OPERATING INSTRUCTION

The infrared remote control relies on a line of sight and must be pointed at the controls of the log set

to work. The remote control unit has the controls required to turn ON/OFF both the main power and

the heater. If you prefer to use the control buttons on the log set unit itself, they are on the lower right corner of the unit. The layout of the buttons and remote control unit can be seen in Figures 3 and 5,

respectively.

1.

Plug your log set into a 15-amp, 120-volt power outlet.

Figure 4

2.

Turn the power on. Flame will show on the wall behind

The plastic tab inside the battery

 

the log set.

3.

Remove plastic tab from inside battery compartment

compartment MUST be removed

before remote control will operate.

 

to activate remote control.

 

 

(Pull tab)

4.

Point the remote control directly at the control buttons of

 

 

the log set and use the buttons to operate the

 

 

 

 

log set.

 

 

 

 

 

 

 

1 Main Power Button:

This button supplies power to all the functions of the log set. The main power button must be in the ON position, either from the remote or the controls on the log set for the functions to work.

2

Heater Control Button:

 

 

 

This button controls the heater ON/OFF and 5

 

 

 

temperature modes from Low to High. When

 

 

 

 

 

 

 

 

the heater is first turned on, the heater will come on at

 

 

 

the lowest room temperature setting. The log set will

Figure 5

 

remember the last heat setting and in later use the heater

 

will start at that setting, unless power to the unit has been

 

 

 

interrupted. Each time the Temperature button is pressed,

 

1

 

the temperature set point increases, allowing you to adjust

 

 

the ambient temperature.

 

 

3

Flame Control button:

2

 

This button controls the brightness of the flame effect with

 

settings at High, Medium and Low. When the log set is first

 

 

turned on, the flame will come on at the highest setting. The

 

 

log set will remember the last flame setting used and in later

3

 

use the flame brightness will start at that setting, unless

power to the unit has been interrupted. Each time the Flame

button is pressed, the flame brightness decreases. The only way to turn off the flame effect completely is to turn off the

Main Power button.

10

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Image 10
Desa Tech ELCG 240, ELCG 347 manual This button controls the brightness of the flame effect with
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ELCG 240, ELCG 347 specifications

Desa Tech is a renowned name in the field of electrical equipment and technologies, and among its notable products are the ELCG 240 and ELCG 347. These electric load control generators are designed to deliver superior energy management and enhanced operational efficiency, making them essential for various industrial applications.

The ELCG 240 is engineered for reliable performance in a wide range of electrical load control scenarios. One of its main features is its robust power output, capable of handling significant demand while maintaining efficiency. It is equipped with advanced load-sensing technology that allows for adaptive power allocation, ensuring that energy is distributed based on real-time requirements. This not only optimizes performance but also minimizes wastage and reduces operational costs.

Another standout feature of the ELCG 240 is its user-friendly interface, which allows operators to monitor performance metrics easily. The built-in diagnostic tools provide insights into operational efficiency and system health, enabling proactive maintenance and reducing downtime. Additionally, the ELCG 240 is designed for compatibility with various types of electrical loads, making it a versatile choice for different industries.

On the other hand, the ELCG 347 takes the innovations a step further. This model is known for its increased capacity and enhanced functionalities. It features multi-channel load management, allowing for simultaneous control of multiple loads, which is essential for complex industrial setups. The ELCG 347 also integrates advanced communication protocols, enabling seamless connectivity with existing industrial automation systems.

For energy efficiency, the ELCG 347 incorporates state-of-the-art inverter technology. This feature not only improves energy conversion efficiency but also enhances the quality of the power delivered, reducing harmonic distortion and improving overall system reliability. The model's thermal management system ensures that it operates optimally even under high load conditions, contributing to its longevity and reliability.

Both the ELCG 240 and ELCG 347 are designed with robust construction to withstand demanding environments. They comply with international safety and performance standards, ensuring peace of mind for users. With their unique features, technologies, and characteristics, the Desa Tech ELCG series represents a significant leap in electric load control solutions, promising improved efficiency, cost-effectiveness, and reliability for various industrial applications. As the demand for energy-efficient technologies grows, the ELCG series stands out as an investment in sustainability and performance.
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