OWNER'S MANUAL

125 lb. HD LAUNDRY DRYER

Gas: Natural and LP

Steam

Electric

Technical specifications

Installation instructions

Operating instructions

Maintenance

HD125

Cissell Manufacturing Co.

831 S. First St. - P.O.Box 32270 - Louisville, Ky. - 40232-2270

Tel: (502) 587-1292 - Fax: (502) 585-2333 -

Sales Fax: (502) 585-3625 - Service/Parts Fax: (502) 681-1275

THIS MANUAL MUST BE GIVEN TO THE EQUIPMENT OWNER

MAN HD2125 02/03

IMPORTANT NOTICES—PLEASE READ

For optimum efficiency and safety, we recommend that you read the manual before operating the equipment. Store this manual in a file or binder and keep for future reference.

WARNING: Purchaser must post the following notice in a prominent location:

WARNING : For your safety, the information in this manual must be followed to minimize

the risk of fire or explosion or to prevent property damage, personal injury or death.

- Do not store or use gasoline or other flammable vapors or liquids in the vicinity of this

or any other appliance.

- WHAT TO DO IF YOU SMELL GAS

• Do not try to light any appliance.

• Do not touch any electrical switch; do not use any phone in your building.

• Clear the room, building, or area of all occupants.

• Immediately call your gas supplier from a neighbor's phone. Follow the gas

supplier's instructions.

• If you cannot reach your gas supplier, call the fire department.

Installation and service must be performed by a qualified installer, service agency or the gas supplier.

WARNING: In the event the user smells gas odor, instructions on what to do must be posted in a prominent location. This information can be obtained from the local gas supplier.

WARNING : Wear safety shoes to prevent injuries.

WARNING: Purchaser must post the following notice in a prominent location:

FOR YOUR SAFETY

Do not store or use gasoline or other flammable vapors and liquids in the vicinity of this or any other appliance.

WARNING: A clothes dryer produces combustible lint and should be exhausted outside the building.

The dryer and the area around the dryer should be kept free of lint.

WARNING: Be safe, before servicing machine, the main power should be shut off.

Page 2

ATTENTION: L’ACHETEUR DOIT PLACER L’AVERTISSEMENT

SUIVANT DANS UN ENDROIT CLAIR ET VISIBLE:

AVERTISSEMENT.

Assurez-vous de bien suivre les instructions donnees dans cette notice pour reduire au minimum le risque d’incendie ou d’explosion ou pour eviter tuot dommage materiel, toute blessure ou la mort.

__ Ne pas entreposer ni utiliser d’essence ni d’autres vapeurs ou liquides inflammables dans le voisinage de cet appareil ou de tout autre apparell.

__ QUE FAIRE SI VOUS SENTEZ UNE

ODEUR DE GAZ:

• Ne pas tenter d’allumer d’apparell.

• Ne touchez a aucun interrupteur. Ne pas

vous servir des telephones se trouvant dans

le batiment ou vous vous trouvez.

• Evacuez la piece, le batiment ou la zone.

• Appelez immediatement votre fournisseur de

gaz depuis un voisin. Suivez les instructions

du fournisseur.

• Si vous ne pouvez rejoindre le fournisseur

de gaz, appelez le service des incendies.

__ l’installation et l’entretien doivent etre assures par un installateur ou un service d’entretien qualifie ou par le fournisseur de gaz.

ATTENTION: L’ACHETEUR DOIT PLACER L’AVERTISSEMENT

SUIVANT DANS UN ENDROIT CLAIR ET VISIBLE:

POUR VOTRE SECURITE

Ne pas entreposer ni utiliser d’ essence ni d’autres vapeurs ou liquides inflammables dans le voisinage de cet appareil ou de tout autre appareil.

Page 3

WARNING: To avoid fire hazard, do not dry articles containing foam rubber or similar texture materials. Do not put into this dryer flammable items such as baby bed mattresses, throw rugs,undergarments (brassieres, etc.) and other items which use rubber as padding or backing. Rubber easily oxidizes causing excessive heat and possible fire. These items should be air dried.

WARNING : Synthetic solvent fumes from drycleaning machines create acids when drawn through the dryer. These fumes cause rusting of painted parts, pitting of bright or plated parts, and completely removes the zinc from galvanized parts, such as the tumbler basket. If drycleaning machines are in the same area as the tumbler, the tumbler's make-up air must come from a source free of solvent fumes.

WARNING : Do not operate without guards in place.

WARNING: Check the lint trap often and clean as needed but at least a minimum of once per day.

WARNING: Alterations to equipment may not be carried out without consulting with the factory and only by a qualified engineer or technician. Only Manufacture’s parts may be used.

WARNING: Remove clothes from dryer as soon as it stops. This keeps wrinkles from setting in and reduces the possibility of spontaneous combustion.

WARNING: Be safe - shut main electrical power and gas supply off externally before attempting service.

WARNING: Never use drycleaning solvents, gasoline, kerosene, or other flammable liquids in the dryer. FIRE AND EXPLOSION WILL OCCUR. NEVER PUT FABRICS

TREATED WITH THESE LIQUIDS INTO THE DRYER. NEVER USE THESE

LIQUIDS NEAR THE DRYER..

WARNING: Do not place items exposed to cooking oils in your dryer. Items contaminated with cooking oils may contribute to a chemical reaction that could cause a load to catch fire.

WARNING: Never let children play near or operate the dryer. Serious injury could occur if a child should crawl inside and the dryer is turned on.

WARNING: Never tumble fiberglass materials in the dryer unless the labels say they are machine dryable. Glass fibers break and can remain in the dryer. These fibers cause skin irritation if they become mixed with other fabrics.

WARNING: Before operating gas ignition system - purge air from natural gas or propane gas lines per manufacturer’s instructions.

WARNING: To reduce the risk of electric shock, disconnect this appliance from the power supply before attempting any user maintenance other than cleaning the lint trap. Turning the controls to the

OFF position does not disconnect this appliance from the power supply.

Page 4

CISSELL DRYER WARRANTY

The Cissell Manufacturing Company (Cissell) warrants all new equipment (and the original parts thereof) to be free from defects in material or workmanship for a period of three (3) years from the date of sale thereof to an original purchaser for use, except as hereinafter provided. With respect to non-durable parts normally requiring replacement in less than three (3) years due to normal wear and tear, and with respect to all new repair or replacement parts for Cissell equipment for which the three (3) year warranty period has expired, or for all new repair or replacement parts for equipment other than Cissell equipment, the warranty period is limited to ninety (90) days from date of sale. The warranty period on each new replacement part furnished by Cissell in fulfillment of the warranty on new equipment or parts shall be for the unexpired portion of the original warranty period on the part replaced.

With respect to electric motors, coin meters and other accessories furnished with the new equipment, but not manufactured by Cissell, the warranty is limited to that provided by the respective manufacturer.

Cissell’s total liability arising out of the manufacture and sale of new equipment and parts, whether under the warranty or caused by Cissell’s negligence or otherwise, shall be limited to Cissell repairing or replacing, at its option, any defective equipment or part returned f.o.b. Cissell’s factory, transportation prepaid, within the applicable warranty period and found by Cissell to have been defective, and in no event shall Cissell be liable for damages of any kind, whether for any injury to persons or property or for any special or consequential damages. The liability of Cissell does not include furnishing (or paying for) any labor such as that required to service, remove or install; to diagnose troubles; to adjust, remove or replace defective equipment or a part; nor does it include any responsibility for transportation expense which is involved therein.

The warranty of Cissell is contingent upon installation and use of its equipment under normal operating conditions. The warranty is void on equipment or parts; that have been subjected to misuse, accident, or negligent damage; operated under loads, pressures, speeds, electrical connections, plumbing, or conditions other than those specified by Cissell; operated or repaired with other than genuine Cissell replacement parts; damaged by fire, flood, vandalism, or such other causes beyond the control of Cissell; altered or repaired in any way that effects the reliability or detracts from its performance, or; which have had the identification plate, or serial number, altered, defaced, or removed.

No defective equipment or part may be returned to Cissell for repair or replacement without prior written authorization from Cissell. Charges for unauthorized repairs will not be accepted or paid by Cissell.

CISSELL MAKES NO OTHER EXPRESS OR IMPLIED WARRANTY, STATUTORY OR OTHERWISE, CONCERNING

THE EQUIPMENT OR PARTS INCLUDING, WITHOUT LIMITATION, A WARRANTY OF FITNESS FOR A PARTICULAR

PURPOSE, OR A WARRANTY OF MERCHANTABILITY. THE WARRANTIES GIVEN ABOVE ARE EXPRESSLY IN

LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED. CISSELL NEITHER ASSUMES, NOR AUTHORIZES

ANY PERSON TO ASSUME FOR IT, ANY OTHER WARRANTY OR LIABILITY IN CONNECTION WITH THE

MANUFACTURE, USE OR SALE OF ITS EQUIPMENT OR PARTS.

For warranty service, contact the Distributor from whom the Cissell equipment or part was purchased. If the Distributor cannot be reached, contact Cissell.

IDENTIFICATION NAMEPLATE

The Identification Nameplate is located on the rear wall of the dryer. It contains the dryer serial number, product number, model number, electrical specifications and other important data that may be needed when servicing and ordering parts, wiring diagrams, etc. Do not remove this nameplate.

