CFX2 37 - Refrigerator DOMETIC - Free user manual and instructions

USER MANUAL CFX2 37 DOMETIC

Four identical isometric line drawings of industrial electronic modules or enclosures (no text or symbols visible)

Dometic CFX2 28, CFX2 37, CFX2 45, CFX2 57

Compressor cooler
Operating manual....3
Kompressor-Kumbox
Bedienungsanleitung...... B3
1: clere a compression
Manuel d'utilisation....DD
Never: e compreso
Instrucciones de uso....6i
(4) elem: Com compressor
Manual de instruções.... 86
Frigori,ero port! tile con compressore
Istruzioni per l'uso...... dCj
Compressor. oelbox
Gebruiksaanwijzing...... dB8
R/ Kompressor-. Olebo. s
Betjenings ejledning...... dDh
K2lbox me".ompressor
Bruksan isning...... d6h
Kompressor. 40lebo.s
Bruksan isning......d8h
Kompressor. 2lm5l!! ti..o
!"yttöohje...... BCh
-0'67.! spr89!r.07!
Instrukcja obsługi...... BBh
Chll' il ci box s:. ompresorom
' ( od na obsluhu......Bi d

Kompresorový chl!' icí box
' ( od k obsluze......Bj B
Kompresszoros hűtAlB'!
) aszn( lati utasít( s......BhB
Kompresors. i hl! ' n4! .
Upute za ruko anje....3d3
KompresCr soDEtEcE
!ullanma !,la uzu.... 33D
Kompresors. ! hl! ' iln! torb!
' a odilo za uporabo.... 3i D
p! r! t' e rFcire cE compresor
Instruc-iuni de operare....3j D
HI J KEMNI EOF GRFSTROF UPOM
/01234567 89:40;ло919567....3hi
Kompressorig! 4! hEtEsse! ' e
! asutusjuhend.... Dd6
Ψυγείο με συμπιεστή
Οδηγίες χειρισμού...... D36
Kompresorinis W! 1' 2tEv! s
' audojimo ado as.... Di 8
DzesXW! n! s . ! ste ! r . ompresorE
Lietošanas rokasgrāmata.... Dj h
/ R i CC..... الإستعمال

Cop2right

A BCBD E ometic Group. The isual appearance of the contents of this manual is protected by copyright and design law. The underlying technical design and the products contained herein may be protected by designH patent or pending patent. The trademarks mentioned in this manual belong to E ometic I weden J B. J ll rights are reserved.

English

1 Important notes....3
2 KLplanation of symbols....3
3 KLplanation of symbols on the de ice.....D
4 | aety instructions....D
5 I cope of deli ery....6
6 J accessories....j
7 Intended use....j
8 Fechnical description....8
9 Operation.... dC
10 Meaning and maintenance....dh
11 Froubleshooting....dh
12 Warranty....BC
13 Eisposal......Bd
14 Fechnical data......Bd

Y Import! nt notes

Please read these instructions carefully and follow all instructions+ guidelines+ and warnings included in this product manual in order to ensure that you install+ use+ and maintain the product properly at all times. These instructions MUI F stay with this product.

By using the product you hereby confirm that you have read all instructions guidelines and warnings carefully and that you understand and agree to abide by the terms and conditions as set forth herein. You agree to use this product only for the intended purpose and application and in accordance with the instructions guidelines and warnings as set forth in this product manual as well as in accordance with all applicable laws and regulations. Failure to read and follow the instructions and warnings set forth herein may result in an injury to yourself and others damage to your product or damage to other property in the incinity. This product manual including the instructions guidelines and warnings and related documentation may be subject to changes and updates. For up-to-date product information please visit documents.dometic.com.

J signal word will identify safety messages and property damage messages and also will indicate the degree or level of hazard seriousness.

D/N ERZ

Indicates a hazardous situation that H is not a oided H will result in death or serious injury.

W/RNIN Z

Indicates a hazardous situation that H is not a oided H could result in death or serious injury.

C/U) I3 NZ

Indicates a hazardous situation that H is not a oided H could result in minor or moderate injury.

N3) ICEZ

Indicates a situation that H is not a oidedH can result in property damage.

N3) E | supplementary information for operating the product.

3 Expl! n! tion o, s2mbols on the 'evice

N arning\$ Tisk of Pre. Rlammable materials.

4 S!, et2 instrEctions

D/N ERZ ElectrocEtion h! z! r'

U On boatsV I: the device is powered by the mainsH ensure that the power supply has a residual current circuit breaker NTMMBX or a ground fault circuit interrupter NGRMIX. InstallationH especially in potentially damp areasH must be in accordance with all applicable installation regulations.
U E o not touch eLposed cables with your bare hands. This applies especially when operating the de-ice from the J M mains.

W/RNIN 2 ElectrocEtion h! z! r'

U E o not operate the cooling de ice i6 it is isibly damaged.
U IS this cooling de ice's power cable is damaged it must be replaced to pre ent safety hazards.
U This cooling de ice may only be repaired by Zualified personnel. Improper repairs can lead to considerable hazards.
U Olug the de ice to sockets that ensure proper connection especially when the de ice needs to be earthed.

W/RNIN 2 Fire h! z! r'

U N hen positioning the de iceH ensure the supply cord is not trapped or damaged.
U E o not locate multiple portable socket-outlets or portable power supplies at the rear of the de ice.
U The refrigerant in the refrigerant circuit is highly flammable and in the e ent of a leakage combustible gases could build up if the appliance is in a small room. In the e ent of any damage to the refrigerant circuit?

U! eep naked flames and potential ignition sources away from the refrigerator.
∪ Ventilate the room well.
U I witch off the refrigerator.

U Ror cooling de ices with T6CCa reGrigerantV

U The refrigeration circuit contains a small Zuantity of an environmentally friendly but flammable refrigerant. It does not damage the ozone layer and does not increase the greenhouse effect. J ny leaking refrigerant may ignite.
U E o not use or store the cooling de ice in confined spaces with none or minimal air flow.

U! eep the entilation openings on the de ice housing or in installations free of obstructions.
U E o not use any mechanical objects or other media to speed up the derosting processH unless they have been recommended by the manufacturer for this purpose.
U E o not open or damage the refrigerant circuit.
U E o not use electrical de ices inside the cooling de ice unless they are recommended by the manu-
gacturer for that purpose.

W/RNIN 2 He! lth h! z! r'

U This de ice can be used by children aged from 8 years and abo e and persons with reduced physical sensory or mental capabilities or lack oô eLperience and knowledge iô they ha e been gi en super ision or instruction concerning use oô the de ice in a safe way and understand the hazards in- ol ed.
U Mhildren aged from 3 to 8 years are allowed to load and unload refrigerating devices.
U Mhildren must be super ised to ensure that they do not play with the de ice.
U Mleaning and user maintenance shall not be made by children without supervision.

W/RNIN 2 Explosion h! z! r'

E o not store any eLplosi e substances such as spray cans with a flammable propellant in the cooling de-ice.

C/U) I3 N2 ElectrocEtion h! z! r'

U Before starting the cooling device ensure that the power supply cable and the plug are dry.
U E isconnect the cooling device from the power supply before each cleaning and maintenance and after every use.

C/U) I3 NZ He! lth h! z! r'

U Fo a oid contamination of GoodH respect the following instructionsV

U Mheck is the cooling capacity of the device is suitable for storing the good you wish to cool.
U Rood may only be stored in its original packaging or in suitable containers.
U Opening the cooling de ice for long periods can cause significant increase of the temperature in the compartments of the de ice.
U Mean regularly surfaces that can come in contact with good and accessible drainage systems.

U IG the de ice is lea empty for long periodsV

∪ I witch off the de ice.
U E e ^♂ rost the de ice.
U Mlean and dry the de ice.
∪ Lea e the lid open to pre ent mould de eloping within the de ice.

N3) ICEZ D! m! ge h! z! r'

U Mheck that the voltage specification on the type plate corresponds to that of the energy supply.
U Only connect the cooling device as follows:

U N ith the EM connection cable to a EM power supply in the vehicle

U Or with the J M connection cable to an J M power supply

U' e er pull the plug out of the socket by the cable.

