ADC AD-115 User Manual

PHASE 5

OPL

USER’S MANUAL

American Dryer Corporation

88 Currant Road

Fall River, MA 02720-4781

Telephone: [phone] / Fax: [phone]

E-mail: [e-mail]

www.amdry.com

031500MFM/tcosta ADC Part No. 112147

Retain This Manual In A Safe Place For

Future Reference

Please read this manual carefully to thoroughly familiarize yourself with the Phase 5 OPL computer system
features, operational instructions, and programming characteristics. This manual contains important
information on how to employ all the features of your new ADC dryer in the safest and most economical way.

American Dryer Corporation products embody advanced concepts in engineering, design, and safety.
If this product is properly maintained, it will provide many years of safe, efficient, and trouble-free operation.

We have tried to make this manual as complete as possible and hope you will find it useful. ADC reserves the
right to make changes from time to time, without notice or obligation, in prices, specifications, colors, and
material, and to change or discontinue models at any time.

Replacement parts can be ordered from your distributor or the ADC factory. When ordering replacement
parts from the factory, you can FAX your order to ADC at [phone] or telephone your orders directly
to the ADC Parts Department at [phone]. Please specify the dryer model number and
serial number in addition to the description, and part number , so that your order is processed accurately
and promptly.

“IMPORTANT NOTE TO PURCHASER”

Information must be obtained from your local gas supplier on the instructions
to be followed if the user smells gas. These instructions must be posted in a
prominent location near the dryer.

IMPORTANT

YOU MUST DISCONNECT and LOCKOUT THE ELECTRIC
SUPPLY and THE GAS SUPPLY or THE STEAM SUPPLY BEFORE ANY
COVERS or GUARDS ARE REMOVED FROM THE MACHINE TO
ALLOW ACCESS FOR CLEANING, ADJUSTING, INSTALLATION, or
TESTING OF ANY EQUIPMENT per OSHA (Occupational Safety and Health
Administration) STANDARDS.

FOR YOUR SAFETY

DO NOT STORE OR USE GASOLINE OR OTHER FLAMMABLE

VAPOR AND LIQUIDS IN THE VICINITY OF THIS OR ANY OTHER
APPLIANCE.

DO NOT DRY MOP HEADS IN THE DRYER.

DO NOT USE DRYER IN THE PRESENCE OF DRY CLEANING FUMES.

CAUTION

DRYER(S) SHOULD NEVER BE LEFT UNATTENDED WHILE IN

OPERATION.

WARNING

CHILDREN SHOULD NOT BE ALLOWED TO PLAY ON OR NEAR

THE DRYER(S).

CHILDREN SHOULD BE SUPERVISED IF NEAR DRYER(S) IN

OPERATION.

WARNING

The dryer must never be operated with any of the back guards, outer tops,
or service panels removed. PERSONAL INJURY or FIRE COULD
RESULT.

WARNING

DRYER MUST NEVER BE OPERATED WITHOUT THE LINT
FILTER/SCREEN IN PLACE...EVEN IF AN EXTERNAL LINT
COLLECTION SYSTEM IS USED.

IMPORTANT

PLEASE OBSERVE ALL SAFETY PRECAUTIONS displayed on the
equipment and/or specified in the installation/operator's manual included with
the dryer.

Dryer(s) must not be installed or stored in an area where it will be exposed to
water and/or weather.

The wiring diagram for the dryer is located in the front electrical control box area.

Table of Contents

SECTION I

INTRODUCTION .......................................................................................................4

Phase 5 “On-Premise Laundry” (OPL) Microprocessor Drying System ............................................. 4

SECTION II

FEATURES ..................................................................................................................5

SECTION III

PROGRAM SELECTIONS .......................................................................................7

A. Preprogrammed Cycles .............................................................................................................. 7

B. Manually Loaded Cycles ............................................................................................................ 8

C. Automatic Drying Cycle/Mode (Patent No. 4,827,627).................................................................... 9

D. Timed (Manual) Drying Cycle (Mode)....................................................................................... 10

E. Temperature Selections (Drying Temperatures) .......................................................................... 10

F. Cool Down Cycle..................................................................................................................... 10

G. L.E.D. (Light Emitting Diode) Display ....................................................................................... 11

H. Cycle In Progress Temperature Display..................................................................................... 12

I. Temperature Conversion Status................................................................................................. 12

J. Anti-Wrinkle Program............................................................................................................... 12

K. Audible Tone Signal .................................................................................................................. 13

L. Preprogrammed Cycle Preview................................................................................................. 13

M. Reversing Option ...................................................................................................................... 13

N. Diagnostics ............................................................................................................................... 14

O. System Parameters (Program Locations/Review)....................................................................... 14

1. Program Location 2 (Key “2”)

a. Temperature Conversion Status..................................................................................... 15

b. Select Reverse.............................................................................................................. 15

c. Rotation Sensor Selection ............................................................................................. 15

d. Factor “A” (Slope Program) ......................................................................................... 15

e. Factor “B” (Heat Loss [Offset] Program) ...................................................................... 16

2. Program Location 5 (Key “5”)

a. Flash Display Status...................................................................................................... 16

b. Flash Cycle Display Time .............................................................................................. 16

c. Flash Temperature Display Time.................................................................................... 16

3. Program Location 8 (Key “8”)

a. Cool Down Time .......................................................................................................... 16

b. Cool Down Temperature .............................................................................................. 16

c. Spin Time ..................................................................................................................... 16

d. Dwell (Stop) Time ........................................................................................................ 17

e. Buz (Tone) Time ........................................................................................................... 17

4. Program Location 0 (Key “0”)

a. Anti-Wrinkle Program Activation................................................................................... 17

b. Buz Time (Anti-Wrinkle Tone)....................................................................................... 17

c. Anti-Wrinkle On Time................................................................................................... 17

d. Anti-Wrinkle Delay Time............................................................................................... 17

e. Maximum Guard On Time............................................................................................. 17

P. Special Cool Down Program/Selection (Patent No. 5,161,314) ............................................... 18

SECTION IV

OPERATING INSTRUCTIONS .............................................................................19

A. Operating Sequence ................................................................................................................. 19

1. Preprogrammed Cycles ...................................................................................................... 19

2. Manually Loaded Cycles .................................................................................................... 21

B. Operating Notes ....................................................................................................................... 23

SECTION V

L.E.D. DISPLAY/CODES.........................................................................................24

A. L.E.D. Display Operating Status ............................................................................................... 24

B. Phase 5 OPL Microprocessor Controller (Computer) L.E.D. Displays....................................... 25

C. L.E.D. (Light Emitting Diode) Codes......................................................................................... 26

SECTION VI

PROGRAMMING INSTRUCTIONS ....................................................................28

A. Introduction to Programming ..................................................................................................... 28

B. Programming Flowcharts .......................................................................................................... 29

Flowchart Titles ........................................................................................................................ 30

SECTION VII

FACTORY PRESET PARAMETERS/PROGRAMS ..........................................54

A. Parameters (Programs) Preset By Factory For Non-Reversing Dryers ....................................... 54

B. Parameters (Programs) Preset By Factory For (Optional) Reversing Dryers.............................. 55

SECTION VIII

SYSTEM PARAMETER/PROGRAM LOCATION CHART ............................56

SECTION IX

PHASE 5 OPL PROGRAMMING LIMITS ..........................................................57

A. Preprogrammed Cycles ............................................................................................................ 57

B. System Parameters (Program Locations) ................................................................................... 57

C. Fixed Parameters...................................................................................................................... 58

SECTION X

PHASE 5 AUTO CYCLE (Patent No. 4,827,627).................................................59

“A” and “B” Factor Parameters

for Current Production Dryer Models .................................................................................... 59

“A” and “B” Factor Parameters

for Past Production Dryer Models.......................................................................................... 60

SECTION XI

PHASE 5 OPL SYSTEM DIAGNOSTICS ............................................................61

A. Diagnostic (L.E.D. [Light Emitting Diode] Display) Failure Codes .............................................. 61

B. L.E.D. Display Failure Indicators .............................................................................................. 62

C. Phase 5 OPL Microprocessor Controller (Computer) Relay Output L.E.D. Indicators ............... 63

SECTION XII

OPTIONAL 9 VOLT BATTERY BACK-UP ..........................................................66

SECTION I

INTRODUCTION

PHASE 5 “ON-PREMISE LAUNDRY” (OPL) MICROPROCESSOR DRYING SYSTEM

The American Dryer Corporation’ s Phase 5 “On-Premise Laundry” (OPL) Drying System has been designed
with super performance in mind to provide for better temperature regulation, efficiency , performance, consistency ,
and faster drying times.

Specifically, ADC’s Phase 5 OPL System’s higher performance emanates from the following enhancements:

1. The ability to better control the temperature inside the basket (tumbler) throughout the various cycles.

2. The Phase 5 OPL microprocessor controller (computer) responds immediately to any temperature variations
from temperature selection, which enables the control temperature band to be +/- 3º F (2º C) from this
selected drying temperature. The narrower temperature control band greatly increases system efficiency,
since it takes less heat to maintain a given temperature than to rise to a given temperature.

Among its many amenities, ADC’s Phase 5 OPL Drying System has a true Automatic Drying Cycle. The Phase
5 OPL Automatic Drying Cycle (Patent No. 4,827,627) principle is based on one (1) of the most fundamental laws
of thermodynamics which governs the flow of heat in thermal systems.

Utilizing this microprocessor technology , the user simply has to place the load in the dryer and push one (1) single
button to start drying cycle. The Phase 5 OPL microprocessor controller (computer) will directly monitor the
moisture content in the load and stop the drying cycle automatically when the selected percentage of extraction
(dryness level) is reached.

The ADC Phase 5 OPL Automatic Drying Cycle (Patent No. 4,827,627) virtually eliminates ALL guess work. The
Phase 5 OPL microprocessor controller (computer) determines how much drying time is needed and compensates
for various types of fabrics and load sizes, thus, avoiding damage to fabrics by over drying, as well as avoiding
wasted time and energy for any given load. Once the Phase 5 microprocessor controller (computer) determines
the load is dry, the microprocessor controller (computer) will go into Cool Down Cycle (Patent No. 4,827,627) until
the preprogrammed time or temperature is reached, and then shuts the dryer off automatically.

4

SECTION II

FEATURES

A. DEPENDABLE MICROPROCESSOR SOLID STATE INTEGRATED CIRCUITRY - to eliminate as many moving parts as

possible.

B. P

ROGRAM CHANGES ARE EASILY MADE AT THE KEYBOARD - actual programs are viewed at the L.E.D. (light

emitting diode) display for verification.

C. AUTOMATIC DRYING CYCLE (Patent No. 4,827,627) -computerized monitoring of load dryness for precise, fast,

and efficient drying.

IMED (MANUAL) DRYING CYCLE -for special loads, programming allows for a specific amount of time in

D. T

minutes for both drying and cool down cycles.

E. P

REPROGRAMMED CYCLES -the Phase 5 OPL microprocessor controller (computer) can store in its memory

six (6) preprogrammed cycles in either the Automatic Drying Mode (Patent No.

4,827,627) or Manual Drying Mode.

F. MANUALLY LOADED CYCLES - for occasional or one (1) time special loads, the user can set a specific program

in either the Automatic Drying Cycle (Patent No. 4,827,627) or Timed Mode.

G. VARIABLE (PROGRAMMABLE) FABRIC/TEMPERATURE SELECTIONS - accommodates the type of fabric to be dried.

H. CONTROLLED COOL DOWN PROGRAM - helps eliminate wrinkled loads.

I. L.E.D. (LIGHT EMITTING DIODE) DISPLAY - informs user of cycle status, programs, and displays important

diagnostic and fault codes.

J. A

NTI-WRINKLE PROGRAM - helps keep items wrinkle-free when they are not removed from the dryer promptly

at the end of the drying and cooling cycles.

K. D

IAGNOSTICS - major circuits, including the door switch, microprocessor temperature sensor, motor, and heat

output circuits are monitored.

L. A

UDIBLE TONE SIGNAL - a tone will sound for each keyboard (touchpad) entry. Additionally, the tone will

sound at the end of the drying and cooling cycles to indicate the cycle is complete.

M. T

EMPERATURE CONVERSION STATUS - temperature-related programs can be set in either Fahrenheit (ºF) or

Celsius (ºC). ALL temperatures will automatically convert to the
corresponding values (+/- 1º) when changes are made.

N. H

I-TEMPERATURE PROTECTION - if the Phase 5 OPL microprocessor controller (computer) senses that the

temperature in the basket (tumbler) has reached 221º F (105º C), it will shut
the dryer down completely, and a default code will appear in the L.E.D.
(light emitting diode) display indicating an overheating problem.

O. C

YCLE PREVIEW - entire dryer parameters (programs) or the preprogrammed cycles are displayed for

verification upon a coded entry to the keyboard (touchpad).

5

P. REVERSING OPTION - helps eliminate wrinkling due to the balling up or tangling of large items. Certain models

have the reversing option where the basket (tumbler) will turn in the forward direction
for two (2) minutes, stop for 5-seconds, and then proceed in the reverse direction
for two (2) minutes. This process is repeated throughout the drying and cooling cycles.

Q. ROTATION SENSOR SELECTION - this feature allows the Phase 5 OPL microprocessor controller (computer) to

monitor the rotation of the basket (tumbler). If the basket (tumbler) should
fail to rotate, the Phase 5 OPL microprocessor controller (computer) will
disable ALL outputs, stopping the dryer and a failure code will be displayed
on the L.E.D (light emitting diode).

