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General| Type | Energy Recovery Ventilator |
|---|---|
| Airflow Rate | 1200 m³/h |
| Power Supply | 220-240V |
| External Static Pressure | 150 Pa |
| Voltage | 220-240 V |
| Frequency | 50 Hz |
Explains the fundamental purposes and importance of ventilation in buildings for occupant health and comfort.
Explains key performance metrics like air volume and wind pressure (static, dynamic, total).
Describes the methods and equipment used to measure Lossnay's air volume and static pressure.
Provides formulas and tables for calculating ventilation load based on US and SI units.
Analyzes ventilation load components during cooling, including heat gain and penetration.
Examines ventilation load components during heating, focusing on internal heat loss.
Details the Lossnay's construction, core, and main features, highlighting heat recovery.
Explains the structure of the Lossnay core, its treated membrane properties, and energy recovery principles.
Covers calculation methods for temperature, humidity, and enthalpy recovery efficiencies.
Illustrates air conditions and calculates heat recovery using Lossnay in summer and winter.
Guides on assessing economic benefits, including conditions, model specifics, and cost calculations.
Presents test results on the sound reducing properties of the Lossnay core.
Details how to read air volume-static pressure curves and duct resistivity.
Provides installation diagrams and notes for LGH-RX5 series ceiling-embedded units.
Covers essential steps like leaving inspection holes, insulating ducts, and preventing rainwater.
Discusses the core's durability, lack of moving parts, and results from a lifetime test.
Provides step-by-step instructions for removing and cleaning Lossnay cores and air filters.
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