Desa CGESBM Grounding Instructions, Operating Instructions, Control Panel Operation

Page 4

GROUNDING

INSTRUCTIONS

This stove is for use on 120 volts. The cord has a plug as shown in Figure 2. An adapter is available for connecting three-blade grounding-type plugs to two-slot receptacles. The green grounding lug extending from the adapter must be connected to a permanent ground such as a properly grounded outlet box. The adapter should not be used if a three-slot grounded receptacle is available.

Grounding Pin

Adapter

Figure 2 - Grounding Methods

OPERATING

INSTRUCTIONS

Once the unit has been properly connected to a ground electrical outlet, it is ready to operate. Note: Ensure the circuit breakers for power supply are turned on.

CONTROL PANEL OPERATION

Controls are located on the back of the unit (see Figure 3).

1.Main ON/OFF power switch: This switch is located at the furthest right corner on the control panel when looking at the back of the unit. Turn the switch to ON and unit will be ready to operate. The "" indicates ON and "O" indicates OFF.

2.Heater Switch and Control Dial: The heater switch has a sun directly below it. To turn the heater on, flip the Heater Switch to ON position (the "" indicates ON and "O" indicates OFF). The Control Knob has a thermometer below it. Turn the dial clockwise past the number 8. You should hear a small clicking sound indicating the heater has started and heat will emit the from the vents at the top of the unit. To turn off heater, turn the temperature dial counter clockwise past number 1 and flip the Heater Switch to OFF position.

To increase the desired temperature, turn the temperature dial clockwise towards Number 8.

To decrease the desired temperature, turn the temperature dial counter clockwise towards number 1. The heater has a built-in thermo- stat so it will shut off automatically once the set temperature is reached. It will also turn on automatically if the room temperature drops below the set temperature on the dial.

Note: When the heater is turned on for the first time, it may release a slight, harmless odor. This odor is a normal occurrence caused by the initial heating of the internal heating elements and should not occur again.

4.Flame Control Dial: This dial controls the intensity of the flame.

Flame

 

Main Power Switch

Control Dial

 

 

 

Heat Control

Heater

Light Adjustment

Switch

Dial

 

 

 

Dial

 

 

 

Figure 3 - Electric Stove Control Panel

 

CLEANING AND

 

MAINTENANCE

 

WARNING: Always discon-

nect power and allow the heater

to cool before performing any

cleaning, maintenance or reloca-

tion of this heater. Turn controls

to OFF and remove plug from

outlet or turn off circuit breaker

to heater.

 

 

Turn off heater and circuit breaker to heater before

performing any cleaning and/or maintenance. Al-

low heater to cool completely.

BULB REPLACEMENT

 

WARNING: The halogen light

bulbs in your unit can become

extremely hot. Allow at least 10

minutes between turning off the

heater and removing the light

bulbs to avoid accidental burns.

4

www.desatech.com

117191-01A

Image 4
Contents Model Cgesbm Electric Stove With Manual Control Table of Contents Safety InformationProduct Dimensions Specifications Unpacking Testing the UnitListing Approvals Bulb Replacement Grounding InstructionsOperating Instructions Control Panel OperationCleaning Maintenance Removing Front of UnitReplacing Top Contrasting Bulb Replacing Log Set Ember Bed BulbsCleaning Front Panel Glass StorageReplacing Flame Generation Bulbs Remove spring clip. Hold socket and pull out old bulbReplacement Parts Technical ServiceTroubleshooting Keep this Warranty Warranty InformationLimited Warranty Electric Stove

CGESBM specifications

Desa CGESBM (Community-based Green Energy and Smart Building Management) represents a pioneering initiative focused on sustainable living and energy efficiency. Situated at the intersection of technology and environmental stewardship, this community is designed to promote a sustainable lifestyle while leveraging cutting-edge technologies.

One of the main features of Desa CGESBM is its commitment to renewable energy sources. The community harnesses solar power through photovoltaic panels installed on rooftops and communal spaces. This initiative significantly reduces reliance on non-renewable energy, empowering residents to contribute to a cleaner planet. Additionally, wind turbines are employed in select areas, further complementing the energy mix and ensuring a consistent and reliable energy supply.

Smart building technologies are central to Desa CGESBM, enhancing the living experience and optimizing resource management. Integrated smart grids enable residents to monitor their energy consumption in real time, encouraging energy-saving behaviors. Advanced sensors throughout the community track air quality, reducing pollution and promoting health and well-being. Energy-efficient appliances and smart home systems are standard, allowing for personalized adjustments that can lead to reduced energy usage and increased comfort.

Water conservation is also a key characteristic of Desa CGESBM. The community employs rainwater harvesting systems and greywater recycling methods, ensuring that water resources are used judiciously. These initiatives not only support the environment but also decrease utility costs for residents, promoting an economically sustainable way of living.

The design of Desa CGESBM emphasizes green spaces and biodiversity. The community features parks, community gardens, and green rooftops, which not only enhance the aesthetic appeal but also contribute to urban cooling, support local wildlife, and foster a sense of community among residents.

Community engagement is strongly encouraged through programs that promote environmental education and sustainability practices. Workshops on energy conservation, organic gardening, and eco-friendly living provide residents with the knowledge and tools to make a meaningful impact.

In summary, Desa CGESBM is more than just a residential area; it is a model for the future of sustainable living. With its integration of renewable energy, smart technologies, water conservation methods, and a focus on community engagement, it showcases how modern innovations can harmonize with environmental goals, creating a livable and resilient community for generations to come.