Page 5

TABLE OF CONTENTS

125 LB. LAUNDRY DRYER

PAGE

Model Numbers & Company Address................................................................................. 1

Important Notices ............................................................................................................. 2-4

Dryer Warranty ................................................................................................................... 5

Table of Contents ................................................................................................................ 6

Warnings, Cautionary Notes and Symbols........................................................................... 7

Unpacking/General Installation ........................................................................................... 8

Dryer Specifications ...................................................................................................... 9-11

Electrical Connections ...................................................................................................... 12

Gas Piping .................................................................................................................... 13-14

Gas Pipe Size Chart .......................................................................................................... 15

Gas Piping Installation ...................................................................................................... 16

Steam Piping Installation .............................................................................................. 17-18

Exhaust Installation - Multiple Exhaust ........................................................................ 19-21

Dryer Make-up Air Requirements ..................................................................................... 22

Exhaust Installation - Separate Exhaust ............................................................................. 23

Dryer Air Flow Installation............................................................................................... 24

Rules for Safe Operation of Dryer .................................................................................... 25

Energy Saving Tips ........................................................................................................... 26

Two Timer Models - Instructions................................................................................. 27-29

Service Savers .................................................................................................................. 30

Troubleshooting Charts ................................................................................................ 31-33

Direct-Spark Ignition Operation ................................................................................... 34-35

General Maintenance......................................................................................................... 36

Burner Air Inlet Adjustment .............................................................................................. 37

Basket Alignment .........................................................................................................38-39

Shimming the Basket and Spider Assembly....................................................................... 40

Air Switch Adjustment ...................................................................................................... 41

Dryers with Reversing Control Timer .......................................................................... 42-43

Large Gear Reducer Maintenance ..................................................................................... 44

Parts ............................................................................................................................. 45-65

Front View ................................... 45

Rear View .............................. 46-47

Front Panel ................................... 48

Thermostat Assembly ................... 49

Burner Access Door ..................... 50

Lint Door ...................................... 51

DMP Seneor Asm......................... 52

2 Timer Sensor Asm..................... 53

Pro Sensor Asm............................ 54

ProHc Sensor Asm. ...................... 55

Air Switch Asm............................ 56

Rev. Ctrl. Pnl. Asm ...................... 57

2 Timer Ctrl. Pnl. Asm ................. 58

DMP Control Assembly .............. 59

Pro/Hc Control Assembly ............ 60

Large Gear Reducer ..................... 61

Gas Bonnet Asm. .......................... 62

Steam Bonnet Asm. ...................... 63

Eleactric Heating Unit ............ 64-65

Page 6

Symbol

SYMBOLS

The following symbols are used in this manual and/or on the machine.

Description Symbol

NOTE!

Hot! Do Not Touch

Heiß! Nicht Beruhren

Haute temperature! Ne pas toucher

Caliente! no tocar dangerous voltage tension dangereuse

Gefährliche elektrische

Spannung tension peligrosa

On

Marche

Ein

Conectado

Off

Arrêt

Aus

Desconectado

Start

Demarrage

Start

Arranque de un movimiento

Emission of heat in general

Emission de chaleur en general

Warmeabgabe allgemein

Emisión de calor

Cooling

Refroidissement

Kühlen

Enfriamiento

Rotation in two directions

Rotation dans les deux sens

Drehbewigung in zwei

Richtungen

Movimiento rotativo en los dos sentidos

Direction of rotation

Sens de mouvement continu

De rotation Drehbewegung in Pfeilrichtung movimiento

Giratorio o rotatorio en el sentido de la flecha

End of Cycle

Caution

Attention

Achtung

Atencion; precaucion

Page 7

UNPACKING

GENERAL

INSTALLATION (ALL

DRYERS)

Unpacking/General Installation (All Dryers)

This dryer is packed in a large wooden crate.

Upon arrival of the equipment, any damage in shipment should be reported to the carrier immediately.

Upon locating permanent location of a unit, care should be taken in movement and placement of equipment.

See outline clearance diagrams for correct dimensions.

Remove all packing material such as: tape, manuals, skid, etc.

Leveling: Use spirit level on top of dryer. The use of shims are acceptable for this procedure.

Check voltage and amperes on rating plate before installing the dryer.

On gear reducer models, remove screw and insert red vent attached to reducer.

The construction of the dryers permits installation side-by-side to save space or to provide a wall arrangement. Position dryer for the least amount of exhaust piping and elbows, and allow free access to the rear of dryer for future servicing of belts, pulleys and motors. Installation clearance from all combustable material is 12” (305 mm) ceiling clearance, 24” (610 mm) rear clearance, and 0” side clearance.

Before operating dryer, open basket door and remove blocking between front panel and basket. Read the instruction tags, owner's manual, warnings, etc.

IMPORTANT

Opening the clothes loading door deactivates the door switch to shut off the motors, fan, gas, steam, or electric element. To restart the dryer, close the door and press in the push to start button for approximately 2 seconds.

IMPORTANT

This dryer is designed for a capacity maximum load. Overloading it will result in long drying times and damp spots on some clothes.

IMPORTANT

Maximum operating efficiency is dependent upon proper air curculation.

The lint screen must be kept clean daily to insure proper air circulation throughout the dryer.

IMPORTANT

Provide adequate clearance for air opening into the combustion chamber.

Page 8

125 lb. General Dimensions (Illustration)

Page 9

125 lb. Steam Heated Dryer Dimensions (Illustration)

Page 10

SPECIFICATIONS FOR

125 lb. DRYERS

Specifications

Floor Space

67” Deep x 47” W x 89-1/8” H

Steam ......................................................

(1702 mm x 1194 mm x 2264 mm)

(1702 mm x 1194 mm x 2382 mm)

Door Opening............................................31-1/4” diameter (794 mm)

STEAM HEATED DRYERS

ONLY

Basket Load Capacity ...............................125 lbs. (56.7 kg) dryweight

Basket Motor ............................................1 HP (.75 kW)

Fan Motor..................................................1-1/2 HP (1.12 kW)

Basket RPM

Non-Reversing .......................................

34

Exhaust Duct .............................................12” diameter (305 mm)

Maximum Air Displacement

Steam ......................................................

2000 cfm (3400 m

3

3

/h))

Recommended Operating Range ..............1800-2000 cfm

(3060-3400 m 3 /h)

Net Weight (approximate)

1,690 lbs. (767 kg)

Gas.........................................................

1,596 lbs. (724 kg)

Shipping Weight

1,840 lbs. (835 kg)

Gas - 1 crate (approx.) ........................

1,746 lbs. (792 kg)

-232.7 cu. ft. (2363 mm x 1347 mm x

1982 mm) - (6.59 m³)

mixed and mfg. gases) 300,000 Btu/h

gases)

Gas Supply.................................................3/4” (20 mm) pipe connection

Electric Ignition ........................................Direct Spark Ignition System

Manifold Gas Pressure .............................3.5” w.c. (8.8 mbar) Max. (Nat. Gas);

11” w.c. (27.4 mbar) (LP Gas)

(Approximate - testing

in laboratory) ........................................

50% water retention - 22 min.

Operating Steam Pressure ........................100 PSIG (6.9 bar) Max.

(

(

Boiler HP (w/normal ld.) (

6-Coil

14FPI ) ...........10.4 (7.76 kW)

) .....................................................9.5 (5.88 kW)

Steam Coils ...............................................(2) 40-1/2”L x 15-3/4”H x 6”W

(2) (1029 mm x 401 mm x 153 mm)

Traps for Steam Heating Coils .................3/4” (20 mm) (2)

Steam Supply Line ....................................3/4” (20 mm)

Steam Return Line ....................................3/4” (20 mm)

Page 11

Electrical Connections (with Grounding Instructions Illustration)

ELECTRICAL

CONNECTIONS

FOR ALL DRYERS

Dryers must be electrically grounded by a separate #14 or larger green wire from the grounding terminal within the service connection box, to a cold water pipe. In all cases, the grounding method must comply with local electrical code requirements ; or in the absence of local codes, with the National Electrical Code, ANSI/NFPA 70 or the Canadian Electrical Code, CA C22.1.

See wiring diagram furnished with dryer.

Your dryer is completely wired at the factory and it is only necessary for the electrician to connect the power leads to the wire connectors within the service connection box on the rear of the dryer. Do not change wiring without consulting the factory, as you may void the factory warranty.

DO NOT CONNECT THE DRYER TO ANY

VOLTAGE OR CURRENT OTHER THAN THAT SPECIFIED

ON THE DRYER RATING PLATE.

(Wiring diagram is located on rear wall of dryer.)

All panels must be in position before operation of dryer.

«Attention. Lors des opérations d’entretien des commandes, ètiqueter tous les fils avant de les dèconnecter. Toute erreur de câblage peut être une source de danger et de panne»

Page 12

GAS SERVICE

INSTALLATION

INFORMATION

Gas Piping

The size of the gas service pipe is dependant upon many variables, such as tees, lengths, etc. Specific pipe size should be obtained from the gas supplier. Refer to the Gas Pipe Size Chart in this manual for general gas pipe size information.

CAUTION

Gas loop piping must be installed as shown in Illustration, to maintain equal gas pressure for all dryers connected to a single gas service.

Other gas using appliances should be connected upstream from the loop.

WARNING

(LIQUIFIED PETROLEUM GASES ONLY)

A Gas Pressure Regulator for Liquified Petroleum Gases is not furnished on Gas Heated Clothes Dryers. This regulator is normally furnished by the installer. In accordance with

American Gas Association (AGA) standards, a gas pressure regulator, when installed indoors, must be equipped with a vent limiter, or a vent line must be installed from the gas pressure regulator vent to the outdoors.

