Sub-Zero Sub-Zero BI series Manual de usuario

Electronic Control System

3-31 #7005333 - Revision A - January, 2008

Built-In (BI) Series

Monitor Compressor Run Duration, Displays If Service is Needed

The microprocessor observes the changing state of the compressor relays on the control board to determine the

length of compressor run time (See Figure 3-50). Other than during initial pull down, if a compressor runs 100%

(Freezer = 6 hours / Refrigerator = 4 hours), five consecutive times, a fault code is logged, defrost is initiated, and

the service icon will flash. If approximately twenty-four (24) hours worth of 100% run periods occur, and the com-

partment temperature does not fall to at least the average of the set point and low off-set temperature (and the door

is not opened during the last run period), then the service icon will flash and the alarm will chime (See Figure 3-51).

NOTES:

• If the unit is ever switched OFF then back ON, compressors will not energize for at least three (3) minutes. This

minimum OFF time is used to protect the compressor and its electricals.

• To clear error indicators and Fault Codes the problem must be corrected, then press the ALARM key for fifteen

(15) seconds. Failure to clear Fault Codes will result in the highest priority error indicator reappearing in the LCD

when the unit is

switched back ON.

Figure 3-50. Signal Trace Schematic: Monitoring Compressor Run Times

P17

P18

P16

P14

P15

LIGHTS

MAIN

L1L1 COMP2

HTR

DEFROST

COMP1

NEUTRAL

1146 5 83

MAIN

CONTROL

BOARD

DRAWER LIGHTS

CONDENSER FAN MOTOR

WHITE/RED

TAN

PINK

160 Ω

WHITE

TAN/WHITE

REFRIGERATOR LIGHTS

AIR FILTER LIGHT

FREEZER LIGHTS

FILL-TUBE HEATER2300-2900 Ω

ORANGE/BLACK

RED/WHITE

ORANGE

WHITE

STARTING RELAY

WHITE

REFRIGERATOR

COMPRESSOR

STARTING RELAY

WHITE

FREEZER COMPRESSOR

PURPLE

GRAY

DEFROST

TERMINATOR

N.C.

GRAY/WHITE

WHITE/BLUE

BLUE

WHITE

PURPLE

GRAY

RED

YELLOW

WHITE/BLUE

N.C.

BLUE

ORANGE

YELLOW

ORANGE/BLACK

BROWN

YELLOW

REFRIGERATOR

LIGHT

TERMINATOR

FREEZER LIGHT

TERMINATOR

FZ DOOR SWITCH

REF DOOR SWITCH

WHITE/BLUE

WHITE/RED

PINK

WATER FILTER SW

N.O.

RED

RED/WHITE

TAN

TAN/WHITE

BLACK 60 CYCLES

115 VOLTS

L1 NEUTRAL

WATER VALVE

WHITE

HIGH VOLTAGE

DEF HEATER27.9-30.9 Ω

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-51. the Service Icon Flashing & Alarm Chiming = Service Needed Immediately

Power to compressors

monitored; fault code

logged if 100% run

observed and service

icon appears; if sever-

al 100% runs occur,

service icon flashes

and alarm chimes

Electronic Control System

3-32

#7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-52. Pure Air Icon Flashing = Air Purifier Components need to be Replaced.

After Replacing Filter Cartridge, Press PURE AIR Key for 5 Seconds to Reset Timer

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-53. Water Filter Icon Appears = Water Filter need to be Replaced.

After Replacing Filter, Press Filter Reset Button behind the Unit Grille for 5 Seconds to Reset Counters

POSSIBLE INSTRUCTION AND ERROR INDICATORS

The diagrams on these pages illustrate what a customer may see in the LCD if the appliance needs attention.

NOTES:

• To clear instruction indicators (See Figures 3-52 & 3-53) and restart the appropriate timer, the instructions must be

followed, then press the appropriate key or reset button as described.

• For thermistor errors described below (See Figures 3-54 & 3-55): Thermistors can be tested by submersing them

in a glass of ice water for approximately five (5) minutes, then checking for 30,000 to 33,000 ohms.

• To clear error indicators and Fault Codes (See Figures 3-54 to 3-59) the problem must be corrected, then press

the ALARM key for fifteen (15) seconds (See Figure 3-60). Failure to clear Fault Codes will result in the highest

priority error indicator reappearing in the LCD when the unit is switched back ON.

