Garland SH/WO/IN 8000 Maintenance and Cleaning, Troubleshooting, Do not open the cooker

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MAINTENANCE AND CLEANING

NOTE:   ensure no liquid can enter the induction unit, do not clean the cooker with a jet of water..

Cleaning

Slight soiling, no burned residues

Wipe with a moist cloth (scotch), without a cleaning agent.

Sticky soiling

Remove with a scraper, then wipe the heating area with a moist cloth.

Lime deposits, caused by water which has boiled over

These spots can be removed with vinegar or a special cleaning agent.

Sugar, sugar containing food, plastic, aluminum foil

1.Immediately scrape off the sugar, plastic or aluminum foil residues thoroughly from the hot cooking area, e.g. with a razor blade.

2.After removal of the residues, clean unit with a cleaning agent.

3.If the heating area soiled with residues of sugar, plastic or aluminum foil cools down without prior cleaning, the ceramic surface might become deformed by pinhead- sized pits.

Ceran glass

1.The cleaning of the Ceran glass is identical to other similar surfaces like glass. Do not use corrosive or abrasive cleaning agents, such as grill- and oven-sprays, stain- and rust-removers, scouring powder and rough sponges.

2.Before being cleaned, the Ceran glass must have cooled down.

Maintenance

Other maintenance and servicing work other than cleaning as described here, must be done by authorized service personnel.

A good maintenance of the induction cooker requires a regular cleaning, care and servicing. The operator has to ensure, that all components relevant for safety are in perfect working order at all times.

The cooker should be examined at least once a year by an authorized technician.

Do not open the cooker,

CAUTION dangerous electric voltage inside..

The cookers may only be opened by authorized personnel.

TROUBLESHOOTING

The cookers may only be opened by authorized service personnel.

Do not open the cooker,

CAUTION dangerous electric voltage inside.

NOTE:  Stop any actions if the heating area (Ceran glass) is cracked or broken. The induction cooker must be switched off and disconnected from the electric supply. Don’t touch any parts inside the cooker.

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Part # 4520898 (03/31/11)

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Contents Installation 4520898 03/31/11 Health Information Important InformationFibers is known to the State California to cause cancer 4520898 03/31/11 Table of Contents Dimensions and Specifications Operating ConditionsGeneral Information Electrical Supply InstallationRequirements For Installation VentilationInstallation Cut Out For Model BH/INCut Out for Models SH/IN 3500 And SH/IN Cut Out For Models SH/WO/IN 3500, SH/WO/IN 5000 16.69Unit Placement Installation of Operating UnitFresh Air Intake Installation Figure #Instructions For Assembly Induction Built-In Units Cut Out4520898 03/31/11 Figure # Figure # Figure # Cooker can be damaged Electrical installationOperating Test Cooking Process Safety Information For Operator/Operating PersonnelOperation ComfortPan Detection Unauthorized Reconstruction Use Of Spare PartsImproper Operating Methods Control Of The Heating AreaCleaning Maintenance and CleaningTroubleshooting MaintenanceTroubleshooting Malfunction With Error CodeMalfunction Without Error Code Troubleshooting 4520898 03/31/11 4520898 03/31/11

BH/IN 2500, SH/WO/IN 8000, SH/IN 3500, SH/WO/IN 5000, SH/IN 5000 specifications

The Garland BH/IN 2500, SH/WO/IN 5000, SH/IN 3500, SH/WO/IN 3500, and SH/IN 5000 are a series of robust and versatile equipment designed for diverse industrial applications. These models are engineered with cutting-edge technologies and cater to different operational needs, ensuring efficiency and effectiveness in their respective tasks.

The Garland BH/IN 2500 is known for its compact design and powerful performance. It features high durability material construction, ensuring it can withstand harsh working environments. The model is equipped with an advanced hydraulic system that enhances operational efficiency, allowing for precise movement and control. With a lifting capacity of up to 2500 kg, this equipment is ideal for medium-scale operations where space is a concern.

Moving on to the SH/WO/IN 5000, this model boasts an impressive 5000 kg lifting capacity, making it suitable for heavy-duty tasks. One of its standout features is its intelligent load-sensing technology, which optimizes the lifting process by automatically adjusting power based on the load weight. This not only improves efficiency but also extends the service life of the machine by minimizing wear and tear on components.

The SH/IN 3500 is another essential model in the lineup, designed with user-friendliness in mind. It incorporates an intuitive control system that simplifies operations, allowing even less experienced operators to handle it effectively. With safety features including automatic emergency brakes and overload protection, users can work with confidence.

Similar to the SH/IN 3500, the SH/WO/IN 3500 combines robust performance with adaptability. Its versatility allows it to handle both standard and specialized loads, making it a great option for businesses that encounter varying operational challenges. This model also emphasizes easy maintenance features, facilitating reduced downtime.

Finally, the SH/IN 5000 reinforces the series with its exceptional power and reliability. It includes advanced monitoring systems that provide real-time data on performance and diagnostics, enabling preventative maintenance and reduced operational reliability risks.

In conclusion, the Garland BH/IN and SH models offer a comprehensive range of features and technologies that cater to the needs of modern industries, ensuring that they remain essential tools for operations demanding efficiency, safety, and durability.
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