R. SPECIAL COOL DOWN PROGRAM (Patent No. 4,827,627) - this feature resides in preprogrammed Cycle “F ,” and

allows the Phase 5 OPL microprocessor controller
(computer) to limit the cooling process to 10º F (5º C)
per minute, and can be used for fabrics that need a
controlled Cool Down Cycle (i.e., VISA®).

S. BATTERY BACK-UP (OPTIONAL) - this option allows the Phase 5 OPL microprocessor controller (computer)

to maintain its operating status should a momentary power interruption occur
while the dryer cycle is in progress.

6

SECTION III

PROGRAM SELECTIONS

A. PREPROGRAMMED CYCLES

The Phase 5 OPL microprocessor controller (computer) can store in its memory six (6) preprogrammed cycles
(keys “A” through “F” on the keyboard [touchpad]). This allows the user to have the six (6) most commonly
used cycles, requiring only the push of a single keyboard (touchpad) entry to start the dryer .

These preprogrammed cycles can be set in either the Automatic Drying Cycle/Mode (Patent No. 4,827,627)
where the drying cycle will end when the percentage of extraction (dryness level) programmed has been reached
or in the Timed (Manual) Drying Cycle (Mode) where the dryer will operate for the specific drying time
programmed. These cycles can be programmed in any combination.

Once the drying cycle is completed, the Phase 5 OPL microprocessor controller (computer) then goes into the
Cool Down Cycle where the articles are tumbled in room temperature air. Once the programmed Cool Down
Cycle is completed, the dryer will shut off automatically .

With the Anti-W rinkle Program active, when the Cooling Cycle is completed and the dryer is shut off, if the main
door is not opened, the load will be tumbled without heat (i.e., for 20-seconds every 90-seconds). This process is
repeated until either the main door is opened or ten (10) minutes has elapsed, whichever comes first.

PREPROGRAMMED CYCLE SELECTIONS:

1. Automatic Drying Cycle/Mode - (Patent No. 4,827,627)

a. For optional reversing models, the Phase 5 OPL microprocessor controller (computer) can be

programmed to reverse or not reverse (single direction rotation).

b. Anti-Wrinkle Program - active or non-active.

c. Drying T emperature - programmable from 160º F to 200º F (71º C to 93º C) in one-degree increments.

d. Dryness Level (percentage of extraction) - programmable from ninety percent (90%) to one hundred

percent (100%) in one percent (1%) increments.

e. Cool Down Time - programmable from 0 to 99 minutes in one (1) minute increments.

f. Cool Down Temperature - programmable from 70º F to 100º F (20º C to 37º C) in one-degree increments.

2. Timed (Manual) Cycle (Mode)

a. For optional reversing models, the Phase 5 OPL microprocessor controller (computer) can be

programmed to reverse or not reverse (single direction rotation).

b. Anti-Wrinkle Program - active or non-active.

7

c. Drying T ime - programmable from 0 to 99 minutes in one (1) minute increments.

d. Drying T emperature -programmable from 100º F to 200º F (37º C to 93º C) in one-degree increments.

e. Cool Down Time - programmable from 0 to 99 minutes in one (1) minute increments.

f. Cool Down Temperature -programmable from 70º F to 100º F (20º C to 37º C) in one-degree increments.

g. For optional reversing models, the Spin Time can be programmed from 30-seconds to 120-seconds in

one-second increments.

h. For optional reversing models, the Dwell (Stop) Time can be programmed from 5-seconds to

10-seconds in one-second increments.

ALL six (6) preprogrammed cycles have been programmed by the factory as outlined on page 54 and
page 55. However, even though these are the most common cycles used, they should be reviewed to

ensure they meet the location application or needs. Should changes be found necessary, refer to the
Programming Section of this manual.

B. MANUALLY LOADED CYCLES

For occasional or one-time special loads, the operator must set the specific programs needed. This cycle is not
stored within the Phase 5 OPL microprocessor controller (computer) and must be entered each and every time.

The Manually Loaded Cycle can be set in either the Automatic Drying Cycle/Mode (Patent No. 4,827,627) or
the Timed (Manual) Drying Cycle (Mode).

MANUALL Y LOADED CYCLE SELECTIONS:

1. Automatic Drying Cycle/Mode (Patent No. 4,827,627)

a. Drying Temperature - programmable from 160º F to 200º F (71º C to 93º C) in one-degree increments.

b. Dryness Level (percentage of extraction) - programmable from 90% less dry to 100% more dry in one

percent (1%) increments.

c. For optional reversing models, depending on what the system parameter (program) is set for, the

operator has the choice of reverse or no reverse (single direction rotation).

2. Manually Drying Cycle (Mode)

a. Drying Time - programmable from 0 to 99 minutes in 1 minute increments.

b. Cool Down Time - programmable from 0 to 99 minutes in 1 minute increments.

c. Drying Temperature - programmable from 100º F to 200º F (37º C to 93º C) in one-degree increments.

8

C. AUTOMATIC DRYING CYCLE/MODE (Patent No. 4,827,627)

In this mode, the Phase 5 OPL microprocessor controller (computer) determines how much drying time is needed
and compensates for various types of fabric and load sizes, ALL automatically. The Phase 5 OPL microprocessor
controller (computer) accomplishes this by calculating the dryness level (percentage of extraction) using the
temperature selected, as well as, the “A” and “B“ factors preset by the factory.

The Phase 5 OPL microprocessor controller (computer) monitors the first three (3) heat peaks (slopes), at which
time it calculates the “A” Slope and “B” (heat loss) factors along with the percentage of extraction selected.
When the Phase 5 OPL microprocessor controller (computer) determines that ALL the factors are met, the
drying cycle will end, and the dryer will go into the Cool Down Cycle.

AUTOMATIC DRYING CYCLE/MODE (PATENT NO. 4,827,627) SELECTIONS:

1. Drying Temperature - programmable from 160º F to 200º F (71º C to 93º C) in one-degree increments.

2. Dryness Level (percentage of extraction) - programmable from 90% (less dry) to 100% (more dry) in one

percent (1%) increments.

3. Cool Down Time - programmable from 0 to 99 minutes in one (1) minute increments.

4. Cool Down Temperature - programmable from 70º F to 100º F (20º C to 37º C) in one-degree increments.

5. Factors (System Parameter Program Location 2 [Key “2”])

a. Factor “A” Slope Program - the Phase 5 OPL microprocessor controller (computer) monitors how long

it takes to get to the selected temperature.

1) Program selections are 1 through 9 in increments of one (1).

b. Factor “B” Heat Loss (offset) Program - this factor setting is dependent upon the model dryer and the

type of heating unit.

1) Program selections are 1 through 99 in increments of one (1).

The “A” and ‘B” Factors have been preprogrammed by the factory as outlined on page 54 and page 55 and
SHOULD NOT BE CHANGED unless the Phase 5 OPL microprocessor controller (computer) should fail and
is being replaced. The replacement Phase 5 OPL microprocessor controller (computer) MUST BE

PROGRAMMED for the particular dryer model and heating unit as shown in the “A” and “B” Factor table on
page 59 and page 60 of this manual.

6. For Optional Reversing Models - the Phase 5 OPL microprocessor controller (computer) can be

programmed to reverse or not reverse (single direction rotation).

7. When used in conjunction with the Preprogrammed Cycles, programming allows the Anti-W rinkle Program

to be active or non-active.

9

D. TIMED (MANUAL) DRYING CYCLE (Mode)

This drying cycle is intended for special loads where a specific amount of drying time and cooling time is needed,
especially for fine, delicate items which require very low temperatures and long drying and/or cool down time
periods.

TIMED (MANUAL) CYCLE (MODE) SELECTIONS:

1. Drying T ime - programmable from 0 to 99 minutes in one (1) minute increments.

2. Cool Down Time - programmable from 0 to 99 minutes in one (1) minute increments.

3. Drying Temperature - programmable from 100º F to 200º F (37º C to 93º C) in one-degree increments.

4. For optional reversing models, the Phase 5 OPL microprocessor controller (computer) can be programmed
to reverse or no reverse (single detection rotation).

5. When used in conjunction with the preprogrammed cycles, programming allows the Anti-W rinkle Program
to be active or non-active.

E. TEMPERATURE SELECTIONS (Drying Temperatures)

OPERA TING TEMPERATURE SELECTIONS:

1. Automatic Drying Cycle/Mode (Patent No. 4,827,627) - programmable from 160º F to 200º F (71º C to

93º C) in one-degree increments.

2. Timed (Manual) Drying Cycle (Mode) - programmable from 100º F to 200º F (37º C to 93º C) in

one-degree increments.

F. COOL DOWN CYCLE

COOL DOWN CYCLE SELECTIONS:

1. Preprogrammed Cycles

a. Automatic Drying Cycle/Mode (Patent No. 4,827,627)

1) Cool Down Time - 0 to 99 minutes in one (1) minute increments.

2) Cool Down Temperature - 70º F to 100º F (20º C to 37º C) in one-degree increments.

b. Timed (Manual) Drying Cycle (Mode)*

1) Cool Down Time - 0 to 99 minutes in one minute increments.

10

*NOTE: The Cool Down Cycle will run either until the Cool Down Temperature is reached or until the

Cool Down Time has expired, whichever comes first.

2. Manually Loaded Cycles

a. Automatic Drying Cycle/Mode* (Patent No. 4,827,627)

1) Cool Down Time - 0 to 99 minutes in 1 minute increments.

2) Cool Down Temperature - 70º F to 100º F (20º C to 37º C) in one-degree increments.

b. Timed (Manual) Drying Cycle (Mode)*

*NOTE: The Cool Down Cycle will run either until the Cool Down Temperature is reached or until the

Cool Down Time has expired, whichever comes first.

G. L.E.D. (LIGHT EMITTING DIODE) DISPLAY

The L.E.D. (light emitting diode) display informs the user of cycle status, program verification, and displays
important diagnostic and fault codes. A complete listing of the various display codes and their meanings are
shown on page 26 and page 27 of this manual.

DISPLA Y SELECTIONS:

1. Display Status

a. While the dryer cycle is in progress, programming allows the L.E.D. (light emitting diode) display to read

only the Cycle In Progress or only the Basket (tumbler) T emperature. Programming also allows a flash
display whereby the L.E.D. display will flash back and forth between Cycle In Progress and T emperature.

1) Both the Cycle In Progress and Temperature can be programmed to flash from 1-second to
15-seconds in one-second increments.

2. Cycle in Progress Display Status

a. Automatic Drying Cycle/Mode (Patent No. 4,827,627) - the L.E.D. (light emitting diode) display

reads Percentage of Extraction in the cycle
in progress and then Cool Down.

b. Timed (Manual) Cycle (Mode) - the L.E.D. (light emitting diode) display reads Drying Time and/or

Cool Down T ime counting downwards as time elapses.

3. Indicator Dots on the L.E.D. (Light Emitting Diode) Display

a. The indicator dots are an indicator as to the various Phase 5 OPL microprocessor controller (computer)

output functions. Additionally , there are also indicators on the back side of the Phase 5 OPL microprocessor
controller (computer) to verify the outputs of the relay.

11

1) Drive Motor (blower motor on reversing models).

2) Heat On (active).

3) Reversing models have indicators for the forward (clockwise [CW]) basket (tumbler) rotation and
reverse (counterclockwise [CCW]) basket (tumbler) rotation.

H. CYCLE IN PROGRESS TEMPERATURE DISPLAY

While the dryer cycle is in progress, the temperature in the basket (tumbler) can be displayed by pressing the
“ENTER/ST AR T” key . The temperature
how the temperature conversion status program is set.

will be displayed in either Fahrenheit (ºF) or Celsius (ºC), depending on

I. TEMPERATURE CONVERSION STATUS

T emperature related programs are programmable to be operated in either Fahrenheit (ºF) or Celsius (ºC). Programs
affected are:

1. T emperature Display Mode

2. Temperature Selections (drying temperatures)

3. Cool Down Temperatures

IMPORTANT: When changing the temperature conversion status from Fahrenheit or Celsius or vice

versa, ALL the T emperature Selections and Cool Down Temperatures will be
changed accordingly . The Phase 5 OPL microprocessor controller (computer)
automatically calculates and converts the temperatures in these programs to the
previously set value. For example, when changing from º F to º C, if the pre­programmed Cycle “A” drying temperature was set for 160º F (71º C), the Phase 5
OPL microprocessor controller (computer) will change to 160º F (71º C) +/- one (1)
degree Celsius.

J. ANTI-WRINKLE PROGRAM

This program keeps items wrinkle-free when they are not removed from the dryer promptly at the end of the
drying cycle and/or cooling cycle.

When this program is active (on) and the drying cycle and cooling cycle is completed, the dryer will shut off, the
tone will sound, and the L.E.D. (light emitting diode) display will read “dONE.” If the door is not opened, the
Phase 5 OPL microprocessor controller (computer) will wait until the Anti-Wrinkle Guard Delay Time “GdLY”
has expired at which time the basket (tumbler) will rotate (without heat) for the programmed Guard On Time
“G on-tInE.” The Phase 5 OPL microprocessor controller (computer) will repeat this process until the Maximum
Guard T ime “MGrd” has expired or until the door is opened, whichever comes first.

12

ANTI-WRINKLE PROGRAM SELECTIONS:

1. Anti-Wrinkle Guard Active or No Anti-Wrinkle Guard

2. Guard Delay T ime

a. Programmable from 10-seconds to 255-seconds in one-second increments.

3. Guard On T ime

a. Programmable from 10-seconds to 60-seconds in one-second increments.

4. Maximum Guard Time

a. Programmable from 1 minute to 99 minutes in 1 minute increments.

