Programming for Washer-Extractor, Cygnus Select

Washer-Extractor

Cygnus Commercial Vended Control

Refer to Page 4 for Model Numbers

Keep These Instructions for Future Reference.

(If this machine changes ownership, this manual must accompany machine.)

www.alliancelaundry.com

Part No. D1350ENR1

September 2012

WARNING

Failure to install, maintain, and/or operate this machine according to the manufacturer's instructions may result in conditions which can produce bodily injury and/or property damage.

W030

NOTE: The WARNING and IMPORTANT instructions appearing in this manual are not meant to cover all possible conditions and situations that may occur. It must be understood that common sense, caution, and carefulness are factors which cannot be built into these washer-extractors. These factors MUST BE supplied by the person(s) installing, maintaining, or operating the washerextractor.

Always contact the distributor, service agent, or the manufacturer about any problems or conditions you do not understand.

D1350 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT 1

Table of

Contents

Model Identification

...........................................................................

4

Preliminary Information

....................................................................

6

About the Control .................................................................................

6

Glossary of Terms.................................................................................

6

Power Failure Recovery .......................................................................

6

Communications ...................................................................................

6

Control Identification

.........................................................................

7

Up and Down Keypads.........................................................................

7

Display Identification

.........................................................................

8

LED Status Lights.................................................................................

8

Special Features

..................................................................................

9

Viewing Control Information ...............................................................

9

Testing Machine Components ..............................................................

9

Rapid Advance Feature.........................................................................

9

Communication Mode ..........................................................................

9

Washer-Extractor Operation

............................................................ 10

Start Up................................................................................................. 10

Start Mode ............................................................................................ 10

Run Mode ............................................................................................. 10

Stop Mode............................................................................................. 10

End of Cycle Mode............................................................................... 10

The Non-Active Menu

........................................................................ 11

What is Available in the Non-Active Menu? ....................................... 11

Entering the Non-Active Menu ............................................................ 11

Non-Active Menu Navigation .............................................................. 11

Non-Active Menu Options ................................................................... 12

Non-Active Menu Flowchart ....................................................... 13

1. Information Sub-Menu “ 

”.................................................... 14

Information Sub-Menu Flowchart ............................................... 15

2. Test Sub-Menu “

 ” (1 of 4)................................................... 16

Test Sub-Menu Flowchart (1 of 4)............................................... 17


 ” (2 of 4)................................................... 18



 ” (3 of 4)................................................... 20



 ” (4 of 4)................................................... 22


3. Entry Code Set Sub-Menu “  

”...................................... 24

Entry Code Set Sub-Menu Flowchart .......................................... 25

4. Clock Set Sub-Menu “  

”............................................... 26

Clock Set Sub-Menu Flowchart................................................... 27

5. Network Address Sub-Menu “ 

”............................ 28

Network Address Sub-Menu Flowchart ...................................... 29

6. Rapid advance Enable Sub-Menu “

 

”............ 30

Rapid Advance Enable Sub-Menu Flowchart.............................. 31

7. Temperature Indication Enable Sub-Menu “

 

” ...... 32

Temperature Indication Enable Sub-Menu Flowchart................. 33

© Copyright 2012, Alliance Laundry Systems LLC

All rights reserved. No part of the contents of this book may be reproduced or transmitted in any form or by any means without the expressed written consent of the publisher.

2 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT D1350

8. MMC Sub-Menu “



” (1 of 3)....................................................... 34

MMC Sub-Menu Flowchart (1 of 3)............................................ 35

8. MMC Sub-Menu “



” (2 of 3)....................................................... 36


8. MMC Sub-Menu “ 

” (3 of 3)....................................................... 38


9. Prices Sub-Menu “

 ” ......................................................... 40

Prices Sub-Menu Flowchart......................................................... 41

10. Service Counters Sub-Menu “  

” .................. 42

Service Counters Sub-Menu Flowchart ....................................... 43

11. Weekly Cycle Count Sub-Menu “  

” ................ 44

Weekly Cycle Count Sub-Menu Flowchart ................................. 45

12. Last Errors Sub-Menu “

  ” ...................................... 46

Last Errors Sub-Menu Flowchart................................................. 47

13. Out of Order Sub-Menu “   

”.................................. 48

Out of Order Sub-Menu Flowchart .............................................. 49

Error Messages

.................................................................................... 50

Error Messages...................................................................................... 50

Events.................................................................................................... 53

Rapid Advance Feature

...................................................................... 54

Communication Mode

........................................................................ 55

Infra-red Communications .................................................................... 55

D1350 © Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT 3

4


Information in this manual is applicable to these washer-extractor models:

