Back 049325 Cover Control Box 049321 Shroud Fan 048877 20 12L x 16H x 048935 2 5 T 8 Row Panel Side Left 049639 Panel Side Right 049640 Screw 10 32 x 3 8 Truss SS 024298 em esos Switch A Torque page 31 Nut 5 16 18 MF Lock 017327 3 3 3 3 Cord Power 125V 115 Volt 085093 Cord Power 208 230 Volt 025340 27 3 4 5 Washer 3 8 Flat ZP Steel 000653 Sleeve Mounting Compressor 039920 Grommet Compressor Mount 039919 Screw 5 16 18 x 1 1 2 Hex Cap 001894 Not Shown Support Drip Tray 049318 Parts Model 430 Control Box Exploded View X50663 12 ESO 8 lel 11 12 15 14 ls E
15. 5 and 4 amp 6 on the J1 terminal are jumped together to create the pulse of power If pins 1 amp 3 or 2 amp 4 are jumped together the power would remain constant Randomly jumping other pins on the J1 terminal may cause damage Note Terminals 1 3 and 5 are used for the MIX OUT feature Terminals 2 4 and 6 are used for the MIX LOW feature Model 430 Controls Mix Level Control Diagram Thermistor Units PROGRAMMING JUMPERS Ix H A P iee LIGHTS MIX LOW MIX OUT RELAY TERMINALS 1 ps o CONTROL gt O 2 o A POWER SWITCH PROGRAMMING JUMPER CHART SHORT FUNCTION 1000 123 OUT CONTINUOUS 2000 25 4 LOW CONTINUOUS 1000 3 amp 5 OUT BLINKING 2000 486 LOW BLINKING Controls 14 Model 430 Section 3 y jp in Troubleshooting General Troubleshooting Guide Electrical Troubleshooting Guide Troubleshooting Torque Components Troubleshooting Thermistor Components Model 430 15 Troubleshooting General Troubleshooting Guide PROBLEM PROBABLE CAUSE REMEDY 1 No freezer operati
16. 94 921 V02 1ldS dVNS HOLIMS 667090 seoeideu an oooosozr sor 106080 xALIHManogoL oNIHuds 00006028 vd co Ssroso xd 1dHd d HOLL BNIHdS ese 14VHS 91 6 NO HSNd LON r eee 3n0801 LOAId ONIHShg AO 3nouo1 Wuv oNiHsna 922610 nid cor uas eeeosx 3nouOL v ONIHShg cro JOHINOO 3NOHOL 13XOVHA HOLIMS 106050 01 95090 Wc Duuds 26608 seoejdeu 47 00009027 901 825 96805 V HOLIMS eo 688820 AOSZ SZL V0L LOdS H3AGT HOLIMS er 2zeseo 26 HOLIMS MYHO 31V 1d d O ONIH 3 er 4 HOLIMS LIMOVHS eo e8eosx NOYOL 0 h 3NIVA MVHO V WHV weoi OL i 831uvis eo reoeo OL E 3SVHd L HILUVIS 106820 M6ELX dO 8 ONIH O 31vadn 55770 SLHVd ALO LUVd NOILdIHOS3G Available Separately Model 430 36 Parts List enbioL N39 or96r0 x0 v H 3dIS TdNVd N39 ec9ero OIH3N39 x08bx1 3dIS 13NVd N39 LNOH4 V 13NVd 12550 702090 30 146 YOAV14 0 9 030 1V930 ET 90 050 HOAY 1d 06 13 STANVd DIHINI9 L os orz 0zz cor Vos ovz 0zz c
17. ELECTRICAL SHOCK AREA USE CAUTION 1 Make sure the thermistor relay opens when the freezer control switch is in the OFF position 2 Make sure the thermistor probe is connected to the correct probe terminals 3 Using an ohmmeter check the thermistor probe for proper resistance Refer to the thermistor curve chart on page 12 for proper readings 4 Disconnect one wire to an anticipator terminal If the thermistor relay opens after approximately 25 seconds the problem is in the anticipator wiring circuit When problems such as erratic product quality occur itis of utmost importance to determine if the thermistor components are defective before replacing them For a diagram of the thermistor control see If the thermistor relay which starts the compressor will page 21 Troubleshooting Thermistor not close check the following items Components Model 430 11 Controls Thermistor Curve 114 394 110 709 107 143 103 692 100 352 97 120 94 085 91 144 88 296 85 536 82 863 80 273 77 765 75 334 72 980 70 627 68 350 66 147 64 014 61 951 59 953 58 021 56 150 54 340 52 854 51 409 50 003 48 636 47 306 46 012 44 754 A X o E E a A E E be N E E When checking thermistor probe first de
18. G 8318 0 1 1 930 989090 3NOYOL 08 620610 H3ddOH 1SNI NV319 1v93d 266660 so eevoso MYHQ 310H 83A09 vaa ezeerx H3ddOH XIW SNI 18 See era 22 07920 1 92 DNId A0 2 H3MOd QuOO LUVd NHVM SLUVd S9NIAOW 138V1 NOLLAVI HOOQ 138V1 TVAOW3M 0 19 1001 LAVHS 3AIHQ 1V3S X CO 8 2 MO8O X dl L62 ONIH O M6EV X GO QO0 9 S X 1 60 8 HOOQ 1393SV5 3ddino 9NIuva3gd INOHJ ONIHV3H 057 df ANNL V LIM NVd dlHd V uaonqaaus v uvio TANVd LINOHH L3 SVO QO0 9 S X 1 60 8 HOOQ 133S V5 x0 v NVd ISVA LIMSVO NOOHOO H3LL1ld NOLLNA LISIH LITIAI H3qios t I X HILTIA HIAHC M6 V X QO L ONIH O YALSNE 391 HSfYIS MVHO 3ATVA ALO NOILdIHOS3G Available Separately Model 430 34 Parts List 1 0386 BENS wo S13OV 92 S AWA HAZILINVS s w oos eo co 1 000090 0 cor eeszoo 8 9 79XV A3TINA 97 0000802 row seresg co 211 28 000060 0 3044 10014 50 466610 2 L ZHV ASTINd nd OOOO 8 996080 OS 38