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-54. “EE” at Left with Service Icon Flashing = Freezer Compartment Thermistor (or its Wiring) Fault

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-55. Service Icon Flashing and “EE” at Right = Refrig. Compartment Thermistor (or its wiring) Fault

Electronic Control System

3-33 #7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-59. Service Icon Flashing with Alarm Chiming = Major Fault Code Logged (Immediate Action

Required; Temperature Problems and/or Possible Appliance Damage &/or Flood Warning - Water through

Flow Meter but No Call for Water)

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-60. To Clear Fault Codes After Correcting the Problem, Press ALARM Key for 15 Seconds -

“C” and “FC” appear for 5 Seconds indicating Fault Codes have been Cleared

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-56. Service Icon and Ice Cube Icon Flashing = Solenoid Energized 35 Seconds and Ice Maker

System was Disabled for 24 Hours, 5 Consecutive Times; now Ice Maker System Disabled until Repaired

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-58. Service Icon Flashing, but Alarm Not Chiming (Usually with Normal Temperatures Displayed) =

Major Fault Code Logged (Threatening Temp. Problems), and/or Fault Codes not Cleared after Viewing

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-57. Service Icon Steady (Not Flashing) with Normal Temperatures Displayed = Minor Fault Code

Logged (Not Threatening Temperature Problems), and/or Fault Codes not Cleared after Viewing

Press and hold for 15 seconds

Indicates Cleared Fault Codes

Electronic Control System

3-34

#7005333 - Revision A - January, 2008

Built-In (BI) Series

SERVICE INPUT OPERATIONS

The following few pages explain service input operations that can be performed at the control panel: Diagnostic

Mode, Fault Code Recall Mode, Temperature Log Recall Mode, Model Configuration Mode, Manual Zone

Component Activation Mode and Self-Test Mode.

Diagnostic Mode

Diagnostic Mode allows the Service Technician to observe current, real-time temperature readings from all thermis-

tors without weighted averaging or offsets. Diagnostic Mode is also used as an interim step to get into other modes.

NOTE: The key strokes to initiate Diagnostic Mode and Fault Code Recall Mode are the same. If the electronic

control has recorded Fault Codes, then the key strokes listed below will initiate Fault Code Recall Mode, which will

be explained later. If Fault Codes are observed but the desire is to view current temperature readings from the ther-

mistors, then press the ALARM key; this will shift the electronic control system into Diagnostic Mode.

To initiate Diagnostic Mode, the unit must be ON, then press and hold either COLDER key, and press the POWER

key, then release both keys. If there are no Fault Codes logged, then at left in the LCD will be current, real-time

temperature readings of a thermistor; at right will be the thermistor location code, and all icons in the LCD will illumi-

nate (See Figure 3-61). Pressing a COLDER or WARMER key while in Diagnostic Mode will toggle to the next or

previous thermistor location, respectively (See Figure 3-62 below and Thermistor Location Code Table with

Additional Diagnostic Mode Notes on following page)

NOTES:

• Do not press and hold the COLDER and POWER keys for more than ten (10) seconds, as this will initiate Manual

Zone Component Activation Mode, which is covered later in the section.

• Diagnostic Mode will end twenty (20) seconds after the last key stroke, or press the ALARM key to exit this mode.

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-61. Initiate Diagnostic Mode - Press and Hold Either COLDER Key, Then the POWER Key -

(“r” = Refrigerator Compartment)

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-62. Press WARMER (or COLDER) Key to Toggle Through the Temperatures -

(“rE” = Refrigerator Evaporator)

Temperature Temperature Units of Measure

Location Code

Electronic Control System

3-35 #7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-63. If Initiating Diagnostic Mode and “SH” and “r” appears in LCD, unit is in Show Room Mode

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-64. If “EE” appears at Left in LCD During Diagnostic Mode, That Thermistor or its wiring is faulty

ADDITIONAL DIAGNOSTIC MODE NOTES:

• If “Sh” and “r” appear in the LCD when initiating Diagnostic Mode (See Figure 3-63), the unit is in Showroom Mode

which was covered earlier in this section.

• If “EE” is observed in the left display area during Diagnostic Mode, the thermistor in that location is open, shorted,

unstable, or not present (See Figure 3-64).

• There is currently no thermistor in the drawers, so “EE” will appear at left of the “dr” (See Figure 3-65).

• There is currently no thermistors on the condenser, so “EE” will appear at left of the “Cn” (See Figure 3-66).