U IS the cooling de ice is connected to a E M outlet. E is connect the cooling de ice and other power consuming de ices from the battery before connecting a Zuick charging de ice.
U Is the cooling device is connected to a EM outlet E is connect the cooling device or switch it off when you turn off the engine. Otherwise you may discharge the battery.
U The cooling device is not suitable for transporting caustic materials or materials containing solvents.
U Fhe insulation of the cooling de ice contains flammable cyclopentane and reZuires special disposal procedures. E eli er the cooling de ice at the end of its life-cycle to an appropriate recycling center.
U E o not place the cooling de ice near naked flames or other heat sources theaters direct sunlight gas o ens etc.
U E o not Pll the inner container with ice or fluids.
U' e er immerse the cooling de ice in water.
U Oprotect the cooling de ice and cables against heat and moisture.
U Fhe cooling de ice shall not be eLposed to rain.
U Fo enable the refrigerant to circulate properlyH the cooler may not tilted by more than 3C b. Use a spirit le el to ensure the cooler is le el.
U Ris. o, overhe! ting2 Knsure at all times that there is sufficient entilation on all four sides of the cooling de ice. ! eep the entilation area free of any objects that could restrict the air flow to the cooling components. E o not place the cooling de ice in closed compartments or areas with none or minimal air flow.

5 Scope o, ' eliver2

[]

Technical line drawing of a rectangular electronic device with mounting holes and ventilation slots (no text or symbols)

Technical diagram showing three labeled components of a plug, including a cable and a threaded connector with internal structure.

Item QE! ntit2 Description

d d Mooler

B d Monnection cable for EM connection

3 d Monnection cable for J M connection

e d l hort operating manual

6 / ccessories

J available as accessory "not included in scope of delivery"

Design! tion Re, no. Mo' el
f uick release GiLing kit MRg-f R! h6CCCCCCd66 MRgB B8 only
f uick release GiLing kit MRg-f R! 3i Di	h6CCCBhi hh	MRgB 3j and MRgB Di only
Mobile cooling app e suits all models

7 Inten' e' Ese

The cooler is suitable for cooling good. The cooler is also suitable for use in vehicles. The cooler is designed to be operated from a E M power supply socket of a vehicle or from an J M power supply.

The cooler is also suitable for camping use.

The cooler is intended to be used in household and similar applications such as

U I taff kitchen areas in shops H offices and other working en ironments
U Rarm houses
U Mlients in hotelsH motels and other residential type en ironments
U Bed and breakfast type en ironments
U Matering and similar non-retail applications

The cooler is not suitable CorV

U f uick Greezing Good
U | torage of corrosi eH caustich or sol ent-containing substances
∪ Use as a built-in appliance

This cooler is only suitable for the intended purpose and application in accordance with these instructions.

This product is only suitable for the intended purpose and application in accordance with these instructions.

This manual provides information that is necessary for proper installation and/or operation of the product. Oor installation and/or improper operation or maintenance will result in unsatisfactory performance and a possible failure.

The manufacturer accepts no liability for any injury or damage to the product resulting from

U Incorrect installation assembly or connection including eLcess voltage
U Incorrect maintenance or use of spare parts other than original spare parts provided by the manufacturer
UJ Iterations to the product without eLpress permission from the manufacturer
U Use for purposes other than those described in this manual

E ometic reser es the right to change product appearance and product specifications.

8) echnic! l' escription

The cooler can cool products. J low maintenance refrigerant circuit with compressor provides the cooling. The generous insulation and powerful compressor ensure efficient and fast cooling.

The cooler is portable.

The cooler can withstand a short-term inclination of 3C bH for eLample on boats.

Scope o, ,Enctions

U Power supply with priority circuit for connecting to the J M power supply
U 3-le el battery monitor to protect the ehicle battery
U E isplay with temperature gauge in bM and bR
U Temperature setting with B buttons in steps of d bMkd bR
U Integrated Bluetooth and NLJ ' function for control the cooler ia the mobile cooling app
U Roldable carrying handles
U UI B port for a power supply
U Temo able wire basket

3 per! ting ! n' ' ispl! 2 elements

Latch MRig.10 on page18H YX Cor lid

CFX2 28, 37, 45 1 CFX2 57

Control p! nel

□

1 2 3 4 5 6 7 8 9 SET -0.62°C -

Item Description Expl! n! tion
		I tatus indication
		Fhe LKE lights up white ^v Fhe compressor starts running.d Oower
		Fhe LKE lights up orange ^v Fhe compressor stops running.
B	Bluetooth	Fhe LKE is switched off ^v Fhe Bluetooth of the cooler is switched off.
		Fhe LKE @lashes slow white ^v Fhe Bluetooth of the cooler is switched on. Fhe cooler is not paired with a de ice.
		Fhe LKE @lashes cast white ^v Fhe cooler pairs with a de ice ia Bluetooth.
		Fhe LKE lights up white ^v Fhe cooler is paired with a de ice ia Bluetooth.
3	NLJ'	Fhe LKE is switched off ^v Fhe NLJ' of the cooler is switched off.
		Fhe LKE @lashes white ^v Fhe NLJ' of the cooler is switched on. Fhe cooler is not connected to a de ice.
		Fhe LKE lights up white ^v Fhe cooler is paired with a de ice ia NLJ'.
D O' kORR I witches the cooler on or off.
i	SET	I elects the input mode ^v U Temperature settingU Melsius or Rahrenheit displayUl et battery monitorUl et brightness of displayUl et the display modeUl et BluetoothUl et NLJ'
6 E isplay
j -		I ets the temperatureH the temperature unitH the battery monitorH the brightness of the displayH the modeH the BluetoothH and the NLJ'.
8 +
h Ul B port

Connection soc. ets

[]

1 2

Item Description

d Monnection socket J M oltage supply

B Monnection socket EM voltage supply

9 3 per! tion

Ge, ore initi! l Ese

N3) E Before starting the cooler for the Prst time clean the inside and outside of the cooler with a damp cloth for hygienic reasons Nsee Mleaning and maintenance on pageldhX.

Reversing the li' opening ' irection aCFX2 57 onl2b

The lid hinges can be moved to the opposite side.

d. Open and remo e the lid ▶Rig.□ on pageldd#.

CFX2 57 1. 2. 3. 4.

B. Temo e the 3 screws for each hinge (Rig.) on page1dd and take them off.
3. Te-Pt the hinges in the new positions.
D. Insert the lid into the new hinge positions *Rig.10 on page1ddX.

S! ving energ2

Mchoose a well entilated location which is protected from direct sunlight.
J llow warm good to cool down Prst before placing it in the cooling de ice to keep cool.
E o not open the cooling de ice more often than necessary.
E o not lea e the cooling de ice open for longer than necessary.
Is the cooling de ice has a basket? Ror optimal energy consumption position the basket according to its position on delivery.
On a regular basis ensure that the lid seal still Pts properly.

Connecting the cooler

Connecting to ! b! tter2

N3) ICEZ D! m! ge h! z! r'

U. Ror protection of the device the EM cable supplied includes a fuse inside the plug. Eo not removed the fused EM plug. Only use the EM cable supplied.
U E isconnect the cooler and other consumer units from the battery before connecting the battery to a Zuick charging de ice. O er oltage can damage the electronics of de ices connected to the bat- tery.

N3) E. The cooler is eZuipped with an electronic system to prevent polarity reversal. The electronic system protects the cooler against short-circuiting when connected to a battery.

The cooler can be operated with dB V or BD V.