CHN185X

CHN235X

CHN305X

CHN400X

CHU065X

CHU075X

CHU100X

CHU135X

CHU150X

CHU165X

CHU185X

CHU235X

CHU305X

CHU400X

CHW065X

CHW075X

CHG065X

CHG075X

CHG100X

CHG135X

CHG150X

CHG165X

CHG185X

CHG235X

CHG305X

CHG400X

CHN065X

CHN075X

CHN100X

CHN135X

CHN150X

CHN165X

CHW100X

CHW135X

CHW150X

CHW165X

CHW185X

CHW235X

CHW305X

CHW400X

CHZ065X

CXG305X

CXN060X

CXN065X

CXN075X

CXN100X

CXN135X

CXN165X

CXN235X

CXN305X

CXU060X

CXU065X

CXU075X

CXU100X

CXU135X

CXU165X

CXU235X

CHZ075X

CHZ100X

CHZ135X

CHZ150X

CHZ165X

CHZ185X

CHZ235X

CHZ305X

CHZ400X

CXG060X

CXG065X

CXG075X

CXG100X

CXG135X

CXG165X

CXG235X

CXU305X

CXW060X

CXW065X

CXW075X

CXW100X

CXW135X

CXW165X

CXW235X

CXW305X

IHW135X

IHW150X

IHW165X

IHW185X

IHW235X

IHW305X

IHW400X

IHZ065X

IHZ075X

IHZ100X

IHZ135X

IHZ150X

IHZ165X

IHZ185X

IHZ235X

IHZ305X

IHN235X

IHN305X

IHN400X

IHU065X

IHU075X

IHU100X

IHU135X

IHU150X

IHU165X

IHU185X

IHU235X

IHU305X

IHU400X

IHW065X

IHW075X

IHW100X

IHZ400X

IXG060X

IXG065X

IXG075X

IXG100X

IXG135X

IXG165X

IXG235X

IXG305X

CXZ060X

CXZ065X

CXZ075X

CXZ100X

CXZ135X

CXZ165X

CXZ235X

CXZ305X

HD100_CYGNUS-

COMM

HD135_CYGNUS-

COMM

HD165_CYGNUS-

COMM

HD235_CYGNUS-

COMM

HD305_CYGNUS-

COMM

HD60_CYGNUS-

COMM

HD65_CYGNUS-

COMM

HD75_CYGNUS-

COMM

IHG065X

IHG075X

IHG100X

IHG135X

IHG150X

IHG165X

IHG185X

IHG235X

IHG305X

IHG400X

IHN065X

IHN075X

IHN100X

IHN135X

IHN150X

IHN165X

IHN185X

Continued

IXW060X

IXW065X

IXW075X

IXW100X

IXW135X

IXW165X

IXW235X

IXW305X

IXZ060X

IXZ065X

IXZ075X

IXZ100X

IXZ135X

IXZ165X

IXZ235X

IXZ305X

IXN060X

IXN065X

IXN075X

IXN100X

IXN135X

IXN165X

IXN235X

IXN305X

IXU060X

IXU065X

IXU075X

IXU100X

IXU135X

IXU165X

IXU235X

IXU305X

WD100_CYGNUS-

C0MM

WD135_CYGNUS-

COMM

WD150_CYGNUS-

COMM

WD165_CYGNUS-

COMM

© Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT

D1350


WD185_CYGN

US-COMM

WD235_CYGN

US-COMM

WD305_CYGN

US-COMM

WD400_CYGN

US-COMM

WD65_CYGN

US-COMM

WD75_CYGN

US-COMM

DHU065X

DHU075X

DHU100X

DHU135X

DHU150X

DHU165X

DHU185X

DHU235X

Continued

DHU305X

DHU400X

DXU060X

DXU065X

DXU075X

DXU100X

DXU135X

DXU165X

DXU235X

DXU305X

JHW065X

JHW075X

JHW100X

JHW135X

JHW150X

JHW165X

JHW185X

JHW235X

JHW305X

JHW400X

JXW060X

JXW065X

JXW075X

JXW100X

JXW135X

JXW165X

JXW235X

JXW305X

D1350


5

Preliminary Information

About the Control

This control is an advanced, programmable computer that lets the owner control machine features by pressing a sequence of keypads. Refer to

Figure 1

.

The control allows the owner to obtain information from the machine, run test cycles, modify the control’s programmable features, set the service counters and view the error code history. Refer to

The Non-Active

Menu

section for a list of features.

IMPORTANT: In the event of a power failure, the control will not have to be reprogrammed. It is designed with a memory system that will remember how it was programmed until the electrical power is restored.

IMPORTANT: It is extremely important that the washer-extractor has a good ground connection and that all mechanical and electrical connections to the control are made before applying power to or operating the washer-extractor.

Glossary of Terms

The following are a few terms and abbreviations to learn. These are referred to throughout the instructions.

Display – This term refers to the window area of the control that displays words and values.

LED (Light Emitting Diode) – This term refers to the lights next to the keypads and status words of the control.

Power Failure Recovery

If a cycle is in progress and the power fails, the water will be drained from the machine and the door can be opened after approximately 3 minutes. If the door is not opened and the power failure is longer than 2 weeks, the washer-extractor will resume the previously active cycle.

If the door is opened or if the length of the power failure is longer than 2 weeks, the control will end the cycle and the display will revert back to Start Mode.

Communications

The control may be programmed manually or by infrared communication with an external device.

Infra-red Communications

A PC allows the owner to program and retrieve information from the control without using the machine’s keypad, which greatly expands the programming options available to the owner. However, it is not required to program and operate the washerextractor. The operation of a PC and the advanced features available are covered separately in the instructions included with the PC programming software, Cygnus Assist.

6


D1350

Control Identification

Up and Down Keypads

(Refer to

Figure 1

)

The cycle number is shown in the display. Press the up and down keypads to change the cycle number. Press the start keypad to start the cycle.

The up and down keypads are used in various combinations for obtaining information from the machine, running test cycles, modifying the control’s programmable features, setting the service counters and viewing the error code history. These instructions cover the manual programming and data retrieval options.

2

1

3

1

2

3

7

6

Cycle Numbers Water Temperature,

Cycle Time Display and Price Settings

Up and Down Keypads

Enter Keypad (hidden keypad)

Figure 1

6

7

4

5

5

4

Start/Stop Keypad

Optical Download Window

LED Status Lights

Cycle’s Segments and Steps

CFD149R

CFD149R

D1350


7

Display Identification

LED Status Lights

(Refer to

Figure 1

)

LED Status Lights are used to indicate the cycle status.

See below for information on each LED.

PREWASH LED

The Prewash LED is lit at the beginning of the prewash portion of the cycle and will remain lit until the prewash is complete.

WASH LED

The Wash LED is lit at the beginning of the wash portion of the cycle and will remain lit until the wash is complete.

RINSE 1 LED

The Rinse 1 LED is lit at the beginning of the rinse 1 portion of the cycle and will remain lit until the rinse 1 is complete.

RINSE 2 LED


RINSE 3 LED


RINSE 4 LED


SPIN LED

The Spin LED is lit at the beginning of the spin portion of the cycle and will remain lit until the spin is complete.

Cycle Numbers, Water Temperature, Cycle

Time Display and Price Settings

The display is used to show the cycle numbers, water temperature, cycle time, error codes and descriptive codes related to the control’s programmable options.

8


D1350

Special Features

Viewing Control Information

The control will store information in its memory that can be retrieved by pressing various combinations of

Select Cycle keypads. The control will record machine cycles and hours of operation.

For more information, refer to the

1. Information Sub-

Menu “

 

”

section.

Testing Machine Components

By entering the Non-Active Menu’s Test Sub-Menu, the operator may perform the following tests:

•

•

•

•

•

•

•

•

•

Water Level Test and Calibration

Water Inlet Test

Motor Test

Temperature Sensor Test and Calibration

Drain Value Test

Relay Test

Door, Door Lock, Out-Of-Balance Switch and

Speed Test

Coin Inputs

Display Test

For detailed information, refer to the

2. Test Sub-

Menu “



”

section.


This feature allows the operator to manually advance through an active cycle. This feature is useful when tests must be performed immediately on a washerextractor currently in an active cycle.

For detailed information on using the Rapid Advance feature, refer to the

Rapid Advance Feature

section.


This feature allows the control to communicate with a

PC equipped with the Cygnus Assist software using infra-red communications. This allows the control to be programmed and have its data read without using the machine’s keypad.

For more detailed information on using the

Communication Mode feature, refer to the

Communication Mode

section.

D1350


9

Washer-Extractor Operation

Start Up

When power is applied to the washer-extractor, if the control was not powered down during a running cycle, it will enter Start Mode.

Start Mode

The control enters this mode when machine is ready for operation. The display will show the cycle number.

After pressing the keypad with the door closed and locked, the cycle will begin.

Run Mode

Upon the start of a cycle, the control’s display alternates between the cycle number, the water temperature and the remaining cycle time. The appropriate cycle segment and step LEDs will light while the machine passes through the cycle.

Stop Mode

The control enters this mode if the operator ends the cycle before it is completed by pressing the keypad. Once the control does not detect water or cylinder rotation, it will enter End Of Cycle mode.

End of Cycle Mode

When a cycle is complete, the control will display

“  ” until the door is opened. When the door is opened, the control will return to Start mode.

10


D1350


What is Available in the Non-Active

Menu?

