MR-HL 720 Ventilation System

MR-HL 720 Ventilation System Education Training Equipment Technical Teaching Equipment Heat Transfer Experiment Equipment

Description

• ventilation system with air handler
• high practical relevance due to the use of industrial components from ventilation technology
• representation of pressure curves
In building services engineering ventilation systems are used for commercial premises, hospitals, restaurants or conference rooms to ensure the air exchange in the individual rooms. In real air handling units the air is heated or cooled by a heat exchanger and cleaned by filters, e.g. from pollen.
MR-HL 720 demonstrates the operation of a ventilation system and its components.The components used are common in commercial ventilation technology and therefore are of high practical relevance. The ventilation system is operated as a pure air supply system.

Learning objectives/experiments

• design and operation of a ventilation system
• pressure measurements in the air duct
• determine the electric drive power of the fan
• determine the flow rate
• design and operation of components
such as
· protective grating
· multi-leaf damper
· filter
· heat exchanger
· fan
· inspection cover
· sound insulation link
· ventilation grill with adjustable flow
rate
· fire protection flap
· ceiling vents

Specification

[1] design and operation of a ventilation system
[2] all components from ventilation technology, some with sight windows
[3] protective grating and adjustable multi-leaf damper at the air inlet
[4] filter for air purification
[5] belt-driven radial fan
[6] 2 sound insulation links
[7] various air outlets for air distribution in the room:disc valve, ceiling vent and ventilation grill with adjustable flow rate
[8] inspection cover for inspection purposes
[9] fire protection flap prevents the cross-over of fire and smoke in the air duct
[10] air duct with pressure measurement connections
[11] pressure measurements with inclined tube manometer
[12] current measurement to determine the power consumption of the fan
[13] determine the flow rate via differential pressure