Page 13

Gas Loop Piping and Gas Supply Piping System (Illustrations)

Page 14

TOTAL BTU/HR

(for LP Gas correct total BTU/HR below by multiplying by .6)

1,900,000

2,000,000

2,200,000

2,400,000

2,600,000

2,800,000

3,000,000

3,200,000

1,100,000

1,200,000

1,300,000

1,400,000

1,500,000

1,600,000

1,700,000

1,800,000

3,400,000

3,600,000

3,800,000

4,000,000

300,000

400,000

500,000

600,000

700,000

800,000

900,000

1,000,000

60,000

80,000

100,000

120,000

140,000

160,000

180,000

200,000

Gas Pipe Size Chart

TOTAL

KCAL

HOUR

450000

480000

504000

550000

605000

650000

705000

750000

250000

270000

300000

330000

350000

380000

400000

430000

806000

850000

907000

960000

1000000

50400

75600

100800

126000

151200

176400

202000

230000

15000

20000

25200

30200

35200

40300

45300

(25 ft.)

7,62 m

2 1/2

2 1/2

2 1/2

2 1/2

2 1/2

2 1/2

2 1/2

2 1/2

3

3

3

3

3

2

2

2

2

2

2

2

2

1 1/2

1 1/2

1 1/2

2

1

1

1 1/4

1 1/4

3/4

3/4

3/4

1

3/4

3/4

3/4

GAS PIPE SIZE FOR 1000 BTU (250 KCAL) NATURAL GAS

AT 7” W.C. (17.5 MBAR) PRESSURE

In figuring total length of pipe, make allowance for tees and elbows.

(50 ft.)

15,24 m

(75 ft.)

22,86 m

(100 ft.)

30,48 m

(125 ft.)

38,1 m

3

3

3

3

2 1/2

2 1/2

2 1/2

3

3

3 1/2

3 1/2

3 1/2

3 1/2

2 1/2

2 1/2

2 1/2

2 1/2

2

2

2

2 1/2

1 1/2

2

2

2

1

1 1/4

1 1/4

1 1/2

1

1

1

1

3/4

3/4

3/4

3

3

3

3 1/2

3

3

3

3

3 1/2

3 1/2

3 1/2

3 1/2

3 1/2

2 1/2

2 1/2

2 1/2

2 1/2

2

2 1/2

2 1/2

2 1/2

2

2

2

2

1 1/4

1 1/4

1 1/2

1 1/2

1

1

1

1

3/4

3/4

1

3

3 1/2

3 1/2

3 1/2

3

3

3

3

3 1/2

3 1/2

3 1/2

4

4

2 1/2

2 1/2

3

3

2 1/2

2 1/2

2 1/2

2 1/2

2

2

2

2 1/2

1 1/4

1 1/2

1 1/2

2

1

1

1 1/4

1 1/4

3/4

1

1

3 1/2

3 1/2

3 1/2

3 1/2

3

3

3

3 1/2

3 1/2

4

4

4

4

3

3

3

3

2 1/2

2 1/2

2 1/2

2 1/2

2

2

2 1/2

2 1/2

1 1/4

1 1/2

1 1/2

2

3/4

1

1

1

1

1 1/4

1 1/4

(150 ft.)

45,72 m

3 1/2

3 1/2

3 1/2

4

3

3

3 1/2

3 1/2

4

4

4

4

4

3

3

3

3

2 1/2

2 1/2

2 1/2

3

2

2 1/2

2 1/2

2 1/2

1 1/2

1 1/2

2

2

3/4

1

1

1

1 1/4

1 1/4

1 1/4

Page 15

GAS PIPING

INSTALLATION

Gas Piping Installation

1. The installation must conform to local codes or in absence of local codes, with the National Fuel Gas Code, ANSI Z223 or the CAN/CGA-B149, Installation Codes.

2. Check with utilities for proper gas pressure and gas supply line.

3. Check for altitude elevation of the dryer.

4. The dryer and its individual shut-off valve must be disconnected from the gas supply piping system at test pressures in excess of 1/2 PSIG (.04 bar).

5. The dryer must be isolated from the gas supply piping system by closing its individual manual shut-off valve during any pressure testing of the gas supply piping system, at test pressures equal to or less than 1/2 PSIG (.04 bar).

NATURAL GAS ONLY

Check the gas pressure inlet supply to the dryer, 11”WC

(27.4 bar)Pressure maximum. Check the manifold pressure,

3.5”WC (8.8 bar) Pressure inside the dryer.

CAUTION

Low gas pressure and intermittent gas will cause gas ignition problems and inadequate drying of the clothes load.

Page 16

INSTALLATION

INSTRUCTIONS

PIPING

RECOMMENDATIONS

Steam Piping Installation

1. Set and anchor dryer in position. Machine should be level to assure proper steam circulation.

2. To prevent condensate draining from headers to dryer, piping should have a minimum 12” (305 mm) above respective header.

Do not make steam connection to header with a horizontal or downwardly facing tee or elbow.

3. Whenever possible, horizontal runs of steam lines must drain, by gravity, to respective steam header. Water pockets, or an improperly drained steam header will provide wet steam, causing improper operation of dryer. If pockets or improper drainage cannot be eliminated, install a bypass trap to drain condensate from the low point in the steam supply header to the return.

4. In both steam supply and steam return line, it is recommended that each have a 3/4” (20 mm) union and 3/4” (20 mm) globe valve. This will enable you to disconnect the steam connections and service the dryer while your plant is in operation.

5. Before connecting trap and check valve to dryer, open globe valve in steam supply line and allow steam to flow through dryer to flush out any dirt and scale from dryer. This will assure proper operation of trap when connected.

6. After flushing system, install bucket trap (with built-in strainer) and check valve. For successful operation of dryer, install trap 18" (458 mm) below coil and as near to the dryer as possible. Inspect trap carefully for inlet and outlet markings and install according to trap manufacturer’s instructions. If steam is gravity returned to boiler, omit trap but install check valve in return line near dryer.

7. Install union and globe valve in return line and make final pipe connections to return header.

1. Trap each dryer individually. Always keep the trap clean and in good working condition.

2. When dryer is on the end of a line of equipment, extend header at least 4 feet (2 m) beyond dryer. Install globe valve, union, check valve and bypass trap at end of line. If gravity returned to boiler, omit trap.

3.

Insulate steam supply and return line for safety of operator and safety while servicing dryer.

4. Keep dryer in good working condition. Repair or replace any worn or defective parts.

Page 17

Steam Piping Installation (Illustration)

Page 18

Exhaust Installation—Multiple Manifold Duct

For Exhaust Duct less than 14 feet (5m) and 2 elbows equivalent and less than 0.3 inches (8 mm) static pressure.

DRYER EXHAUSTS

Area of section “A-A” must be equal to the sum of dryer exhaust pipes entering multiple exhaust pipe. ( See chart below.

)

No. of Dryers

Duct Diameter

(in inches)

(in CM)

MODELS: HD125

1 2 3 4 5 6 7 8 9 10 11 12

12 17 21 24 27 30 32 34 36 38 40 42

30 43 53 61 68 76 81 86 91 97 100 106

AUTOMATIC ELECTRICAL CONTROL FOR EXHAUST FAN

For one or more dryers to start fan.

Relay Coils

Page 19

Dryer Installation with Multiple Exhaust (Illustration)

Page 20

EXHAUST

INSTALLATION—

MULTIPLE MANIFOLD

DUCT

Dryer Installation with Multiple Exhaust

For Exhaust Duct more than 14 feet (5 m) and 2 elbows equivalent and more than 0.3 inches (8 mm) static pressure.

1. Make-up air from outside building may enter enclosure from top or side walls. (See Dryer Make-Up Air Requirements

Chart)

2. Use constant diameter duct with area equal to the sum of dryer duct areas.

EXAMPLE: 6-8 in. (153-204 mm) diameter duct = 1-19.6 in.

(26-498 mm) diameter duct in area. Use 20 in. (508 mm) diameter duct or diameter to match tube-axial fan.

3. Enclosure (plenum) with service door. This separates the dryer air from room comfort air. If dryers use room air instead of outside air, the heat loss can be another 25 Btu/h

(6.3 kcal/h) for each cubic foot per minute (cfm) used.

EXAMPLE: 125 lb. dryer, 2000 cfm (3400 m 3 /h) =

50,000 Btu/h (12,600 kcal/h) loss.

4. Zero inches clearance to combustible material allowed on sides and at points within 4 inches (102 mm) of front on top.

5. Heat loss into laundry room from dryer fronts only is about

60 Btu/h (16 kcal/h) per square foot.

6. Flange mounted, belt driven tube-axial fan. Fan must run when one or more dryers are running.

See suggested

Automatic Electrical Control Wiring Diagram on page 23.

Must meet local electrical codes. Fan air flow (cfm) is equal to sum of dryer air flows, but static pressure (SP) is dependent on length of pipe and number of elbows.

7.

Barometric Bypass Damper —Adjust to closed flutter position with all dryers and exhaust fan running. Must be located within enclosure.

CAUTION

Never install hot water heaters or other gas appliances in the same room as dryers. Never install cooling exhaust fans in the same room as dryers.

CAUTION

Never exhaust dryers with other types of equipment.