Monnect the cooler to a battery using the EM connection cable as shown.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC-AC/PLAIC 120kV DC"]
    D --> E["Switch 1."]
    E --> F["DC-AC/PLAIC 2."]
    F --> G["Switch 2."]
    G --> H["DC-AC/PLAIC 3."]
    H --> I["Switch 3."]
    I --> J["DC-AC/PLAIC 4."]
    J --> K["Switch 4."]
    K --> L["DC-AC/PLAIC 5."]
    L --> M["Switch 5."]
    M --> N["DC-AC/PLAIC 6."]
    N --> O["Switch 6."]
    O --> P["DC-AC/PLAIC 7."]
    P --> Q["Switch 7."]
    Q --> R["DC-AC/PLAIC 8."]
    R --> S["Switch 8."]
    S --> T["DC-AC/PLAIC 9."]
    T --> U["Switch 9."]
    U --> V["DC-AC/PLAIC 10."]
    V --> W["Switch 10."]
    W --> X["DC-AC/PLAIC 11."]
    X --> Y["Switch 11."]
    Y --> Z["DC-AC/PLAIC 12."]
    Z --> AA["Switch 12."]
    AA --> AB["DC-AC/PLAIC 13."]
    AB --> AC["Switch 13."]
    AC --> AD["DC-AC/PLAIC 14."]
    AD --> AE["Switch 14."]
    AE --> AF["DC-AC/PLAIC 15."]
    AF --> AG["Switch 15."]
    AG --> AH["DC-AC/PLAIC 16."]
    AH --> AI["Switch 16."]
    AI --> AJ["DC-AC/PLAIC 17."]
    AJ --> AK["Switch 17."]
    AK --> AL["DC-AC/PLAIC 18."]
    AL --> AM["Switch 18."]
    AM --> AN["DC-AC/PLAIC 19."]
    AN --> AO["Switch 19."]
    AO --> AP["DC-AC/PLAIC 20."]

Connecting to ! n / C po7 er sEppl2

D/N ERZ ElectrocEtion h! z! r'

U' e er handle plugs and switches with wet hands or if you are standing on a wet surface.
U Ic the cooler is operated on board a boat from an J M power supply H a residual current circuit breaker must be installed between the J M power supply and the cooler. I eek ad ice from a trained technician.

N3)E

The cooler is eZuipped with an integrated multi-OLTage power supply with priority circuit for connecting to an J MOLTage source. The priority circuit automatically switches the cooler to J M operation H i6 the cooler is connected to an J M power supply H e en i6 the E M connection cable is still attached.

Monnect the cooler to a J M power supply using the J M connection cable as shown.

1. 24V=DC 2. 3. 100-240 V~

Using the cooler

N3) ICEZ D! m! ge h! z! r'

Olace the cooler with the base facing downwards.

d. Olace the cooler on a Prm foundation.
B. Monnect the cooler "see chapter Monnecting the cooler on page1ddX."

W/RNIN Z He! lth h! z! r'

Knsure that only the items that are to be cooled at the selected temperature are placed in the cooler.

1. Oress the mO' kORRn button gor dlo B s.

□

2. 3. CLICK

√ Fhe power LKE lights up. Fhe display switches on and displays the current temperature.

N3) E Displ! 2e' temper! tEre

MRgB i j v Fhe temperature displayed is the temperature of the large interior compartment MRig.10 on pageldD Yx.

CFX2 57 1

The cooler starts cooling the interior.

-! tching the cooler li'

d. Mlose the lid.

B. Cress the latch down until it audibly clicks into place.

/voi'ing,oo'7!ste

Fo a oid Good wasteH note the following

1 eep temperature fluctuation as low as possible. Only open the cooling de ice as often and for as long as necessary. I tore the goodstuff in such a way that the air can still circulate well.

| adjust the temperature to the Zuanity and type of the foodstubb.

Roodstuff can easily absorb or release odor or taste. J lways store foodstuff co ered or in closed containersk bottles.

Setting the temper! tEre

d. Oress the SET button d time.

B. Use the + and - buttons to select the cooling temperature.

√ Fhe selected temperature and 📁 appears in the display for a few seconds. Fhe display clashes several times. J Sterward the current temperature is displayed again.

Selecting the temper! tEre Enit

d. Oress the SET button B times.

B. Oress the + or - button to select the temperature unit.

√ The selected temperature unit and are displayed on the display for a few seconds. The display clashes several times before displaying the current temperature.

Using the b! tter2 monitor

N3) ICEZ D! m! ge h! z! r'

When the battery monitor switches off the battery is no longer fully charged. Void repeated starting or the operation of power consumers without longer charging phases. Ksure that the battery is recharged.

The cooler is eZuipped with a multi-le el battery monitor that protects the vehicle battery against eLcessi e discharging when the cooler is connected to the on-board EM supply.

If the cooler is operated with the vehicle ignition switched off the cooler switches off automatically as soon as the supply voltage calls below a certain value. The cooler switches on again as soon as the battery is recharged to the restart voltage.

In the p) IG) p mode- the battery monitor responds faster than at the pLON p and pMKE p modes.

G! tter2 monitor mo' e - 3 W MED HI H
Testart oltage at dB V	dd.D V	dB.B V	dB.6 V
I witch-off oltage at dB V	dC.d V	dd.B V	dd.8 V
Testart oltage at BD V	B3 V	Bi .3 V	B6.D V
I witch-off oltage at BD V	Bd.i V	BD.d V	BD.6 V

I elect the battery monitor mode as follows:

d. I witch on the cooler.

B. Oress the SET button 3 times.

1. Use the + or - buttons to select the battery monitor mode.

√ The display changes as follows: PLo LON XHPnd MKKEXPH, ( ) IG)

The selected mode appears in the display for a few seconds. The display clashes several times before returning to the current temperature.

N3) E N hen the cooler is supplied by the starting batteryH select the battery monitor mode m) IG) n. I6 the cooler is connected to a house batteryH select the battery monitor mode mLON n.

Setting the 'ispl! 2 brightness

The display brightness can be dimmed for low ambient light conditions.

d. I witch on the cooler.

B. Oress the SET button D times.

1. Use the + or - buttons to set the brightness of the display.

√ The display changes as follows: d Lo, low-d nd, mediumHd H, high

The display displays the set mode for a few seconds. The display clashes a few times before returning to the current brightness.

N3) E. If a fault occurs the brightness automatically switches to H, default. Once the fault has been rectified the set brightness is reacted.

Using the USG port

The UI B port allows small de ices such as cell phones and mp3 players to be charged.

Monnect the device to be charged to the UI B port of the cooler using a UI B cable (not included).

N3) E Knsure that the connected de ice is compatible with the operation of i Vlk B J.

Setting the 'ispl! 2 mo' e

d. Oress the SET button i times.

B. Use the + or - buttons to set the sleep mode.

√ The display changes as follows: 5 ORR X NO' 5 Show X 5 Lo

S OF 'ORRW' The sleep mode is deactivated. The display is constantly switched on.

S On O' X' Fhe sleep mode is acti ated. Is the cooler is not used for se eral minues the display only displays a dot.

S Lo |Low| Fhe sleep sub-mode is acti ated. Ic the cooler is not used for se eral minuesH the display switches to the lowest display brightness.

N3) E 16 the display is in the sleep mode or sleep-sub mode press a button on the cooler to briefly eLit the corresponding mode.

Using the mobile cooling! pp

The cooler can be monitored and controlled via Bluetooth or NLJ using an app that can be installed on a compatible device.

d. E ownload and install the mobile cooling app.

Get the app grom Zr.dometic.comkbei DT.

B. Cress the SET button as Follows

U 6 times to open the Bluetooth settings.

Uj times to open the NLJ' settings.

1. Use the + or - buttons to set the Bluetooth or NLJ'.

N3) E. If the cooler is paired with a compatible device via Bluetooth the pairing mode must be set.

√ The display changes as follows when setting the Bluetooth bORR*H *O* bLO# Cairing bLPR

N3) E I[bLOF] is displayed the display does not change when the - button is pressed. I[bLPA] is displayed the display does not change when the + button is pressed.

The Bluetooth LKE slashes white and the display displays while the pairing to Bluetooth is being established.

The display changes as follows when setting the NLJ 'F'ORRXH 'O' F,On

D. Rollow the instructions in the mobile cooling app.
√ Fhe Bluetooth or N LJ ' LKE lights up when the cooler is connected.

S7 itching the cooler o,,

d. Kempty the cooler.

B. Cress the pO' kORRp button.
3. Oull out the connection cable.
D. If the cooler is not used for a longer period of time leave the lid open so that no odors can build up.

De,rosting the cooler

) umidity can form frost in the interior of the cooler or on the evaporator. This reduces the cooling capacity.