The Non-Active menu can be used to obtain information from the machine, run test cycles, modify the control’s programmable features, set the service counters and view the error code history.

Entering the Non-Active Menu

NOTE: To Enter the Non-Active Menu, a cycle must not be in process.

1. Press and hold the ▲ keypad.

2. While continuing to press thekeypad, press and release the ▼ keypad.

3. Continue to hold the ▲ keypad until the display shows the entry code.

NOTE: By default, the entry code is 1000.

4. Modify the entry code as needed and press the keypad. The display shows “   ”, which is the abbreviation for the Info Menu, the first option within the Non-Active Menu.

Non-Active Menu Navigation

1. Enter the Non-Active Menu (refer to the

Entering the Non-Active Menu

section).

2. Press the ▲ or ▼ keypads to scroll through the

Non-Active Menu options (Refer to

Table 1

).

3. Press the keypad to enter a Non-Active Menu option.

4. Press the keypad to exit the Non-Active

Menu.

D1350


11

11

12

13


Non-Active Menu Options

7

8

9

4

5

6

2

a.

b.

c.

d.

e.

f.

g.

h.

i.

3

1

Option Number

a.

b.

c.

d.

e.

f.

g.

Option Display

“   ”

“   ”

“   ”

“  ”

“  ”

“   ”

“

“

 ”

   ”

“  ”

“  ”

“

“



 



”

”

“  ”

“   ”

“  ”

“   ”

“   ”

“   ”

“  ”

“   ”

“  ”

“  ”

“   ”

“  ”

“   ”

10

“   ”

“  ”

“  ”

“  ”

Description

The Information Sub-Menu allows the operator to view information about the control.

Total number of coins inserted into coin 1.

Total number of coins inserted into coin 2.

Total number of cycles performed

Total hours of operation

Machine's serial number

Machine's installation date

Machine's installation date

The Test Sub-Menu allows the operator to test some of the machine’s components.

Water level test

Water inlet test

Motor test

Temperature sensor test and calibration

Drain valve test

Relay test

Door, door lock and out-of-balance switch test

Coins Test

Display test

The Entry Code Set Sub-Menu allows the user to modify the machine’s entry code.

The Clock Set Sub-Menu allows the user to set the machine’s year, month, day, day of the week, hour and minutes.

Enter a network address.

The Rapid Advance Enable Sub-Menu allows the operator to turn the rapid advance option on or off.

The Temperature Indication Enable Sub-Menu allows the operator to turn the temperature indicator (which appears during a cycle) on or off.

The MMC Sub-Menu allows the operator to manage data on the

MMC card.

The Prices Sub-Menu allows the operator to modify each cycle’s vend price.

The Service Counters Sub-Menu allows the operator to display service maintenance reminders on the machine's control after the machine has been operated for a specified number of hours or cycles.

The Weekly Cycle Count Sub-Menu allows the operator to view the number of times each cycle has been run over the last 7 days.

The Last Errors Sub-Menu allows the operator to view a list of errors that have occurred during the last cycle that was run on the machine.

The Out of Order Sub-Menu allows the operator to place a machine out of service, preventing it from being used.

Table 1



Non-Active Menu Flowchart

Ready Mode

Refer to Entering the Non-Active

Menu

“ info

”

Info Sub-Menu

“ test ”

Test Sub-Menu

“ code Set ”

Entry Code Set

Sub-Menu

“ cLoc Set ”

Clock Set Sub-Menu

“ net address ”

Network Address

“ AdUance EnabLed ”

Rapid Advance Enable

Sub-Menu

“

U

”

Temperature Indication

Enable Sub-Menu

“

U U

C

MMC Sub-Menu

Prices Sub-Menu

“ i

Service Counters

”

Sub-Menu

“ y

Weekly Cycle Count

”

Sub-Menu

“

Last Errors

”

Last Errors Sub-Menu

“ oVt of order ”

Out of Order Sub-Menu

Refer to Info Sub-Menu

Flowchart

Refer to the Test Sub-Menu

Flowchart

Refer to the Entry Code Set

Sub-Menu Flowchart

Refer to the Clock Set Sub-Menu

Flowchart

Refer to the Network Address

Sub-Menu Flowchart

Refer to the Rapid Advance Enable

Sub-Menu Flowchart

Refer to the Temperature Indication

Enable Sub-Menu Flowchart

Refer to the MMC Sub-Menu

Flowchart

Refer to the Prices Sub-Menu

Flowchart

Refer to the Service Counters

Sub-Menu Flowchart

Refer to the Weekly Cycle Count

Sub-Menu Flowchart

Refer to the Last Errors

Sub-Menu Flowchart

Refer to the Out of Order

Sub-Menu Flowchart

D1350


CFD150R

13


1. Information Sub-Menu “

 

”

The Information Sub-Menu allows the operator to view information about the control.

How to Access the Information Sub-Menu

1. Enter the Non-Active menu (refer to the


section).


Non-Active Menu’s sub-menus until “   ” appears in the display.

3. Press the keypad. “  ” appears in the display.

4. Press the ▲ or ▼ keypads until the desired option appears in the display. Refer to

Table 2

.

Option Display

“   ”

“

“

“

“

“

“

 







”

”

”

”

   ”

   ”

Description

Total number of coins inserted into coin 1

Total number of coins inserted into coin 2

Total number of cycles performed

Total hours of operation

Machine's serial number

Machine’s installation date

NOTE: The date on which the machine completed it’s 10 th

cycle will be recorded by the control as the machine’s “installation date”

(DD-MM-YYYY).

Machine’s parameter list

Table 2

How to Exit the Information Sub-Menu

Press the keypad until the control returns to the

Ready Mode.



Information Sub-Menu Flowchart

oVt of order

D1350

(Return to Ready

Mode) info coin 1 XXXX coin 2 XXXX cycLes XXXX hoVrs XXXX seriaL nr XXXX doi

XX - XX - XXXX

PArA

U

LiSt

XXXX test


CFD159R

15


2. Test Sub-Menu “



” (1 of 4)

The Test Sub-Menu allows the operator to test some of the machine’s components.

How to Access the Test Sub-Menu



section).


Non-Active Menu’s sub-menus until “  ” appears in the display.

3. Press the keypad. “  ” appears in the display.


Test Sub-Menu’s options.

5. Press the keypad to access the desired Test

Sub-Menu’s option. Refer to the

Using the Test

Sub-Menu’s Options

section for details on each option.

Using the Test Sub-Menu’s Options

a. Water Level Test “  ”

NOTE: Make sure all water has been drained from the machine.

i.

Press the keypad. “ XX.X

”, which is the measured water level, appears in the display and flashes.

ii.

Press the keypad. “ XX.X

”, which is the water level to be measured, appears in the display. iii. Note the number shown in the display and mark the middle of the door glass.

iv. Press the keypad. “   .” appears in the display and the machine begins to fill with water.

v.

