Electrolux ZGS 782 IT, ZGS 782 ICT manual Fault Finding, Preliminary Electrical Systems Check

Page 23

Fault Finding

Preliminary Electrical Systems Check

START

Isolate appliance and carry out:

A:Earth Continuity check.

NO YES

Carry out:

C:Polarity check.

Brown Blue

Blue

Brown Green

Yellow

Carry out:

D:Resistance to Earth check.

Has inlet fuse blown?

Inlet wiring

YES	Electricity supply
	should now be
	satisfactory.

PLUG (with cover removed)		S O C K E T

(face view)

faulty. Rectify any fault.

Earth Wire Green/Yellow

Neutral Wire Blue

(	)
	FUSE

E()

Isolate appliance and carry out:

B:Insulation check. Rectify any fault including replacing fuses as necessary.

Image 23

Contents ZGS 782 IT Thank you for selecting our appliance Contents During Use Important Safety InformationInstallation People SafetyEnvironmental Information ServiceDescription of the Hob Instructions for the User Pan on the pan support OperationLighting Burners For easierPage Burner Minimum Maximum Diameter Using the hob correctlyJuice, etc. on the cooktop Maintenance and CleaningHob Top Pan SupportsIgnition electrode Something Not Working? Symptom SolutionSemi-rapid Instructions for the InstallerEngineer technical data Type of GAS Location Important safety requirementsInstallation Gas Connection Building over a kitchen unit with door BuildingBuilding over a cupboard or drawer Carry out the building in of the hob as follows Fitting the Hob into the WorktopElectrical Requirements Electrical ConnectionsPermanent Connection Wiring diagramPreliminary Electrical Systems Check Fault FindingEarth Continuity Check Ignition System / Gas Ignition Commissioning Pressure TestingProcedure Minimum adjustment ScrewMethod Conversion from Natural Gas to LPGExclusions Guarantee/Customer Service0870 5 929 Service and Spare PartsEuropean Guarantee Page 356994801 01/08 R.0

ZGS 782 ICT, ZGS 782 IT specifications

The Electrolux ZGS 782 IT and ZGS 782 ICT are innovative refrigeration solutions that cater to modern households and businesses, offering a blend of advanced technology with user-friendly features. Both models are part of Electrolux's commitment to energy efficiency and sustainability, designed to provide optimal food storage conditions while minimizing environmental impact.

The ZGS 782 IT features a sleek built-in design, making it an ideal choice for kitchens where aesthetics and space are crucial. With a total capacity of approximately 278 liters, this model provides ample space for fresh and frozen foods. It includes a multifunctional cooling system that maintains consistent temperatures, preventing food spoilage and ensuring longer shelf life. The No Frost technology eliminates the need for manual defrosting, saving time and effort while ensuring consistent airflow to keep the temperature even throughout the unit.

In contrast, the ZGS 782 ICT comes with advanced intelligent cooling technology, which optimizes energy consumption based on usage patterns. This model is designed with a smart display interface, providing users with easy access to temperature settings and other functions. It features an air circulation system that prevents the buildup of frost and ice, further enhancing efficiency. The adjustable shelves and drawers make it easy to organize food items, accommodating various storage needs.

Both units are equipped with noise-reducing technology, ensuring quiet operation, making them suitable for open-plan living spaces. Safety features like adjustable temperature controls and child locks contribute to a worry-free environment for families.

The design of these Electrolux models prioritizes energy efficiency, achieving high energy ratings that contribute to lower electricity bills and reduced carbon footprints. The commitment to sustainability extends to the choice of refrigerants that comply with the latest environmental regulations.

Overall, the Electrolux ZGS 782 IT and ZGS 782 ICT stand out in the competitive market for their innovative features, efficiency, and consumer-friendly designs. Whether for everyday home use or for more demanding food storage needs, these models promise reliability and performance that meet the evolving demands of modern life.