N3) ICEZ D! m! ge h! z! r'

' e er use hard or pointed tools to remo e ice or to loosen objects which ha e frozen in place.

Fo defrost the cooler+ proceed as follows?

d. Temo e the contents of the cooler.
B. If necessaryH place the contents in another cooler to keep them cool.

1. | witch off the cooler.
   D. Lea e the lid open.
   i. Nipe off the deßrosted water.

Repl! cing the /C ,Ese

D/N ERZ ElectrocEtion h! z! r'

E isconnect the power supply and the connection cable before replacing the J M Guse.

d. E isconnect the power supply to the cooler.
B. Cull off the connection cable.
3. Ory out the Guse insert MRig.10 on pageIdC BX with a screwdriver.
D. Teplace the defecti e glass fuse with a new one that has the same type and rating ND J H Bi C VX.

i. Cress the fuse insert back into the housing.

1. Teconnect the power supply to the device.

Repl! cing the DC plEg ,Ese

N3) E. There is an additional EM Guse inside the de ice NJ utomoti e standard blade GuseH dC J X. This Guse can only be replaced by an authorized repair center.

d. Unscrew the contact pin housing VRig.10 on pageld8 3X Grom the plug VRig.10 on pageld8 YX.

[]

1. 2 3

B. Teplace the defect i e guse W Rig, ID on pageld8 2X with a new guse of the same type and rating K3J GH Rast J cting- dC J X.

3. Te-assemble the plug in re-erse order.

Repl! cing the light ( CG

N3) ICEZ D! m! ge h! z! r'

The light OMB may only be replaced by the manufacturer—a ser ice agent ser ice or a similarly Zualified person in order to a oid hazard.

Yc Cle! ning ! n' m! inten! nce

C/U) I3 N2 ElectrocEtion h! z! r'

Ksure that the cooling de ice is disconnected from the power supply before any cleaning or maintenance work.

N3) ICEZ D! m! ge h! z! r'

U' e er clean the cooling de ice under running water or in dish water.
U E o not use abrasi e cleaning agents or hard objects during cleaning.

Occasionally clean the de ice interior and eLterior with a damp cloth.
Knsure that the air inlet and outlets on the cooling de ice are free of any dust and dirt so that heat can be released and the cooling de ice is not damaged.

YY) roEbleshooting

( problem (ossible c! Ese SEggeste' reme' 2
Fhe cooler does not operate. Fhe power LKE does not light up.	' o oltagc is detected at the EM sock-et.	> J cti ate the ignition of the ehi-cle.
	' o oltagc is detected at the J M sock-et.	> Use another plug socket.
	Fhe J M Cuse is defecti e.	> Teplace the J M CuseH see Teplac ing the J M Cuse on pageld8.
	Fhe integrated mains adapter is defecti e.	> Montact an authorized ser ice agent.
Fhe power LKE lights up orange the error code E 01 is displayed and the cooler is not cooling e en though the plug is plugged in.	Fhe battery monitor is set too high.	d. I et the battery monitor to a lower mode Asee Using the battery mon itor on pageldi X.B. Fest the starting battery.3. To necessarily charge the starting battery.Rollow the manufacturer's instructions.
	Fhe battery monitor is set too low.	d. I et the battery monitor to a high-er mode Asee Using the battery monitor on pageldi X.B. Fest the starting battery.
( problem (ossible cl Ese SEggeste’ reme’ 2
		3. To necessarily charge the starting battery.Rollow the manufacturer’s instructions.
N hen operating the cooler from the EM outlet? Fhe ignition is on and the cooler does not operate. Fhe power LKE does not light up.	Fhe EM plug is not connected correctly.	> Teconnect the EM plug.
	Fhe EM socket is dirty. This leads to poor electrical contact.	> Mean the EM outlet.Rollow the manufacturer’s instructions.
	Fhe EM plug use has blown.	> Teplace the EM plug use see chapter Teplacing the EM plug use on pageld8.
	Fhe EM use inside the cooler has blown.	> Montact an authorized ser ice agent.
	Fhe ehicle EM outlet use has blown.	> Teplace the ehicle EM outlet use.Rollow the manufacturer’s instructions.
Fhe display displays an error code and the cooler does not cool see Krror codes on pageBCX.	Fhe cooler has switched off due to an internal fault.	> Montact an authorized ser ice agent.

Error co' es

N3) E is one of the error codes E 02 to E 07 occurs contact an authorized ser ice agent.

Error co' e Description

E 01 Low oltageko er oltage

E 02 Ran o ercurrent

E 03 Mompressor start Gailed

E 04 Mompressor speed low

E 05 Montroller o erheated

E 06 ' FM open circuit

E 07 ' FM short circuit

Y2 W! rr! nt2

The statutory warranty period applies. It is the product is desecti e- please contact the manufacturer's branch in your country \ see dometic.comkdealer\ or your retailer.

Ror repair and warranty processing- please include the following documents when you send in the device?

UJ copy of the receipt with purchasing date

UJ reason for the claim or description of the fault

'ote that self-repair or nonprofessional repair can have safety consequences and might void the warranty.

Y3 Dispos! 1

W/RNIN Z Ris. o, chil' entr! pment

Before disposing of your old cooling de iceH dismantle the lid. Lea e the baskets in place so that children may not easily climb inside.

Olace the packaging material in the appropriate recycling waste bins- where er possible. Monsult a local recycling center or specialist dealer for details about how to dispose of the product in accordance with the applicable disposal regulations.

Tecycling products with batteriesH rechargeable batteriesH and light sourcesV Temo e any batteriesH rechargeable batteriesH and light sources before recycling the product. Teturn defecti e or used batteries to your retailer or dispose of them at collection points. E o not dispose of any batteries- rechargeable batteriesH and light sources with general household waste. If you wish to finally dispose of the productH ask your local recycling center or specialist dealer for details about how to do this in accordance with the applicable disposal regulations. The product can be disposed free of charge.

Y4 ) echnic! l ' ! t!

N3) E Is the ambient temperature is abo e 3B bMH the minimum temperature cannot be attained.

This product contains fluorinated greenhouse gases.

The cooling unit is hermetically sealed.

	CFX2 28 CFX2 37 CFX2 45 CFX2 57
Tated input	i Clo 6C) z
	dCClo BDC V~
Tated current	dB VV 8.6 J	dB VV 8.j J	dB VV 8.8 J	dB VV h J
	BD VV 3.8 J	BD VV 3.8i J	BD VV 3.h J	BD VV D J
	dCC VV d.6 J	dCC VV d.63 J	dCC VV d.6i J	dCC VV d.j J
	BDC VV C.j j J	BDC VV C.j 8 J	BDC VV C.j h J	BDC VV C.8 J
Mooling capacity	e BB bMlo BC bM
J mbient temperature	d6 bMlo D3 bM
Mlimate class' or F
UI B	i VBJ
Teérigerant T6CCa
Teérigerant Zuantity	d3 g d3 g dD g dj g

EN::CFX2 28, CFX2 37, CFX2 45, CFX2 57

	CFX2 28 CFX2 37 CFX2 45 CFX2 57
E imensions N q) qEH including handlesx	3Di mmlqDBj mmlq 3j i mm	DCd mmlqDB8 mmlq D3C mm	DCd mmlqDh3 mmlq D3C mm	Di 8 mmlqi C3 mmlq D8i mm
Volume	B8 L 3j L Di L i j L
N eight	d3.i kg	di .8 kg	d6.8 kg	d8.i kg
RreZuency band"N LJ' x	B.D G) z
MaL. output powerNLJ' dh.BB dBmBluetooth j .h3 dBm

) erebyH E ometic Yr huhaiX Fechnology Mo.- Ltd declares that the radio eZuipment type MRgB B8- MRgB 3j - MRgB Di H MRgB i j is in compliance with E irecti e BCdDki 3kKU. The full teLt of the KU declaration of conformity is a ailable at the following internet address: documents.dometic.com

Further product information can be accessed ia f T code on the energy label or ia eprel.ec.europa.eu.

□

ENERG7 SUPPLIER'S NAME MODEL IDENTIFIER A B C D E F G XYZ kWh/annum XYZ L XY am ABCD eprel.ec.europa.eu

DeEtsch

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical connector, including a plug and threaded component.