Fill the machine to the mark made on the middle of the door glass. Press the ▼ keypad to turn off the water and the

▲ keypad to turn on the water as needed.

vi. Press the keypad. “ XX.X

”, which is the current water level, appears in the display and flashes.

vii. Compare the number shown in the display to the number that was recorded earlier. If necessary, press the ▲ or ▼ keypads to change the number shown in the display until it matches the number that was recorded earlier.

viii. Press the keypad. “ XX.X

”, which is the measured water level, is shown in the display.

ix. Press the keypad. “  ” appears in the display.

b. Water Inlet Test “   ” i.

Press the keypad. “   ” appears in the display.

ii.

Press the

▲ or

▼ keypads to scroll through the inlets until the desired inlet is shown in the display. Refer to

Table 3

.

Display

“   ”

“   ”

“   ”

“

 

”

“   ”

“   ”

“  ”

Hot water 1

Hot water 2

Hot water 3

Cold water 1

Cold water 2

Cold water 3

Description

Direct (optional)

Table 3 iii. Press the keypad to turn on the desired inlet. The display shows a dot next to the inlet number (e.g., “  .”).

iv. Press the keypad to turn off the desired inlet.

v.

Press the keypad. “

 

” appears in the display.

(continued)



Test Sub-Menu Flowchart (1 of 4)

info dispLay

(Back to the end of the

Test Sub-Menu)

D1350

LeUeL

XX.X

XX.X

FiLL

XX.X

XX.X

(Return to Ready

Mode)

Test

InLets hot 1 hot 2 hot 3 cld 1 cld 2 cld 3 drct hot 1

.

hot 2 .

hot 3

.

cld 1

.

cld 2 .

cld 3

.

drct

.


CFD160R

CFD160R

17


2. Test Sub-Menu “



” (2 of 4)

c. Motor Test “



 ” i.





ii.

Press the ▲ or ▼ keypads to scroll through the Motor Test sub-menu’s options until the desired option is shown in the display. Refer to

Table 4

.

Display

“  ”

“   ”

“  ”

Description

Motor wash speed

Motor spin speed

Autotune the motor with the invertor drive

Table 4 iii. Press the keypad to select the desired option.

•

•

“



”: The motor goes into wash speed and “

 XX

” or “

 XX

” appears on the display.

“

 

”: The motor goes into spin speed and the speed “

XX

” appears on the display. The machine will accelerate to

500 RPM (if allowed by the machine) and continue at this speed for a few seconds. The machine will then accelerate to it’s maximum spin speed and will continue at this speed for 10 minutes.

•

“



”: The display shows “

 

” and then “

   

”. The display then flashes “



” as the invertor drive is autotuned.

NOTE: The “



” option will automatically turn off once the autotune is complete.

iv. Press the keypad to turn off the option.

v.




 ” appears in the display.

d. Temperature Sensor Test and Calibration

“  ”.

i.

Press the keypad. The measured temperature “ XX°  ” appears in the display. The machine is filled with water to the safety level.

ii.

Press the ▲ or ▼ keypads to scroll through the Temperature Sensor Test and

Calibration sub-menu’s options until the

Display

“



” or

“



”

“  ” or

“  .”

“  ” or

“  .”

“  ” desired option is shown in the display.

Refer to

Table 5

.

Description

Turn the heating off or on

NOTE: This option is only visible if the machine is configured for 1 heating type.

Turn heating type 1 off or on


Turn heating type 2 off or on


Calibrate the temperature sensor

Table 5 iii. Press the keypad to select the desired option.

•

“  ” or “  ”: Turn the heating off or on. “  ” is displayed when the heating is turned off and “  ” is displayed when the heating is turned on.

NOTE:

This option is only visible if the machine is configured for 1 heating type.

•

“  ” or “  .”: Turn heating type 1 off or on. “  ” is displayed when the heating is turned off and “  .” is displayed when the heating is turned on.

NOTE: This option is only visible if the machine is configured for 2 heating types.

•

“  ” or “  .”: Turn heating type 2 off or on. “  ” is displayed when the heating is turned off and “  .” is displayed when the heating is turned on.

NOTE: This option is only visible if the machine is configured for 2 heating types.

•

“  ”: a. The measured temperature “ XX°  ” appears in the display and flashes. b. Press the ▲ or ▼ keypads to increase or decrease the temperature display as needed. c. Press the keypad. “   ” appears in the display.

d. To save the temperature display change, press the ▲ or ▼ keypad.

“   ” appears in the display.

e. Press the keypad. “  ” appears in the display.

iv. Press the keypad. “  ” appears in the display.




U otor wASh

Spin tvne r

XX or

L XX

XX resettin{ inuertor i tvne

(Return to Ready

Mode)

Test heat

XX

< off on cAL or

XX

<

SAUE no or yes

D1350


CFD161R

19


2.

Test Sub-Menu “



” (3 of 4)

e. Drain Valve Test “   ” i.


  X.X


ii.

Press the ▲ or ▼ keypads to scroll through the Drain Valve Test sub-menu’s options until the desired option is shown

in the display. Refer to

Table 6

.

Display

“

  X.X

”

“  X.X

”

“   X.X

”

“   X.X

”

Description

Fill the machine with water

Open and close the drain valve

NOTE: This option is only visible if the machine is configured for 1 drain valve.

Open and close the first drain valve

NOTE: This option is only visible if the machine is configured for 2 drain valves.

Open and close the second drain valve


Table 6 iii. Press the keypad to turn on the desired option.

•

•

•

“   X.X

”: Turn the machine’s water inlet valves on and off.

“   X.X

” is displayed when the inlet valves are turned off and

“   . X.X

” is displayed when the inlet valves are turned on.

“  X.X

”: Open and close the drain valve. “  X.X

” is displayed when the drain valve is closed and “  . X.X

” is displayed when the drain valve is open.

NOTE: This option is only visible if the machine is configured for 1 drain valve.

“   ”: Open and close the first drain valve. “   . X.X

” is displayed when the drain valve is closed and “   . X.X



•

“   ”: Open and close the second drain valve. “   X.X

” is displayed when the drain valve is closed and

“   . X.X



iv. Press the keypad to turn off the desired option.

v.

Press the keypad. “   ” appears in the display.

f. Relay Test “



” i.

Press the keypad. “   ” appears in the display.

ii.

Press the ▲ or ▼ keypads to scroll through the relays until the desired relay is shown in the display. iii. Press the keypad to turn on the desired relay. The display shows a dot next to the inlet number (e.g., “   .”).

iv. Press the keypad to turn off the desired relay.

v.





(continued)




(Return to Ready

Mode)

Test drAin drAin reLays

FiLL

X.X

drai

X.X

FiLL

.

X.X

drai

.

X.X

fiLL

X.X

1

X.X

dr 2

X.X

r 1 r 2 r 16 r 1

.

r 2

.

r 16

.

fiLL

X.X

1

X.X

dr 2

X.X

D1350


CFD151R

21


2.

Test Sub-Menu “



” (4 of 4)

g. Inputs Test “   ” i.





ii.

Press the ▲ or ▼ keypads to scroll through the inputs until the desired input

is shown in the display. Refer to

Table 7

.

