Bloomfield WVOC-2HFG, WVOC-2HSG Hotplate Operating Instructions, Cooking with Your Hotplate

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HOTPLATE OPERATING INSTRUCTIONS

A. COOKING WITH YOUR HOTPLATE

1.Each element is individually controlled by a TEMPERATURE CONTROL (H.01 and H.03). These are infinite switch controls which control based on electrical current draw, not the actual temperature of the hotplate surface.

2.Settings are OFF to

HIGH.

3. The associated indicator will glow when the switch is in any position other than OFF.

4. When set to HIGH, the hotplate element can reach maximum temperature in approximately 10 minutes.

5.Once liquid begins to boil, reduce the setting to minimize power consumption and increase the useful life of the elements.

6.Use cooking pans which fully cover the elements for maximum efficiency. Maximum recommended pot diameter is 10 inches.

OPERATION (continued)

CAUTION:

Hot Surface

Exposed surfaces can be hot to the touch and may cause burns.

CAUTION:

Electrical Shock

Hazard

DO NOT splash or pour water onto control panel or wiring.

CAUTION:

Electrical Shock

Hazard

Use extreme caution when using double broiler-type pans: DO NOT over fill the lower pan with water, which can cause an overflow. Any moisture splashed onto the hotplate top can leak into the lower areas of the oven causing a potential shock hazard and causing severe damage to the electronic controller.

NOTE: Damage caused by moisture leaking into the electronic controller is NOT covered by warranty.

IMPORTANT:

The dial markings are an INDICATION of temperature only. The temperature of the food product depends on many factors, including the size, shape and material of the food container, and the quantity and consistency of the food product.

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Contents Important do not Discard this Manual 505Limited Warranty Statement Specifications Table of ContentsIntroduction Features & Operating Controls Description Comment Ventilator SectionFeatures & Operating Controls Cooking Appliance Controls Ventilator Section ControlsDescription Comment Electric Shock hazard Precautions and General InformationOperational Notes Agency Listing InformationSTD Setup InstallationUnpacking & Inspection Electric Shock Hazard Service Technician Installation NotesElectrical Installation This is Responsibility InstallerFire Hazard Fire Suppression System InstallationAuthority Having Jurisdiction Filter Installation Filters InstallationDo not Operate Unless Grease CUP is Installed Grease Trough and Grease CUP InstallationHotplate Drip PAN Installation Spiral Heating Elements only Oven Rack InstallationHot Surface Ventilator OperationOperation PRE-FILTER ElementConvection Oven Product Temp Time Number Minutes Racks Suggested Cooking TimesGriddle Product Temp Time Minutes Electrical Shock Hazard Manual Cook ModeProgram Cook Mode Convection Oven Operating InstructionsSeasoning Temperature Offset ModeGriddle Operating Instructions Burn HazardCooking with Your Hotplate Hotplate Operating InstructionsConvection Oven Cleaning Instructions Cleaning InstructionsGriddle Exterior Griddle Cleaning InstructionsTools Hotplate Cleaning InstructionsPrecautions FrequencyFrequency Weekly Ventilator Section Cleaning InstructionsCleaning PreparationTroubleshooting Suggestions Personal Injury Hazard Maintenance InstructionsFAN Cleaning Latch AdjustmentHinge Adjustment Maintenance InstructionsTemperature Calibration Ansul Health Hazards Page Page Fire Hazard Maintenance SchedulesDescription Service

WVOC-2HFG, WVOC-2HSG specifications

The Bloomfield WVOC-2HSG and WVOC-2HFG models represent the cutting edge in advanced automation and control systems designed for diverse industrial applications. These systems serve as pivotal tools for optimizing processes, enhancing efficiency, and ensuring precise monitoring of various operations across numerous sectors.

One of the main features of the Bloomfield WVOC-2HSG and WVOC-2HFG is their dual functionality, which allows for simultaneous management of multiple process parameters. The WVOC-2HSG variant is tailored for high-speed data acquisition and processing, making it suitable for environments where real-time monitoring is crucial. In contrast, the WVOC-2HFG offers enhanced flexibility with its feature-rich interface and robust control capabilities, catering to applications that demand customization and adaptability.

Both models leverage advanced technologies such as Internet of Things (IoT) connectivity, enabling seamless integration with existing infrastructure. This connectivity facilitates remote monitoring and control, allowing operators to access data from anywhere, thus improving decision-making and response times. The cloud-based analytics feature further empowers users to generate insights from historical data, leading to better predictions and proactive maintenance strategies.

In terms of characteristics, the Bloomfield WVOC-2HSG and WVOC-2HFG systems come equipped with high-resolution displays and intuitive user interfaces. These interfaces are designed to minimize the learning curve for new users while providing seasoned operators with the tools needed for complex tasks. The systems also include a variety of input and output options, making them compatible with a wide array of sensors and actuators.

Durability is another significant characteristic of these models, as they are engineered to withstand challenging industrial environments. Built with rugged materials, they are resistant to dust, moisture, and extreme temperatures, ensuring reliable performance over time.

Moreover, safety features are seamlessly integrated into these systems, with built-in alarms and redundancy mechanisms designed to prevent operational failures. This commitment to safety underscores Bloomfield's dedication to providing not only performance but also peace of mind for operators.

In conclusion, the Bloomfield WVOC-2HSG and WVOC-2HFG models stand out as premier solutions in industrial automation, showcasing a blend of innovative technology, user-centric design, and enhanced durability. Whether for real-time data processing or flexible control capabilities, these systems are set to redefine standards in operational efficiency and reliability across various industries.
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