Diagram illustrating power system connection with battery, car, solar panel, and warning symbols

Diagram showing a mechanical device with labeled parts and directional arrows indicating process steps.

Diagram illustrating a device's internal structure with a magnified view of the basket and open case, showing a circular detail.

Diagram illustrating a mechanical process with labeled steps and directional arrows, showing a wire cage and open box assembly.

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical connector, including a plug and threaded component.

I Ikment QE! ntitk Description

d d Glacière

B d M| ble de raccordement au courant continu

3 d M| ble de raccordement au courant alternatió

e d Mode d'emploi abrzgz

6 / ccessoires

8 Description technii Ee

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical connector, including a plug and threaded component.

Elemento C! nti' ! ' Descripci6n

Diagram illustrating a battery system connection with labeled components and safety warning symbols

Conexi6n! En! re' 'e corriente! ltern!

p(E-I R3Z Riesgo 'e electrocEci6n

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and threaded connector.

Item QE! nti' ! ' e Descriht o

Diagram illustrating a device's internal structure with a magnified view of its component, showing a cage and open case.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and threaded connector.

Diagram illustrating the installation of a battery and its electrical connections, including a magnified view of the device's internal structure.

Colleg! mento ! En! rete ' i ! liment! zione ! corrente ! ltern! t!

Diagram illustrating a storage or sorting process with a box containing multiple units and an open case, showing a circular icon highlighting the component.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or movement.

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and connector.

Nr. /! nt! | Geschrij4ving

d d ! oelboL

B d ] ansluitkabel oor gelijkstroomaansluiting

3 d ] ansluitkabel oor wisselstroomaansluiting

e d ! orte handleiding

6 / ccessoires

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC Power Supply"]
    D --> E["Switch to Battery"]
    E --> F["Battery with DC power supply"]
    F --> G["DC Power Supply"]
    G --> H["Switch to Battery"]
    H --> I["Battery with DC power supply"]
    I --> J["DC Power Supply"]
    J --> K["Switch to Battery"]
    K --> L["Battery with DC power supply"]
    L --> M["DC Power Supply"]
    M --> N["Switch to Battery"]
    N --> O["Battery with DC power supply"]
    O --> P["DC Power Supply"]
    P --> Q["Switch to Battery"]
    Q --> R["Battery with DC power supply"]
    R --> S["DC Power Supply"]
    S --> T["Switch to Battery"]
    T --> U["Battery with DC power supply"]
    U --> V["DC Power Supply"]

/D1/RSE-2 SEn' he's,! re

F3 RSI ) I 2 SEn' he's,! re

Technical line drawing of a mechanical device with labeled component (1), showing internal structure and mounting features (no text or symbols beyond label)

Technical diagram showing three labeled components of a mechanical or electrical connector, with parts numbered 2 and 3.

/rti. el /nt! l Ges. rivelse

d d ! øleboks

Diagram showing a mechanical device with labeled parts and an inset view of a component being processed.

CFX2 57

Diagram showing a mechanical assembly with labeled parts and an inset view of a component being inserted into a box.

/D1/RSE-Z SEn' he's,! re

Diagram showing a mechanical device with labeled parts and directional arrows indicating process flow or movement.

Diagram illustrating a shopping cart being opened into an open case, with a magnified view of the cart's interior.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

B. Fryk på knappen pO' kORRp.

Technical diagram of an electronic device with labeled parts including a base, connector, and plug.

Del M5ng' Ges. rivning

d d ! ylboL

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC Power Supply"]
    D --> E["Switch to Battery"]
    E --> F["Battery with DC power supply"]
    F --> G["Battery with DC power supply"]
    G --> H["DC Power Supply"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#cfc,stroke:#333
    style G fill:#fcc,stroke:#333

/nslEt! till v5xelstrCm

Diagram showing a mechanical device with labeled parts and directional arrows indicating process flow or movement.

Diagram illustrating a shopping cart being opened into an open case, with a magnified view of the cart's interior.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Diagram showing a hand holding a smartphone with a QR code and an arrow pointing to it, likely illustrating mobile payment or scanning interface.

eprel.ec.europa.eu

Nors.

Line drawing of a mechanical device with labeled components (no text or symbols present)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and cable.

Element /nt! ll Ges. rivelse

) il. oblings. ont! . ter

□

1 2

Element Ges. rivelse

d Filkoblingskontakt ekselspenningstorsyning

B Filkoblingskontakt likespenningsforsyning

9 Get4ening

For ,Orste g! ngs brE.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC-EAC/DC Power Supply"]
    D --> E["Switch to Battery"]
    E --> F["DC-EAC/DC Power Supply"]
    F --> G["DC-EAC/DC Power Supply"]
    G --> H["DC-EAC/DC Power Supply"]
    H --> I["DC-EAC/DC Power Supply"]
    I --> J["DC-EAC/DC Power Supply"]
    J --> K["DC-EAC/DC Power Supply"]
    K --> L["DC-EAC/DC Power Supply"]
    L --> M["DC-EAC/DC Power Supply"]
    M --> N["DC-EAC/DC Power Supply"]
    N --> O["DC-EAC/DC Power Supply"]
    O --> P["DC-EAC/DC Power Supply"]
    P --> Q["DC-EAC/DC Power Supply"]
    Q --> R["DC-EAC/DC Power Supply"]
    R --> S["DC-EAC/DC Power Supply"]
    S --> T["DC-EAC/DC Power Supply"]
    T --> U["DC-EAC/DC Power Supply"]
    U --> V["DC-EAC/DC Power Supply"]
    V --> W["DC-EAC/DC Power Supply"]
    W --> X["DC-EAC/DC Power Supply"]
    X --> Y["DC-EAC/DC Power Supply"]
    Y --> Z["DC-EAC/DC Power Supply"]

) il. obling til et ve. selstrømnett

F/REZ F! re, or ele. tris. st0t

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the inner box.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Line drawing of a mechanical device with labeled components (no text or symbols present)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and cable.

Koht! M55r5 KEv! Es

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["Switch to battery with battery discharging"]
    D --> E["Switch to battery with battery discharging"]
    E --> F["Switch to battery with battery discharging"]
    F --> G["Switch to battery with battery discharging"]
    G --> H["Switch to battery with battery discharging"]
    H --> I["Switch to battery with battery discharging"]
    I --> J["Switch to battery with battery discharging"]
    J --> K["Switch to battery with battery discharging"]
    K --> L["Switch to battery with battery discharging"]
    L --> M["Switch to battery with battery discharging"]
    M --> N["Switch to battery with battery discharging"]
    N --> O["Switch to battery with battery discharging"]
    O --> P["Switch to battery with battery discharging"]
    P --> Q["Switch to battery with battery discharging"]
    Q --> R["Switch to battery with battery discharging"]
    R --> S["Switch to battery with battery discharging"]
    S --> T["Switch to battery with battery discharging"]
    T --> U["Switch to battery with battery discharging"]
    U --> V["Switch to battery with battery discharging"]
    V --> W["Switch to battery with battery discharging"]
    W --> X["Switch to battery with battery discharging"]
    X --> Y["Switch to battery with battery discharging"]
    Y --> Z["Switch to battery with battery discharging"]

- iitt5minen v! ihtovirt! ver. . oon

1 // R/2 S5h. Cis. En v!! r!

Diagram showing a mechanical device with labeled parts and directional arrows indicating process steps.