• The ambient thermistor is part of the control board. It is not a separate component.

Refrigerator Compartment

Refrigerator Evaporator

Freezer Compartment

Freezer Evaporator

Refrigerator Drawers (Not Active)

Condenser (Not Active)

CODE LOCATION

THERMISTOR LOCATION CODE TABLE

Ambient

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-65. Currently no Thermistor in Drawer Area, so “EE” will Appear to the Left of the “dr”

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-66. Currently no Thermistor on Condenser, so “EE” will Appear to the Left of the “Cn”

Electronic Control System

3-36

#7005333 - Revision A - January, 2008

Built-In (BI) Series

Fault Code Recall Mode

Fault Code Recall Mode allows a Service Technician to view historical data that the electronic control system may

have stored if specific components experienced or detected problems. This data can be displayed in a code format

in the LCD in this mode, with the data storage device capable of storing up to fifty (50) fault codes. If more then fifty

(50) fault codes are detected, each new fault code will bump the oldest fault code.

NOTE: As mentioned on the preceding page, The key strokes to initiate Fault Code Recall Mode and Diagnostic

Mode are the same. If the electronic control has not recorded any Fault Codes, then the key strokes listed below

will initiate Diagnostic Mode, which was explained on the previous page.

To initiate Fault Code Recall Mode, the unit must be ON, then press and hold either COLDER key, and press the

POWER key, then release both keys (See Figure 3-67). If any Fault Codes were logged they will be displayed in the

LCD at this time. To see if multiple Fault Codes are stored, press a WARMER or COLDER key to toggle through the

codes (See Figure Figure 3-68 and the Fault Code Table with LCD Correlation Diagram on following page).

NOTE:

• Do not press and hold the COLDER and POWER keys for more than ten (10) seconds, as this will initiate Manual

Zone Component Activation Mode, which is covered later in the section.

• Fault Code Recall Mode will end ten (10) seconds after the last key stroke.

• To clear fault codes the problem must be corrected, then press the ALARM key for fifteen (15) seconds. Failure to

do this will cause the Service icon to display steady.

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-67. Initiate Fault Code Recall Mode - Press and Hold Either COLDER Key, Then the POWER Key

(Example Shown: “30 8 30”, Service Wrench Flashing and Alarm Chiming = Water Valve not Opened but

Water Detected Passing Through)

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-67. Press WARMER (or COLDER) Key to Toggle Through Fault Codes

(Example Shown: “10 2 02” with Service Wrench Steady = Freezer Cabinet Thermistor Unstable)

(See the Fault Code Table with LCD Correlation Diagram on following page)

(See the Fault Code Troubleshooting Tables in Troubleshooting Guide section of this manual)

Electronic Control System

3-37 #7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

FAULT CODE TABLE WITH LCD CORRELATION DIAGRAM ( PAGE 1 of 2 )

Thermistor Faults

Relay Faults

Defrost Heater Faults

Ice/Water/Accessory Faults

Fan Faults

Runtime Faults

Glass Heater Faults

Lighting Faults

Flow Meter

Load/Component Faults

Control Faults

Diagnostics

Power Faults

Misc

Refrigerator

Freezer

Condenser

Defrost System

Control System

Compressors

Ambient

Icemaker

Dispenser

Air Purifier

TC Drawer

Freezer Evaporator

High Voltage System

Lighting

Refrigerator Evaporator

Water Systems

Open

Short/Closed

Unstable

Miswire normal temps

Miswire overheat

Bad Ohms

Too Warm/Large Temp Differential

Second Device Open

Second Device Short/Closed

Second Device Unstable

Third Device Open

Third Device Short/Closed

Third Device Unstable

Diagnostics Failure

Valve Enabled Too Long

Speed Setting too Low

Speed Setting too High

Fan speed error

Fan current too low

Fan current too high

Fan Power Output Fault

DC Fan Output Fault

Excessive runtime

Primary Heater Fault

Secondary Heater Fault

Door Heater Output Fault

Burned out Light

No Position/State Detect

NOTE: These Columns are repeated on next page

NOTE: This Column is

continued on next page

Electronic Control System

3-38

#7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

FAULT CODE TABLE WITH LCD CORRELATION DIAGRAM ( PAGE 2 of 2 )