Page 21

Suggested Minimum Dryer Make-up Air Requirements

Dryer

Model

HD30 ST

HD75 ST

HD110

HD110 E/S

HD125

HD150

HD175

HD190

HD20.1

HD30SL

HD30.1

HD50.1

HD75.1

HD80.1

Dryer Pocket

Capacity lb

30

75

110

110

125

150

175

190

20

30

30

50

75

80 kg

13.6

34

50

50

56.7

68

79.4

86.2

9.1

13.6

13.6

22.7

34

36.3

Maximum Air Flow Duct Size For Required Make-up

Rate per Pocket Service Connection Air Area per Pocket cfm

450

m3/h inch mm

765 6 153

1000 1700 12 305

2200 3740 12 305

850

3000 5100 12 305

450

600

625

850

1445 8 203

2000 3400 12 305

2250 3825 12 305

2780 4726 12 305

765

1020

1063

1445

6 153

8 203

8 203

8 203

1000 1700 8 203

1000 1700 10 254

sq. inch cm2

87 561

192 1240

422 2723

163 1052

384 2477

432 2787

534 3445

576 3716

87 561

116 748

120 774

164 1058

192 1240

192 1240

Notes:

1) The Model HD30 ST has 2 pockets per dryer, each pocket has the above listed characteristics;

each pocket is exhausted separately with a 6" (153mm) duct.

2) The Model HD75 ST has 2 pockets per dryer, each pocket has the above listed characteristics;

both pockets have one 8" (203mm) exhaust manifolded into one 12" (305mm) exhaust duct for

exhaust connection.

3) For the HD30 ST and the HD75 ST Models, the Required Make-up Air Area shown in the table

should be doubled since it is shown per pocket,only.

Page 22

Dryer Installation with Separate Exhaust (Preferred) (Illustration)

DRYER INSTALLATION

WITH SEPARATE

EXHAUST (PREFERRED)

DRYER INSTALLATION WITH SEPARATE EXHAUST

(PREFERRED)

For Exhaust Duct less than 14 feet (5 m) and 2 elbows equivalent and less than 0.3 (8 mm) inches static pressure.

NEVER exhaust the dryer into a chimney.

NEVER install wire mesh screen over the exhaust or makeup air area.

NEVER exhaust into a wall, ceiling, or concealed space.

1. Make-up air opening from outside the building may enter the enclosure from the top or side walls. (See Dryer Make-Up

Air Requirements Chart)

2. Enclosure (plenum) with service door. This separates the dryer air from the room comfort air. If dryers use room air instead of outside air, the heat loss can be another 25 Btu/h

(6.3 kcal/h) for each cubic foot per minute (cfm) used.

EXAMPLE: A 125 lb. dryer with 2000 cfm (3400 m 3 /h) = heat loss of 50,000 Btu/h (12,600 kcal/h).

3. Zero inches clearance to combustible material allowed on sides and at points within 4 inches (102 mm) of front on top.

4. Heat loss into laundry room from dryer fronts only is about

60 Btu/h (15.2 kcal/h) per square foot.

Page 23

DRYER AIR FLOW

INSTALLATION

Dryer Air Flow Installation

Nothing is more important than air flow for the proper operation of a clothes dryer. A dryer is a pump which draws make-up air from the out-of-doors, through the heater, through the clothes and then forces the air through the exhaust duct back to the out-of-doors. Just as in a fluid water pump, there must be a fluid air flow to the inlet of the dryer, if there is to be the proper fluid air flow out of the exhaust duct.

In summary, there must be the proper size out-of-doors inlet air opening (4-6 times the combined areas of the air outlet) and an exhaust duct, size and length of which allows flow through the dryer with no more than 0.3 inches water column (.8 mbar) static pressure in the exhaust duct.

In some instances, special fans are required to supply make-up air, and/or boost exhaust fans are required for both regular and energy saving models.

EXHAUSTING

DUCT

FOR BEST DRYING:

1. Exhaust duct maximum length 14 feet (5 m) of straight duct and maximum of two

90° bends.

2. Use 45° and 30° elbows wherever possible.

3.

Exhaust each dryer separately.

4.

Do not install wire mesh or other restrictions in the exhaust duct.

5. Use clean-outs in the exhaust duct and clean periodically when needed.

6.

Never exceed 0.3 inches water column (.8 mbar) static pressure in the exhaust duct without a booster fan.

7. Inside surface of the duct must be smooth .

8. Recommend pop rivets for duct assembly.

MAKE-UP AIR

OTHER RECOMMENDATIONS

TROUBLESHOOTING

FOR BEST DRYING:

1. Provide opening to the out-of-doors in accordance with the following:

For each dryer —

8 inches (204 mm) diameter exhaust requires 2 square feet (.1858 m²) make-up air.

12 inches (305 mm)diameter exhaust requires 4 square feet (.3716 m²) make-up air.

2. Use barometric shutters in the inlet air opening to control air when dryers are not running.

Other Recommendations

To assure compliance, consult local building code requirements.

Troubleshooting

Hot dryer surfaces, scorched clothes, slow drying, lint accumulations, or air switch malfunction are indicators of exhaust duct and/or make-up air problems.

Page 24

RULES FOR SAFE

OPERATION OF DRYER

Rules for Safe Operation of Dryer

1.

Be sure your dryer is installed properly in accordance with the recommended instructions.

2.

CAUTION

Be safe— shut main electrical power supply and gas supply off externally before attempting service.

3.

CAUTION

Never use drycleaning solvents : gasoline, kerosene, or other flammable liquids in the dryer . Fire and explosion will occur.

Never put fabrics treated with these liquids into the dryer.

Never use these liquids near the dryer.

Always keep the lint screen clean.

Never use heat to dry items that contain plastic, foam or sponge rubber, or rags coated with oils, waxes or paints. The heat may damage the material or create a fire hazard .

Rubber easily oxidizes, causing excessive heat and possible fire.

Never dry the above items in the dryer.

4.

Never let children play near or operate the dryer. Serious injury will occur if a child should crawl inside and the dryer is turned on.

5.

Never use dryer door opening and top as a step stool.

6.

Read and follow manufacturer's instructions on packages of laundry and cleaning aids. Heed any warnings or precautions .

7.

Never tumble fiberglass materials in the dryer unless the labels say they are machine dryable. Glass fibers break and can remain in the dryer and could cause skin irritation if they become mixed into other fabrics.

8.

Reference

Lighting and shut-down instructions and wiring diagrams are located on the rear wall of the dryer cabinet.

9.

The dryer must not be installed or stored in an area where it will be exposed to water and/or weather.

Page 25

ENERGY SAVING TIPS

Energy Saving Tips

1.

Install dryer so that you can use short, straight venting.

Turned elbows and long vent tubing tend to increase drying time. Longer drying time means the use of more energy and higher operating costs.

2.

Operate dryer using full-size loads. Very large loads use extra energy. Very small loads waste energy.

3.

Dry light-weight fabrics separately from heavy fabrics. You will use less energy and get more even drying results by drying fabrics of similar weight together.

4.

Clean the lint screen area daily. A clean lint screen helps give faster, more economical drying.

5.

Do not open the dryer door while drying. You let warm air escape from the dryer into the room.

6.

Unload the dryer as soon as it stops. This saves having to restart your dryer to remove wrinkles.

NOTE

It is best to run a properly sized bag of rags and/or old towels through one or two cycles prior to drying in service.

This process will remove any films or residual coatings left by the manufacturing process.

CAUTION

Synthetic solvent fumes from dry cleaning machines create acids when drawn through the dryer. These acid fumes cause rusting of painted parts, pitting of bright plated parts and completely removes the zinc from galvanized metal parts, such as the tumbler basket.

If the dry cleaning machines are in the same area as the tumbler, then the tumbler make-up air must come from a source free of solvent fumes.

ABOVE 2,000 FEET

(610 M)

ELEVATIONS ABOVE 2,000 FEET (610 M)

Input ratings shown on the rating plate (serial tag) are for elevations up to 2,000 feet (610 m). For elevations above 2,000 feet (610 m), rating should be reduced at a rate of 4% for each 1,000 feet (305 m) above sea level.

Page 26

Two Timer Models—Figures 1, 2, and 3 (Illustrations)

Page 27

OPERATING

INSTRUCTIONS—TWO

TIMER MODELS

Operating Instructions—Two Timer Models

OPERATING INSTRUCTIONS—TWO TIMER MODELS

1. After loading the dryer tumbler with the water washed clothes load, close the loading door. For better drying, do not load dryer with combination of garments that twist.

2. Turn the 60-minute drying timer to the desired drying time. The drying cycle light will be on and indicate the drying. The light shuts off when drying time is complete. (figure 1 on page 26.)

3. Turn the 15-minute cooling cycle timer to the desired cool down time. (Note: Dryer will not start unless some cooling time is selected!) . After the drying cycle is completed, then the cooling cycle time will automatically operate. The cooling light will be on and indicate the cooling of the clothes load. The light shuts off when cooling time is completed. (figure 1 on page 26.)

4.

Temperature Selector —Select temperature per type of load being dried in the dryer. (figure 2 on page 26.)

High Heat —Mixed and heavy fabrics, set dial to 195°F (77°C).

Normal —Cottons and linens, set dial to 170°F (77°C).

Permanent Press Heat —Poly knit synthetics, blends, lightweight fabrics, set dial to 150°F (66°C).

Low Heat —Delicate, sheer fabrics, easy-to-dry, set dial to

135°F (58°C).

5.

Thermometer —Use this with your temperature selection. Note what temperature is too hot or too cold. (figure 3 on page 26.)

6. Turn switch to “ON” or “I” position. (figure 1 on page 26.)

7. Close the dryer door, but the basket will not rotate until the

PUSH-TO-START BUTTON is pressed. Press in the PUSH-

TO-START BUTTON (approximately 2 seconds) until the dryer starts running and then release button. (figure 1 on page 26.)