K. AUDIBLE TONE SIGNAL

A tone will sound for each keyboard (touchpad) entry made. The tone will also sound at the end of the drying
cycle and cooling cycle to indicate that the cycle is complete. When the Anti-Wrinkle Program is active, programming
allows for the elimination of the tone during the Anti-Wrinkle Program, with the exception of the keyboard
(touch pad) entry tone, which is fixed at approximately 1-second. Programming allows the tone to be set from
0 to 15-seconds in 1-second increments.

L. PREPROGRAMMED CYCLE PREVIEW

The parameters (programs) of the preprogrammed cycles can be displayed for verification. To view a preset
program (parameter), simply press the “ENTER/ST ART” key and the desired preset program (parameter). The
L.E.D. (light emitting diode) display will read the parameters (programs) set, then return to the “REAdY” display
mode.

M. REVERSING OPTION

This program helps eliminate wrinkling due to balling up or tangling of large items.

REVERSING OPTION SELECTIONS:

1. Reverse or No Reverse (preprogrammed cycles ONLY)

2. Select Reverse or Always Reverse (manually loaded cycles ONLY)

3. Basket (Tumbler) Spin T ime and Dwell (Stop) Time

a. Fixed in the Automatic “AUTO ” Mode and CANNOT BE CHANGED.

1) Spin Time - Forward - 2-1/2 minutes, Reverse - 2 minutes.

2) Dwell (Stop) Time - 5-seconds.

13

4. Basket (Tumbler) Spin T ime and Dwell (S top) Time

a. Programmable in the Manual Mode.

1) Spin Time - programmable from 30-seconds to 120-seconds in one-second increments.

2) Dwell (Stop) Time - programmable from 5-seconds to 10-seconds in one-second increments.

N. DIAGNOSTICS

Three (3) major circuits of the Phase 5 OPL microprocessor controller (computer) are monitored. They are as
follows:

1.

Microprocessor Heat Sensor Circuit fault will shut the drying cycle off, and the L.E.D. (light emitting diode)
display will read “dSFL.”

2. If there is a fault in the Door Switch Circuit, the L.E.D. (light emitting diode) display will read “door.” This
“door” display code will also appear if while a cycle is in progress, the main door was opened and not
closed, and a keyboard (touchpad) entry was made.

a. There is a red indicator light labeled “DOOR” on the back side of the Phase 5 OPL microprocessor

controller (computer) to help in diagnosing this specific fault/failure.

3. If the Basket (tumbler) Fails To Rotate, a signal will appear on the L.E.D. (light emitting diode) display
(“SEFL”) along with an audible tone.

High Temperature Protection - if the Phase 5 OPL microprocessor controller (computer) senses that the

temperature in the basket (tumbler) has exceeded 220º F (104º C), it will
shut the dryer down completely, and the default code “Hot” will appear in
the L.E.D. (light emitting diode) display , indicating that this an overheating
problem. The “Hot” default code will be displayed until the temperature
has dropped down to 220º F (104º C) or lower, and then the “CLEAR/
STOP” key must be pressed, at which time the L.E.D. display will return
to “FILL.”

O. SYSTEM PARAMETERS (PROGRAM LOCATIONS/REVIEW)

The system parameters are the programs which, once set by the factory, rarely need to be changed in the field.
These system parameters (programs) are stored in the memory and catalogued as program locations (Keys “2,”
“5,” “8,” and “0”).

ALL of the parameters affect the manually loaded program cycles, and some affect the Manually Loaded
Program Cycles. The information on page 56 shows the parameters of each program location, as well as what
cycles are affected. The programming limits of each program location are shown on page 57 and page 58.
Additionally, the parameters preset by the factory are shown on page 54 and page 55.

Review system parameters (programs) with one (1) touch of the keyboard (touch pad) key “8.” The Phase 5
OPL microprocessor controller (computer) will automatically display Program Locations “2,” “5,” “8,” and “0.”

14

1. Program Location 2 (Key “2”)

a. Temperature Conversion Status - this program controls whether the temperature-related programs will

be operated in Fahrenheit (º F) or Celsius (º C). The programs
affected are as follows:

1) Temperature Display Mode.

2) Temperature Selections (drying temperatures).

3) Cool Down Temperatures.

IMPORTANT: The Phase 5 OPL microprocessor controller (computer) automatically calculates and

converts the temperatures in these programs to the previously set value. For example,
when changing from º F to º C, if the preprogrammed Cycle “A” drying temperature
was set for 160º F (71º C), the Phase 5 OPL microprocessor controller (computer)
will change to 160º F (71º C) +/- one-degree Celsius.

b. Select Reverse - for optional reversing models, this program allows the operator to have a choice of

Reverse or No Reverse (single direction rotation) basket (tumbler) action in the manually
loaded cycles ONLY.

1) Always Reverse (“ArEu”) - in this operational mode the operator has no choice. Any manually

loaded cycle entered will be a reversing cycle.

2) Select Reverse (“SrEu”) - when this parameter (program) is chosen, the Phase 5 OPL

microprocessor controller (computer) will prompt the operator to decide
whether or not the manually loaded cycle entered is to be a reversing
cycle.

c. Rotation Sensor Selection - this option allows the Phase 5 OPL microprocessor controller (computer)

to monitor the rotation of the basket (tumbler).

d. Factor “A” (Slope Program) - this parameter (program) is one of the factors that the Phase 5 OPL

microprocessor controller (computer) uses when programmed in the
Automatic Drying Cycle/Mode (Patent No. 4,827,627). This factor
pertains to the thermal characteristics of each model dryer . In this Slope
Program, the Phase 5 OPL microprocessor controller (computer) monitors
how long it takes for the dryer to get to the selected temperature. The
range of adjustment of this slope factor is 1 through 9 in increments of
one (1).

1) This slope factor has been programmed by the factory as outlined on page 54 and page 55 and
SHOULD NOT BE CHANGED unless the Phase 5 OPL microprocessor controller (computer)
should fail and is being replaced. The replacement Phase 5 OPL microprocessor controller (computer)
MUST BE PROGRAMMED for the particular dryer model and heating unit as shown in the “A”
and “B” Factor table/chart on page 59 and page 60 of this manual.

15

e. Factor “B” (Heat Loss [offset] Program) - this parameter/program is one (1) of the factors that the Phase

5 OPL microprocessor controller (computer) uses when
programmed in the Automatic Drying Cycle/Mode (Patent

No. 4,827,627). This factor also pertains to the thermal

characteristics of each model dryer. This factor setting is
dependent upon the model dryer and the type of heating unit.
The range of adjustment of this slope factor is 1 through 99 in
increments of one (1).

1) This factor (Factor “B”) has been programmed by the factory as outlined on

page 54 and page 55

and SHOULD NOT BE CHANGED unless the Phase 5 OPL microprocessor controller (computer)
should fail and is being replaced. The replacement Phase 5 OPL microprocessor controller (computer)
MUST BE PROGRAMMED for the particular dryer model and heating unit as shown in the “A”
and “B” Factor table/chart on page 59 and page 60 of this manual.

2. Program Location 5 (Key “5”)

a. Flash Display Status - this parameter (program) allows for the L.E.D. (light emitting diode) display to

read ONLY the Cycle In Progress or ONLY the Basket (tumbler) Temperature,
while a cycle is in progress. This is referred to as No Flash (“nFLS”). When this
parameter is set to Flash (“FLS”), the L.E.D. display will flash (alternate) back
and forth between the Cycle In Progress and the Temperature.

b. Flash Cycle Display Time - if the Flash Display (“FLS”) was chosen at the beginning of Program

Location 5 (Key 5), the operator will now be prompted to enter the time the
L.E.D. (light emitting diode) display will read Cycle In Progress before
changing to the Basket (tumbler) Temperature. The Flash Cycle Display
Time is programmable from 1 to 15-seconds in one-second increments.

c. Flash Temperature Display T ime - if the Flash Display (“FLS”) was chosen at the beginning of Program

Location 5 (Key 5), the operator will now be prompted to enter the
time the L.E.D. (light emitting diode) display will read Cycle In Progress
before changing to the Basket (tumbler) T emperature. The Flash Cycle
Display Time is programmable from 1 to 15-seconds in one-second
increments.

3. Program Location 8 (Key “8”)

a. Cool Down Time - this parameter (program) affects ONLY the Automatic Drying Cycle (Patent

No. 4,827,627) when the manually loaded cycle is selected. This Auto Cool Down

Time is programmable from 0 to 99 minutes in one (1) minute increments.

b. Cool Down Temperature - this parameter (program) affects ONLY the Automatic Drying Cycle (Patent

No. 4,827,627) when the manually loaded cycle is selected. The Cool Down

Temperature is programmable from 70º F to 100º F (20º C to 37º C) in
one-degree increments.

c. Spin T ime - this parameter (program) is fixed at 2 minutes in the Automatic Mode and programmable in

the Manual Mode. This Spin T ime is programmable (in the Manually Loaded Cycle ONL Y )
from 30-seconds to 120-seconds in one-second increments.

16

d. Dwell (Stop) Time - this parameter (program) is fixed at 5-seconds in the Automatic Mode and

programmable in the Manual Mode. This Dwell (Stop) Time is programmable (in
the Manually Loaded Cycle ONLY) from 5-seconds to 10-seconds in one-second
increments.

e. Buz (Tone) T ime -this parameter allows the operator to adjust the time, the signal tone sounds from 0 to

15-seconds in one-second increments. This parameter (program) affects the tone at
the end of the drying cycle and cooling cycle, as well as, at the end of the Guard On
Time when the Anti-Wrinkle Program is active (“Grd”).

Program Location 0 (Key “0”)

4.

a. Anti-Wrinkle Program Activation - this parameter (program) controls whether or not the Anti-Wrinkle

Program (“Grd”)
ONLY.

b. Buz Time (Anti-Wrinkle T one) - when the Anti-Wrinkle Program is active (“Grd”), this parameter

(program) allows the operator the option to have the tone (buzzer) sound
at the end of each Anti-Wrinkle On T ime Cycle. The Buz (tone) Time is
programmable from 0 to 15-seconds in one-second increments (refer to
Program Location 8 [Key “8”]).

will be active (on) for manually loaded cycles

c. Anti-Wrinkle On T ime - this parameter (program) controls the amount of time that the basket (tumbler)

will turn (spin/rotate) without heat when the Anti-Wrinkle Program is active
(“Grd”). The Anti-Wrinkle On Time is programmable from 10-seconds to
60-seconds in one-second increments.

d. Anti-Wrinkle Delay Time - when the Anti-W rinkle Program is active (“Grd”), this parameter (program)

controls the Dwell (Stop) and activation of the Anti-Wrinkle On Time. The
Anti-Wrinkle Delay Time (“GdLY”) is programmable from 10-seconds to
255-seconds in one-second increments.

e. Maximum Guard On Time - this parameter (program) controls the maximum time that the Anti-Wrinkle

Program will be in progress. The Maximum Guard On Time (MGrd”) is
programmable from 1 minute to 99 minutes in one (1) minute increments.

17

P. SPECIAL COOL DOWN PROGRAM/SELECTION (Patent No. 5,161,314)

This unique Cool Down Program/Selection is specifically designed to limit the amount of cooling that occurs
during the Cool Down Cycle. During the Special Cool Down Cycle process, the Phase 5 OPL microprocessor
controller (computer) cycles the heat at various intervals to achieve a gradual cool down of approximately 10º F
(-12º C) per minute. Hence, this program allows the fabric to cool at a limited and controlled rate, thus allowing
the material to relax without excessive wrinkling, especially with fabrics that are easily shocked and/or respond
adversely to great changes in temperature (i.e., Visa®).

This Special Cool Down Program/Selection (Patent No. 5,161,314) can ONLY be found in preprogrammed
Cycle “F” when programmed as a “Timed Cycle” and ONLY when the Phase 5 OPL microprocessor controller
(computer) has been programmed for Special Cool Down (“SC”), as described in the Programming Section of
this manual.

NOTE: Unless specified at the time of ordering, the Phase 5 OPL microprocessor controller

(computer) has been programmed with this Special Cool Down “Not Active” (“nSC”).

With this Special Cool Down “Active” (“SC”), the Cool Down T emperature limits dif fer than if it were a normal
cycle. The Special Cycle “Cool Down Time” or minimum limits are governed by the “drying temperatures”
selected.

D RY ING TEMPERATU RE RA NG E MIN IMUM L IMIT

180º F to 200º F 82º C to 93º C 10 Minutes
150º F to 179º F 65º C to 82º C 7 Minutes
100º F to 149º F 37º C to 65º C 5 Minutes

Although this Special Cool Down Program/Selection (Patent No. 5,161,314) is designed primarily for gas heated
dryers, it can be used for both electric heated and steam heated dryers, however, the results will vary.

IMPORTANT: During a cycle, the Special Cool Down Cycle should be allowed to run its entire

cycle without any interruption (i.e., the main door should not be opened), so that the
material being dried is properly cooled...otherwise serious injury may result.

NOTES: To utilize this unique “Special Cool Down Cycle,” the items below must be kept in mind...

1. Activate the Special Cool Down Cycle as explained in the Programming Section of this

manual.

2. Preprogrammed Cycle “F” must be set in the “Timed Mode.”

3. Preprogrammed Cycle “F” should be changed to reflect the programming limits outlined

above.

18

SECTION IV

OPERATING INSTRUCTIONS

The Phase 5 OPL microprocessor controller (computer) allows the operator to choose from six (6) preprogrammed
cycles (Key “A” through Key “F”) which, unless otherwise specified at the time of ordering the dryer, has been
preprogrammed by the factory with the parameters (programs) shown on
for occasional or one-time special loads, the manually loaded cycles can be used where the operator must set
the specific program(s) needed.