Display

“



”

“    ”

“    ”

Description

Door, lock, out-of-balance switch and rotation sensor

NOTE: “



” is displayed when the door is closed, “



” is displayed when the door is locked, “



” is displayed when an out-of-balance switch input signal is received and “



” is displayed when a rotation sensor input signal is received.

Input 1

NOTE: The display changes to

“

 

.” when an input signal is received.

Input 2

NOTE: The display changes to

“

 

.” when an input signal is received.

Table 7 iii. Press the keypad. “   ” appears in the display.

h. Coins Test “   ” i.

Press the keypad. “  ” appears in the display.

ii.

By activating the input of the coin switch number 1 appears in the display,

(= activation of coin input 1) or number 2 appears in the display,

(= activation of coin input 2).

iii. Press the keypad. “   ” appears in the display.

i. Display Test “   ” i.

Press the keypad. All of the display’s

LEDs turn on.

ii.

Press the keypad. “   ” is displayed.

How to Exit the Test Sub-Menu


Ready Mode.



Inpv ts

(Return to Ready

Mode)

Test coins dispLay

8 .

8 .

8 .

8 .

LEUEL

(Back to the beginning

of theTest Sub-Menu) cLtr in 1 in 2


D1350 code set


CFD152R

23


3. Entry Code Set Sub-Menu

“

 

”

The Entry Code Set Sub-Menu allows the operator to modify the machine's entry code.

How to Access the Entry Code Set Sub-

Menu



section).


Non-Active Menu’s sub-menus until

“   ” appears in the display.

3. Press the keypad. The entry code appears in the display. The first character flashes on and off.

4. Press the ▲ or ▼ keypads to modify the entry code’s first character as needed.

5. Press the keypad. The second character flashes on and off.

6. Press the ▲ or ▼ keypads to modify the entry code’s second character as needed.

7. Press the keypad. The third character flashes on and off.

8. Press the ▲ or ▼ keypads to modify the entry code’s third character as needed.

9. Press the keypad. The fourth character flashes on and off.

10. Press the ▲ or ▼ keypads to modify the entry code’s fourth character as needed.

11. Press the keypad. “   ” appears in the display.

How to Exit the Entry Code Set Sub-Menu


Ready Mode.



Entry Code Set Sub-Menu Flowchart

Test

D1350

(Return to Ready

Mode) code

Set cLoc y

Set

X X X X

Press and to modify the entry code’s first character.

X X X X

Press and to modify the entry code’s second character.

X X X X

Press and to modify the entry code’s third character.

X X X X

Press and to modify the entry code’s fourth character.


CFD183R

CFD183R

25


“

 

”

The Clock Set Sub-Menu allows the operator to set the machine’s year, month, day, day of the week, hour and minutes.

How to Access the Clock Set Sub-Menu



section).



“   ” appears in the display.

3. Press the keypad. “  XXXX ” appears in the display.

4. Press the keypad until the desired option appears in the display. Refer to

Table 8

.

Option

Display

“

“





”

 "”

“  ”

“





”

“

“



 ”

  ”

Description

Set the machine’s year

Set the machine’s month

Set the machine’s day

Set the machine’s day of the week

Set the machine’s hour

Set the machine’s minutes

Table 8

5. Press the

▲ or

▼ keypads to edit the option as needed.

6. Press the keypad. “

 


How to Exit the Clock Set Sub-Menu


Ready Mode.



Clock Set Sub-Menu Flowchart

code

Set

D1350

(Return to Ready

Mode) cLoc

Set y year month day day of wee y hovr u i nvtes

2 0 0 0

Press and to modify year.

0 1

Press and to modify month.

0 1

Press and to modify day of month.

thV

Press and to modify day of week.

0 0

Press and to modify hour of day.

0 0

Press and to modify minute of hour.

net address


CFD164R

27


5. Network Address Sub-Menu

“



”

Enter a network address.

How to Access the Network Address

Sub-Menu



section).



“   ” appears in the display.

3. Press the keypad. “ XXX ” appears in the display.

4. Enter the correct network address with the ▲ or

▲ keypads.

5. Enter or confirm with the keypad.

How to Exit the Network Address

Sub-Menu


Ready Mode.



Network Address Sub-Menu

Flowchart

cLoc y

Set net address

X X X

Press and to modify the network address.

adUance enabLed

CFD185R

D1350


CFD185R

29


6. Rapid advance Enable

Sub-Menu “

 

”

The Rapid Advance Enable Sub-Menu allows the operator to turn the rapid advance option on or off.

How to Access the Rapid Advance Enable

Sub-Menu



section).



“    ” or

“    ” appears in the display.

3. Press the keypad to turn the rapid advance option on or off. “    ” appears in the display when the rapid advance option is off and “    ” appears in the display when the rapid advance option is on.

How to Exit the Rapid Advance Enable

Sub-Menu


Ready Mode.



Rapid Advance Enable Sub-Menu

Flowchart

net address

(Return to Ready

Mode) aduanced enabled yes u te p enabLed aduanced enabled no

CFD186R

D1350


CFD186R

31


Sub-Menu “

  

”

The Temperature Indication Enable Sub-Menu allows the operator to turn the temperature indicator (which appears during a cycle) on or off.

How to Access the Temperature Indication

Enable Sub-Menu



section).


“

 appears in the display.

” or “



”

3. Press the keypad to turn the temperature



“     ” appears in the display



“     ” appears in the display when the temperature indication option is on.

How to Exit the Temperature Indication

Enable Sub-Menu


Ready Mode.



Temperature Indication Enable

Sub-Menu Flowchart

history saUe prices

Load

1. XXX

2. XXX wai t uu

C prices saue heLpfiLe

Load wai t

CFD153R

D1350


CFD153R

33


8. MMC Sub-Menu “

 



” (1 of 3)

The MMC Sub-Menu allows the operator to manage data on the MMC card.

How to Access the MMC Sub-Menu



section).


Non-Active Menu’s sub-menus until “  ” appears in the display.

 

3. Press the keypad. “     ” appears in the display.


MMC Sub-Menu’s options.

5. Press the keypad to access the desired MMC

Sub-Menu’s option. Refer to the

Using the MMC

Sub-Menu’s Options

section for details on each option.

Using the MMC Sub-Menu’s Options

a. View MMC Card’s Files “     ” i.

Press the keypad. The first wash program file (“  .XXX

”) appears in the display.

NOTE: If no wash program files are found on the MMC card, “

  

” appears in the display.

ii.

Press the ▲ or ▼ keypads to scroll through the wash program files.

iii. Press the keypad. “     ” appears in the display.

b. Load Wash Data “



  ” i. Press the keypad. The wash data file

(“  .XXX

”) appears in the display. The first wash data file on the MMC card that is appropriate for the machine’s ID chip and machine type is downloaded to the machine. After the file is downloaded, the machine is rebooted. After the machine is rebooted, the wash data version and the type of machine appear in the display.