19. IA NY9 3A N49 TIA NYD IVNOILdO JR HOLIMS HOLIAS 083 QY31 981211 2 00 O NM NOLLVLON 38142015 838003 5 95 95 us emit E E OLLYNIHOS NOLL23NNO2 84055384402 HISMNIIL zig ME ne AHM AVYD YOLI YAYI 1HR st 18116 E ANO wo E Av 7 m 801131 318 2 H 2 o o 0 O 7 110801 me n X wii AMY B 10084 H 101 80131538 0331 Jum uw T8 fon mera XIN DATI yalli a er 3 H e L o e rlele il 19 034 Dm 117 25 38084 41018310 100 10553844802 XIN 5 T V BAN 512515 FRE AV nu im V ls Aqu 02 E 100201 AVO Y AI 1109 YOLOVLNOD E ho SININOdMO9 31118 Bestia E 10 z 01105 TONVH 380438 LINN 030Nn0N5 5NIHJDOL 18 TW Im VAN z CY 3 2191812913 2ILVLS 3LYNINI T3 SIN3NOdMOO 3191 5 10 41105 OL 39VNYO 3S0YO 41121012313 DILVIS WZ 1 SION CYYNOLL40 divi CYYNOI 140 0 034 31 G gt GO 1380935 AWVYS ANNOYS Cry v9 yw NY FA V T UAE YANNI 45 YANNI ds CHINNI dS 1 0 9019 1 19 anu 0240 NON E HOLVIIOV t TW mm 8 HOLIAS 11811 HOLIMS 38186384 HOLH 11018340 YOSSIU ANOD 10104 831 38 3 WA y T 1 mee ne me WOLON U31V38 v HOLI AS NMZ vimos AN 2 1 ME n E EM 1 YOLOW TWNI31X3 HOLVLIOY
20. N gt 331113 2 nua mua 3 er a 118 038 rg THA 4 38084 41018310 1HN 100 1055334902 XIN mi 2 914 ME THAINUO z SNId OLNO lo 83810038 SI n IS 1003901 AVA 31 1102 YOLIV INOI z S1N3NOdNOD 31916 8059314005 41105 ONI TONVH 380438 LINN 034800849 ONIHODOL AG THA Tn AAA E 2 E 219191913 911915 ILWNINIT3 SLNSNOdNOD 31 15 5 01705 01 INVI AYN 191805313 DIIS Lana 1 5 1 01140 9 AVIS G 0 y 138 215 INVYI 9 ge me NY V T YANNI dS YANNI dS CHINNI dS NOILdO HOLVLI9V 5 Pad 02802 YOLI NAYI NI E YOLVLIOW E 38 HOLIMS E HOLIMS 11811 9 38186384 HOLH YOSSIU ANO MOLON 931739 n 1102 HILUVIS T 9 1 na Wa 318 318 HOION 431939 INO Tsw WOLINS 33404 m TRA NE 5 le 318 x E uno n YOLOW WNYALX3 YOLVLISY EXTERNAL LI N GROUND S E BLK BLK 5 eh AUTO iu n Sce En Gyl BLUWNT BEATER MOTOR 4 8416 e STARTER COIL N ORG ORG ANN WHT COMPRESSOR WASH HIGH PRESS
21. OHd H30VdS le ___ a mx mem 996060 10H OS 38OHd OSIG o now wwx 8 1 oo swf seoeidou 104 eo 1 sue TOHLNOO 804 dnyeevevozn vL uosa cor 89800 2519 OS 3HVMLJOS dIHO V 804 cwn 301S 1INY __ ei 1481 30IS T3NVd 1NOH4 V HNVd Pos 7 21 A se eoo G3138V1710 01 ____ oo sre 10 9 93022 S NY4 ____ 0929 t oue LLYM 08 Nv HOLON wow HOLVHIIO e 5 VENA erm 14 6 X 90 80 9 0 4 9 3801 egni cor CINOM v suol 1038 H38 NV 1NO XIN LHOI 629950 ALO LUVd NOILdIHOS3G Available Separately Parts List 35 Model 430 enbioL oo MO80 X L6 ONItI O ___ se s HO1IMS HINOOH 13NYd 1V38 ____ HSWMOLDV HIMOOH HO LIMS 93910564 09 SUNSSIUd HOLIMS er A0
22. S AVA HAZILINVS HOSS3HdWOONIVW eor zisezzio ASEL 310d AV138 eos 82500 v9Nv ATINA ___________ eo 766000 g cxv A3TTnd 19 18 9080 101 3 1388V8 YOLSINy3H1 380 Hd ewo VIG8 S 310H aNnou 3808d H30vdS EUER 8 310H 3uvnos 380ud d30vds PASS TIAS 30H 8 1 38OHd er 9960 0 3 10H OS 38OHd H39VdS MEM 596050 3 10H OS 38OHd OSIG MAN 1027 1H MO1 XIW V 38OHd 2 1 H3S 02vLvX 1114 LNOO 1A1XIIN 82d d 079610 1HDIY 0 301S 13NVd im ll 6 9610 1431 0 30IS TINVd lt 266 0 MOWE TANWd _ i 2266 LNOHJ V T3NVd EE 708220 NOLL aru ER 8720 10 svd 088620 0St 0S Pp 2P 0P 0115 11 Eo c dici 600670 93022 ZL 3av18 amp NVJ 31vadn 55770 SLHVd ALO LUVd NOILdIHOS3G Model 430 40 Available Separately Parts List 1015111941 057 ee IVNINYIL 3A331S V HOLSIHVA zero 1449 1 X SY I OLNW dX3 3A1VA eor v 99000 Hd3 3A VA so 06 068 6 X 147 1 S8300V 3A1VA coh toro H3G1OSY L X 14b 1 SS300V 3A1VA so 15999850 91 S 0334 39N1 co j 08 coh 21 29590 VA 02 HOLVdIOLLNV 1NOO SNVH L _ 1 _5 5
23. URE BLK BLK SWITCH LIMIT SWITCH BLU WHT OFF a 5 5 A A BLU WHT 2 086 e SM cur 5 TIMER ORG 2 o ORG WHT 60 WHT WHT N A WHT WHT COMPRESSOR ADD MIX A BLK CONTACTOR COIL RED WHT h WHT WHT IZ DONA 1 6 0 1207 WHT 2 z HP 5 3 our POWER 2 8 PY TRANSFORMER ar Sa THERMISTOR MIX LOW E E RELAY PROBE WHT PROBE CON INPUT 24 VAC aud i E 4 WHT BLK O E DRAW wr Y e Low OUT Ei lt 5 COARSE ADJUST A mT WHT 8 a El 8 MIX e S PROBE zi MIX 2 2 5 5 PROBE GRN YEL A GRN YEL GRN YEL GRN YEL BEATER 1 MOTOR BLK BLK BLK BLK ESE WHT BEATER MOTOR SEE FIG 2 BEATER MOTOR E 2 STARTER GRN YEL GRN YEL COMPRESSOR S d gt N As BLK o e BLK 9 WHT o WHT WHT 5 COMPRESSOR COMPRESSOR 5 CONTACTOR SEE FIG 1 CONTACTOR GRN YEL GRN YEL E dm acil ONE SIDE OF CONDENSER ONE SIDE OF A TWO WIRE CORD FAN MOTOR TWO WIRE CORD YEL BLK RED BLU FACING LEAD END WHT_ NEUTRAL COUNTER CLOCKWISE ROTATION BLK LI MAGNETEK BEATER MOTOR CONNECTION SCHEMATIC GROUND FRAME SECURELY a al Se 83