NOTE: Refer to Section III of this manual for a complete explanation of the various cycles/selections

available.

After the load is put into the basket (tumbler) and the main door is closed, determine which cycle will suit the
application (type of load). We recommend using the Automatic Drying Cycle (Patent No. 4,827,627) for most
loads. This cycle provides for the best drying in the shortest time, ALL automatically .

A. OPERATING SEQUENCE

page 54 and page 55. Additionally,

1. Preprogrammed Cycles

a. Automatic Drying Cycle (Patent No. 4,827,627)

1) L.E.D. (liquid emitting diode) display reads “FILL” (no cycle in progress).

2) Press the letter on the keyboard (touchpad) corresponding to the cycle desired (i.e., Key “A”)...

a) The dryer will then start (rotate).

3) The L.E.D. (light emitting diode) display reads Cycle In Progress and Cycle Status (i.e., “dr00”)
meaning that the dryer is in the Drying Cycle (Mode). During the drying cycle, the Phase 5 OPL
Microprocessor Controller (computer) is monitoring the amount of moisture in the load. Approximately
half way through the drying cycle, the Cycle Status portion of the L.E.D. display will change from
“00” to the percentage of extraction it senses (i.e., “68”). The Cycle Status of the L.E.D. display
will change and count upwards until the percentage of extraction programmed is reached.

NOTE: T o stop the dryer at any time, open the main door. T o continue the cycle, close the main door

and press the“ PRESS ST AR T” key. The dryer will continue from where it left off...or the
dryer may also be stopped by pressing the “CLEAR/STOP” key . However, the cycle that
was in progress will be cancelled, and the L.E.D. (light emitting diode) display will return to
the “FILL” (no cycle in progress) Mode.

4) Once the preprogrammed percentage of extraction (dryness level) is reached (i.e., “100”), the
drying cycle will end, and the Cycle In Progress portion of the L.E.D. (light emitting diode) display
will read “CL,” meaning that the dryer is now in the Cool Down Cycle (Mode). The Cycle Status
portion of the L.E.D. display will continue to show the percentage of extraction. However, it serves
no purpose in the Cool Down Cycle (Mode).

19

5) Once the Cool Down Cycle is completed, the dryer will shut off, the tone (buzzer) will sound (i.e.,
7-seconds), and the L.E.D. (light emitting diode) display will read “donE.” The L.E.D. display will
continue to read “donE” until the main door is opened.

6) If the Anti-Wrinkle Program is active (on), once the drying cycle and cooling cycles are completed
and the L.E.D. display reads “donE” the Phase 5 OPL microprocessor controller (computer) will
proceed into the Anti-W rinkle Program (Mode). If the main door is not open within the Anti-W rinkle
Delay Time (i.e., 90-seconds), the basket (tumbler) will rotate (without heat) for the programmed
Anti-Wrinkle On Time (i.e., 20-seconds). The Phase 5 OPL microprocessor controller (computer)
will repeat this process until the programmed Maximum Anti-W rinkle On T ime has expired (i.e., 10
minutes) or until the main door is opened, whichever comes first. The L.E.D. display will continue
to read “donE” until either the main door is opened or the Maximum Anti-Wrinkle On Time has
expired, at which time the L.E.D. display will read “FILL” (no cycle in progress).

b. Timed (Manual) Drying Cycle

1) L.E.D. (light emitting diode) display reads “FILL” (no cycle in progress).

2) Press the letter on the keyboard (touchpad) corresponding to the cycle desired (i.e., Key “D”).

3) The dryer will then start (rotate).

4) The L.E.D. display will show Cycle In Progress and Cycle Status (Mode) for 40 minutes. During
the Drying Cycle, the Cycle Status time will count downward until the drying time programmed has
expired.

NOTE: T o stop the dryer at any time, open the main door. T o continue the cycle, close the main door

and press the “PRESS ST AR T” key. The dryer will continue from where it left off...or the
dryer may also be stopped by pressing the “CLEAR/STOP” key . However, the cycle that
was in progress will be cancelled, and the L.E.D. (light emitting diode) display will return to
the “FILL” (no cycle in progress) Mode.

5) When the programmed drying time has expired, the Phase 5 OPL microprocessor controller (computer)
will proceed into the Cool Down Cycle (Mode), and the Cycle In Progress portion of the L.E.D.
(light emitting diode) display will read “CL.” The Cycle Status portion of the L.E.D. display will
read the Cool Down Time (i.e., 6 minutes) and count downward until this time has expired.

6) Once the Cool Down Cycle is completed, the dryer will shut off, and the L.E.D. display will read
“donE.” The L.E.D. display will continue to read “donE” until the main door is opened.

7) If the Anti-W rinkle Program is active (on), once the Drying Cycle and Cooling Cycle are completed
and the L.E.D (light emitting diode) display reads “donE,” the Phase 5 OPL microprocessor
controller (computer) will proceed into the Anti-Wrinkle Program. If the main door is not opened
within the Anti-Wrinkle Delay Time (i.e., 90-seconds), the basket (tumbler) will rotate (without
heat) for the programmed Anti-Wrinkle On Time (i.e., 20-seconds). The Phase 5 OPL
microprocessor controller (computer) will repeat this process until the programmed Maximum
Anti-Wrinkle On T ime has expired (i.e., 10 minutes) or until the main door is opened, whichever
comes first. The L.E.D. display will continue to read “donE,” until either the main door is opened
or the Maximum Anti-W rinkle On T ime has expired, at which time the L.E.D. display will read
“FILL” (no cycle in progress).

20

2. Manually Loaded Cycles

a. Automatic Drying Cycle (Patent No. 4,827,627)

1) L.E.D. (light emitting diode) display reads “FILL” (no cycle in progress).

2) Press Key “2.”

3) L.E.D. display will now read “F ,” meaning select Fabric (temperature) desired. Enter the temperature

desired (from 160º F to 200º F [71º C to 93º C] in one-degree increments). For example, for F190,
press key “1,” key “9,” key “0,” and then press the “ENTER/STA RT” key.

4) L.E.D. display will now read “drY --LEuL,” for 1-second each and then the “percentage of dryness”

100 percent (100%). At this point the “percentage of dryness” can be changed (from 90% to 100%
in one percent [1%] increments). For example, for 95%, press key “9,” key “5,” and then press the
“ENTER/STA RT” key.

5) For optional reversing models, if the system parameters are set for Select Reverse, the L.E.D.

(light emitting diode) display will now read “Sr” meaning “Select Reverse.” If reversing basket
(tumbler) action is desired, press the “ENTER/START” key. If No Reverse is desired, press the
“0” key.

6) The dryer will now start and the L.E.D. display will show Cycle In Progress and Cycle Status (i.e.,

“dr00”), meaning that the dryer is in the Drying Cycle (Mode). During the Drying Cycle the Phase
5 OPL microprocessor controller (computer) is monitoring the moisture in the load. Approximately
half way through the drying cycle, the Cycle Status portion of the L.E.D. will change from “00” to
the percentage of extraction it senses (i.e., 68). The Cycle Status of the display will change and
count upward until the percentage of extraction (i.e., 95%) is reached.

NOTE: T o stop the dryer at any time, open the main door. T o continue the cycle, close the main door

and press the“ PRESS ST AR T” key. The dryer will continue from where it left off...or the
dryer may also be stopped by pressing the “CLEAR/STOP” key . However, the cycle that
was in progress will be cancelled, and the L.E.D. (light emitting diode) display will return to
the “FILL” (no cycle in progress) Mode.

7) Once the preprogrammed percentage of extraction (dryness level) is reached (i.e., 95%), the drying

cycle will end, and the Cycle In Progress portion of the L.E.D. (light emitting diode) display will read
“CL,” meaning that the dryer is now in the Cool Down Cycle (Mode). The Cycle Status portion of
the L.E.D. display will continue to show the percentage of extraction. However, it serves no
purpose in the Cool Down Cycle (Mode).

8) Once the Cool Down Cycle is completed, the dryer will shut off, the tone (buzzer) will sound (i.e.,

7-seconds), and the L.E.D. display will read “donE.” The L.E.D. display will continue to read
“donE” until the main door is opened.

21

9) If the Anti-W rinkle Program is active (on), once the Drying Cycle and Cooling Cycles are completed
and the L.E.D. (light emitting diode) display reads “donE” the Phase 5 OPL microprocessor controller
(computer) will proceed into the Anti-W rinkle Program (Mode). If the main door is not open within
the Anti-Wrinkle Delay Time (i.e., 90-seconds), the basket (tumbler) will rotate (without heat) for
the programmed Anti-Wrinkle On Time (i.e., 20-seconds). The Phase 5 OPL microprocessor
controller (computer) will repeat this process until the programmed Maximum Anti-Wrinkle On
Time has expired (i.e., 10 minutes) or until the main door is opened, whichever comes first. The
L.E.D. display will continue to read “donE” until either the main door is opened or the Maximum
Anti-Wrinkle On T ime has expired, at which time the L.E.D. display will read “FILL” (no cycle in
progress).

b. Timed (Manual) Dryer Cycle

1) L.E.D. display reads “FILL” (no cycle in progress).

2) Press key “5.”

3) L.E.D. display will now read “drY” for 1-second, “tInE” for 1-second, and then “00.” Enter the
drying time desired (from 0 to 99 minutes in one [1] minute increments). For example, for 40
minutes, press key “4,” key “0,” and then press the “ENTER/START” key.

4) L.E.D. display will now read “CooL” for 1-second, “tInE” for 1-second, and then “00.” For example,
for 10 minutes, press key “1,” key “0,” and then press the “ENTER/START” key.

5) L.E.D. display will now read “drY” for 1-second, “tEnP” for 1-second, and then “F ,” meaning select
Fabric (temperature) desired. Enter the temperature desired (from 100º F to 200º F [37º C to 93º C]
in one-degree increments). For example, for 182º F (83º C), press key “1,” key “8,” key “2,” and
then press the “ENTER/STA RT” key.

6) For optional reversing models, if the system parameters are set for Select Reverse, the L.E.D.
(light emitting diode) display will now read “Sr” meaning “Select Reverse.” If reversing basket
(tumbler) action is desired, press the “ENTER/STA RT” key. If No Reverse is desired, press the
“0” key.

7) The dryer will now start, and the L.E.D. (light emitting diode) display will show Cycle In Progress
and Cycle Status (i.e., “dr40”), meaning the dryer is in the Drying Cycle (Mode). During the Drying
Cycle, the Cycle Status portion of the L.E.D. display will count downward in time until the drying
time selection (i.e., 40 minutes) has expired.

NOTE: T o stop the dryer at any time, open the main door. T o continue the cycle, close the main door

and press the “PRESS ST AR T” key. The dryer will continue from where it left off...or the
dryer may also be stopped by pressing the “CLEAR/STOP” key . However, the cycle that
was in progress will be cancelled, and the L.E.D. (light emitting diode) display will return to
the “FILL” (no cycle in progress) Mode.

8) Once the programmed drying time has expired, the Phase 5 OPL microprocessor controller (computer)
will proceed into the Cool Down Cycle (Mode) and the Cycle In Progress portion of the L.E.D.
display will read “CL.” The Cycle Status portion of the L.E.D. display will read the programmed
Cool Down T ime (i.e., 10 minutes) and count downward until this time expires.

22

9) Once the Cool Down Cycle is completed, the dryer will shut off, the tone (buzzer) will sound (i.e.,

7-seconds), and the L.E.D. (light emitting diode) display will read “donE.” The L.E.D. display will
continue to read “donE” until the main door is opened.

10) If the Anti-W rinkle Program is active (on), once the Drying Cycle and Cooling Cycle are completed

and the L.E.D. (light emitting diode) display reads “donE” the Phase 5 OPL microprocessor controller
(computer) will proceed into the Anti-W rinkle Program (Mode). If the main door is not open within
the Anti-Wrinkle Delay Time (i.e., 90-seconds), the basket (tumbler) will rotate (without heat) for
the programmed Anti-Wrinkle On Time (i.e., 20-seconds). The Phase 5 OPL microprocessor
controller (computer) will repeat this process until the programmed Maximum Anti-Wrinkle On
Time has expired (i.e., 10 minutes) or until the main door is opened, whichever comes first. The
L.E.D. display will read “donE” until either the main door is opened or the Maximum Anti-W rinkle
On Time has expired, at which time the L.E.D. display will read “FILL” (no cycle in progress).

B. OPERATING NOTES

1. If the main door is opened while a cycle is in progress the L.E.D. (light emitting diode) display will read
“door.” The L.E.D. display will continue to read “door” until the main door is closed. Once the main door
is closed, the L.E.D. display will return to reading “dr__.” The “ENTER/START” key must now be
pressed to resume the drying cycle and cooling cycle.

2. If the system parameters are not programmed for Flash Display or Temperature Display the temperature in
the basket (tumbler) can be read at the L.E.D. display while the cycle is in progress by pressing the
“ENTER/START” key.

3. Preprogrammed Cycle “F” has been preprogrammed by the factory as a “T ouch-Up Cycle” (unless otherwise
specified at the time of ordering the dryer). This Touch-Up Cycle is programmed to operate in the Timed
(Manual) Drying Cycle for 10 minutes of drying time at 170º F (77º C) and a 2 minute Cool Down.

a. Residing in Cycle “F” is the Special Cool Down Program/Selection (Patent No. 5,161,314)...

1) This unique Cool Down Program/Selection is specifically designed to limit the amount of cooling that
occurs during the Cool Down Cycle. During this Special Cool Down process, the Phase 5 OPL
microprocessor controller (computer) cycles the heat at various intervals to achieve a gradual cool
down of approximately 10º F (12º C) per minute.