NOTE: Only wash data that is appropriate for a machine can be downloaded to the machine.

c. Save Wash Data “   ” i.

Press the keypad. “   ” appears in the display and the machine’s wash data is saved to the MMC card. Once the save is complete, “   ” appears in the display.

d. Save History “    ” i.

Press the keypad. “   ” appears in the display and the machine’s history is saved to the MMC card. Once the save is complete, “    ” appears in the display.

e. Load prices “   ” i.

Press the keypad. The prices appear in the display.

ii.

Scroll through the available files by pressing the ▲ or ▼ keypads.

iii. To load the file with the chosen price press the keypad. The file has been loaded.

iv. Press the keypad. “   ” appears in the display.

f. Save Prices “   ” i.

Press the keypad to save the current price. “

 

” appears in the display, the price has been saved onto the MMC card.

ii.

Press the keypad. “   ” appears in the display.


MMC Sub-Menu Flowchart (1 of 3)

U te p enabLed

U

For at card

(Return to Ready

Mode)

UU

C fiLes washdata

Load washdata saUe history saUe prices

Load

1

.XXX

2 .XXX

Note: If no files are found on the

MMC card, the display will show

“ no fiLes ”.

5 .XXX

The wash data is downloaded from the MMC card to the control.

wait wait

1. XXX

2. XXX wai t


D1350 prices saue heLp Fi LE

Load wai t


CFD166R

CFD166R

35


8.

MMC Sub-Menu “

 



” (2 of 3)

g. Load Help File “    ” i.

Press the keypad. The first help file

(“  .XXX

”) appears in the display.

NOTE: If no help files are found on the

MMC card, “

  


ii.

Press the ▲ or ▼ keypads to scroll through the help files.

iii. When the desired help file appears in the display, press the keypad. “

 

” appears in the display and the help file is downloaded to the machine. After the file is downloaded, the machine is rebooted.

iv. Press the keypad. “    ” appears in the display.

h. Save Help File “    ” i.

Press the keypad. “   ” appears in the display and the machine’s help file is saved to the MMC card. Once the save is complete, “    ” appears in the display.

(continued)




D1350 heLpfi Le

Load

1 heLp

2 heLp

Note: If no files are found on the

MMC card, the display will show

“ no fi Les ”.

wai t

(Return to Ready

Mode) uu

C heLpfi Le saUe wai t fir ware

CFD167R


CFD167R

37


8.

MMC Sub-Menu “

 



” (3 of 3)

i. Update Firmware “     ” i.


 


NOTE: If no firmware file is found on the MMC card, “

    


 ii.

Press the ▲ or ▼ keypad. “  ” appears in the display.

iii. Press the keypad. “   ” appears in the display and the firmware file is downloaded to the machine. After the file is downloaded, the machine is rebooted.

NOTE: Press the keypad to cancel the firmware download.

j. Format Card “    ” i.

Press the keypad. “   ” appears in the display.

ii.

Press the ▲ or ▼ keypad. “  ” appears in the display.

iii. Press the keypad. The MMC card is formatted.

How to Exit the MMC Sub-Menu


Ready Mode.




fir ware svre no yes

Note: If no firmware is found on the

MMC card, the

“ display will show no Fir ware Fovnd ”.

wait

(Return to Ready

Mode) uu

C u for at card svre no yes

D1350 prices ui ew fi Les


CFD168R

CFD168R

39


9. Prices Sub-Menu “

 

”

The Prices Sub-Menu allows the operator to modify each cycle’s vend price.

How to Access the Prices Sub-Menu



section).


Non-Active Menu’s sub-menus until “   ” appears in the display.

3. Press the keypad. “  X.XX


4. Press the ▲ or ▼ keypads until the desired cycle’s vend price appears in the display.

5. Press the keypad. The vend prices flashes on and off, meaning it can be edited.

6. Press the ▲ or ▼ keypads as needed to edit the vend price.

7. Press the keypad. The vend prices stops flashing.

8. Press the keypad. “  ” appears in the display.

9. Press the ▲ or ▼ keypad. “  ” appears in the display.

10. Press the keypad. “   ” appears in the display. After the vend price is saved, “   ” appears in the display.

How to Exit the Prices Sub-Menu


Ready Mode.



Prices Sub-Menu Flowchart

UU

C

D1350

(Return to Ready

Mode)

Prices

SAUE no

SAUE yes

SAUE no

SAUE yes

Pr 1

Pr 7

SAUE no

SAUE yes

Pr 2

X.XX

to accept to cancel

XX.XX

Press the to increase or the

to decrease the vend price.

X.XX

to accept to cancel

XX.XX



X.XX

to accept to cancel

XX.XX



seruice covnters


CFD170R

CFD170R

41


10. Service Counters Sub-Menu

“

  

”

The Service Counters Sub-Menu allows the operator to display service maintenance reminders on the machine's control after the machine has been operated for a specified number of hours or cycles.

How to Access the Service Counters

Sub-Menu



section).



“    ” appears in the display.

3. Press the keypad. “   ” or

“  X.X


4. Press the ▲ or ▼ keypads until the desired option appears in the display. Refer to

Table 9

.

Option Display

“   ” or

“  X.X

”

“   ” or

“  X.X

”

Description

Display service maintenance reminders on the machine’s control after the machine has been operated for a specified number of hours.

Display service maintenance reminders on the machine’s control after the machine has been operated for a specified number of cycles.

Table 9

5. Press the keypad.

•

•

If “

 

” or “

 

” was displayed,

“  ” appears in the display, followed by the number of hours or cycles

(“ X.X

”). Press the ▲ or ▼ keypads as needed to edit the number of hours or cycles.

If “



X.X

” or “



X.X

” was displayed,

“  ” appears in the display.

How to Exit the Service Counters

Sub-Menu


Ready Mode.



Service Counters Sub-Menu

Flowchart

prices

(Return to Ready

Mode) serui ce coVnters hovrs cycLes off

X.X

off

X.X

on off

X.X


to decrease the hours.

on off

X.X


to decrease the cycle number.

D1350

Y

Wee Ly covnters


CFD171R

CFD171R

43


“

  

”

The Weekly Cycle Count Sub-Menu allows the operator to view the number of times each cycle has been run over the last 7 days.

How to Access the Weekly Cycle Count

Sub-Menu



section).



“    ” appears in the display.

3. Press the keypad. Cycle 1 and the number of times Cycle 1 has been run over the last 7 days

(“   XXXX ”) appears in the display.

4. Press the ▲ or ▼ keypads until the desired cycle number appears in the display.

5. Press the keypad. “   ” appears in the display.

6. To erase the weekly cycle counts... a. Press the ▲ or ▼ keypad. “   ” appears in the display.

b. Press the keypad. The weekly cycle counts are erased and “    ” appears in the display.



How to Exit the Information Sub-Menu


Ready Mode.