Page 28

OPERATING

INSTRUCTIONS—TWO

TIMER MODELS

Operating Instructions—Two Timer Models

OPERATING INSTRUCTIONS—TWO TIMER MODELS

(continued)

What is happening to the drying operation: a. The fan motor will operate.

b. The basket will rotate.

c. The heat source will be energized.

d. The heated air will mix with the water washed clothes to evaporate the moisture from the garments.

e. The thermostats will function to maintain a safe temperature throughout the drying cycle.

f. The heat will be shut off and the motor will continue to run to cool the dry load to a desired handling temperature.

8. When the drying timer completes its time, then the cooling timer will be energized and the cooling light will be “On”.

When the cooling timer completes its time, the cooling light will turn “Off” and the “End-of-Cycle” light will be “On”.

The “End-of-Cycle” light will go off when the “Start/Stop” switch is turned to “Off” or “O”. At the end of the cool-down cycle, the clothes load is dry.

9. To shut the dryer “Off”, move the “Start/Stop” switch to

“Off” or “O” position. This switch is a safety switch to immediately stop the dryer's operation.

Special Reversing Feature —Set the “Reversing/Non-

Reversing” switch to “Reversing”. See service manual for setting of time of each reversal. Reversing of the basket is designed for loads that twist ( example —bed sheets and large mixed loads). “Non-Reversing” is for small or medium-size items that don't twist.

Page 29

TROUBLESHOOTING

DRYER WON’T START

DRYER WON’T HEAT

CLOTHES ARE NOT

SATISFACTORILY DRY

Service Savers

To help you troubleshoot the dryer, we list below the most common reasons for service calls and some answers to the problems. Before you call service , please review the following items:

1. Is the door completely closed?

2. Are the controls set to the “ON” or “I” position?

3. Did you push the “start” control?

4. Has a fuse blown or a circuit breaker tripped?

5. Are the fuses tight?

6. Check for low voltage.

1. Is the dryer set for “cooling time” rather than “drying time” ?

2. Are the gas valve in the dryer and the valve on the main gas line turned on?

3. Check for low or intermittant gas pressure .

1.

Timed cycle —Did you allow enough heating time before the cool-down part of the cycle?

2. Is the lint screen blocked?

3. Is the exhaust duct to the outside clean and not blocked? (A blocked exhaust will cause slow drying and other problems.)

GAS DRYER IGNITION The dryer has a safety device which automatically shuts off the gas if the burner fails to light in a short time. If this happens, turn the dryer off. Check and see if the manual gas valve is open. Wait 5 minutes for the safety device to reset . Then reset the dryer controls. If the dryer still fails to heat, call for service.

All panels, covers and doors must be in place and closed before starting the dryer .

VERY IMPORTANT

When calling the factory for service, always refer to the model number and serial number.

Page 30

Troubleshooting Chart

TROUBLE

Motor will not start.

Motor tripping on thermal overload.

Basket motor will not run.

Motor runs, but basket will not revolve.

Dryer noisy or vibrating.

CAUSE

No power.

Incorrect power.

Time off.

Loose wiring connections.

Defective starting relay.

Low voltage.

Inadequate wiring.

Loose connections.

Inadequate air.

Poor housekeeing.

Loading door

OPEN.

Door Switch out of adjustment.

Defective Door

Switch.

Defective Basket

Motor Contractor.

V-Belt broken.

V-Belt loose.

Motor Pulley loose.

Basket overloaded.

Not leveled.

Fan out of balance.

Basket rubbing.

V-Belt sheaves.

Belt.

Foreign objects.

REMEDY

Check fuses on Circuit Breakers. Make sure Main Control

Switch is ON.

Check power source; voltage, phase and frequency must be the same as specified on Electrical Rating Plate.

Turn timer clockwise to desired time setting.

Check wire connections in electrical box on rear of dryer.

Check coils and contacts.

Check voltage at motor terminals. Voltage must be within

+ 10% of voltage shown on Motor Rating Plate. If not,

Check with local power company for recommended corrective measures.

Check with local power company to insure that wiring is adequately sized for load.

Check all electrical connections and tighten any loose connections.

Check Installation Sheet in Service section for recommended make-up air openings.

Clean lint accumulation on and around motors.

Close door.

Adjust switch by removing cover and bend Actuator

Lever to clear Switch Button 3/8" (10mm) with cover in place.

Replace switch.

Replace contactor.

Replace V-Belt.

Adjust belt tension.

Tighten set screw.

Remove load.

Check manual for proper leveling procedures.

Accidental damage to the fan blade can change the dynamic balance. Damaged fans should be replaced.

Adjust basket clearance.

Tighten set screws. Make sure sheaves are in proper alignment.

Adjust belt tension.

Occcasionally screws, nails, etc., will hang in the basket perforations and drag against the sweep sheets surrounding the basket. Such foreign objects should be removed immediately.

Page 31

Troubleshooting Chart

TROUBLE

Dryer runs, but no heat.

CAUSE

Incorrect voltage.

No voltage.

Lint Door OPEN.

Defective Gas Valve.

Gas turned OFF.

Line fuse or heater circuit fuse blown to unit.

Defective Door

Switch.

Spark Igniter not igniting gas.

Air Switch not operating.

Air Switch out of adjustment.

Air Switch defective.

Gas pressure too low.

Improper orifice.

Electric power to heating unit turned

OFF.

Defective relay.

Defective thermostat.

Defective Safety

Overload

Thermostat.

Lint compartment door OPEN.

REMEDY

Check for correct control voltage - 24V.

Check power supply, check secondary voltage on transformer and check wiring and wiring diagram.

CLOSE Lint Door.

Replace Valve Assembly.

Turn Manual Gas Valve ON.

Replace fuse.

Replace Door Switch.

Check ground.

Clean out lint compartment daily. Check Back Draft Damper for foreign objects, lint accumulation or other causes that may prevent damper from operating. Check duct work for lint build-up. Check installation sheet to insure that duct work and make-up air openings are adequately sized. Check exhaust outlet. If a screen has been improperly installed on the outlet, it may be clogged with lint or frozen over in winter. Never install a screen on the exhaust outlet. Vacuum within dryer drops to .09 inches or water column, or less, for normal operation of dryer, vacuum reading can be made with a Vacuum U-Gauge by removing a sheet metal screw in the front panel of dryer, and inserting the rubber tube of the vacuum gauge into screw opening.

See Air Switch Adjustment Sheet in Service Manual.

Replace Air Switch.

Check manifold pressure and adjust to pressure specified on

Rating Plate. If this pressure cannot be obtained, have gas supplier check main pressure.

Dryer is orificed for type of gas specified on Rating Plate.

Check with gas supplier to determine specifications for gas being used. If different from Rating Plate, Contact factory and obtain proper orifices.

Turn power ON.

Replace relay.

Replace thermostat.

Replace thermostat.

CLOSE door.

Page 32

Troubleshooting Chart

TROUBLE

Main Burners burning improperly.

Main Burner cycles ON and OFF.

Low or high gas flame.

Dryer too hot.

Dryer does not stop at end of time period (6).

Dryer runs no steam to coils.

Water in Steam Line.

CAUSE

Dirt in burner.

High gas pressure.

Orifice too large.

Restricted or blocked exhaust.

Defective Ground.

Incorrect Main

Burner orifices.

Incorrect Main

Burner orifice.

Inadequate make-up air.

Lint accumulated.

Exhaust duct dampers.

High gas pressure.

Partially restricted or inadequately sized exhaust system.

Defective thermostat.

Defective timer.

Valve CLOSED.

Steam Trap blocked.

Solenoid Valve.

Thermostat.

Check Valve installed incorrectly.

Strainer clogged.

Steam Piping installed incorrectly.

Trap not functioning.

REMEDY

Blow out.

Adjust gas pressure per Rating Plate.

Send to factory for correct orifices.

Clean exhaust.

Check Ground.

Replace orifices. Check factory for correct size.

Replace orifices. Check factory for correct size.

Make-up air must be 4 to 6 times the exhaust area of the dryer.

Remove lint.

Must be full OPEN or replace.

Adjust gas pressure as specified on Rating Plate.

Check Service section for recommended sizes. Remove obstructions or lint build up from duct work. NEVER use smaller size exhaust duct. ALWAYS use larger size.

Replace thermostat.

Replace timer.

Check all valves in steam supply and return. Make sure they are OPEN.

Remove and clean. Replace if defective.

On dryers using solenoid temperature control, thermostat controls operation of Solenoid Valve by advancing thermostat.

On dryers using solenoid temperature control, thermostat controls operation of Solenoid Valve. If defective, replace thermostat.

Check for inlet and outlet marking on Check Valve and invert if neccessary.

Remove plug and blow down Strainer or remove and clean thoroughly if heavily clogged.

Check piping per Steam Installation Instructions.

Check trap for size and capacity. If dirty and sluggish, clean thoroughly or replace. Check return line for high back pressure, or another trap charging against the trap functioning improperly.

Page 33

DIRECT SPARK

IGNITION

OPERATION

Direct-Spark Ignition Operation

NOTE: Some models are equipped with a dual ignition system.

The dual ignition system contains two Direct Spark

Ignition modules in parallel. Each module has its own

Flame Sense circuit and acts independently of the other.

If either Bonnet Limit Thermostat opens because of high heat or flame impingement, the entire ignition system will shut down.

1. When a call for heat is received from the control supplying

24VAC to the Ignition Control Module, the pre-purge delay timer begins. This delay time allows any air/sediment to be ejected prior to burner ignition. Following the pre-purge delay period, the gas valve is energized and the spark ignitor sparks for the trial for ignition period.