24. XOTNI XQ NIL HV3H HSf1H8 916600 ALIHM 2X AGOd XIN HSNYUA SZvl0 X 0 2 1 1 501 210610 1 04 1 5 v00 cc 0v0 diS 8 9fYId IVNIWNH3 L490 I8 00 22 0v0 diS 4 9fYId 1VNINH3 L MOO I8 9SLvcO N33H9 4104 2 1VNINHIL MOO1A 98600 saveda dn oooosozr 50 osemnnaa eeeero SL 83QV 1H 00 6 OLLSV1d H3dvHOS 3QV 18 eor 1HOddhS Nld 1 196 v roszio 3001 9NIHV38 H3HSVM 166830 ONIUVIE SSVUA LNN 266820 Was 9 19 1 9680 OLLSV Idx TI3HS lodi a 290 50 31vadn SLHVd Bosa 16 52 21 as 21 2066 0 DXV VXZZ9v6V v HOSS3HdWODO rai Irc 1 Parts List 33 Available Separately Model 430 LAVHS LAVHS 3nouoL JAVA 3nouoL 1 09 083 803 1 15760 6 260 092870 095260 406420 059810 709650 050910 9610 OLLELO 6966 X 2066 986910 150670 050910 Ocv6vO 8 8800 voszeo eo ves MOYTA HSNTS MVHO W 310NvH er seo 0 HOOG 02 9 090 300HOLOEP ONIHIM WVHOVI
25. d the pulley belt will begin slipping The beater reset will then deactivate freezer operation In addition torque components may be damaged Troubleshooting 20 Model 430 Troubleshooting Thermistor Components Step 1 Power Switch in the AUTO Position Using a voltmeter check the two terminals connecting thetransformer wires to the controller There should be a reading of 24 volts 1596 if not the transformer is not receiving line voltage or the transformer is faulty and should be replaced If a proper reading is obtained proceed to the next step Step 2 Power Switch in the AUTO Position Using a voltmeter make certain L1 power is being supplied to the common terminal of the controller A reading of line voltage should be obtained To accomplish this measure voltage between the common terminal and any L2 power source If a proper reading is not obtained make sure there is line voltage at the incoming power supply If there is incoming power back track from the common terminal L1 and determine where L1 is being interrupted and correct accordingly If a proper reading is obtained proceed to the next step Step 3 Power Switch in the AUTO Position Remove the probe wires from the controller Place a wire between the two probe terminals of the controller to short the component This should activate the compressor If this procedure does not activate the compressor check for line voltage I
26. e serious damage to tissue Keep eyes and skin protected If refrigerant burns should occur flush immediately with cold water If burns are severe apply ice packs and contact a physician immediately The Taylor Company reminds technicians to be cautious of government laws regarding refrigerant recovery recycling and reclaiming systems If you have any questions regarding these laws please contact the factory Service Department WARNING R404A refrigerant used in conjunction with polyolester oils is extremely moisture absorbent When opening a refrigeration system the maximum time the system is open must not exceed 15 minutes Cap all open tubing to prevent humid air or water from being absorbed by the oil Introduction Model 430 Model 430 Specifications Freezing Cylinder One 4 quart 3 8 liter capacity Mix Hopper One 14 quart 13 2 liter capacity Refrigerated and insulated Beater Motor One 25 hp motor Refrigeration Unit One approximately 4 000 btu hr compressor Refrigerant 404A Electrical Standard is 115 60 1 This equipment is supplied with a 3 wire cord and grounding type plug for connection to a single phase 60 cycle branch circuit supply This unit must be plugged into a properly grounded receptacle The cord and plug provided are 20 amp for 115 60 1 or 15 amp 208 230 60 1 Therefore the wall 16 716 gt OVERALL WIDTH 13 7 8 35 2 outlet must also be 20
27. essure and counterclockwise to lower pressure High Side Pressure Air Cooled The following chart indicates normal operating head pressures at various ambient temperatures Ambient Temperature Normal Operating Head Pressures Cade 70 21 1 240 270 1 655 1 862 kPa 80 26 7 270 300 1 862 2 069 kPa 32 2 300 340 2 069 2 344 kPa 100 37 8 340 380 2 344 2 620 kPa E P R Valve Setting The product temperature in the mix hopper is maintained by the main refrigeration system and can be adjusted by the E P R valve The E P R valve is factory set at 57 59 PSI 393 406 kPa in order to maintain hopper product temperature below 40 F 4 Introduction Model 430 Installation Instructions Air Cooled Units Air cooled units require a minimum of 6 15 2 cm of clearance around all sides of the freezer Failure to allow for adequate clearance can reduce the refrigeration capacity of the freezer and possibly cause damage to the compressor Electrical Connections Each freezer requires one power supply Check the data label on the freezer for fuse circuit ampacity and electrical specifications Refer to the wiring diagram provided inside the control box for proper power connections This equipment is intended to be installed in accordance with the National Electric Code NEC NFPA 70 The purpose of this code is the practical safeguarding of persons and property