Weekly Cycle Count Sub-Menu

Flowchart

serUi ce coVnTERS

D1350

(Return to Ready

Mode) covnTERS erasE no erasE yes

Pr 1 XXXX

Pr 5 XXXX

Pr 4 XXXX

Pr 3

XXXX

Pr 2

XXXX

Last erroRS


CFD172R

CFD172R

45


12. Last Errors Sub-Menu

“

 

”

The Last Errors Sub-Menu allows the operator to view a list of errors that have occurred during the last cycle that was run on the machine.

How to Access the Last Errors Sub-Menu



section).



“   ” appears in the display.

3. Press the keypad. The last recorded error appears in the display. Refer to the

Error

Messages

section for error definitions.

NOTE: If no errors have taken place during the last cycle that was run on the machine,

“

 


4. Press the ▲ or ▼ keypads to scroll through all of the errors recorded during the last cycle that was run on the machine.

How to Exit the Last Errors Sub-Menu


Ready Mode.



Last Errors Sub-Menu Flowchart

y

Wee Ly covnters

(Return to Ready

Mode)

Last errors

XXX XXXXX

Note: If no errors have taken place during the last cycle, the display will show

“ no errors ”.

XXX XXXXX

XXX XXXXX

D1350 ovt of order


CFD173R

CFD173R

47


13. Out of Order Sub-Menu

“

  

”

The Out of Order Sub-Menu allows the operator to place a machine out of service, preventing it from being used.

How to Access the Out of Order

Sub-Menu



section).



“     ” (if the out of order option is currently off) or “     ” (if the out of order option is currently on) appears in the display.

3. Press the keypad. “     ” or

“     ” appears in the display.

How to Exit the Out of Order Sub-Menu


Ready Mode.


Out of Order Sub-Menu Flowchart

Last errors

(Return to Ready

Mode) ovt of order off ovt of order on


D1350 info


CFD451R

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49

Error Messages

Error Messages

Following is a list of possible error messages that may be displayed.

Error Message

ERROR 1: PROGRAM TITLE ERROR

ERROR 2: COMPONENT UNKNOWN

ERROR 3: COMPONENT ERROR

ERROR 4: SUBROUTINE NOT FOUND

ERROR 5: WRONG PASSWORD

ERROR 6: WASH DATA ERROR

ERROR 7: INVERTER COMMUNICATION ERROR

ERROR 8: INVERTER AUTOTUNING ERROR

ERROR 9: INVERTER PARAMETER ERROR

ERROR 10: INVERTER STATUS ERROR

ERROR 11: REAL TIME CLOCK ERROR

ERROR 12: TILT SWITCH ERROR

Possible Cause/Correction

Program titles are missing from display board. After installing new display board, program titles were not copied from main board to display board.

Wash program contains unknown component.

Wash program contains component with incorrect length.

Wash program contains unknown component.

Incorrect password entered.

Incorrect or incomplete wash data. Restore wash data from display board. Reload wash data using MMC card or PC.

No communication from main board. Inspect inverter board wiring.

No communication between inverter and main board. Inspect inverter wiring.

Incorrect status during autotuning.

Inverter refused parameters.

Error while entering parameters into inverter.

Inspect inverter for error messages.

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

OC1: Overcurrent accelerating

OC2: Overcurrent constant speed

OC3: Overcurrent decelerating

OV1: Overvoltage accelerating

OV2: Overvoltage constant speed

OV3: Overvoltage decelerating

PE: EEPROM failure

PUE: Communication error

RET: Retries exceeded

P24: 24V short circuit

E.3: Option fault 3

E.6: CPU error 6

E.7: CPU error 7

THT: Inverter overload

THM: Motor overload

FIN: Heatsink overheat

OLT: Stall prevention

BE: Brake alarm

GF: Ground fault

LF: Output phase failure

OHT: Thermal relay operation

OPT: Option alarm

Check control’s date and time setting on the setting menu.

Check voltage on main board.

Check tilt switch’s position.

Check connection of tilt switch on display board.

Using test program, check tilt switch’s input signal.

( continued

)

50


D1350

Error Message

ERROR 14: TEMPERATURE ERROR

ERROR 15: LEVEL SENSOR ERROR

ERROR 16: CAN COMMUNICATION ERROR

ERROR 17: WRONG MACHINE TYPE

ERROR 18: WRONG WASH DATA ERROR

ERROR 19: ID CHIP READ ERROR

ERROR 20: ID CHIP WRITE ERROR

ERROR 21: MMC TRANSFER ERROR

ERROR 22: DOORLOCK ERROR

ERROR 24: WRONG DISPLAY TYPE ERROR

ERROR 25: WASH DATA BACKUP ERROR

ERROR 26: NEW ID CHIP ERROR

ERROR 27: INVALID FILE SIZE ERROR

ERROR 28: RTC READ ERROR

ERROR 29: RTC WRITE ERROR

ERROR 30: EEPROM READ ERROR

ERROR 31: EEPROM WRITE ERROR

ERROR 32: WATER LEVEL TOO LOW

ERROR 33: SOFTWARE VERSION ERROR

ERROR 34: MCU FAILURE ERROR

ERROR 50: LEVEL STOP ERROR

ERROR 51: HEAT STOP ERROR

ERROR 52: DRAIN ERROR

ERROR 53: HEATING ERROR

ERROR 54: FILL ERROR

Error Messages

( continued

)


Inspect temperature sensor.

Inspect heating resistances/relays and wiring.

Check input/output voltage of temperature sensor on main board.

Using test program, test temperature sensor.

Check calibration of water level switch.

Inspect wiring between main board and display board.

Check that programmed machine type matches actual machine type.

Washdata on main board does not correspond with machine type.

Inspect ID chip connection on main board.

Inspect ID chip connection on main board.

Error during MMC card data transfer.

Door does not lock. Check wiring between door lock board and door lock. Using test program, check input signals S1 and

S2.

Wash data does not correspond to display type.

When the main board is replaced, the wash data cannot be updated from the display board to the main board.

When an ID chip is replaced at the same time as the main board, a programmed ID chip must be installed.

An invalid size (larger than 128 kbytes) has been selected.

The real time clock cannot be read.

The real time clock cannot be written.

The main board’s eeprom cannot be read.

The main board’s eeprom cannot be written.

Water level is too low during heating cycle.

When the main board or display board is replaced, the cards have different software versions.

The processor isn’t functioning properly.

Programmed water level not reached. Inspect water pressure and water inlet valve filters. Inspect water inlet valves and wiring Inspect water level sensor and wiring. Inspect drain valve and wiring. Using test program, test water inlet valves, water level sensor and drain valves.

Programmed temperature not reached. Inspect heating resistances, heating relays, water level switch and wiring.

Using test program, test heating resistances and water level switch.

Inspect drain valve, drain pipe and water level hose. Using test program, test function of drain valve.

Programmed temperature not reached. Inspect heating resistances, heating relays, water level switch and wiring.

Using test program, test heating resistances and water level switch.

Programmed water level not reached. Inspect water pressure and water inlet valve filters. Inspect water inlet valves and wiring. Inspect water level sensor and wiring. Inspect drain valve and wiring. Using test program, test water inlet valves, water level sensor and drain valve.