2. When a flame is detected during the trial for ignition period, the spark ignitor shuts off and the gas valve remains energized.

3. If no flame is detected by the Flame Sense Circuit, the Ignition

Control Module will go into safety lockout. The valve will be turned off immediately. If the module has multiple retries and no flame is detected, the gas valve is de-energized and the module goes into an interpurge delay. After this delay, the module will attempt another trial for ignition period. This will continue until the number of retries has been used up. At that time, the module will go into safety lockout.

4. Recovery from safety lockout requires one of the following: a. A manual reset by opening and closing the loading door.

b. After one hour if the Control Thermostat is still calling for heat, the module will automatically reset and the trial for ignition period will start over.

5. Opening the loading door will cause the flame to extinguish.

Closing the door and starting the dryer will restart the trial for ignition period.

6. Once the Control Thermostat has been satisfied and/or the

Drying Timer has been timed out, the Ignition Control

Module(s) will be de-energized, the gas valve(s) will be deenergized and the flames will extinguish.

7. The machine will continue to run in a cooldown mode without heat. This process will cool the load to the touch and help to eliminate wrinkling.

Page 34

DIRECT SPARK

IGNITION OPERATION

FLOW CHART

Page 35

MAINTENANCE

Maintenance—General

MAINTENANCE

1.

CLEAN LINT TRAP DAILY.

Remove lint before starting day’s operation. A clean lint trap will increase the efficiency of the dryer, as the moisture-laden air will be exhausted more quickly.

2.

CLEAN BASKET AND SWEEP SHEETS.

Clean periodically and/or as often as required. The basket and sweep sheets are easily accessible by removing the front panel of the dryer.

3.

GEAR REDUCER.

Maintain the correct oil level. See separate page on Gear

Reducer Operation and Maintenance, for detailed information.

4.

PULLEYS AND BELTS.

Keep belts clean. Oil and dirt will shorten the useful life of the belt. Never allow a belt to run against the belt guard. Check periodically for alignment. Pulley shafts must be parallel and the grooves must be aligned. Check and re-tighten pulley set screws periodically. Check belt tension periodically. Lower motor to increase tension by adjusting the nuts fastening the motor plate to the rod connected to the Gear Reducer.

5.

ELECTRIC MOTORS.

Keep motors clean and dry. Motors having ball bearings are packed with sufficient grease for approximately five years of normal operation. After five years, the bearings and housing should be cleaned thoroughly. Repack each bearing and the cavity in back of the bearing one-third full with Chevron Grease No. SR1-2.

Motors having wool packed sleeve bearings are oiled at the factory for one year of normal operation. After one year, add annually one-half teaspoon of electric motor oil or S.A.E.#10 to each bearing. For 24 hour per day operation, add one teaspoon of oil annually.

If motors overheat, check voltage and wiring. Low voltage, inadequate wiring, and loose connections are the main cause of motor failure.

6.

STEAM HEATING UNITS.

Keep steam coils clean. Check periodically and clean often, as required. Remove lint and dirt build-up from fins. Dirty fins decrease the efficiency of steam heated units.

7.

GAS BURNERS.

Keep burners clean. Check periodically and clean often.

8.

EXHAUST SYSTEM.

Periodically check and clean.

9.

CLEAN OUT PANEL.

(Energy Saver Gas Models) Remove this panel, located on the heating unit, and clean the inside area of lint and dirt on a regular basis.

10.

DRYER AREA.

Keep dryer area clean and free from combustible materials, gasoline and other flammable vapors and liquids.

11.

MAKE-UP AIR.

Do not obstruct the flow of combustion (make-up) air and ventilating air.

12.

GAS PRESSURE.

Periodically check gas pressure.

13.

DRYER VOLTAGE. Periodically check dryer voltage per dryer Rating Plate.

Page 36

BURNER AIR INLET

ADJUSTMENT

Burner Air Inlet Adjustment (with Illustration)

Page 37

Basket Alignment for 125 lb. Dryers (Illustrations)

Page 38

INSTRUCTIONS FOR

ALIGNING BASKETS ON

125 LB. DRYERS

Basket Alignment for 125 lb. Dryers

INSTRUCTIONS

1. Loosen bolts number one (1) through five (5).

2. Place pin “A” in position shown in figures 1 and 2.

3. Check pins “B” at position shown in figures 1 and 2 for equal clearance.

4. If pin “B” clearance is unequal, adjust at nut #6.

5. When clearance at pin “B” is correct, tighten bolts #1 in the following order, as viewed from rear of dryer, top right, bottom left, top left and bottom right.

6. Tighten bolts #5 until flush against back of dryer. Tighten lock nut #4 to secure bolt #5 in position.

7. Tighten bolts #2 and #3.

8. Remove pin “A” and check for proper clearance at points

“A” and “B”. If clearance is incorrect, repeat the above steps.

NOTE

Use short sections of round steel rod for pins or drill bits may be used in place of round rod.

Page 39

Shimming the Basket and Spider Assembly

INSTRUCTIONS FOR

SHIMMING THE BASKET

AND SPIDER ASSEMBLY

This procedure is normally necessary when replacing either the basket or the spider assembly on any dryer. The alignment of these two parts is crucial in assuring a true running basket.

A.

Align the basket as per instructions on the previous page.

B.

Rotate the basket to determine where the most out-of-round point is (where the basket scrapes or comes closest to scraping the sweep sheet).

C.

Mark this position and the nearest rib to this position. If it is between two ribs, both ribs may need to be shimmed.

D.

Remove the basket from the dryer (do not loosen the alignment bolts).

E.

With the basket on the floor (spider up), loosen the cap screws and tie rod nuts enough to insert one or two shims between the spider leg and the basket at the marked position.

With shims in place, tighten the screws and nuts.

F.

Install spider and basket assembly and check again.

G.

If basket is still out-of-round, start at Step B and repeat procedure.

H .

When shimming is completed, re-align basket.

Page 40

Air Switch Adjustment

AIR SWITCH

ADJUSTMENT

1. Shut off current; disconnect leads and remove air switch.

2. Lay air switch assembly on flat surface. Adjust air blade at

“A” (figure 1) so that air blade lays flat and surface “B” is parallel to the flat surface.

3. Place 3/8” x 5/8” (10 mm x 16 mm) spacer bar or equivalent

“C” (figure 2) under air blade in position shown; hold switch mounting bracket firmly and adjust switch actuator “D” with needle nose pliers at “E” by twisting actuator right or left, whichever is needed, so that switch closes when end of air blade engages bar “C”.

4. Maximum opening of air switch must be no greater than

3/4” (20 mm) (figure 3). Bend tab “F” in or out to maintain this dimension.

5. Re-install air switch assembly on rear of dryer.

6. Re-check operation of air blade. Switch must close before air blade engages face of opening and re-open before stop

“F” engages.

Page 41

INSTRUCTIONS FOR

DRYERS WITH

REVERSING CONTROL

TIMER

Dryers with Reversing Control Timer

Instructions

In operation, coasting of basket increases, making it necessary to readjust reversing timer.

CAUTION

Failure to do this will cause the thermal overload units for the basket to cut-out unnecessarily and probably damage the gear reducer.

Adjustment of Reversing Timer Dwell Time

CAUTION

Dryer power supply must be shut off before adjusting timer.

The dwell time is the time from when the motor turns “off”, to when it turns “on” again in the opposite direction.

Turning the dwell adjustment knob counter-clockwise increases the dwell time and turning it clockwise decreases the dwell time.

Recommended dwell time for the basket to stop completely is 5 to 7 seconds. Minimum basket stopping time is

4 seconds.

NOTE

Select non-reversing or reversing before starting dryer.

NOTE

Fan rotates counter-clockwise as viewed from back end of motor. See arrow on motor support. to change rotation, reverse power leads L1 and L2.

Page 42

Dryers with Reversing Control (Timer Illustration)

INSTRUCTIONS FOR

DRYERS WITHOUT

REVERSING CONTROL

FAN AND BASKET

ROTATION

Instructions

NOTE

Fan rotates counter-clockwise as viewed from back end of motor. See arrow on motor support.

Basket rotates counter-clockwise as viewed from back end of motor.

See arrow on motor support.

Basket rotates clockwise as viewed from front of tumbler.

To change rotation of both fan and basket, reverse power leads L1 and L2.

To change rotation of fan only, reverse motor leads F1 and F2.

To change rotation of basket only, reverse motor leads B1 and B2.

Page 43

LARGE GEAR REDUCER

MAINTENANCE

Large Gear Reducer Maintenance

LARGE GEAR REDUCER MAINTENANCE

Before placing the dryer in operation, check the oil level. If the oil level is correct, it can be checked by removing the fill overflow plug on the right hand side of the gear reducer (facing rear).

If oil must be added, remove the pop-off valve at the top of the gear reducer and add as needed.

CHANGE OIL ONCE EVERY 6 MONTHS.

WARNING:

Oil level shall not exceed 52 oz.

Please drain oil to oil level plug if required.

Page 44

125 lb. Laundry Dryer (Front Exploded View) (Illustration)

9

10

11

12

13

14

5

6

3

4

7

8

1

2

Ref.

No.

Part No.