28. f there is line voltage at the compressor contactor coil the controller is acceptable Step 4 Power Switch in the OFF Position Checkthe probe resistance Disconnect both the white yellow and black wires at the control and measure their resistance with ohmmeter At room temperature a reading of approximately 10 000 ohms should be obtained At serving temperature a reading of approximately 46 000 ohms should be obtained If this reading is not obtained replace the probe When replacing the probe fill the bulb well with antifreeze Connect the white yellow wire to the white terminal and the black wire to the black terminal Step 5 Power Switch in the OFF Position Check the anticipator microswitch by removing the wires connecting the switch to the controller and check for continuity If switch continuity exists when the draw handle is raised the switch is effective Continuity should break when the draw handle is lowered 19 E O COARSE E O FINE ADJUSTMENT Model 430 21 Troubleshooting Notes Troubleshooting 22 Model 430 Section 4 Parts Parts Warranty Explanation Operator Parts Identification Exploded Views Complete Parts List Wiring Diagrams y jp in Model 430 23 Parts Parts Warranty Explanation Class 103 Parts Class 000 Parts Beater Motor Freezing Cylinder installation Comp
29. for Taylor Company authorized service personnel A Stationary appliances which are not equipped with a power cord and a plug or other device to disconnect the appliance from the power source must have an all pole disconnecting device with a contact gap of at least 3 mm installed in the external installation Failure to follow this instruction may result in electrocution This machine must be placed on level surface Failure to comply may result in personal injury or equipment damage i 3 DO NOT install the unit in an area where a water jet could be used to clean or rinse the freezer Failure to follow this instruction may result in serious electrical shock This machine is designed to operate indoors under normal ambient temperatures of 709 759F 21 24 C The machine has successfully performed in high ambient temperatures of 104 F 40 C at reduced capacities NOISE LEVEL Airborne noise emission does not exceed 70 dB A when measured at a distance of 1 0 meter from the surface of the machine and at a height of 1 6 meters from the floor Refrigerant Taylor Company uses R404A refrigerant This refrigerant is generally considered non toxic and non flammable however any gas under pressure is potentially hazardous NEVER fill any refrigerant cylinder completely with liquid Filling the cylinder to approximately 8096 will allow for normal expansion gt Refrigerant liquid sprayed onto the skin may caus
30. he terminal labeled L1 is present at the MIX LOW terminal when no continuity is established between the COM and LOW terminals When continuity of at least 2K ohms resistance is established between the COM and OUT terminals L1 power will no longer be present at the MIX OUT terminal When continuity of at least 2K ohms resistance is established between the COM and LOW terminals L1 power will no longer be present at the MIX LOW terminal See item D on the mix level control diagram on page 14 There are two single pole double throw relays on the control This means there are two sets of three terminals and the center terminal of each set is the common terminal Only the MIX OUT relay is used in the 430 application The following shows the position of the switch in the three possible situations 1 No power to the control nAi Imam COM 2 Power to the control and no continuity between the terminals e COM 3 Power to the control and continuity between COM and OUT terminals e COM N O On the mix level control board there is a block of six pins item E on the control diagram This block labeled J1 is used to allow the L1 power present at the MIX OUT LOW terminals to stay constant or pulse When the power is constant the MIX OUT LOW LED s will be lit when the power pulses the LED s will flash At the Taylor factory pins 3 amp
