Forced Air Gas Burner Training Panel

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Forced Air Gas Burner Training Panel Specification

Dimension (L*W*H)
1650x700x1850 Millimeter (mm)

Feature
Highly Efficient

Accuracy
100 %

Weight
115 Kilograms (kg)

Type
FORCED AIR GAS BURNER TRAINING PANEL

Usage
Laboratory

About Forced Air Gas Burner Training Panel

FORCED AIR GAS BURNER TRAINING PANEL

The trainer contains a commercially available forced air gas burner. The elements for a gas controlled system are combined into one compact fitting.

The burner function is simulated using air making it possible to use the unit in training rooms without hazard. The compressed air is supplied by a small integrated compressor.

Learning Objectives / Experiments

Familiarisation with components for heating systems
Starting a gas burner
Nominal load adjustment on a gas burner
Fault-finding and fixing
Calculation of the gas flow rate / operating volume

Specification

Simulation of the operation of a gas burner
Hazard-free operation of the burner with air
Diaphragm pump for pressure generation, pumping medium: air
Display of the most important operating pressures on single tube manometers
Indication of burner operation using a flickering light
Monitoring of burner operation using flame safeguard

Technical Data

Gas burner

Rating class: 13...28kW

Gas pressure controller

Admission pressure: 0,4bar
Outlet pressure: 0,04bar

Diaphragm pump

Power consumption: 70W
Max. flow rate: 70L/min at 230mbar

Measuring ranges

Flow rate air: 0,5...5,5m/h
Pressure: 3x 0...50mbar

Dimensions and Weight

LxWxH: 1650x700x1850mm
Weight: approx. 115k

Precision Engineering for Educational Excellence

This training panel delivers 100% accuracy, ensuring students receive precise and repeatable results during experiments. The panels meticulously engineered components allow for clear demonstration of forced air gas burner operations, helping users develop a thorough understanding of combustion processes in a safe and efficient manner.

Rugged Construction and Practical Design

With a substantial weight of 115 kilograms and a durable frame measuring 1650x700x1850 mm, the panel is built for frequent laboratory use. Its design supports straightforward handling and setup, while robust materials guarantee long-term durability even in high-traffic educational environments.

FAQs of Forced Air Gas Burner Training Panel:

Q: How is the Forced Air Gas Burner Training Panel typically used in laboratories?

A: This panel is primarily utilized for educational demonstrations and hands-on training, enabling users to study the function and operating parameters of forced air gas burners. It is suitable for showcasing combustion principles, troubleshooting, and efficiency analysis.

Q: What are the main benefits of using this highly efficient training panel?

A: The major advantages include exceptional accuracy of 100%, robust construction for longevity, and clear demonstration capabilities. It enhances students understanding of burner technologies while maximizing laboratory efficiency and safety.

Q: When is the best time to incorporate this panel into technical education curriculums?

A: The panel can be introduced at intermediate or advanced stages of technical courses where combustion, thermal engineering, or practical burner operations are being taught, ensuring learners can directly apply theoretical knowledge.

Q: Where can the Forced Air Gas Burner Training Panel be installed and operated?

A: It is designed for use in laboratory settings, particularly in technical schools, colleges, and industrial training centers. The panels dimensions make it suitable for both spacious and compact lab environments.

Q: What is the process for training with this panel?

A: The typical process involves setting up the burner components, adjusting airflow and fuel supply, and conducting step-wise demonstrations. Instructors can illustrate burner efficiency, flame characteristics, and safety protocols, while students engage in hands-on learning.

Q: What are the usage precautions to ensure safe operation in the lab?

A: Users should adhere to all safety guidelines, including proper ventilation, using protective gear, and following the manufacturers instructions. Regular maintenance and supervised operation are essential for user and equipment safety.

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