TU13803

TU5803

TUS5803

EA-11621-0

TU15454

TU14638

TU14631

TU10345

K121

K368

430146179

TU5203

******

TU15456

TU15455

TU5674

Description

Jacket (Specify color)

Basket and Spider Assembly (Galvanized)

Basket and Spider Asembly (Stainless Steel)

Lint Door Switch

Time/Temp. Front Panel Asm. (Specify color)

Lint Door Assembly

Burner Access Door Asm. (Specify color)

Lint Trap Hood

Frame Lint Screen (only)

Screen (only)

Gasket

Control Box (Specify color)

Control Panel Asm. (See Details)

Left Hand Control Box Asm. (Specify color)

Right Hand Contro Box Asm. (Specify color)

Control Box Brace

Page 45

125 lb. Dryer (Double Motor Models) (Illustration)

60 Cycle

See next page for parts of this section

50 Cycle

Page 46

52 TU4706

53 MTR

54 TU2007

55 TU2009

56 TU3393

57 TU3807

58 TU2008

59 TU1693

60 SB138

61 TU5659

62 TU1950

63 TU4787

Plate, MTR. Mount

Motor (See Chart)

Bushing, Sheave 7/8”

Sheave 39H

Belt, V

Bushing, Sheave 3/4”

Sheave, 46H

Shaft, Jack 3/4”

Bearing, Pillow Block 3/4”

Mount, Motor

Rod, Motor Support

Nut, 3/8-16 H.H.

Parts—125 lb. Laundry Dryer (Double Motor Models)

1 TU4934

2 FB189

1/4” - 20 x 7/16” Hex Nut

(Pkg. of 6)

1/4” - 20 x 1” Hex Head Screw

3 TU8206 Air Switch**

4 CFB3000 1/2” Greenfield Cable - 30”

5 TU3806

6 TU3807

7 TU5668

8 TU2363

Gear Sheave

Sheave Bushing

Outside Belt Guard

“V” Belt 5L500

9 TU2832

TU6081

10 TU2833

11 TU9615

12 TU470

13 TU6633

Motor Sheave 60 Cy.

Motor Sheave 50 Cy.

Sheave Bushing

Belt Guard Welded Asm.

Large Hex Nut (2 required)

2-3/4” O.D. x 1- 13/32”

I.D. x 3/4” Thick Washer

Gear Reducer** 14 TM200

15 TU5328

16 TU4626

*17 TU5658

18 TU2473

*19 TU403

19A TUX220

20 TU4791

Belt Adjusting Rod

Basket Motor Mount Asm.

Motor and Fan Mount (60 Cycle)

Self-Sticking Gaskets

(2 sets required)

Fan Wheel (50 Cycle)

Fan Wheel (60 Cycle)

90 Degree Angle Connector

21 TU2372 Snap Bushing

22 CFB2800 1/2" Greenfield Cable

23 TU6026

(specify 28”)

Top Motor Conduit

24 TU6027

25 TU5507

Back Motor Conduit

Blanking Plate “C” Model

(Steam Only)

26 500300644 Junction Box

27 TU7517 Basket Shaft Cover

TU10732 Prompter Housing Assembly**

28 TU7131

29 SB170

32 TU7733

(Pkg. of 6)

3/4” Straight Connector

Junction Box Cover

30 TU13803 Jacket Welded Assembly

31 TU14057 Key

#8 x 1/2” Self Drinning Screw

33 RC347

34 TU2831

35 TU1851

36 TU2195

37 TU455

38 TU3575

39 TU5312

1/2” - 13 x 1 1/4” Hex Head Cap

1/2” Split Lockwasher (Pkg. of 6)

1/2” Flat Washer

1/2” - 13 x 1 3/4” Hex Head

Cap Screw (Pkg. of 6)

Cam Adjustment Nut

7/8” Internal Tooth Lockwasher

3/8” - 16 x 3” Square Head

40 TU4787

41 TU5439

Set Screw

3/8” - 16 Hex Nut (Pkg. of 6)

5/16” - 18 x 3/4” Hex Head

Cap Screw (Pkg. of 6)

42 TU2814

43 C249

44 TU2831

45 TU108

46 F1116

5/16” Split Lockwasher

(Pkg. of 6)

5/16” - 18 Hex Nut (Pkg. of 6)

3/8” Split Lockwasher (Pkg. of 6)

Felt Seal

Serial No. Nameplate

47 CFB0650 1/2” Greenfield Cable

(specify 6 1/2”)

48 TU2846

49 TU2847

50 TUX415

51 TU8206

1/4” Split Lockwasher (Pkg. of 6)

1/4” Flat Washer (Pkg. of 6)

Air Switch Box

Air Switch Assembly

* For 50 Cy. Motor Mount Assembly

** See separate page for parts breakdown CAUTION

Grease to be applied to all bearing shafts, #42-032-

6015 grease Lubriplate #310, 1 lb. cans OR 14 1/2 ounce tubes - Lubriplate No. 930-2, multi-purpose grease #10098.

Page 47

TU15454 - Time/Temp. Front panel assembly

*

*

* Cover plate used for DMP and PRO HC.

Ref.

No.

7

8

5

6

3

4

1

2

9

10

11

12

Part No.

EA-00652-0

SB-00975-0

PIF172

TU15453

TU14467

TU2236

TU2686

TU2687

TU2836

TU3209

TU3212

TU3785

Description

Reed Switch

#6-32 Screw

Hinge post bearing

Front panel (Specify color)

Loading door (Specify color)

Hinge post

#8-32 Pan Hd. screw

#8 Ph. Hd. screw

5/16-18 H.H. screw

#14 Pan Hd. screw

5/16 Lock washer

#8 E.T. Cup washer

Page 48

Ref.

No.

Part No.

17

18

19

20

13

14

15

16

*21

*22

TU5503

TU7169

TU15107

TUA2319H

TU5288

TU2641

TU5458

TU6030

TU7733

TU15525

Description

Door latch spacer

Gasket

Door glass - 20 1/4”

Door latch w/keeper

Door gasket

Thermometer gasket

Temperature label

Thermostat asm.(see detail)

#8 X 1/2 Lg. Screw

Cover plate (Specify color)

Thermostat Assembly (Illustration)

1 TU5530

2 TU1980

3 TU3593

Mounting Bracket

Thermostat

Thermometer

TU3816

TU8475

Lens Replacement (Texas Gage ONLY)

Lens Replacement (Marshaltown Inst. ONLY)

TU11193 Lens Replacement (Weiss—consult factory)

TU13213 Lens Replacement (Weiss—consult factory)

4 TU490

TU491

5 TU3209

6 TU7848

Thermostat Knob (Fahrenheit)

Thermostat Knob (Cnetigrade)

#14 x 5/8” S.M.S.

#14 Tinnerman Clip

Page 49

Burner Access Door

3

4

1

2

5

6

Ref.

No.

Part No.

Description

TU14631 - Burner Access Door complete (Specify color)

CA-13098-0 Gasket, DR dryer control doors

SB-00951-0

TU14629

TU14630

TU14957

TU5739

Screw,#8 X 7/16" Philips F.H.

Asm, 125# Access door weld (Specify color)

Trim, 125# Burner access door

Logo Cissell

Rod, support arm

Page 50

Lint Door

6

5

4a

5

8

3

4

1

2

Ref.

No.

Part No.

Description

TU14638 - Lint Door Complete (Specify color)

LA-00123-0

SB-00836-0

SB-00949-0

TU14594

TU15410

TU14635

TU14636

TU14637

TU14639

Latch

Screw, Pancake

Fastener, kickplate

Label, English

Label, 5 Language

Lint dr. weld asm. (Specify color).

Handle

Trim

Kickplate

Page 51

DMP SENSOR ASSEMBLY

3

4

1

2

5

6

Ref.

No.

Part No.

Description

TU9758 - Thermistor Assembly

TU11991

TU2477

TU3400

TU3624

TU3801

TU9720

Thermistor #76JX303J.1

Thermostat #AR594

Nut, Hex #6-32

Screw, Mach. R.H. #6-32 X 1/4

Nut, Speed #C18784-010-4

Bracket, Thermistor - 50 X 42

Page 52

2 TIMER SENSOR ASSEMBLY

1

2

3

Ref.

No.

Part No.

Description

TU6029 - Thermostat Assembly

TU2477

TU2486

TU3801

Thermostat #AR594

Bracket

Nut, speed #C18784-010-4

Page 53

PRO SENSOR ASSEMBLY

5

6

7

3

4

1

2

Ref.

No.

Part No.

Description

TU15464 - Sensor Assembly

254/00072/10 Thermistor #76JX303J.1

CA-23067-0 Thermostat #AR594

EA-00594-0 Switch, 220 Degrees

SB-00828-0

SB-00952-0

TU3266

TU3400

Screw, Mach. P.H. #8-32 X 1/2

Screw, P.H. #6-32 x 3/8

Nut, Hex #8-32

Nut, Hex #6-32

Page 54

PROHC SENSOR ASSEMBLY - UPPER and LOWER

3

4

5

6

1

2

Ref.

No. Part No.

TU14724

SB-00952-0

TU14693

TU14694

TU3400

TU7733

254/00060/00

Description

PROHC Sensor assembly (upper)

Screw, #6-32x 3/8” long

Mounting plate upper probe

Cover plate, probe

Nut, #6-32

Screw, self drill #8-18x 1/2” long

Humidity sensor

UPPER ASSEMBLY

LOWER ASSEMBLY

7

8

5

6

9

3

4

1

2

Page 55

Ref.

No. Part No.

TU14723

CA-13067-0

EA-00594-0

SB-00828-0

SB-00952-0

TU3266

TU3400

TU7733

TU14694

254/00060/00

Description

PROHC Sensor assembly (lower)

Bracket (sensor)

Switch, 220 degrees

Screw, machine #8-32x 1/2” long

Screw, #6-32x 3/8” long

Nut, hex brass #8-32

Nut, hex brass #6-32

Screw, self drill #8-18x 1/2” long

Cover, plate

Humidity sensor

AIR SWITCH ASSEMBLY - TU8206

7

8

5

6

9

3

4

1

2

Ref

No.