31. hen the control switch is first placed in the AUTO position the product must freeze down to the viscosity set point until the torque switch is satisfied Once the torque switch is satisfied the READY light will illuminate During normal draw patterns the control monitors how long the draw valve is open to estimate the amount of product drawn and the control monitors how long the compressor has run to estimate the amount of cooling that has taken place Within the software a Reference Value has been established to determine the status of the READY light Drawing product raises the reference value compressor operation lowers it When the reference value drops to the pre determined value the ready light illuminates Model 430 Controls Thermistor Control Function The thermistor control maintains temperature in the freezing cylinder by monitoring the resistance of the thermistor probe Specifications Temperature Differential above cut out Coarse Adjustment Range 10 to 30 F 12 to 1 C Fine Adjustment Range 4 F 2 C total cut in 2 F 1 1 C Coarse Adjustment Potentiometer 1 4 turn approximately 6 F 3 C Input Voltage Supply 24 VAC Thermistor Probe Part 038061 BLK The resistance value of the thermistor probe corresponds with the product temperature in the freezing cylinder As the product becomes colder the probe resistance increases As the product beco
32. ity to make this fact known to any technicians they employ It should be noted that Taylor does not warrant the refrigerant used in its equipment For example if the refrigerant is lost during the course of ordinary service to this machine Taylor has no obligation to either supply or provide its replacement either at billable or unbillable terms Taylor does have the obligation to recommend a suitable replacement if the original refrigerant is banned obsoleted or no longer available during the five year warranty of the compressor The Taylor Company will continue to monitor the industry and test new alternates as they are being developed Should a new alternate prove through our testing that it would be accepted as a drop in replacement then the above disclaimer would become null and void To find out the current status of an alternate refrigerant as it relates to your compressor call the local Taylor Distributor or the Taylor Factory Be prepared to provide the model serial number of the unit in question Parts 24 Model 430 Operator Parts Identification 8 Tube Feed 13 32 Hole 025663 10 Cover A Black Insulated X49679 BLA Panel Back 049325 Shield Splash 049320 Tray Drip 049319 Pan Drip 17 1 4 Long 027504 SesetBasePan SusNseCos 018496 Panel Side Right 049640 Screw Panel 10 32 x 3 8 024298 Washer Freezer Stud 049032 Model 4
33. ltage Check the main line voltage and locate voltage drop Relay contacts not closing Check by operating manually Replace defective relay Product too stiff Temperature or viscosity control is Seethe Thermistor Control or set too cold PCB A section in this manual to reset the control Inadequate mix in the hopper Fill hopper with mix Product too soft Temperature or viscosity control is Seethe Thermistor Control or set too warm PCB A section in this manual to reset the control Head pressure too low Shortage of refrigerant Locate and repair leak Recover the refrigerant evacuate and charge the system Water valve stuck open water Clear or replace the valve cooled unit Troubleshooting 16 Model 430 PROBLEM PROBABLE CAUSE REMEDY 8 Hotliquid line a Shortage of refrigerant a Repair leak and recharge system 9 Frosted liquid line a Restricted dryer or tubing 10 No product being dispensed a Control switch is in the OFF a Place the control switch in the position AUTO position b Freeze up in the mix feed tube b Adjust hopper temperature by readjusting the E P R pressure c Beater motor is out on reset Place the control switch in the OFF position and press the reset button firmly Place the power switch in the WASH position and observe the freezer s performance Resume normal operation d Incorrect beater rotation Rotation Reverse any