4. A cycle in progress can be stopped and cancelled at any time by pressing the “CLEAR/STOP” key. The

L.E.D. (light emitting diode) display will return to the “FILL” Mode (no cycle in progress).

5. When using the manual selection cycle, if an error is made making an entry , press the “CLEAR/STOP” key

ONCE, and the entry will be cancelled. Re-enter the selection.

23

SECTION V

L.E.D. DISPLA Y/CODES

The L.E.D. (light emitting diode) display informs the operator of cycle status, program verification, and displays
important diagnostic codes and fault codes.

A. L.E.D. DISPLAY OPERATING STATUS

1. Cycles in Progress

a. While the dryer is operating, the L.E.D. (light emitting diode) display will read which cycle is in progress.

For example, in Drying Cycle (Mode), the L.E.D. display will read “dr” and in the Cool Down Cycle
(Mode) the L.E.D. display will read “CL.”

2.

Cycle Status

a. While a cycle is in progress, the L.E.D. display will show the progress of the cycle (load) that is being

processed.

1) Automatic Drying Cycle

a) Cycle Status portion of the display will change and count upward until the percentage of extraction.

2) Timed (Manual) Drying Cycle

a) Cycle Status portion of the L.E.D. display will show the drying time or cooling time and will

count upward until the programmed time has expired.

3.

Alternate Display Programs

a. Programming allows for the L.E.D. (light emitting diode) display to read just the basket (tumbler)

temperature or flash back and forth from Cycle In Progress or Basket (tumbler) Temperature while the
dryer cycle is in progress. Unless otherwise specified at the time of ordering the dryer, the Phase 5 OPL
microprocessor controller (computer) is programmed not to flash and to read the Cycle in Progress.

NOTE: Refer to the illustration on the following page (page 25) for details.

4. Indicator Dots

a. Located at the top of the L.E.D. (light emitting diode) display is a series of dots which indicate the

various Phase 5 OPL microprocessor controller (computer) output functions while a cycle is in progress.

1) Illustration No. 3 (refer to the following page [page 25]).

a) ON INDICATOR - this indicator dot is on whenever a cycle is in progress. Additionally,

when the Anti-Wrinkle Program is active, this indicator dot will be on whenever
the Phase 5 OPL microprocessor controller (computer) is in the Guard On
Time Program.

24

2) Illustration No. 4 (refer to the illustration below)

a) HEAT INDICATOR - this indicator dot is on whenever the Phase 5 OPL microprocessor

controller (computer) is calling for the heating unit to be active (on).

3) Illustration No. 5 (refer to the illustration below)

a) REVERSING INDICATOR - this indicator dot is functional for dryer models with the

Reversing Action Option ONL Y. This indicator dot will be on when the basket (tumbler) is in the
reverse (counterclockwise [CCW]) direction.

4) Illustration No. 6 (refer to the illustration below)

a) FORWARD INDICATOR - this indicator dot is functional for dryer models with the

Reversing Action Option ONLY. This indicator dot
(tumbler) is in the forward (clockwise [CW]) direction. Additionally, when the Anti-Wrinkle
Program is active, this indicator dot
controller (computer) is in the Guard On T ime Program (Mode).

will be on whenever the Phase 5 OPL microprocessor

will be on when the basket

B. PHASE 5 OPL MICROPROCESSOR CONTROLLER (COMPUTER) L.E.D.
DISPLAYS

1. Cycle In Progress

a. dr -- - Drying Time
b. CL -- Cool Down Time

2. Cycle Status

a. Automatic Mode Percent (%) of Extraction
b. Manual Mode displays Drying Time or Cool Down T ime

3. On Indicator (dryer is in the Operating Mode)

4. Heat On Indicator

5. Basket (tumbler) in REVERSE MODE (counterclockwise [CCW]) Indicator

6. Basket (tumbler) in FORWARD MODE (clockwise [CW]) Indicator

25

C. L.E.D. (LIGHT EMITTING DIODE) CODES

1. Display Codes

A Slope Factor
AUto Automatic Mode (Patent No. 4,827,627)
ArEu Always Reverse
b Heat Loss (offset) Factor
bUZ Buzzer (T one)
bUZ--tInE Buz Time
ºCEL Degrees in Celsius
CL Cool Down Cycle In Progress
Cool--tInE Cool Down Time
Cool--tEnP Cool Down T emperature
CY A Preprogrammed Cycle A
CY b Preprogrammed Cycle b
CY C Preprogrammed Cycle C
CY d Preprogrammed Cycle d
CY E Preprogrammed Cycle E
CY F Preprogrammed Cycle F
CYCL--tInE Cycle Display T ime
d Dryness Level (percentage of extraction)

(Numerical Value)

donE Drying or Cooling Cycles Complete

or

Dryer is in Anti-W rinkle Mode

door Door Circuit is Open

or

Fault in A.C. Door Switch Circuit

dr Dryer Cycle is in Progress
drY--LEuL Dryer Level (percentage of extraction)
drY--tEnP Drying T emperature
F Fabric (temperature)
ºF Ar Degrees in Fahrenheit
FILL No Cycle In Progress
FLS Flash Display Active
GdL Y Anti-Wrinkle Delay T ime
G on--tInE Anti-Wrinkle On T ime
Grd Anti-Wrinkle Program Active
Hot Overheating Condition
MAnU Manual Mode
MGrd Maximum Guard Time
nbUZ No Buzzer (T one)
nGrd Anti-Wrinkle Program Is Not Active
nrEu No Reverse
nSC No Special Cool Down

26

nSEn No Rotational Sensor Selected
ProG Program Mode
rEu Reverse
SC Special Cool Down
SEFL Rotational Sensor Circuit Failure
SEn Rotational Sensor Selected
SPIn--tInE Spin Time
Sr Select Reverse
SrEu Select Reverse
StoP--tInE Stop T ime
tEnP--tInE Temperature Display T ime
tInE Time

2. Fault Codes

door -- Keyboard (touchpad) entry was made while the main door was open

or

Fault in the A.C. door switch circuit.

dSFL - Fault in the microprocessor temperature sensor circuit.
SEFL - Fault in the rotation of the basket (tumbler).
Hot --- Indicates that the dryer has experienced an overheating condition.

T o cancel the “Hot” default code, press the “CLEAR/STOP” key.

27

SECTION VI

PROGRAMMING INSTRUCTIONS

A. INTRODUCTION TO PROGRAMMING

The various program selections are stored in the Phase 5 OPL microprocessor controller (computer) and are
broken down into two (2) categories:

1.

Preprogrammed Cycles (key “A” through key “F”)

a. Allow the operator to have six (6) most commonly used cycle selections awaiting the push of a single

keyboard (touchpad) entry to start the dryer.

2. System Parameters

a. Which are the programs set by the factory and rarely need to be changed in the field. These system

parameters (programs) are stored in the memory as Program Locations (key “2,” key “5,” key “8,” and
key “0”).

Both the preprogrammed cycles and the system parameters (programs) have been preprogrammed by the factory
with the parameters shown on page 54 and page 55 of this manual. The various program selections for the
preprogrammed cycles and system parameters are outlined in Section III of this manual.

ALL the program changes for the preprogrammed cycles and system parameters (programs) are done through
the keyboard (touchpad) selection keys on the front of the control panel. To change programs, an access code
must be entered. The procedure for entering this access code is as follows:

First, make sure that no cycle is in progress and that the L.E.D. (light emitting diode) display reads “FILL.”

Then press the “ENTER/START” key ONCE and the “0” key three (3) times. The “0” key must be
pressed three (3) times within 2-seconds after pressing the “ENTER/START” key. If this access
sequence is not entered correctly, the Phase 5 OPL microprocessor controller (computer) will deny
access into the Program Mode. If the access code is entered correctly, the L.E.D. display will read “ProG.”

From this point, any of the preprogrammed cycles or system parameters (programs) can be accessed.

To alter the programming the operator will locate the parameter (program) that is to be changed. If the change
is a numerical one (i.e., time and/or temperature), the operator will simply enter the numerical value desired. If
an error is made, press the “CLEAR/STOP” key ONCE, and the incorrect entry that was made will be cancelled.
Once the entry is made, or the parameter (program) set does not need to be changed, press the “ENTER/
START” key, and the Phase 5 OPL microprocessor controller (computer) will advance to the next program
selection.

When making numerical changes, please keep in mind to stay within the programming limits shown on page 57
and page 58. If an erroneous entry is made, the Phase 5 OPL microprocessor controller (computer) will ignore
the entry made when the “ENTER/ST ART” key is pressed and will return to the numerical value previously set.

28

The Phase 5 OPL microprocessor controller (computer) walks the operator through the various parameters
(programs) and advances each time the “ENTER/ST ART” key is pressed. Once ALL the steps in the particular
preprogrammed cycle or Program Location (system parameters) are set, the L.E.D. (light emitting diode) display
will read “ProG.” At this point, the operator can go to the next preprogrammed cycle or Program Location
(system parameter) to be changed. If no other programs (parameters) need to be changed, the user can get out
of the program mode by pressing the “CLEAR/STOP” key. The Phase 5 OPL microprocessor controller
(computer) will now return to the operating mode, and the L.E.D. (light emitting diode) display will read “FILL.”

B. PROGRAMMING FLOWCHARTS

The following section of this manual (page 29 through page 53) explains the programming of the preprogrammed
cycles and Program Locations (system parameters) through the use of flowcharts. A flowchart is nothing more
than a diagram of the programming process.

T wo (2) dif ferent symbols

will be used in these flowcharts:

a rectangle

a square

Each rectangle will represent a read-out on the Phase 5 OPL microprocessor controller (computer) L.E.D. (light
emitting diode) display , and each square will represent a key that is pressed. For example:

1. If the flowchart shows the symbol

FILL

, the Phase 5 OPL microprocessor controller (computer)

(computer) L.E.D. display will read the same.

2. If the flowchart shows the symbol you will press that specific key on the keyboard (touch pad) label.

3

a. The flowchart arrows (i.e., ) represents the program path.

b. On the sides of these flowcharts are explanations of the flowchart procedure, and in some cases the

programming limits.

29

Listed below , is an index of the flowcharts on the following pages.

FLOWCHART TITLES

PAGE

Entering and Exiting Program Mode ........................................... 31

Programmed Cycles

Automatic Drying Cycle

(Patent No. 4,827,627) ........................ 32

Timed (Manual) Drying Cycle ................................................. 36

System Parameters (Programs)

Program Location 2 .................................................................. 40

Program Location 5 .................................................................. 42

Program Location 8 .................................................................. 44

Program Location 0 .................................................................. 47

Special Cool Down Program

(Patent No. 5,161,314)..................... 49

Manually Loaded Cycles

Automatic Drying Cycle

(Patent No. 4,827,627) ........................ 50

Timed (Manual) Drying Cycle ................................................. 52

NOTE: T o review the preset Program Locations, simply press key “8” when the L.E.D. (light emitting

diode) displays “FILL.”

30

Entering and Exiting Program Mode

FILL

To enter program mode, press the "Enter/Start"

00

0

ENTER
START

key once, and immediately press the "0" Key
three (3) times within 2-seconds

.

Preprogrammed cycle

to be changed

B

Enter program to b e cha nged
by pressing appropriate key.

To exit program mode.

ProG

(Program Mode)

ENTER
START

System parameter program

location to be changed

MAN

2

Last Parameter

Changed

A 05

CLEAR

STOP

CLEAR

STOP

CLEAR

STOP

b 75

31

ENTER
START

ProG

CLEAR

STOP

FILL

To proce de to next program
to be changed.

To exit program mode.

Preprogrammed Cycle Programming

Automatic Drying Cycle

(Patent No. 4,827,627)

FILL

0

00

ENTER
START

ProG

A

CY A

AUto MAnU

or

To enter program mode, press the "Enter/Start"
key once, and immediately press the "0" key
three (3) times within 2-seconds.

(Program Mode)

Select preprogrammed cycle to be changed (i.e., A).

Display will read "CY A" for 1-second and then "auto"
or "manual." Cycle between automatic and manual by
pressing the "0" key. If no change is required press the
"Enter/Start" key.

0

rEu

0

nrEu

Reversing Models

Reversing Models

or

ENTER
START

Continued

ENTER
START

nrEu

0

rEu

AUto

Non-Reversing

Non-Reversing

Models

Models

For Non-Reversing Models press the
"Enter/Start" key.

Reversing Models:

Display will read "reversing" or
"non-reversing" (single direction
rotation). If no change is necessary,
press the "0" key, and then the
"Enter/Start" key.

32

Continued

Grd

0

nGrd

Display will read "dry" for 1-second, "temp" for
1-second (drying temperature), and then
temperature programmed. If a chang e is necessary,
enter temperature change (160º F to 200º F in
increments of 1º F). I.E., for 182º F, press key "1",
key "8", key "2", and then press the "Enter/S tart"
key.

or

ENTER
START

drY

tEnP

nGrd

0

Grd

180

1

8

2

ENTER
START

Continued

33

Continued

Display reads "Dry" for 1-second.

Display reads "Level" for 1-second.

Dryness Level (% Extraction).

Press the "Enter/Start" key if no change is necessary. If
a change is necessary, enter % change (90% to 100% in
increments of 1%). I.e., for 95%, press key "0," key
"9," key "5," and then press the "Enter/Start" key.

I.E.

drY

LEuL

100

0

9

5

095

ENTER
START

Display "Cool" for 1-second.

Display "Time" for 1-second.