Part No.

F888

TU1770

TU1771

TU2463

TU3219

TU3476

TU7733

TU8155

TU8171

Page 56

Description

E-Ring

Insulator

#6 Tinnerman Nut

Actuator Arm

#6 x 1 S.M.S.

Decal

#8 x 1/2 S.M.S.

Micro Switch

Bracket Asm.

Reversing Control Panel Assembly (TU14146)

5

6

3

4

7

8

1

2

TU12874

TU13480

TU13514

F540

TU13516

TU13526

TU14026

WH1797

TU7733

Timer, Solid State Reversing

Transformer 200-240V/24V w/Reset

Transformer, 480/24V w/Reset

#6 x 5/8” Phillips Head Screw

Contactor, 24V

Contactor Assembly, 24V

Motor Control Plate

Wire Harness

8 - 18 x 1/2” Self-Drill Screw (Pkg 6)

Page 57

2 Timer Control Panel Assembly

6

7

4

5

1

2

3

Ref.

No. Part No.

Description

TU15407WHT - 2T Control Panel Assembly

ET208

FG147

F1300

Screw, Binding Head 6-32 X 1/4

Switch, toggel SPST 2 position

Relay, 24VAC

TUT316 Light, LED 24V W/1/4 Q.C.

TU12874 Timer, Solid State Reversing

TU12932 Timer, Model N407 0-60

TU12933 Timer, Model N407 0-15

Page 58

Ref.

No. Part No.

Description

8 TU13825 Nameplate

9 TU14435

10 TU15406WHT

11

12

TU2555

TU3805

13 TU7733

14 TU8629

15 TU9028

Emergency stop

Asm, 2T Ctrl Pnl

Knob

Nut, Hex Lock #15/32 - 32

Screw, Self DR #8-18X1/2

Board, Terminal

Switch

DMP Control Panel Assembly

Ref.

No. Part No.

Description

3

4

1

2

5

6

7

FB187

M270

#10 Lockwasher

#6 Lockwasher

P104 1/4” Brass Washer

TU13621 Control Box

TU14404 DMP Control

TU14405 Overlay

TU14435 Emergency Stop

8 TU14469 DMP Panel

9* TU14470 DMP Control Panel

10 TU2842 #10-32 Hex Nut

11 TU3209 #14 S.M. Screw

12 TU3400 #6-32 Nut

13 TU3479 #10-32 Truss Washer

14 TU7848 Tinnerman Clip

* Consist of Item’s 2,5,6,7,8, & 12

Page 59

PROHC Control Panel

Ref.

No. Part No.

3

4

5

1

2

254/00018/00

254/00070/00

M261

M270

TU12253

8

9

6

7

TU14435

TU14442

TU14701

TU14727

10 TU3400

Description

Overlay

PRO/HC Control

Screw, #8-32

Lockwasher

Stud, #6-32

Emergency Stop

Control Panel Weld

Spacer

Cover

Nut, #6-32

Page 60

Parts—TM200—Large Gear Reducer with Bronze Teeth

1 TM203

2 K474

3 TM119

4 TM208

5 TM225

6 IB139

7 TM205

8 TM204

9 TM218

Housing

Oil Level Plug Kit

1/4” Vent Plug

Small Bearing Cone & Cup

Worm & Worm Gear

3/8” - 16 x 1 1/4” Cap Screw

Small Open End Cap

Small Klozure

Small Closed End Cap

10 VSB134

11 TU3246

12 TM217

13 TM220

14 TM221

15 TU5312

16 TM211

17 TM212

TM225 Worm and Worm Gear Set (for TM200 ONLY) (only sold as set)

3/8” Split Lockwasher (Pkg. of 6)

3/8” - 16 x 1” Cap Screw (Pkg. of 6)

Large Bearing Cone & Cup

Large Klozure

1/4” Pipe Plug

3/8” x 3” Set Screw

Large End Cap 10 1/2 Dia.

Small End Cap 6 3/4 Dia.

Not Illustrated—TU3465 one pint of Cissell Transmission Oil

Page 61

Gas Bonnet Assembly

1

2

3

4

5

TU9614

CB36

OP267

PT196

RC344

Gas Manifold

1/4” - 20 x 1/2” Hex Head

Screw

3/4” x 1/2” Steel Bushing

3/4” Strap

1/4” - 20 x 3/4” Hex Head

Screw

6 TUX387

7 TUX352

TUX435

8 TU10946

BSI Asm. Burner

3/4” Natural Gas Valve

3/4” LP Gas Valve

Pipe Plug

9 TU13613 Bonnet Assembly

10 GA-00764-0 Direct Spark Ignition

11 TU4605

Electrode

3/4” Elbow

Page 62

12 TU4606

13 TU4934

14 TU13823

15 TU3539

16 TU4606

17 TU2224

18 TU13678

19 TU2226

20 TU7733

21 TU13695

22 TU13647

3/4” x 4” Nipple

1/4” - 20 Hex Nut (Pkg 6)

3/4” x 36” Nipple

Burner Orifice

1/4” Lock Washer (Pkg 6)

1/8” Pipe Plug

Thermostat, Man. Reset

300°

Manifold Mounting

Bracket

#8 - 18 x 1/2” Self-Drill

Screw (Pkg. of 6)

Bonnet Thermostat

Bracket

Mounting Bracket

TU14001—Steam Bonnet (14FPI) (Illustration)

1 TU7393

2 TU3209

3 TU6080

4 TU13936

6 LB74

7 TU8083

10 TU2846

11 TU4934

12 TU4605

Top Plate

#14 x 5/8” Sheet Metal Screw

(Pkg. of 6)

Air Filter (4 required)

Steam Coil (14FPI)

#14 Speed Nut

Bonnet Weldment

1/4” Lockwasher (Pkg. of 6)

1/4” - 20 x 7/16” Hex Nut

(Pkg. of 6)

3/4” Elbow

13 TU4608

14 TU4610

15 TU4600

16 TU4620

17 TU4597

18 TU5914

19 TU13517

20 390401031

24 FB189

25 TU5726

3/4” x 2” Nipple

3/4” x 5” Nipple

3/4” Union

3/4” x 4 1/2” Nipple

3/4” Tee

3/4” x 3 1/2” Nipple

Solenoid Valve (24V)

3/4” x Close Nipple

1/4” - 20 x 1” Hex Head Screw

Rear Coil Holder

Page 63

Electric Heating Unit (Illustration)

1 TU7098

TU11785

2 TU7113

3 TU7122

TU9908

4 TU7121

TU9909

5 TU7118

6 TU5958

7 TU7089

8 TU2793

9 TU7733

10 CFB1500

11 TU4790

12 TU4791

13 CB36

14 TU7737

Bonnet Weldment (480V and up)

Bonnet Weldment

Top Weldment

Terminal Cover (480V and up)

Terminal Cover

Rear Cover (480V and up)

Rear Cover

Front Cover

Bushing

Thermostat (300° F)

#8 x 5/8" Screw (Pkg. of 6)

#8 x 1/2" Screw (Pkg. of 6)

1/2" Greenfield Cable (15" Long)

Straight Connector

90° Connector

1/4" - 20 x 1/2" Screw (Pkg. of 6)

Grounding Lug

Page 64

Rated Heater Input

80kW @ 208V/3Ph.

80kW @ 240V/3Ph.

80kW @ 480V/3Ph.

80kW @ 240/415V/3Ph.

80kW @ 575V/3Ph.

125 lb. Dryer Electric Heating Unit

Heater Amps,

Motor Amps,

Controls Amps,

Total Amperes at Rated

Voltage

232 Amps

201 Amps

100 Amps

202/116 Amps

84 Amps

HZ.

50

60

60

60

60

Minimum Size

Supply Wire

Based on 60° C

(140° F)

Insulated

Copper

Conductor

300 MCM

250 MCM

1 AWG

250 MCM/

0AWG

4AWG

Circut

Minimum

Conduit

Trade Size

2 1/2

2 1/2

1 1/2

2 1/2/2

1 1/4

Branch

Circuit

Maximum

Fuse Size

250

225

100

255

90

Electric

Bonnet

Description

TU11790, 80kW

240V/50/60/3

Ref. No. (A)

Electric

Heater

Elements

HE11080(2 each)

30kW/240V

TU11806, 80kW

240/415/50/3

HE10810 (2 each)

30kW/240V

TU9351, 80kW

550V/3

TU11789, 80kW

208V/60/3

HE10610 (2 each)

40kW/208V

HE10610(2 each)

40kW/208V

Ref. No. (B)

Contactor

TU6963 (4 each)

TU6963 (4 each)

TU9170 (1 each)

TU6963 (4 each)

Ref. No. (C)

Fuse Holder

TU11096

(4 each)

TU8201 (1 each)

TU11096

(4 each)

TU8200 (1 each)

TU9141 (2 each)

TU11096

(4 each)

TU8201 (1 each)

Ref. No. (D)

Fuses, Heater

TU7223

(12 each)

Ref. No. (E)

Terminal

Block

TU8734

TU7223

(6 each)

TU7071

(6 each)

TU7224

(12 each)

TU8734

TU8734

TU8734

Ref. No. (F)

Fuse, Motor and Controls

TU819709

(3 each)

TU819907

(3 each)

TU819712

(3 each)

Page 65

Page 66