34. mes warmer the probe resistance decreases Approximate probe resistance readings 1 10 000 ohms at room temperature 78 F 25 2 46 012 ohms at serving temperature 20 F 6 6 Operation The thermistor probe is positioned in the bulb well located at the front of the freezing cylinder The thermistor control becomes operational when powered by the 24 VAC transformer When the desired product is achieved control set point the thermistor control relay opens and discontinues the power sent to the compressor relay Coil When the product in the freezing cylinder reaches 2 F 1 C above the control set point the thermistor relay closes sending L1 power to the compressor relay coil The refrigeration system will run until the control set point is achieved Anticipator The anticipator signals the thermistor control to activate the refrigeration system whenever product is drawn As the draw valve is raised freezer draw switch closes continuity is created between the thermistor control anticipator terminals The thermistor control relay will close within 1 second to start the refrigeration system Upon completing the draw the thermistor control recognizes the loss of continuity between the anticipator terminals but will continue refrigeration for at least 25 seconds This allows for additional blending and freezing of the warmer mix which has entered the freezing cylinder After approximately 25 second
35. ng type of lubricant being used Use lubricants recommended in the Operator s Manual 15 Beater assembly works forward a Refrigerant shortage a Locate and repair leak b Rear bearing unit is out of alignment b Align rear bearing unit Model 430 17 Troubleshooting PROBLEM PROBABLE CAUSE REMEDY 16 Freezer door works loose a Handscrews are not tightly installed a Tighten or replace handscrews or are damaged b Beater assembly works forward b See previous problem 17 Low overrun a Bad scraper blades a Replace blades b Mix feed tube is not installed b Install feed tube according to instructions in the Operator s Manual c Beater rotates continually c Check for electrical short or faulty power switch d Long ON cycles d Make sure there is sufficient mix in the hopper and that the condenser is clean Check the refrigerant charge 18 Leaking draw valve a Improper lubrication a Lubricate the draw valve according to instructions in the Operator s Manual b Worn or nicked o rings on valve b Replace o rings c Wrong lubricant being used c Use lubricants recommended in the Operator s Manual 19 Mix in the hopper is too cold a Temperature is out of adjustment a Adjust E P R valve 20 Mix in the hopper is too warm a Temperature is out of adjustment a Adjust E P R valve b Warm mix has been put in the b Mix added to the hopper should be hopper below 40 F 4 C
36. on with power a Unit unplugged Plug main power cord in the wall switch in the AUTO position receptacle Fuse blown or circuit breaker in the Replace the fuse or place breaker OFF position in the ON position The beater motor is out on reset Place the control switch in the OFF position and press the reset button firmly Place the power switch in the WASH position and observe the freezer s performance Resume normal operation With the power switch in the Tripped internal overload in the Allow the internal overload to cool AUTO position the beater motor compressor Check for high head pressure runs but the compressor does refrigerant overcharge stuck not operate pistons or tight bearings Compressor is burned out Replace the compressor Compressor is improperly wired Check wiring against diagram on compressor Low line voltage Check the line voltage at terminal block Locate cause of voltage drop Single phasing compressor Replace the compressor contactor contactor Unit short cycles Cycling on high pressure cut out Check the water supply water Cut in 404A 340 PSI 2 344 kPa cooled units only and make sure Cut out 404A 440 PSI 3 034 kPa the condenser is clean Check for potential refrigerant overcharge Compressor hums intermittently Compressor is improperly wired Check wiring against the diagram but will not start Cycling on overload Low line vo