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the inner box.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Technical diagram of an electronic device with labeled components including a base, connector pin, and plug.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with 2.0V DC power supply"]
    C --> D["Switch to battery with 1.0V DC power supply"]
    D --> E["Battery with 2.0V DC power supply"]
    E --> F["Switch to battery with 1.0V DC power supply"]
    F --> G["Battery with 2.0V DC power supply"]
    G --> H["Switch to battery with 1.0V DC power supply"]
    H --> I["Battery with 2.0V DC power supply"]
    I --> J["Switch to battery with 1.0V DC power supply"]
    J --> K["Switch to battery with 2.0V DC power supply"]
    K --> L["Switch to battery with 1.0V DC power supply"]
    L --> M["Switch to battery with 2.0V DC power supply"]

Diagram illustrating a shopping cart being opened into an open case, with a magnified view of the cart's interior.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Technical line drawing of a mechanical device with labeled component (1), showing internal structure and mounting features (no text or symbols beyond label)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and threaded connector.

r ( padka Nobr. I no stranelBi j H Y eka V

CFX2 28, 37, 45 1 CFX2 57

3 vlB' ! cí p! nel

1 2 3 4 5 6 7 8 9 -06L

( o-lož- . ! 3 pis 1 2svetlenie
d Výkon		Indik( cia sta u
		LKE indik( tor sa rozs ieti na bielov! ompresor sa spustí.
		LKE indik( tor sa rozs ieti na oranžo ov! ompresor sa zasta í.
B		LKE indik( tor je ypnutýv Runkcia Bluetooth chladiaceho boLu je ypnut(.
	Bluetooth	LKE indik( tor pomaly blik( na bielov! Runkcia Bluetooth chladiaceho boLu je zapnut(. Mhladiaci bol nie je sp( ro aný so zariadením.
		LKE indik( tor rýchlo blik( na bielov! Mhladiaci bol sa sp( ruje so zariadením pomocou Šunkcie Bluetooth.
		LKE indik( tor sa rozs ieti na bielov! Mhladiaci bol je sp( ro aný so zariadením pomocou Šunkcie Bluetooth.
3	NLJ'	LKE indik( tor je ypnutýv Runkcia NLJ' chladiaceho boLu je ypnut(.

SK::CFX2 28, CFX2 37, CFX2 45, CFX2 57

Diagram illustrating battery charging and discharging process with labeled components and warning symbols

(ripo4enie .:sieti strie' ! vkho n! p5ti!

NEGe( EČENS) 132 Nebezpečenstvo xr! zE ele. tric. ým prx' om

Diagram illustrating a device's internal structure with a magnified view of its component, showing a cage and open case.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows, including a magnified view of the process.

B. I tlačte tlačidlo xO' kORRm.
3. Vytiahnite prip(jací k(bel.
D. J k sa chladiaci bol dlhší čas nepouží aH eko nechajte otorenzH aby sa ñom nehromadil z(pach.

3' mr! zenie chl!' i! ceho boxE

Technical line drawing of a mechanical device with labeled components (no text or symbols beyond part number 1)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug, cable, and a cylindrical connector.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC Power Supply"]
    D --> E["Switch to Battery"]
    E --> F["Battery with DC power supply"]
    F --> G["Battery with DC power supply"]
    G --> H["DC Power Supply"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#cfc,stroke:#333
    style G fill:#fcc,stroke:#333

Diagram showing a mechanical device with labeled parts and directional arrows indicating process flow or movement.

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the inner box.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and a cylindrical connector.

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the part of the cart.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Technical line drawing of a rectangular electronic device with mounting holes and ventilation slots (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and cable assembly.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["Switch to battery with battery discharging"]
    D --> E["Switch to battery with battery discharging"]
    E --> F["Switch to battery with battery discharging"]
    F --> G["Switch to battery with battery discharging"]
    G --> H["Switch to battery with battery discharging"]
    H --> I["Switch to battery with battery discharging"]
    I --> J["Switch to battery with battery discharging"]
    J --> K["Switch to battery with battery discharging"]
    K --> L["Switch to battery with battery discharging"]
    L --> M["Switch to battery with battery discharging"]
    M --> N["Switch to battery with battery discharging"]
    N --> O["Switch to battery with battery discharging"]
    O --> P["Switch to battery with battery discharging"]
    P --> Q["Switch to battery with battery discharging"]
    Q --> R["Switch to battery with battery discharging"]
    R --> S["Switch to battery with battery discharging"]
    S --> T["Switch to battery with battery discharging"]
    T --> U["Switch to battery with battery discharging"]
    U --> V["Switch to battery with battery discharging"]
    V --> W["Switch to battery with battery discharging"]
    W --> X["Switch to battery with battery discharging"]
    X --> Y["Switch to battery with battery discharging"]
    Y --> Z["Switch to battery with battery discharging"]
    Z --> AA["Switch to battery with battery discharging"]
    AA --> AB["Switch to battery with battery discharging"]
    AB --> AC["Switch to battery with battery discharging"]
    AC --> AD["Switch to battery with battery discharging"]
    AD --> AE["Switch to battery with battery discharging"]
    AE --> AF["Switch to battery with battery discharging"]
    AF --> AG["Switch to battery with battery discharging"]
    AG --> AH["Switch to battery with battery discharging"]
    AH --> AI["Switch to battery with battery discharging"]
    AI --> AJ["Switch to battery with battery discharging"]
    AJ --> AK["Switch to battery with battery discharging"]
    AK --> AL["Switch to battery with battery discharging"]
    AL --> AM["Switch to battery with battery discharging"]
    AM --> AN["Switch to battery with battery discharging"]
    AN --> AO["Switch to battery with battery discharging"]
    AO --> AP["Switch to battery with battery discharging"]
    AP --> AQ["Switch to battery with battery discharging"]
    AQ --> AR["Switch to battery with battery discharging"]
    AR --> AS["Switch to battery with battery discharging"]
    AS --> AT["Switch to battery with battery discharging"]
    AT --> AU["Switch to battery with battery discharging"]
    AU --> AV["Switch to battery with battery discharging"]
    AV --> AW["Switch to battery with battery discharging"]
    AW --> AX["Switch to battery with battery discharging"]
    AX --> AY["Switch to battery with battery discharging"]

( ri. l4Ečiv! n4e n! izm4enično n! p! 4! n4e

3 (/SN3S)23p! snost o':strE4nog E' ! r!

U' ikada nemojte dirati utikače i sklopke mokrim rukama ili ako stojite na mokroj po ršini.
UJ ko se hladnjak napaja iz mreže izmjenične struje na plo iluH između mreže izmjenične struje i hladnjaka morate instalirati automatsku zaštitnu sklopku. Oosa jetujte sa školo anim ser iserom.

U(U)/

Diagram illustrating a device's internal structure with a magnified view of the basket and open case, showing transformation or assembly.

Diagram illustrating a mechanical process with labeled steps and directional arrows, showing a wire cage and open box assembly.

Diagram showing a mechanical device with labeled parts and an inset view of a component being processed, marked as 1 and 2.

CFX2 57

Diagram showing a mechanical assembly with labeled parts and an inset view of a component being inserted.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC Power Supply"]
    D --> E["Switch to battery"]
    E --> F["Battery with DC power supply"]
    F --> G["Battery with DC power supply"]
    G --> H["DC Power Supply"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#cfc,stroke:#333

/C güh . ! 2n! Din! b! Dl! m!

Technical diagram of an electronic device with labeled parts including a base, connector, and plug.

( oz. Količin! 3 pis

d d) ladilna torba

B d Oriključni kabel na enosmerni tok

3 d Oriključni kabel na izmenični tok

( oz. Količin! 3 pis

Technical diagram of an electronic device with labeled components including a base, connector pin, and plug.

( oz. NEmFrEl DenEmire

(rize ' e conect! re

[ ]

1 2

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with +/- charge"]
    C --> D["Grid of 120kV battery charging"]
    D --> E["Grid of 120kV battery discharging"]
    E --> F["Grid of 120kV battery discharging"]
    F --> G["Grid of 120kV battery charging"]
    G --> H["Grid of 120kV battery discharging"]
    H --> I["Grid of 120kV battery charging"]
    I --> J["Grid of 120kV battery discharging"]
    J --> K["Grid of 120kV battery charging"]
    K --> L["Grid of 120kV battery discharging"]
    L --> M["Grid of 120kV battery charging"]
    M --> N["Grid of 120kV battery discharging"]
    N --> O["Grid of 120kV battery charging"]
    O --> P["Grid of 120kV battery discharging"]
    P --> Q["Grid of 120kV battery charging"]
    Q --> R["Grid of 120kV battery discharging"]
    R --> S["Grid of 120kV battery charging"]
    S --> T["Grid of 120kV battery discharging"]
    T --> U["Grid of 120kV battery charging"]
    U --> V["Grid of 120kV battery discharging"]
    V --> W["Grid of 120kV battery charging"]
    W --> X["Grid of 120kV battery discharging"]
    X --> Y["Grid of 120kV battery charging"]
    Y --> Z["Grid of 120kV battery discharging"]

Connect! re! l! o sErsF ' e ! liment! re c.! .

