OPERATING

INSTRUCTIONS

Continued

2.When operating the remote control, it must be pointed at the logset inside the electric stove and a beep must be heard each time you press a function button. The beep con- firms the remote control is performing the function you have requested. Note: Make sure your batteries are fully charged and installed correctly in your remote control.

3.POWER ON/OFF button at the top left is the main ON/OFF power button. Pressing this button you will hear a beep; this acti- vates the power to the unit. Note: If the flame does not come immediately, press the DISPLAY ON/OFF button.

4.The two LOGSET buttons control the brightness of ember bed, which changes the brightness of your logset. To increase the brightness, press and re- lease the BRIGHTER button. Each time you press this button you will hear a beep, and the brightness will increase by a small amount, until the maximum is reached.

To decrease the brightness, press and release the DIMMER button. Each time you press this button you will hear a beep and the brightness will decrease by a small amount, until the minimum brightness is reached.

Infrared

Ray Exit

POWER

 

Indicator

ON/OFF

 

 

 

Light

DISPLAY ON/OFF

Dimmer Brighter

EMBERS/

LOGSET

HEATER ON/OFF

TEMP. CONTROL

HIGH MED LOW

FLAME

LOWER HIGHER

5.Heater Button: To activate the heater, press the heater button, then press HI, MED or LO. The heater is per-set to the following temperatures:

HIGH will shut off when room reaches approximately 86° F (30 C)

MED will shut off when room reaches ap- proximately 75° F (24 C)

LO will shut off when room reaches approximately 64° F (18 C)

6.To adjust the intensity of the flame, press the two buttons labeled HIGH- ER and LOWER under FLAME .

To increase the flame intensity, press and release the HIGHER button. Each time you press the button you will hear a beep and the size of the flame will increase slightly until the maximum setting is reached.

To decrease the flame intensity, press and release the LOWER button. Each time you press this button you will hear a beep and the size of the flame will decrease slight- ly until the minimum setting is reached.

7.To use the stove as a heater without the flame, press the LOGSET DISPLAY ON/ OFF button to turn the flame off and press the HEATER ON/OFF button to turn the heater on (if the heater was in the OFF position). Press the LOGSET DISPLAY ON/OFF button again to turn the flame back on. Press HEATER ON/OFF button again to turn the heater off.

Note: You may have to re-adjust your desired flame setting (see step 6).

8.To turn off the stove, press the POWER ON/ OFF button once. When you hear the beep, the fireplace will be completely off and the flame will disappear. When you restart the fireplace with the remote control, all of the features you had set will remain in effect. NOTICE: This remote control must remain within 8 meters or 26 feet of the fireplace to be effective.

IMPORTANT: If the flame does not acti- vate after the POWER ON/OFF button is pressed, press the DISPLAY ON/OFF button to activate the flame. If the flame does not appear, repeat step 4, page 8.

Figure 4 - Remote Control For Electric

Fireplace

117190-01A

www.desatech.com

5

Page 5
Image 5
Desa CGESBL operation manual Infrared Ray Exit, Indicator, Light

CGESBL specifications

Desa CGESBL, which stands for the Center for Green Energy and Smart Building, represents a pioneering initiative aimed at revolutionizing the residential and commercial construction sectors through sustainable design and cutting-edge technology. Located in a rapidly evolving urban landscape, Desa CGESBL integrates ecological principles with smart technological advancements to create a holistic environment that caters to both human needs and the planet's well-being.

One of the main features of Desa CGESBL is its commitment to sustainability. The development utilizes renewable energy sources, including solar panels and wind turbines, which significantly reduce reliance on fossil fuels. The buildings are constructed using environmentally friendly materials, such as recycled steel and low-emission concrete, ensuring that the ecological footprint is minimized from the initial construction phase to the eventual occupancy.

Another characteristic that sets Desa CGESBL apart is its integration of smart technologies. Each unit comes equipped with smart home systems that allow residents to control heating, lighting, and security through mobile applications. These systems are not only user-friendly but also energy-efficient, promoting the effective use of resources while maintaining comfort. Furthermore, smart sensors are installed throughout the buildings to monitor environmental conditions, enabling real-time adjustments that enhance energy efficiency while ensuring optimal indoor air quality.

The architectural design of Desa CGESBL promotes not only aesthetic appeal but also functional living. The layout encourages community interaction, featuring shared green spaces, gardens, and recreational areas that foster a sense of belonging among residents. These communal areas not only enhance the social fabric of the community but also contribute to biodiversity by providing habitats for local flora and fauna.

In addition to its physical attributes, Desa CGESBL champions a forward-thinking approach to urban living. The development promotes car-free living through the provision of extensive pedestrian pathways and cycling routes, encouraging healthier lifestyles while reducing traffic congestion. Electric vehicle charging stations are strategically placed to support residents who opt for electric transportation, further emphasizing the commitment to sustainability.

In conclusion, Desa CGESBL stands as a model for future urban developments, combining sustainable practices, smart technologies, and community-focused design. Its innovative features and environmentally conscious approach set a benchmark for creating spaces that are not only livable but also harmoniously integrated with the natural world. As cities move toward more sustainable futures, Desa CGESBL exemplifies how thoughtful design and technology can create healthier environments for all.