( continued

)

D1350


51

Error Messages

Error Message

ERROR 55: ROTATION SENSOR ERROR

ERROR 56: SPIN RETRY ERROR

ERROR 59: DOOR OPEN WHILE WASHING ERROR

( continued

)


Control does not sense basket rotation. Using test program, test function of rotation sensor. Check position of rotation sensor. Check connection between main board and inverter.

Check status of inverter.

Programmed number of imbalances is reached. Check tilt switch’s connection and position of tilt switch. Using test program, test function of tilt switch. Check machine to make sure it is loaded properly. Check machine’s shock absorbers (if present).

Door is open or unlocked during machine operation. Check wiring between door lock board and door lock. Check position of switches S1 and S2. Using test program, test input signals of S1 and S2. Using test program, test function of door lock.


Error Messages

Events

Following is a list of events that may be recorded.

Event

EVENT 100: PROGRAM STARTED

EVENT 101: PROGRAM ENDED

EVENT 102: PROGRAM ABORTED

EVENT 103: LEVEL REACHED

EVENT 104: TEMPERATURE REACHED

EVENT 105: HUMIDITY REACHED

EVENT 106: SPIN RETRY

EVENT 107: SOAP ACTIVATION

EVENT 108: ABSO RESULT

EVENT 109: WEIGHT ENTERED

EVENT 110: STALLING

EVENT 111: SPIN INFO

EVENT 112: FINAL SPIN RPM

EVENT 113: USER HAS ADVANCED

EVENT 114: INVERTER NOT RUNNING

EVENT 116: AUDIT INFO

EVENT 150: FIRST EVENT / WASH DATA EDITED

EVENT 151: WASH DATA DOWNLOADED

EVENT 152: WASH DATA FROM MMC

EVENT 153: FIRMWARE FROM MMC

EVENT 157: HELP FILE DOWNLOADED

EVENT 158: HELP FILE FROM MMC

EVENT 159: POWER UP

EVENT 160: POWER UP WASHING

EVENT 161: NEW ID CHIP

EVENT 163: NEW MAINBOARD

EVENT 164: NEW DISPLAY BOARD

EVENT 165: BACKUP WASH DATA

EVENT 166: RESTORE WASH DATA

EVENT 167: COPY DISPLAY FIRMWARE

EVENT 168: COPY MAINBOARD FIRMWARE

EVENT 169: RESTORE DISPLAY FIRMWARE

EVENT 170: RESTORE MAINBOARD FIRMWARE

EVENT 171: NEW BOOT

EVENT 172: COPY BOOT

EVENT 175: POWER FAILURE

EVENT 176: POWER RESTORED

EVENT 177: BURN IN TEST STARTED

EVENT 178: CODE RESET

EVENT 179: TIME/DATESET

Description

Program start time and date.

Program end time and date.

Program is aborted or stopped.

Programmed water level reached.

Programmed temperature reached.

Programmed humidity reached.

Spin is repeated because of tilt switch or water detection.

Supplies activated.

SMART WAVE routine ended.

Operator has entered load’s weight.

The moter is stalling. The control decreases the frequency by

10%.

The total number of spins is written to a log file.

After the spin, the spin speed is recorded.

Rapid advance function used.

Inverter is communicating with motor, but motor is not running. Control resets inverter and resumes wash cycle.

Operating hours and cycles is stored.

Wash data has been modified using machine’s control.

Wash data has been modified by using PC.

Wash data has been modified by using MMC card.

Firmware has been updated by using MMC card.

A help file has been downloaded via infrared cable.

A help file has been copied from MMC card to the machine.

The machine has been powered up.

The machine was powered down during a cycle, but the power was restored.

A new ID chip has been installed.

A new main board has been installed.

A new display board has been installed.

The main board’s wash data has been copied to the display board.

The wash data has been restored from the display board to the main board.

The firmware has been copied from the display board to the main board.

The firmware has been copied from the main board to the display board.

The firmware has been restored from the main board to the display board.

The firmware has been restored from the display board to the main board.

The boot software in the main board has been modified.

The boot software in the main board has been copied to the display board.

The power was disconnected.

The power was lost but was then restored.

The burn-in test was started.

The entry code has been reset.

The date and time have been set via infrared cable or network.

D1350


53


The Rapid Advance feature allows the owner to manually advance through active cycles.

How to Use Rapid Advance

Control must be in an active cycle to use the Rapid

Advance feature.

While a cycle is in process, pressing the keypad will advance the washer-extractor to the next cycle step. The cycle indicator lights will tell which cycle step the washer-extractor is in.

For Example, if the washer is in the first fill cycle step, pressing the keypad will advance the washer into the agitate cycle step.

NOTE: The Rapid Advance feature must be turned on for Rapid Advance to work. Refer to

option 6

(“

 

”) in the

6. Rapid Advance

Enable Sub-Menu

“

 

” section.

54


D1350


Infra-red Communications

The Infra-red Communication feature allows the control to communicate with a PC via the Cygnus

Assist Software. The control can be programmed and have its data read without using the keypad.

D1350


55

Programming for Washer-Extractor, Cygnus Select

Washer-Extractor

Cygnus Commercial Vended Control

Refer to Page 4 for Model Numbers

Keep These Instructions for Future Reference.

WARNING

Table of

Contents

Model Identification

Preliminary Information

About the Control

Glossary of Terms

Power Failure Recovery

Communications

Infra-red Communications

Control Identification

Up and Down Keypads

(Refer to

Figure 1

)

Display Identification

LED Status Lights

(Refer to

Figure 1

)

PREWASH LED

WASH LED

RINSE 1 LED

RINSE 2 LED

RINSE 3 LED

RINSE 4 LED

SPIN LED

Cycle Numbers, Water Temperature, Cycle

Time Display and Price Settings

Special Features

Viewing Control Information

Testing Machine Components

Rapid Advance Feature

Communication Mode

Washer-Extractor Operation

Start Up

Start Mode

Run Mode

Stop Mode

End of Cycle Mode

The Non-Active Menu

What is Available in the Non-Active

Menu?

Entering the Non-Active Menu

Non-Active Menu Navigation

Non-Active Menu Options

Non-Active Menu Flowchart

1. Information Sub-Menu “

”

How to Access the Information Sub-Menu

How to Exit the Information Sub-Menu

Information Sub-Menu Flowchart

2. Test Sub-Menu “

” (1 of 4)

How to Access the Test Sub-Menu

Using the Test Sub-Menu’s Options

Test Sub-Menu Flowchart (1 of 4)

2. Test Sub-Menu “

” (2 of 4)

Test Sub-Menu Flowchart (2 of 4)

2.

Test Sub-Menu “

” (3 of 4)

Test Sub-Menu Flowchart (3 of 4)

2.

Test Sub-Menu “

” (4 of 4)

How to Exit the Test Sub-Menu

Test Sub-Menu Flowchart (4 of 4)

3. Entry Code Set Sub-Menu

“

”

How to Access the Entry Code Set Sub-

Menu

How to Exit the Entry Code Set Sub-Menu