37. or HZ2 0S6Lv0 OL ASWHd L HILUVIS 061910 e ZeMV ASTINd 499620 066 41188 2 1HVLS HOLIOVdVO 280220 02 4 91 NniH HOLIOVdVO Ot c0 6v0 lfeZPMV OXZe9v6vsxV HOSSdHdl NOD Vos ovz 0zz cor L os orz 0zz sor 2 zis reat su 790190 HOSS3HdOO 1HVIS AV ISU MESES EJEA EH 2 1 1411 ose 1 OPW WI NIVELL O30IA le de 281420 IVA NOISNYAXA 1008 __ 1122 2424 7 262150 14491 X SP I OLMW AX3 3 1VA 599220 oo f a fy 06 558 X 14 1 55300 az PERSE ool SS300V 3 VN 9n eor 01 99 lt 20 26 61 q334 XIW 38n L 00006028 0 084 eo 1 9 699620 31vadn 55770 SLHVd ALO LUVd NOILdIHOS3G Parts List 37 Available Separately Model 430 o HMM 31vadn SLHVd 101511941 057 969670 0 r HOT1AV L Oaq 14930 620610 H3ddOH 15 NV419 1V930 266660 4LIn94I2 GHO NOLLDnV9O 1vVO4d V18 6 96VX HdddOH V H3AOO 660480 1 22 Ofr1ld ASLL H3MOd QHOO ooo cv eo 98680 MOHELS ZXH9LXCIZ L 0V H3SN30NOO 026650 3Y dINOO ONILNNON 3 331S 616650 XV 3V LNnOW HOSS3HdlWOO 13AWOHO 501 21 25560 HOSS3HdlOO 18V1S AV 13H 00 12 1886 0 082 41188 2 LHv LS HOLIOVdVO coh
38. or indicates that viscosity has been achieved it trips a microswitch and the compressor stops The beater motor continues to run for 20 seconds and then stops Lin If the torque sensor returns to the unsatisfied position during the additional 20 seconds of beater operation the compressor will run again for an additional 10 seconds minimum and will continue until the torque sensor is satisfied The beater motor will run for 20 seconds If the torque sensor remains in the satisfied position after a 7 minute cycle time has elapsed the refrigeration system will reactivate for 12 seconds or until viscosity is satisfied Controls Model 430 Features Mix Low la Mix Out ET The Taylor Model 430 torque control is equipped with the mix low mix out function When the mix supply is low the sensor activates the MIX LOW light to indicate a need for mix replenishment When a mix out condition is detected the sensor activates the MIX OUT light The beater motor and compressor are disabled at the completion of the draw Once the mix supply has been replenished there is a 30 second delay before the refrigeration system continues Protection Fuse There is an external fuse located on the control board See illustration on page 8 Although it appears to be soldered to the board it is actually plugged into two small sockets on the board The fuse protects the transformer from damage in the e
39. ressor installation Warranty is extended 1 year from the original date of freezer installation Wear Items no warranty Warranty is extended two years from the original date of freezer installation This item is covered five years from the original date of This item is covered five years from the original date of CAUTION Warranty is valid only if required service work is provided by an Authorized Taylor Service Technician NOTE Taylor reserves the right to deny warranty claims on equipment or parts if a non approved refrigerant was installed in the machine system modifications were performed beyond factory recommendations or it is determined that the failure was caused by neglect or abuse Compressor Warranty Disclaimer The refrigeration compressor on this machine is warranted for the term indicated on the warranty card accompanying this machine However due to the Montreal Protocol and the U S Clean Air Act Amendments of 1990 many new refrigerants are being tested and developed thus seeking their way into the service industry Some of these new refrigerants are being advertised as drop in replacements for numerous applications It should be noted that in the event of ordinary service to this machine s refrigeration system only the refrigerant specified on the affixed data label should be used The unauthorized use of alternate refrigerants will void your compressor warranty It will be the owners responsibil
40. s have elapsed the thermistor control returns to normal operation and cycles off the refrigeration system when the set point temperature is achieved Cycle Timer During periods when no product is being dispensed an 8 minute cycle timer will signal the thermistor control to activate the refrigeration system As the timer cycles continuity is created between the thermistor control anticipator terminal The thermistor control relay will close within 1 second The refrigeration system will then activate Controls 10 Model 430 Setting Temperature 1 Position the thermistor fine adjustment at mid range This will limit the fine adjustment temperature range to 2 F 1 C 2 Turn the coarse adjustment clockwise to the coldest setting 3 With the freezer correctly primed place the power switch in the AUTO position 4 After the appropriate freezing time test the product temperature When a sample portion temperature is approximately 1 above the desired temperature setting slowly turn the coarse adjustment counterclockwise warmer until the refrigeration system cycles off 5 Allow the refrigeration system to cycle through at least two OFF cycles After the unit cycles off draw a sample of product and check the temperature Readjust the coarse adjustment as required but make only small adjustments Note The anticipator automatically activates the refrigeration system 0 1 second after the draw valve