(ERIC3-2 ( ericol ' e electrocEt! re

Technical line drawing of a rectangular electronic device with ventilation grilles and control panel (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical connector, including a plug and threaded component.

ДМVPИR HI RTUMNVВІ OKTNPOTM

d d K; M; 2: 0o2/9 xI9Д6Л/9 ч9/19

B d K96: л 89 0ВЬ28В9/: 4БМ ; 001o7/: / 1o4

3 d K96: л 89 0ВЬ28В9/: 4БМ ; 2ОМ: /л6В 1o4

e d K2914o 2ъ4ОВОД01ВО 89 296019

6 ПЛ TOPSRMЖОI NVT

Н9л6ч/6 4910 ; 26/9дл: ж/о016 N/: 09 в4люч: /6 в обхв919 /9 до019в4919х

Обі 'ОРUMОТМ ИОВ. No MI SMR
Ком; л: 41 89 8942: ; в9/: 0 бъ28о оовобожд9в9/: MRg-f R! h6СССССд66 С9мо 89 MRgB B8
Ком; л: 41 89 8942: ; в9/: 0 бъ28о оовобожд9в9/: MRg-f R! 3i Di	h6СССВhi hh	С9мо 89 MRgB 3j6 MRgB Di
Моббл/о ; 26лож: /6: 89 охл9жд9/:	e	; 90в9 /9 в06ч46мод: л6

7 И' КI Р' ВРОМ КI KL MSOP' OPUMOTM

Хл9д6л/919 ч9/19 : ; одход7щ9 89 охл9жд9/: /9 x29/61: л/6 ; 2од3416. Хл9д6л/919 ч9/19 мож: д9 0: 68; ол8в9 б в ; 2: во8/6 02: д01в9. Хл9д6л/919 ч9/19 мож: д9 0: 89x29/в9 о1 г/: 8д01о 89 ; о01о7/: / 104 /9 ; 2: во8/01о 02: д01во 6л6 о1 ; 2ом: /л6в01о4ов01о 89x29/в9/: .

Хл9д6л/919 ч9/19 : ; одход7щ9 89 68; ол8в9/: /9 4ъм; 6/г.

Хл9д6л/919 ч9/19 : ; 2: д/98/9ч: /9 89 68; ол8в9/: в дом946/01в01о 6 в ; одоб/6 ; 26лож: /67-491о /9; 26м: 2

BG::CFX2 28, CFX2 37, CFX2 45, CFX2 57

U K3x/6 89 ; : 20o/9л9 в м9г986/6H оф606 6 д23г6 29б01/6 ; ом: щ: /67
U C: л04о01о; 9/046 ; о012ой46
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U П9/06о/6 16; мл: гло 618943049п
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Хл9д6л/919 ч9/19 ОМ : ; одход7щ 89У
U БЪ280 89М2987В9/: /9 x29/9
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8 TMQOTUMNkI I KTNPOTM

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TP6RI 'P yKL PBRMOTM

1 2 3 4 5 6 7 8 9 SET -06°C -

ДМ-ОКТПОТМ ОбЯНОМОТМ
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3 NL'	Св: 1одбодъ1 : 684люч: /' NL' /9 хл9д6л/919 ч9/19 : 684люч: /9.

BG::CFX2 28, CFX2 37, CFX2 45, CFX2 57

ДМ-ОКТПОТМ ОбЯНОМОТМ
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ДМУРИЙ ОКТПРОТМ

d Ko/1941/о г/: 8до 89 ; 2ом: /л6в01040во 89х29/в9/:

B Ko/1941/о г/: 8до 89 ; 00107//01040во 89х29/в9/:

9 PP6I VP

ПЛМST КЪЛВРVP уКИ VLM6P

УНАЗАНИЕ П2: д6 д9 019216291: 32: д9 89; в2в6; в1го; оч601: 1: о1въ12: 6 о1въ/ хл9д6л/919 ч9/19 0

вл9ж/9 4ъ2; 9 01 х6г6: //6 0ъоб29ж: /67 «вбж1: Поч601в9/: 61; одд2ъж49 /9 0129/659 Ddd#.

Обл ъщ РОМ ОР КИ НІ кРУР ОР I VBPL ЯОМ ОР кРКРКР аNPJ I 'P CFX2 57b

П9/161: /9 49; 949 мог91 д9 0: ; 2: м: 0171 /9 ; 2016во; олож/919 0129/9.

d. O1B927/: 6л6 о10129/7B9/: /9 49; 949 мф6г.☐ /9 0129/659 DC3#.

CFX2 57 1. 2. 3. 4.

B. O10129/: 1: 3-1: B6/19 89 B0749 ; 9/19 "фбг.☐ /9 0129/659 DC3X 6 г6 0В9Л: 1: .
3. По019в: 1: 06291/о ; 9/161: в /ов61: ; 086566.
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Икі ОІ Ј Тя ОР:МОМЛ ГТЯ

. 86: 2: 1: доб2: ; 20в: 12: /о м7010H 89щ61: /о о11д62: 41/9 0ль/ч: в9 0в: 1л6/9.
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B. H9160/: 1: 631o/9 SET 3; b16.

1. . 8; ол8в9й1: 6310/9 + 6л6 - Н 89 д9 686: 2: 1: ж: л9/67 2: ж6м /9 89щ61919 89 943м3л91о29.

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УНАЗАНИЕ Ког91о хл9д6л/919 ч9/19 : 89х29/в9/9 о1 01921: 2/67 943м3л91о2Н 68б: 2: 1: 2: ж6м /9 89щ619 89 943м3л91о29 x) IG) m В. СОКОХ. А4о хл9д6л/919 ч9/19 : 0въ289/9 4ъм дом9ш: / 943м3л9-1о2Н 68б: 2: 1: 2: ж6м9 /9 89щ619 89 943м3л91о29 xLONm Н. СКОХ.

HPNVLI йКР ОР ЯЛ КІ NVVP ОР STNKRMЯ

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d. В4люч: 1: хл9д6л/919 ч9/19.

B. H9160/: 1: 631o/9 SET D ; b16.

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УНАЗАНИЕ А4о въ8/64/: /: 68; 29в/001н 724о0119 9в1ом916ч/о 0: в2ъщ9 доу Н, ; о ; од298-б629/: %. Сл: д 010129/7в9/: /9 ; ов2: д919 89д9д: /919 724о01 0: 9416в629 о1/ово.

И'КИ Р'ВРОМ ОР USG КИ LVP

Ul B ; o21b1 ; o8vol7B9 892: жд9/: /9 м9л46 3012ой01в9- 491о моб6л/6 1: л: фо/6 6 mp3 ; л: йь26.

Свъ2ж: 1: 3012ой01во1о 89 892: жд9/: 4ъм UI B ; о219 /9 хл9д6л/919 ч9/19 0 ; омощ19 /9 UI B 496: л¶/: : в4люч: / в 4ом; л: 419х.

УНАЗАНИЕ Ув: 2:1: 0:НЧ: Овъ289/оло 3012ой0во : Оъвм: 016мо 0 29б01919 /9 i Vlk B J .

HPNVLI йКР ОР LMЖТЯ ОР STNKRMЯ

d. H9160/: 1: 6310/9 SET i ; b16.

В. . 8; ол8в9й1: 6310/9 + 6л6 - Н 89 д9 89д9д: 1: 2: ж6м9 /9 0ъ/.

Д60; л: 71 0: ; 2ом: /7 ; о 0л: д/67 /9ч6/5 03КЛ.хн 6КЛ.хн 1H604о5 Lo

S 0f Ⅱ. 3КЛ.Ⅲ P: жбмъ1 /9 0ъ/ 0: д: 89416в629. Д60; л: 71 : ; о01о7//о в4люч: /.