Thermistor Faults

Relay Faults

Defrost Heater Faults

Ice/Water/Accessory Faults

Fan Faults

Runtime Faults

Glass Heater Faults

Lighting Faults

Flow Meter

Load/Component Faults

Control Faults

Diagnostics

Power Faults

Misc

Refrigerator

Freezer

Condenser

Defrost System

Control System

Compressors

Ambient

Icemaker

Dispenser

Air Purifier

TC Drawer

Freezer Evaporator

High Voltage System

Lighting

Refrigerator Evaporator

Water Systems

Open Heater

Triac Open

Triac Short

No Load/Load Open

Stuck at Dispenser Water Valve Out

Stuck at Ice Water Valve Out

Bad Flash Write

Flash Initialized

Flash Memory Bad

Invalid Log Fault Checksum

Invalid E2 Checksum

Invalid Model E2 Checksum

No Communication

Communications Time-out

Partial Communications

Bad Micro Communication

Micro Initialization

Display Failure

Too Slow

No Flow

Framing Errors

Excessive Collisions

Data Overrun

FMEA Error

Calibration or Low Signal Error

Quantum SPI

Brownout

Other

NOTE: These Columns are repeated from last page

NOTE: This Column is

continued from last page

Electronic Control System

3-39 #7005333 - Revision A - January, 2008

Built-In (BI) Series

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-68. Temperature Log Recall Mode for Compartment Temperature History Only -

Press and Hold Desired WARMER Key, then POWER Key.

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-71. Toggle Down Through Indexes - Press and Hold COLDER Key, or Press in Multiple Key Strokes

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-70. Toggle Up Through Indexes - Press and Hold WARMER Key, or Press in Multiple Key Strokes

Temperature

Temperature Log Recall Mode

The electronic control system logs/stores the average temperature of each individual thermistor every thirty (30) min-

utes, along with any possible event indicators. These thirty-minute periods are referred to as “indexes”. Up to two-

hundred forty (240) indexes can be stored for each thermistor, which is five (5) days of temperature history.After

two-hundred forty (240) indexes are stored, each new index bumps the oldest index, with index number “240” being

the oldest thirty minute temperature average. Accessing and viewing this temperature history data in the LCD is

accomplished by initiating Temperature Log Recall Mode.

There are two ways to initiate Temperature Log Recall Mode. One allows viewing of historical average temperature

readings from the compartment thermistors only, the other allows viewing of historical average temperature readings

from all thermistors.

Temperature Log Recall Mode for Compartment Thermistors Only - With the unit ON, press and hold the

desired compartment WARMER key, then the POWER key, then release both keys (See Figure 3-68). The LCD will

now display compartment temperature at left and the Index number at right, with the thermistor location code flash-

ing at three (3) second intervals in the first index digit area (“r” = Refrigerator, “F” = Freezer - See Figure 3-69).

Pressing the WARMER key will toggle up through the indexes, from 1 to 240 (See Figure 3-70), while pressing the

COLDER key will toggle down (See Figure 3-71).

NOTE: Temperature Log Recall Mode will end 20 seconds after the last key stroke.

Index 240

Figure 3-69. Thermistor Location Code Flashes at 3 second intervals

1st Index Digit

2nd and 3rd Index Digits

Index 002

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Location Code Flashes Every 3 Seconds

Electronic Control System

3-40

#7005333 - Revision A - January, 2008

Built-In (BI) Series

Temperature Log Recall Mode for All Thermistors - Begin with the unit in Diagnostic Mode (See Figure 3-72).

NOTE: If Fault Codes have been logged the control will enter Fault Code Recall Mode instead of Diagnostic Mode.

If this happens press the ALARM key to shift the electronic control system into Diagnostic Mode.

While in Diagnostic Mode, toggle through the readings using a WARMER or COLDER key until the desired thermis-

tor location code is displayed at the right side of the LCD (See Figure 3-73) (r = Refrigerator, rE = Refrigerator

Evaporator, F = Freezer, FE = Freezer Evaporator).

NOTE: If “dr”, “Cn” or “A”, appear, continue to toggle past these codes as it is not possible to to enter Temperature

Log Recall Mode for these thermistors.

Once the desired thermistor code is displayed, press and hold the POWER key first, then a WARMER key, then

release both keys. The LCD will now display temperature at left and the Index number at right (See Figure 3-74),

with the thermistor location code flashing at three (3) second intervals in the first index digit area (“r” = Refrigerator,

“r” then “E” = Refrigerator Evaporator, “F” = Freezer, “F” then “E” = Freezer Evaporator - See Figure 3-75 and 3-76).