41. termine the temperature at the probe and find it on this chart along with the correct ohmmeter reading If your ohmmeter reading varies from the correct reading determine whether the difference is acceptable If a probe is faulty the difference will be great Controls 12 Model 430 Mix Level Control Thermistor Units The mix level control P N X41420 may be used in both 115 volt and 208 240 volt applications The control has a switch labeled SW4 that may be changed to 240 volt or 115 volt by placing the switch in the desired position See item A on page 14 Note The factory default is 240 volts CAUTION If 115 volts are connected to the control and SWA is in the 240 volt position the control will not respond to the mix out condition If 208 240 volts are connected to the control and the SWA switch is in the 115 volts position severe damage to the control will take place The power hook ups are located on the side of the control For proper connection the terminals are labeled L1 and L2 See item B on the mix level control diagram on page 14 Probe terminals are labeled COM LOW and OUT See item C on the mix level control diagram on page 14 L1 output terminals are labeled MIX LOW and MIX OUT Power supplied to the terminal labeled L1 is present at the MIX OUT terminal when no continuity is established between the COM and OUT terminals Power supplied to t
42. vent that the secondary side of the board becomes shorted When the fuse is open blown all board functions are interrupted The fuse must then be replaced Lockout Optional The unit is equipped with an optional lockout mode The lockout mode requires that the unit be taken apart and cleaned every four days Taylor recommends and most local health code laws demand daily cleaning If the unit is not taken apart and cleaned in four days the control will enter the lockout mode and the cleaning required light will flash The beater motor and the compressor are then disabled The lockout mode works by use of a magnet The magnet has been placed in the upper right hand corner of the freezer door Behind the front panel of the freezer there is areed switch Door switch on the wire diagram When the freezer door is in place on the freezer the magnet holds the reed switch open signaling the control that the door is in place When the freezer door is removed the reed switch closes signaling the control that the door is not in place The control must sense that the reed switch is closed for at least five minutes and that the power switch is in the OFF position before the lockout is cleared and the four day timer is reset Ready Light Optional When the control determines that the product is at a servable viscosity the READY light on the front panel iluminates Servable viscosity is determined in the following manner W
43. y jp in pamm YAA Model 430 Shake Slush Freezer Service Manual TAYLOR 051430 S 2 98 y jp in AO EF TC ea SSS Table of Contents Section 1 Introduction A 1 a e MR eo ts 2 Refrigerant cin A Mei Ree CIR 2 Model 430 Specifications 3 Running Specifications A wc qtu 4 Installation Instructions DPI Ero XC Bene EG 5 Refrigeration System 6 Section 2 iia res DE Sedai 7 Torque CONO acs setae tie A AR 8 Thermistor Control srt id ada es 10 Thermistor Curve LE e ow us OE i darte ao a 12 Mix Level Control Thermistor Units 13 Mix Level Control Diagram Thermistor Units 14 Section 3 Troubleshooting 15 General Troubleshooting Guide 16 Electrical Troubleshooting Guide 19 Troubleshooting Torque Components 20 Troubleshooting Thermistor Components 21 Section 4 Parts 20 e wa 23 Parts Warranty Explanation tins ics stipes See teed edu Se ede eae 24 Operator Parts Identification
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