Cool Down Time.
Press the "Enter/Start" key if no change is necessary. If

a change is necessary, enter time change (0 to 99
minutes in increments of 1 minute). I.e., for 8 minutes,
press key "0," key "8," and then press the "Enter/Start"
key.

CooL

tInE

06

0

8

08

ENTER
START

Continued

34

Continued

Display reads "Cool" for 1-second.

Display reads "Temp" for 1-second.

Press "Enter/Start" if no change is necessary.

If a change is necessary, enter temperature change (70º F
to 100º F [21º C to 37º C] in increments of 1º F [-17º C]).
I.e., for 80º F [26º C], press key "0," key "8," key "0," and
then press the "Enter/Start" key.

Cool

tEnP

F 070

0

8

0

F 080

ProG

Select next program

change

CLEAR

STOP

To exit press the
"Clear/Stop" key

FILL

The cycle has now been entered and stored into the Phase 5 OPL Microprocessor Controller (computer) under key
"A." By pressing key "A" when the display reads "FILL," this will begin the drying cycle.

.

35

Preprogrammed Cycle Programming

Timed (Manual) Drying Cycle

FILL

0

00

ENTER
START

ProG

D

CY d

MAnU AUtO

or

To enter program mo de, press the "Enter/Start"
key once, and imm ediately press the "0" Ke y
three (3) times wit hin 2-seconds

(Program Mode)

Select preprog ram m ed cycle to be chang ed (i .e ., D).

Display will read "CY d" fo r 1 seco nd and then "auto"
or "manual". Cycle between automati c and m anual by
pressing the " 0" key. If no chan ge is required press the
"Enter/Start" key.

0

.

rEu

0

nuEu

Reversing Mod els

or

ENTER
START

Continued

ENTER
START

nuEu

0

rEu

MAuU

Display will read "reverse" or "non-reverse" (single
direction rotation). The "0" key will toggle between
reverse and non-reverse. If no chan ge is necessary,
press the "En ter/Start" key.

Non-Reversing

Models

36

Continued

Grd

0

nGrd

Display will read "dry" for 1 second, "time" for 1 second
(drying temperature), and then drying time programmed.
If no ch ange is necessary , press the " Enter/Sta rt" key. If a
change is necessary, enter time change (10 to 99 minutes
in incremen ts of 1 minute. I.E., for 35 minutes", press key
"0", key "3", k ey "5 ", and then press the "Ent er/St ar t" k ey.

or

ENTER
START

drY

tInE

40

0

3

nGrd

0

Grd

Display will read "dry" for 1 second, "temp" for 1
second (drying temperature), and then temperature
progr am med. If a change is necessary, ente r
temperature change (1 00º F to 200º F in increments of
1º F). I.e., for 182º F, press key "1", key "8", key "2",
and then press the "Enter/Start" key.

5

ENTER
START

drY

tEnP

182

1

8

2

ENTER
START

37

Continued

Continued

Display reads "Cool" for 1-second.

Display reads "Time" for 1-second.

Cool Down Time.

Press the "Enter/Start" key if no change is necessary. If a
change is necessary, enter time change (0 to 99 minutes
in increments of of 1 minute). I.E., for 8 minutes, press
key "0", key "8", and then press the " Enter/Start" key.

Displa y "Cool" for 1-second.

CooL

tInE

06

0

8

08

ENTER
START

CooL

Display "Temp" for 1-second.

Cool Down Temperature.

Press the "Enter/Start" key if no change is nessary.
If a change is necessary, en ter temp erature change
(70º F to 100º F in increments of 1º F). I.E., for 80º
F, press key " 0", key "8", key "0", and then press
the "Enter/S ta rt" k ey.

tEnP

090

0

8

0

080

ENTER
START

Continued

38

Continued

Reversing Models

Display reads "Spin" for 1-second.

Display reads "Time" for 1-second.

Spin Time.

Press the "Enter/Start" key if no change is necessary. If a
change is necessary, enter time change (30 to 120-seconds
in increments of of 1-second). I.E., for 30-seconds, press
key "0", key "3", key "0", and then press the "Enter/Start"
key.

Display "Stop" for 1-second.

SPin

tInE

060

0

3

0

ENTER
START

StOP

Non-Reversing

Models

Display "Time" for 1-second.

Stop Time.

Press the "Enter/Start" key if no change is necessary. If a
change is necessary, enter time change (5 to 10-seconds in
increments of of 1-second). I.E., for 8-seconds, press key
"0", ke y "8", and t hen press the "Enter/S tart" key.

Selec t next program

change

tInE

05

0

8

0

ProG

ENTER
START

CLEAR

STOP

To exit press th e
"Clear/Stop" key.

39

FILL

Program Location 2

No Cycle In Progress

FILL

00

0

ENTER
START

To enter program mode, press the "Enter/Start"
key once, and immediately press the "0" Key
three (3) times within 2- seconds

ProG

2

ºFAr ºCEL

0

ºCEL

or

0

ºFAr

ENTER
START

.

Display will read "FAr" or "CEL". The
"0" key will toggle between fahrenheit
and celsius. If no change is required
press the "Enter/Start" key.

ArEu

0

SrEu

Reversing Models

or

ENTER
START

Continued

SrEu

0

ArEu

Non-Reversing

Models

For Non-Reversing Models, press the
"Enter/Start" key.

Reversing Models:

Display will read "always reversing" or
"select reversing" (single direction
rotation). If no change is necessary,
press the "Enter/Start" key. If a change
is necessary, press the "0" key, and then
the "Enter/Start" key.

40

Continued

SEn

0

nSEn

ENTER
START

A 05

0

3

A 03

ENTER
START

nSEn

Rotational Sensor.

Display will read "sensor" or "no sensor." Press the

0

"0" key to toggle between sensor and no sensor. If
no change is necessary, press the "Enter/Start" key.

SEn

Slope Factor.

If no change is necessary, press the "Enter/Start" key. If a change is
necessary, enter Factor "A" (1 to 9 in increments of 1). I.E., for Factor 3,
press key "0", press key "3", and then press the "Enter/Start" key.

Select next program

change

b 65

5

6

b 56

ENTER
START

ProG

Offset Factor.

If no change is necessary, press the "Enter/Start" key. If a change is
necessary, enter Factor "b" (1 to 99 in increments of 1). I.E., for Factor 56,
press key "5", press key "6", and then press the "Enter/Start" key.

CLEAR

STOP

To exit press the
"Clear/Stop" key.

FILL

41

Program Location 5

No Cycle In Progress

FILL

With “no flash” selected,
“time” or “temp” only
will be displayed during
a cycle. Selection of
“time” or “temp” display
is made here

.

tInE

0

tEnP

ENTER
START

or

ENTER
START

tEnP

0

tInE

00

FLS

0

nFLS

0

ENTER

START

To enter program mode, press the "Enter/Start"
key once, and immediately press the "0" Key
three (3) ti m es within 2-seconds

.

ProG

5

or

ENTER
START

FLS

Display w ill read "flash" or "no
flash." If no change is necessary
press the "Enter/Start" key. If a
change is necessary, the "0" key
will toggle between flash and no
flash, then press the "Enter/Start"
key.

CyCL

tInE

15

Display will read "cycle" for 1-second and
"time" for 1-second. If no change is necessary
press the "Enter/Start" k ey. If a chang e is
necessary, enter time change (1 to 15-seconds in
increments of 1-second). I.E., for 12-seconds,
press key "1", key "2", and then press the
"Enter/Start" key.

1

Continue "A"

2

Continue "B"

42

Continued "A"

Continued "B"

ENTER
START

No

Flash

tEnP

tInE

01

1

0

ENTER
START

Display will read "temp" for 1-second and "time" for 1- s ec ond.
If no change is ne ces sary press the "Enter / Star t" key. If a change
is necessary, enter time change (1 to 15-seconds in increments of
1-second). I.E., for 10-seconds, press key "1", key "0", and then
press the " Enter/Start" key.

Select next program

change

ProG

CLEAR

STOP

FILL

43

To exit p res s th e
"Clear/Stop" key.

Program Location 8

No Cycle In Progress

FILL

0

00

ENTER

START

To enter program mode, press the "Enter/Start"
key once, and immediatel y pres s the "0" Key
three (3) times within 2-seconds

.

ProG

8

CooL

tInE

Display will read "cool" for 1-second and "temp"
for 1-second. If no change is necessary, press the
"Enter/Start" key. If a change is necessary (0 to
99 minutes in increments of 1 minute). I.E., for
8 minutes, press key "0", key "8", and then press
the "Enter/Start" key.

06

0

8

ENTER
START

CooL

tEnP

080

0

0

0

ENTER
START

Reversing

Models

Continued

Display will read "cool" for 1-second and "temp"
for 1-second. If no change is necessary, press the
"Enter/Start" key. If a change is necessary, ent er
temperature change (70º F to 100º F in increm ent s
of 1º F). I.E., for 90º F, press key "0", key "9", key
"0", and then press the "Enter/ Star t" key.

Non-Reversing Models

Skip to Continue

on page 45

44

Continued

SPin

tInE

060

0

7

0

ENTER
START

Display wi ll read ''stop" for 1-second and "time" f or 1-second.
If no change is nec essary, press the "Enter/Start" key If a
change is necessary, enter time change (30 to 120-sec onds in
increment s of 1-second). I.E., for 70-seconds, press key "0",
key "7", key "0", and then press the "Enter/Start" key.

StoP

tInE

05

0

7

ENTER
START

Continued

Display wi ll read ''stop" for 1-second and "time" f or 1-second.
If no change is nec essary, press the "Enter/Start" key If a
change is necessary, enter time change (5 to 10-seconds in
increments of 1-second). I.E., for 7 seconds, press key "0", key
"7", and then press the "Enter/Sta rt" key.

45

Continue

bUZ

tInE

07

0

4

Display will read "buzz" for 1-second and "time" for 1-second.
If no change is necessary press the "Enter/Start" key. If a
change is necessary, enter time change (0 to 15-seconds in
increments of 1-second). I.E., for 4-seconds, press key "0", key
"4", and then press the "Enter/Start" key.

Select next progr a m

change

ENTER
START

ProG

CLEAR

STOP

FILL

To exit press the
"Clear/Stop" key.

46

Program Location 0

No Cycle In Progress

FILL

0

00

ENTER
START

ProG

To enter program mo de, p res s the "Enter/Start"
key once, and imm edi ately press the "0" Key
three (3) times within 2-seconds

Press "0" key to enter pro gram location "0."
Display will read "Grd" or "nGrd" use "0" key to
toggle betweeen Grd and nGrd. Press Enter/Start
if no change is neces sary.

0

0

ENTER

START

bUZ nbUZ

0

or

0

ENTER

START

.

ProGnGrdGrd

Display will read "bu zz" or "no buzz". The "0"
key will toggle between buzz and no buzz. If
no change is required press the "Enter/Start"
key.

nbUZ

ENTER
START

Gon

tInE

20

1

5

ENTER
START

bUZ

Display will read "Gon" for 1-second and "time" fo r 1-s econd. If no
change is necessary press the "Enter/ S ta rt" key. If a change is necessa ry,
entire time chan ge (10 to 60-second s in incr ements of 1-second. I.E., for
15-seconds, pres s key "1", press key "5", and then press t he "Ente r/Start "
key.

Continued

47

Continued

GdLY

tInE

090

0

8

0

ENTER
START

Display will read "GdLY" for 1-second and "time" for 1-second. If no
change is necessary press the "Enter/Start" key. If a change is necessary,
entire time change (10 to 255-seconds in increments of 1-second. I.E.,
for 80-seconds, press key "0", press key "8", press key "0" and then press
the "Enter/ Sta rt " key.

Selec t next pr og r am

change

nGrd

tInE

10

1

2

ENTER
START

Display will read "nGrd" for 1-second and "time" for 1-second. If no
change is necessary press the "Enter/Start" key. If a change is necessary,
entire time change (1 to 99-seconds in increments of 1 second. I.E., for
12-seconds, press key "1", press key "2" and then press the "Enter/Start"
key.

CLEAR

STOP

To exit press the
"Clear /S top" ke y.

FILL

48

Special Cool Down Program

This Spe cial Cool Down Program i s designed to limit the cooling process to 10º F per minute. This
program was created to work well with fabrics that respond a dversely to a great change i n temperature
(i.e., VISA®). THIS PROGR AM CAN ONLY BE FOUND IN PRE SET CYCLE "F" WHEN THE
PHASE 5 MICRO- PROCESSOR CONTROLLER (computer) HAS BEEN PROGRAMMED FOR
SPECIAL COOL DOWN "SC".

FILL

No Cycle In Progress

8

0

0

ENTER
START

To enter program mode, press the "Enter /Start"
key once, and immed iately press the "0" Key
two (2) times and the "8" key once within 2-se conds

.

0

nSCSC

Display will read SC "Special Cool Down",
press the "o" key to toggle to nSC "No
Special Cool Down."

ENTER
START

FILL

49

Manually Loaded Cycle

Automatic Drying Cycle (Patent No. 4,827,627)

FILL

AUto

2

drY

tEnP

F

1

7

2

ENTER
START

Press Key 2.

Display reads "dry" for 1-second, "temp" for 1-second, and
then "F".

Display will read "F" (Fabric/Drying Temperature). Enter
desired drying temperature (160º F to 200º F in increments
of 1º F). I.e., for 172º F, press key "1", key "7", key "2", and
then press the "Ent er/St art" key.

drY

LEuL

100

0

9

2

ENTER
START

Continued

Display will read "dry" for 1-second and "level" for 1-second,
and then "100". The dryness level is automatically set to
100%. If no change is necessary, press the "Enter/Start" key.
If a change is necessary, enter level change (90% to 100% in
increments of 1%). I.E., for 92%, press key "0", key "9", key
"2", and then press the "Enter/Start" key.