Pressing the WARMER key toggles up through the indexes, from 1 to 240, while pressing the COLDER key toggles

down

NOTE: Temperature Log Recall Mode will end twenty (20) seconds after the last key stroke.

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-73. Toggle Thru Readings - Press WARMER (or COLDER) Key Until Desired Code is Displayed

Figure 3-76. Thermistor Location Code Flashes at 3 second intervals (F then E = Freezer Evaporator)

Figure 3-75. Thermistor Location Code Flashes at 3 second intervals (F then E = Freezer Evaporator)

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-72. Initiate Diagnostic Mode - Press and Hold Either COLDER Key, then the POWER Key

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Figure 3-74. With Desired Thermistor Code Displayed, Press & Hold POWER Key First, then WARMER Key

Temperature

1st Index Digit

2nd and 3rd Index Digits

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Location Code Flashes Every 3 Seconds (F=Freezer)

PURE AIRWARMERCOLDER WARMERCOLDER ALARM POWERMAX ICEICE MAKERLIGHTS

Location Code Flashes Every 3 Seconds (E=Evaporator)

Otros manuales para Sub-Zero BI series

Tabla de contenidos

Otros manuales de Refrigerador de Sub-Zero

Sub-Zero

Sub-Zero 700BR Manual de usuario

Sub-Zero

Sub-Zero 424 Manual de usuario

Sub-Zero

Sub-Zero BI-36R Manual de usuario

Sub-Zero

Sub-Zero ICBBI-48SD Manual de usuario

Sub-Zero

Sub-Zero UC-24R Manual de usuario

Sub-Zero

Sub-Zero UC-24B Manual de usuario

Sub-Zero

Sub-Zero UC-24BG Manual de usuario

Sub-Zero

Sub-Zero ICBBI-36F Manual de usuario

Sub-Zero

Sub-Zero 648PRO Manual de usuario

Sub-Zero

Sub-Zero IC-27R Manual de usuario

Sub-Zero

Sub-Zero INTEGRATED REFRIGERATION Manual de usuario

Sub-Zero

Sub-Zero Built-In Refrigeration Manual del propietario

Sub-Zero

Sub-Zero ICBBI-36R Manual de usuario

Sub-Zero

Sub-Zero 600 Series BI-36RG Manual de usuario

Sub-Zero

Sub-Zero UC-24R Manual de usuario

Sub-Zero

Sub-Zero UC-24C Manual de usuario

Sub-Zero

Sub-Zero 532 Guía de configuración rápida

Sub-Zero

Sub-Zero IT36CIRH Manual de usuario

Sub-Zero

Sub-Zero 600 Series BI-30U Manual de usuario

Sub-Zero

Sub-Zero 700BC Manual de usuario

Sub-Zero

Sub-Zero 695/F Guía

Sub-Zero

Sub-Zero BI-30UG Manual de usuario

Sub-Zero

Sub-Zero 700TF Manual del propietario

Sub-Zero

Sub-Zero 700BCI Instrucciones de montaje

Manuales populares de Refrigerador de otras marcas

Bonnet Neve

Bonnet Neve SKYVIEW PLUS Manual de usuario

Zanussi Electrolux

Zanussi Electrolux ZERB 8441 Manual de usuario

Sharp

Sharp SJ-BA31IEXW2-EU Manual de usuario

CORBERO

CORBERO CC2300MCW Manual de usuario

KitchenAid

KitchenAid 2205264 Manual de usuario

Stengel

Stengel KU 1101 A++ Manual de usuario

NEFF

NEFF KI181 Series Manual de usuario

Hoshizaki

Hoshizaki Reach-In Manual de usuario

Amana

Amana ASD2524VES00 Manual de usuario

BOMANN

BOMANN KGC 213 Manual de usuario

Danby

Danby DAR044A1SLDD Instrucciones de montaje

Samsung

Samsung RF323TE Manual de usuario

Beko

Beko CSA31022 Manual de usuario

IKEA

IKEA FROSTIG C 185 E Manual de usuario

Electrolux

Electrolux ER 6821 D Manual de usuario

True

True TS-28 Manual de usuario

Frigidaire

Frigidaire FSC23R5DW9 Manual de usuario

Beko

Beko LSP4579W Manual de usuario