S 0n KBKL.W P: жбмъ1 /9 0ъ/ 0: 9416в629. А4о охл9д61: л71 /: 0: 68; ол8в9 в ; 2одълж: /6: /9 /74ол4о м6/316н /9 д60; л: 7 0: ; о498в9 09мо 1оч49.

Diagram showing a mechanical device with labeled parts and directional arrows indicating process steps.

Diagram illustrating a device's internal structure with a magnified view of its component, showing a cage and open case.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

B. H9160/: 1: 631o/9 xO' kORRm VBKL.k. 3KJ.L.
3. . 81: гл: 1: 0въ28в9щ67 49б: л.
D. А4о охл9д61: л71 /: 0: 68; ол8в9 89 ; о-дълъг ; : 26од о1 в2: м: Но019в: 1: 49; 949 о1во2: /Н 89 д9 /: 0: /9123; в91 м6268м6.

ОбМ' NKL МЖРВРОМ ОР QRPSTROP UPOVP

Line drawing of a mechanical device with labeled components (no text or symbols present)

Technical diagram showing three labeled components of a plug, including a plug with a plug outlet and a cylindrical connector.

(os. KogEs) 5histEs

d d wahutusseade

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["DC Power Supply"]
    D --> E["Switch to battery"]
    E --> F["Battery with DC power supply"]
    F --> G["Battery with DC power supply"]
    G --> H["DC Power Supply"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#cfc,stroke:#333

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the part of the cart's shape.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

B. Vajutage nuppu xl KKI kVu Lwj 1 m.
3. Fömmake t henduskaabel "lja.
D. ! ui jahutusseadet pikemat aega ei kasutataj" tke kaas lahtiH et ei tekiks löhna.

J! hEtEsse!' me sEl! t! mine

Yc ( Eh! st! mine 4! hool' ! mine

Line drawing of a mechanical device with labeled components (no text or symbols present)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and a threaded rod.

Diagram showing a mechanical device with labeled parts and an inset view of a component being processed, marked as 1 and 2.

CFX2 57

Diagram showing a mechanical assembly with labeled parts and directional arrows indicating motion or assembly steps.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with +/- charge"]
    C --> D["Grid of 1.0V battery charging"]
    C --> E["Grid of 2.0V battery discharging"]
    D --> F["Warning: 1.0V battery charging"]
    E --> G["Warning: 2.0V battery discharging"]
    F --> H["Warning: 1.0V battery discharging"]
    G --> I["Warning: 2.0V battery discharging"]
    H --> J["Warning: 1.0V battery charging"]
    I --> K["Warning: 2.0V battery discharging"]

Technical line drawing of a rectangular electronic device with mounting holes and ventilation slots (no text or symbols)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and a cylindrical connector.

Komponent! s

Kie. is /pr! W2m! s

d d «aldytu as

B d' uolatinés sro és jungties jungiamasis kabelis

3 d ! intamosios sro és jungties jungiamasis kabelis

e d Frumpas naudojimo ado as

6 ( rie' ! i

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with 120kV DC power"]
    C --> D["Switch to battery"]
    D --> E["Battery with - + on bus"]
    E --> F["Battery with - + on grid"]
    F --> G["Battery with - + on solar panel"]
    G --> H["Battery with - + on battery"]
    style A fill:#f9f,stroke:#333
    style C fill:#ccf,stroke:#333
    style E fill:#cfc,stroke:#333
    style F fill:#fcc,stroke:#333
    style G fill:#cff,stroke:#333
    style H fill:#ffc,stroke:#333

( ri4Engim! s prie . int! mosios srovès m! itinimo W! ltinio

(/13JUSZ Ele. tros srovés p! vo4Es

Diagram illustrating a shopping cart being opened into an open case, with a magnified view highlighting the part of the cart's shape.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Line drawing of a mechanical device with labeled components (no text or symbols present)

Technical diagram showing three labeled components of a mechanical or electrical component, including a plug and cable assembly.

graph TD
    A["Electric Vehicle Battery"] --> B["Switch"]
    B --> C["Battery with DC power supply"]
    C --> D["Switch to battery with battery discharging"]
    D --> E["Switch to battery with battery discharging"]
    E --> F["Switch to battery with battery discharging"]
    F --> G["Switch to battery with battery discharging"]
    G --> H["Switch to battery with battery discharging"]
    H --> I["Switch to battery with battery discharging"]
    I --> J["Switch to battery with battery discharging"]
    J --> K["Switch to battery with battery discharging"]
    K --> L["Switch to battery with battery discharging"]
    L --> M["Switch to battery with battery discharging"]
    M --> N["Switch to battery with battery discharging"]
    N --> O["Switch to battery with battery discharging"]
    O --> P["Switch to battery with battery discharging"]
    P --> Q["Switch to battery with battery discharging"]
    Q --> R["Switch to battery with battery discharging"]
    R --> S["Switch to battery with battery discharging"]
    S --> T["Switch to battery with battery discharging"]
    T --> U["Switch to battery with battery discharging"]
    U --> V["Switch to battery with battery discharging"]
    V --> W["Switch to battery with battery discharging"]
    W --> X["Switch to battery with battery discharging"]
    X --> Y["Switch to battery with battery discharging"]
    Y --> Z["Switch to battery with battery discharging"]
    Z --> AA["Switch to battery with battery discharging"]
    AA --> AB["Switch to battery with battery discharging"]
    AB --> AC["Switch to battery with battery discharging"]
    AC --> AD["Switch to battery with battery discharging"]
    AD --> AE["Switch to battery with battery discharging"]
    AE --> AF["Switch to battery with battery discharging"]
    AF --> AG["Switch to battery with battery discharging"]
    AG --> AH["Switch to battery with battery discharging"]
    AH --> AI["Switch to battery with battery discharging"]
    AI --> AJ["Switch to battery with battery discharging"]
    AJ --> AK["Switch to battery with battery discharging"]
    AK --> AL["Switch to battery with battery discharging"]
    AL --> AM["Switch to battery with battery discharging"]
    AM --> AN["Switch to battery with battery discharging"]
    AN --> AO["Switch to battery with battery discharging"]
    AO --> AP["Switch to battery with battery discharging"]
    AP --> AQ["Switch to battery with battery discharging"]
    AQ --> AR["Switch to battery with battery discharging"]
    AR --> AS["Switch to battery with battery discharging"]
    AS --> AT["Switch to battery with battery discharging"]
    AT --> AU["Switch to battery with battery discharging"]
    AU --> AV["Switch to battery with battery discharging"]
    AV --> AW["Switch to battery with battery discharging"]
    AW --> AX["Switch to battery with battery discharging"]
    AX --> AY["Switch to battery with battery discharging"]

( ievienoW! n! m! instrāv! s b! roW! n! s ! vot! m

GIS) / MIZ NāvX4oW! ele. troWo. ! ris. s

Diagram showing a shopping basket being opened into an open case, with a magnified view highlighting the product's shape.

Diagram illustrating a mechanical process with labeled steps and directional arrows, showing a wire cage and open box assembly.

Technical diagram of an electronic device with labeled parts including a power box, plug, and terminal block.

Diagram showing a device with labeled parts and an inset view of a mechanical component, likely illustrating a machining or assembly process.

CFX2 57

Diagram showing a mechanical assembly with labeled parts and an inset magnified view of a component being inserted.

graph TD
    A["Electric Vehicle Battery"] --> B["Charging Device 1"]
    B --> C["Battery with DC power supply"]
    C --> D["Battery with battery discharging"]
    D --> E["Battery with battery discharging"]
    E --> F["Electric Vehicle Bus"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333

Diagram showing a device with labeled parts and directional arrows indicating process steps

Diagram illustrating a stock market entry process with a magnified view of the inventory and stock symbol.

Diagram illustrating a mechanical assembly process with labeled steps and directional arrows indicating motion or flow.

Diagram showing a mechanical component with a magnified inset and a separate circular component (no text or symbols)

3.

Pure diagram of a mechanical or electrical component with no text, numbers, or symbols

4.

Diagram of a USB connector with internal structure and directional arrow (no text or symbols)

Diagram showing a smartphone with a QR code scanning out, indicated by an arrow pointing to it.

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