50

Continued

Non-Reversing Models

or

Reversing Models

set for Always Reverse

Display will read operating

status and dryer will begin

drying cycle

Reversing Models

0

Sr

dr 00

ENTER
START

For Reversing Models.

Display will read "select reverse" if
system parameter is programmed for
select reverse. If reverse action is
desired, press the "Enter/Start key.
If no reverse action is desired, press
the "0" key.

51

Manually Load ed Cy cle

Timed (Manual) Drying Cycle

FILL

MAN

5

drY

tInE

00

3

0

ENTER
START

Press Key 5.

Display will read "dry" for 1-second and time for 1-second.
If no change is necessary, press the "Enter/Start" key. If a
change is necessary, enter time change (0 to 99 minutes in
increments of 1 minute. I.E., for 30 minutes, press key "3",
key "0", and then press the "Enter/Start" key.

CooL

tInE

00

0

2

ENTER
START

Continued

Display will read "cool" for 1-second and "time" for 1-second,
If no change is necessary, press the "Enter/Start" key. If a
change is necessary, enter time change (0 to 99 minutes in
increments of 1 minutes). I.E., for 2 minutes, press key "0",
key "2", and then press the "Enter/Start" key.

52

Continued

drY

tEnP

F

1

8

0

ENTER
START

Display reads "dry" for 1-second, "temp" for 1-second, and
then "F."

Display will read "F" (Fabric/Drying Temperature). Enter
desired drying temperature (160º F to 200º F [71º C to 93º
C] in increments of 1º F [-17º C]). I.e., for 180º F [82º C],
press key "1," key "8," key "0," and then press the "Enter/
Start" key.

Non-Reversing Models

or

Reversing Models

set for Always Reverse

Display will read operating

status and dryer will begin

drying cycle

Reversing Models

0

Sr

dr 30

ENTER

START

For Reversing Models.

Display will read "select reverse" if
system parameter is programmed for
select reverse. If reverse action is
desired, press the "Enter/Start" key.
If no reverse action is desired, press
the "0" key.

53

SECTION VII

FACTORY PRESET PARAMETERS/PROGRAMS

A. PARAMETERS (PROGRAMS) PRESET BY FACTORY FOR NON-REVERSING

DR YERS

CYCLE A:

Automatic Mode, Anti-Wrinkle Active, Dry Temperature 180º F (82º C), Dryness Level 100%, Cool
Down T ime 6 minutes, Cool Down Temperature 80º F (26º C).

CYCLE B:

Automatic Mode, Anti-Wrinkle Active, Dry Temperature 180º F (82º C), Dryness Level 98%, Cool
Down T ime 6 minutes, Cool Down Temperature 80º F (26º C).

CYCLE C:

Automatic Mode, Anti-Wrinkle Active, Dry Temperature 160º F (71º C), Dryness Level 98%, Cool
Down T ime 4 minutes, Cool Down Temperature 80º F (26º C).

CYCLE D:

Manual (Timed) Mode, Anti-Wrinkle Active, Dry Time 40 minutes, Dry Temperature 190º F (87º C),
Cool Down Time 6 minutes, Cool Down Temperature 80º F (26º C).

CYCLE E:

Manual (Timed) Mode, Anti-Wrinkle Active, Dry Time 30 minutes, Dry Temperature 180º F (82º C),
Cool Down Time 4 minutes, Cool Down Temperature 80º F (26º C).

CYCLE F:

Manual (Timed) Mode, Anti-Wrinkle Active, Dry Time 10 minutes, Dry Temperature 170º F (76º C),
Cool Down Time 2 minutes, Cool Down Temperature 80º F (26º C).

System Parameters/Programs

Program Location 2 - (Key “2”) Temperature Conversion Status (set in Fahrenheit), Rotational Sensor

(non-active), Factor “A” and Factor “B” (set for your particular model dryer
and should not be changed).

Program Location 5 - (Key “5”) No Flash Display, Display Time (Flash Cycle Display Time, 15-seconds, Flash

Temperature Display Time 1-second).

Program Location 8 - (Key “8”) Manual (Timed) Mode - Automatic and Manual Cool Down Time 6 minutes,

Automatic and Manual Cool Temperature 80º F (26
7- seconds.

º C), Buz (Tone) Time

Program Location 0 - (Key “0”) Manual Selection Anti-Wrinkle Active, Anti-Wrinkle Buz (Tone) Active,

Anti-Wrinkle On Time 60-seconds, Anti-Wrinkle Delay Time 120-seconds,
Maximum Anti-W rinkle T ime 99 minutes.

54

B. PARAMETERS (Programs) PRESET BY FACTORY FOR (OPTIONAL)

REVERSING DRYERS

CYCLE A:

Automatic Mode, Reverse, Anti-Wrinkle Active, Dry T emperature 180º F (82º C), Dryness Level 100%,
Cool Down T ime 6 minutes, Cool Down Temperature 80º F (26º C).

CYCLE B:

Automatic Mode, Reverse, Anti-Wrinkle Active, Dry T emperature 180º F (82º C), Dryness Level 98%,
Cool Down T ime 6 minutes, Cool Down Temperature 80º F (26º C).

CYCLE C:

Automatic Mode, Reverse, Anti-Wrinkle Active, Dry T emperature 160º F (71º C), Dryness Level 98%,
Cool Down T ime 4 minutes, Cool Down Temperature 80º F (26º C).

CYCLE D:

Manual (Timed) Mode, Reverse, Anti-Wrinkle Active, Dry Time 40 minutes, Dry T emperature 190º F
(87º C). Cool Down Time 6 minutes, Cool Down Temperature 80º F (26º C), Spin Time 60-seconds,
Dwell (Stop) Time 5-seconds.

CYCLE E:

Manual (Timed) Mode, Reverse, Anti-Wrinkle Active, Dry Time 30 minutes, Dry T emperature 180º F
(82º C), Cool Down Time 4 minutes, Cool Down Temperature 80º F (26º C), Spin Time 60-seconds,
Dwell (Stop) Time 5-seconds.

CYCLE F:

Manual (Timed) Mode, Reverse, Anti-Wrinkle Active, Dry Time 10 minutes, Dry T emperature 170º F
(76º C), Cool Down Time 2 minutes, Cool Down Temperature 80º F (26º C), Spin Time 60-seconds,
Dwell (Stop) Time 5-seconds.

System Parameters/Programs

Program Location 2 - (Key “2”) Temperature Conversion Status (set in Fahrenheit), Rotational Sensor

(non-active), Factor “A” and Factor “B” (set for your particular model dryer
and should not be changed).

Program Location 5 - (Key “5”) No Flash Display, Display Time (Flash Cycle Display Time, 15-seconds, Flash

Temperature Display Time 1-second).

Program Location 8 - (Key “8”) Manual (Timed) Mode - Automatic and Manual Cool Down Time 6 minutes,

Automatic and Manual Cool T emperature 80º F (26º C), Manual Selection Spin
Time 60-seconds, Manual Selection
Time 7-seconds.

Dwell (Stop)Time 5-seconds, Buz (Tone)

Program Location 0 - (Key “0”) Manual Selection Anti-Wrinkle Active, Anti-Wrinkle Buz (Tone) Active,

Anti-Wrinkle On Time 60-seconds, Anti-Wrinkle Delay Time 120-seconds,
Maximum Anti-Wrinkle Time 99 minutes.

55

SECTION VIII

SYSTEM PARAMETER/PROGRAM LOCA TION CHAR T

PHASE 5 OPL PROGRAM LOCATIONS

LOCATIONS/PROGRAMS CYCLES AFFECTED

PROGRAM LOCATION 2 - KEY "2"

Disp lay Temperature (ºF or ºC) MLC and PPC

S e lec t Re ver s e o r A lwa ys Re ve r s e* M LC ON LY

Rotational Sensor or No Rotational S ensor MLC

"A" Fa ctor (S

Refer to c harts o n page 59

LOPE)MLC and PPC

and page 60

"B" Fa ctor (S LOPE)MLC and PPC

Refer to c harts o n page 59

and page 60

and PPC

PROGRAM LOCATION 5 - KEY "5"

Flash or No F lash MLC and PPC
Time or Temper at u re Disp l ay (N

O FLASH ONLY)MLC and PPC

Flash Cycle Display Time MLC
Flash Temperature Display Time MLC

PROGRAM LOCATION 8 - KEY "8"

Cool Down Time MLC ON LY
Co ol Down Temperature MLC O N LY
S pin Time ( A ll Exce pt Time d Dr y P PC) MLC ONLY
Stop (D

End - Of- C yc le Buz ( T

PROGRAM LOCATION 0 - KEY "0"

WELL) Time ( A ll Exce pt Timed Dr y P PC) MLC ON LY

ONE) Time MLC and PPC

With o r Without Anti-Wrinkle MLC O NLY
Anti- Wrink le Buz (T

ONE) On or Off MLC and PPC

Anti- Wrinkle O n Time MLC
Anti- Wrinkle Delay Time MLC
Ma ximum A nti- Wr inkle Time MLC

and PPC
and PPC

and PPC
and PPC
and PPC

MLC - MANUALLY LOADED CYCLES
PPC - PREPROGRAMMED CYCLES

* Re ver sing M ode ls ONLY.

56

SECTION IX

PHASE 5 OPL PROGRAMMING LIMITS

A. PREPROGRAMMED CYCLES

1. Automatic Cycle/Mode (Patent No. 4,827,627)

a. Drying Temperature (“drY tEnP”) from 160º F to 200º F (71º C to 93º C) in one-degree increments.

b. Dryness Level (percentage of dryness [“drY LEuL”]) from 90% to 100% in one percent (1%) increments.

c. Cool Down Time (“CooL tInE”) from 0 to 99 minutes in one minute increments.

d. Cool Down Temperature (“CooL tEnP”) from 70º F to 100º F (21º C to 37º C) in one-degree increments.

2. Timed (Manual) Drying Cycle (Mode)

a. Drying Temperature (“drY tEnP”) from 100º F to 200º F (37º C to 93º C) in one-degree increments.

b. Drying Time (“drY tInE”) from 0 to 99 minutes in one minute increments.

c. Cool Down Time (“CooL--tInE”) from 0 to 99 minutes in one minute increments for preprogrammed

cycle.

d. Cool Down Temperature (“ CooL--tInP”) from 70º F to 100º F (21º C to 37º C) in one-degree increments.

e. Reversing Models

1) Automatic Cycle/Mode (Patent No. 4,827,627)

IS NOT PROGRAMMABLE

2) Timed Cycle

a) Spin Time (“SPIn--tInE”) from 30-seconds to 120-seconds in one-second increments.

b) Dwell (Stop) Time (“StoP--tInE”) from 5-seconds to 10-seconds in one-second increments.

B. SYSTEM PARAMETERS (PROGRAM LOCATIONS)

1. Factor “A” (Slope) from 1 to 9 in increments of one (1).

2. Factor “B” (Heat Loss - Offset) from 1 to 99 in increments of one (1).

3. Manual Selection Auto Mode Cool Down T ime from 0 to 15 minutes in 1 minute increments.

4. Maximum Guard Time (“MGrd”) from 1 minute to 99 minutes in 1 minute increments.

57

5. Guard On Time (“G on--tInE”) from 10 to 60-seconds in one-second increments.

6. Guard Delay Time (“GdLY”) from 10 to 255-seconds in one-second increments.

7. Buzz (Tone) Time (“bUZ--tInE”) from 0 to 15-seconds in one-second increments.

8. Flash Display Cycle/Time (“FLS”) 1 to 15-seconds in one-second increments.

9. Flash Display Temperature/T ime 1 to 15-seconds in one-second increments.

C. FIXED PARAMETERS

1. Spin Time (“SPIn--tInE”) is fixed at 2 minutes (in the Automatic Cycle/Mode [Patent No. 4,827,627])

IS NOT PROGRAMMABLE

a. Timed Cycle - 30-seconds to 120-seconds in one-second increments.

2. Dwell (Stop) Time (“StoP--tInE”) is fixed at 5-seconds (in the Automatic Cycle/Mode [Patent No. 4,827,627])

IS NOT ADJUSTABLE

a. Timed Cycle - 5-seconds to 10-seconds in one-second increments.

58

SECTION X

PHASE 5 AUTO CYCLE (Patent No. 4,827,627)

“A” AND “B” FACTOR PARAMETERS for Current Production Dryer Models

GAS

M

ODEL

ADG-15D 3 80
ADG-24D 5 65

ADS-25D 5 80
ADG-26D
ADG-27D

ADG-235 5 65

ADG-285DH 5 65

ADG-295 N/A*

ADG-320D 5 75
ADG-330D 5 75
ADG-385D N/A*
ADG-430D 5 75

ADG-530HS N/A*

ADG-630D 5 75

ADG-30DS (A) 570
ADG-30DS (B) N/A*

ADG-30D 5 70

ADG-50DS (A)
ADG-50DS (B)

ADG-50D 5 72
ADG-60D 5 65
ADG-75D 5 65
ADG-75T 5 73

ADG-81 (C) 572

ADG-115D (C) 570

ADG-120ES (C) 575

ADG-170SE (C) 570

ADG-200D (C) 578
ADG-310D (C) N/A*
ADG-410D

PHASE 5 “A” and “B” Factor Parameter Listing for Past Production Models are on the following page (page 60).

(C)

"A" "B"

N/A*

ADE-30S

N/A*

ADE-50S

565

ADE-120ES

ELECTRIC

M

ODEL

ADE-15

ADE-24

ADE-25

ADE-320 15
ADE-330 15

ADE-30

ADE-50

ADE-60

ADE-75

ADE-115

KW "A" "B"

12 2 7 4
15 2 55
18 3 63
18

24

18 2 65
20 3 80
24 5 80

30
36
40

48(A)

20 3 80
24 5 80
30 5 75

30
36
40
42
48(A)

20 5 81
24 5 65
30 5 75
20 5 65
24 5 81
30 5 72
20
24
30
36
60 5 60
72 5 80
80 5 90
72 5 80
80 5 90

N/A*20

N/A*

(B)
(A) 570
(B)
(A)

(B)
(A)
(B)
(A)

N/A*42

N/A*

581
581
576
575

STEAM

M

ODEL

ADS-15

ADS-25
ADS-320
ADS-330
ADS-30S
ADS-50S
ADS-60S

ADS-75

ADS-81 5 65
ADS-115 5 68

ADS-120ES 5 65
ADS-170SE N/A*

ADS-200 (D) 578
ADS-200 (E) 572

ADS-310 N/A*
ADS-410 5 65

* “A” and “B” Factors not available at

time of printing.

T

H

L

YPE

IGH

OR

OW

"A" "B"

N/A*

(A) For 60 Hz models ONLY.
(B) For
(C) For non-Heat Reclaimer models ONLY.
(D) For models manufactured with a 7.5 HP Blower (impellor/fan) Motor.
(E) For models manufactured with a

50 Hz models ONLY.

15 HP Blower (impellor/fan) Motor.

59

“A” AND “B” FACTOR PARAMETERS for Past Production Dryer Models

GAS

M

ODEL

ADG-215D 5 67
ADG-220D 5 65

ADS-230 5 65

ADG-530D N/A*

UDG-50D 5 65
ADG-80D
ADG-80D
UDG-80D
UDG-80D
ADG-575D 5 65

ADG-120D
ADG-170D

PHASE 5 “A” and “B” Factor Parameter Listing for Current Production Models are on the previous page (page 59).

(A)
(B)
(A)
(B)

(C)
(C)

"A" "B"

567
577
567
577

575
572

ELECTRIC

M

ODEL

ADE-215 15 5 67
ADE-220 15
ADE-230 15

UDE-50

ADE-100 60 2 60
ADE-120

KW "A" "B"

N/A*

20 2 65
24 4 81
30 5 72

72 5 80
80 5 90

STEAM

M

ODEL

UDS-50
ADS-80 5 65
UDS-80 5 65

ADS-100

ADS-120

ADS-120

ADS-170 5 75

* “A” and “B” Factors not available at

time of printing.

(D)

T

YPE

High

or

Low

Super

Steam

High

or

Low

"A" "B"

N/A*

580

N/A*

575

N/A*

573

(A) For 60 Hz models ONLY.
(B) For

50 Hz models ONLY.
(C) For non-Heat Reclaimer models ONLY.
(D) For models manufactured with an OPTIONAL Heat Reclaimer (HR) ONLY

.

IMPORTANT: The “A” and “B” Factors have been preprogrammed by the factory and should not

be changed in the field unless the Phase 5 Microprocessor Controller (computer)

should fail and is being replaced. THE REPLACEMENT PHASE 5
MICROPROCESSOR CONTROLLER (COMPUTER) MUST BE
REPROGRAMMED FOR THE SPECIFIC MODEL DRYER and HEA TING
UNIT AS SHOWN IN THE CHAR TS ABOVE.

60

SECTION XI

PHASE 5 OPL SYSTEM DIAGNOSTICS

IMPORT ANT : YOU MUST DISCONNECT AND LOCKOUT THE ELECTRIC SUPPLY

AND THE GAS SUPPL Y OR THE STEAM SUPPL Y BEFORE ANY
COVERS OR GUARDS ARE REMOVED FROM THE MACHINE TO
ALLOW ACCESS FOR CLEANING , ADJUSTING, INSTALLA TION, OR
TESTING OF ANY EQUIPMENT PER OSHA (Occupational Safety and Health
Administration) STANDARDS.

ALL major circuits, including door, microprocessor temperature sensor , heat and motor circuits are monitored.

The Phase 5 OPL microprocessor controller (computer) will inform the user , via the L.E.D. (light emitting diode)
display of certain failure codes, along with indicators both in L.E.D. display and at the output of each relay (and
door switch circuit) to easily identify failures.

A. DIAGNOSTIC (LIGHT EMITTING DIODE [L.E.D.] DISPLAY) FAILURE
CODES

1. “door” - indicates door switch circuit is open.

a. Keyboard (touchpad) entry was made while main door is open,

or,

b. There is a fault in the door switch circuit (external of the Phase 5 OPL microprocessor controller [computer]).

2. “dSFL” - indicates a fault in the microprocessor temperature circuit.

a. If a fault is detected in the microprocessor heat sensor circuit, the L.E.D. display will read “dSFL” and

the T one (buzzer) will sound for approximately 5-seconds, every 30-seconds until...

1) The problem is corrected,
or,

2) The power to the dryer is discontinued (and the problem is corrected).

IMPORTANT: The Phase 5 OPL microprocessor controller (computer) has its own internal heat

sensing circuit fuse protection which is located on the back side of the Phase 5 OPL
microprocessor controller (computer), refer to the illustration on page 63. If a
“dSFL” condition occurs, check to see if the fuse has blown. If it has, DO NOT

replace the entire Phase 5 OPL computer; REPLACE ONL Y THE FUSE and
do so only with an 1/8-Amp (Slo-Blo) fuse ONL Y .

NOTE: Once the Phase 5 OPL microprocessor controller (computer) detects a problem in the heat

circuit, it updates every 30-seconds, so that if the problem was a loose connection in this
circuit which corrected itself the “dSFL” condition would automatically be cancelled.

61

3. “SEFL” - indicates a rotational sensor circuit failure meaning that there is a fault somewhere in the basket

(tumbler) rotation circuit, or, the Phase 5 OPL microprocessor controller (computer) program
related to this circuit (Program Location 2 [PL02]) is set incorrectly , in the active mode (“SEn”),
whereby the dryer is not equipped with the optional rotational sensor and should be set
in the non-active mode (“nSEn”).

4. “Hot” - indicates a possible overheating condition. The Phase 5 OPL microprocessor controller (computer)
monitors the temperature in the dryer at ALL times. If the Phase 5 OPL microprocessor controller
(computer) detects that the temperature in the dryer has exceeded 220º F (104º C), it will disable
ALL outputs (shut the dryer down), the T one (buzzer) will sound for approximately 5-seconds, and
the L.E.D. (light emitting diode) display will read “Hot.” The L.E.D. display will continue to read
“Hot” until the temperature sensed has dropped below 220º F (104º C) or lower and the Phase 5
OPL microprocessor controller (computer) is manually reset by pressing the “CLEAR/STOP”
key.

B. L.E.D. DISPLAY FAILURE INDICATORS

The L.E.D. indicator dots located on the top portion of the L.E.D. display indicate the various Phase 5 OPL
computer functions while a cycle is in progress. These indicator dots (as shown in the illustration below) DO

NOT necessarily mean that the outputs are functioning. They are only indicating that the function (output)
should be active (on).

1. L.E.D. Display Indicator

a. Blower Motor Circuit Indicator;

1) This indicator dot is on whenever a cycle is in progress.

2. L.E.D. Display Indicator Number 2

a. Heat Circuit Indicator;

1) This indicator dot is on whenever the Phase 5 OPL microprocessor controller (computer) is calling for
the heating circuit to be active (on).

Number 1

62

3. L.E.D. Display Indicator Number 3

a. For Optional Reversing Models;

1) This indicator dot is on when the drive (basket [tumbler]) motor is operating in the reversing mode
(counterclockwise [CCW] direction).

4. L.E.D. Display Indicator Number 4

a. For Optional Reversing Models;

1) This indicator dot is on when the drive (basket [tumbler]) motor is operating in the forward mode
(clockwise [CW] direction).

C. PHASE 5 OPL MICROPROCESSOR CONTROLLER (COMPUTER) RELA Y

OUTPUT L.E.D. INDICATORS

There are a series of five (5) L.E.D. (light emitting diode) indicators (red lights) located at the lower back side
area of the Phase 5 OPL microprocessor controller (computer). These are identified or labeled from left to right
in the illustration below as “HEAT,” “MTR” (motor), “FWD” (forward), “REV” (reversing), and “DOOR.”
These L.E.D.s indicate that the outputs of the Phase 5 OPL microprocessor controller (computer), or , in the case
of the door switch input, are functioning.

63

1. “DOOR” L.E.D. (light emitting diode) Indicator

a. SHOULD BE ON ALL THE TIME (even if the dryer is not running) unless the main door, lint

door or draw is open or there is a problem (open circuit) in the main or lint door switch circuit.

NOTE: If the dryer is started (display indicator dots are on) and there are no outputs (“HEAT” and/or

“MTR” output L.E.D.’ s are off) and the “DOOR” input L.E.D. is on; then the fault is the
Phase 5 OPL microprocessor controller (computer) itself.

If the failure was elsewhere (i.e., the dryer’s door switch circuit), the L.E.D. (light emitting
diode) display would read “door” if a keyboard (touchpad) entry was attempted.

If the display indicator dots are on, and the “DOOR” L.E.D. input and the motor/heat output
L.E.D.’s are on, yet the motor and/or heat is not active (on); then the problem is elsewhere in
the dryer .

2. “HEAT” Output L.E.D. Indicator

a. If the dryer is started and there is NO “HEAT ,” yet the Phase 5 OPL microprocessor controller (computer)

display heat circuit indicator dot is on, but the “HEAT” output L.E.D indicator is off; then the fault is the
Phase 5 OPL microprocessor controller (computer) itself.

1) If both the display indicator dot and the “HEAT” output L.E.D. indicator dot are on; then the

problem (fault) is elsewhere (i.e., external to the Phase 5 OPL microprocessor controller [computer]).

3. “MTR” Output L.E.D. Indicator

a. If the dryer is started and the blower (impellor/fan) motor is not operating, yet both the Phase 5 OPL

microprocessor controller (computer) display blower (impellor/fan) motor indicator dot and “DOOR”
input L.E.D. indicator dot is off; then the fault is the Phase 5 OPL microprocessor controller (computer)
itself.

1) If the motor is no t operating and the “MTR” output indicator is on; then the problem (fault) is

elsewhere (i.e., external to the Phase 5 OPL microprocessor controller [computer]).

4. “FWD” Output L.E.D. Indicator

(for Optional Reversing Models Only)

a. If the dryer is started and the blower (impellor/fan) motor is operating but the drive (basket/tumbler)

motor is not, yet the Phase 5 OPL microprocessor controller (computer) display “FORWARD” indicator
dot is on, but the “FWD” (forward) motor output L.E.D. is off; then the fault is the Phase 5 OPL
microprocessor controller (computer) itself.

1) If the drive (basket/tumbler) motor is not operating and the “FWD” indicator is on; then the

problem (fault) is elsewhere (i.e., external to the Phase 5 OPL microprocessor controller [computer]).

64

5. “REV” Output L.E.D. (light emitting diode) Indicator
(for Optional Reversing Models ONLY)

a. If the dryer is started and the blower motor is operating but the drive (basket [tumbler]) motor is not, yet

the Phase 5 OPL microprocessor controller (computer) display “REVERSE” indicator dot is on, but the
“REV” (reverse) motor output L.E.D. is off; then the fault is the Phase 5 OPL microprocessor controller
(computer) itself.

1) If the drive (basket [tumbler]) motor is not operating and the “REV” indicator is on; then the problem
(fault) is elsewhere (i.e., external of the Phase 5 OPL microprocessor controller [computer]).

65

SECTION XII

OPTIONAL 9 VOLT BATTERY BACK-UP

Dryers ordered from the factory with the 9 Volt Battery Back-Up Option (battery is not included) allow the
Phase 5 OPL microprocessor controller (computer) to maintain its operating status should a momentary power
interruption occur while the dryer cycle is in progress.

It is suggested that the battery be replaced at least once a year or as found necessary. The battery life
will depend on the age of the battery, the amount of power interruptions, and the back-up time used.

IMPORTANT : For proper operation use ALKALINE BA TTERIES ONL Y . Suggest

Eveready Energizer , Duracell, or its equivalent. DO NOT USE CARBON
TYPE BA TTERIES.

66

ADC 112147 1 - 01/15/92-750 2 - 05/01/92-500 3-07/01/92-500

4 - 08/03/92-1,000 5 - 12/11/92-500 6 - 04/11/93-500

7 - 06/01/93-500 8 - 07/13/93-500 9 - 10/05/93-500
10 - 12/13/93-500 11 - 01/28/94-500 12 *04/01/94-500
13* 06/24/94-500 14 - 07/01/94-500 15 - 08/24/94-500
16 - 09/20/94-500 17 - 11/14/94-1,000 18 - 12/03/95-1,000
19 - 03/27/95-1,000 20- 07/27/95-1,000 21 - 11,14/95-1,000
22 - 03/22/96-1,000 23- 05/23/96-1,000 24*09/03/96-1,500
25 - 02/18/97-1,500 26- 07/25/97-1,500 27 - 12/19/97-1,500
28 - 05/05/98-1,500 29* 08/28/98-1,500 30 - 03/09/99-1,500
31 - 09/07/99-1,500 32 * 04/07/00-500 33 - 05/26/00-500
34 - 08/03/00-500 35- 10/02/00-500 36*01/22/01-500
37 - 04/25/01-500 38* 07/26/01-500 39* 11/09/01-500
40 - 05/14/02-500 41* 04/04/03-100