Use

MENRED NET.Pro Series Energy Recovery Ventilators; E51.33D Programmable Fresh Air Controller

Application

Qingfeng Junyue | Dongying, Shandong

Characteristics

1. Balanced Fresh Air and Exhaust Ventilation

The MENRED NET.Pro Series Energy Recovery Ventilators provide mechanical fresh-air supply and indoor exhaust ventilation. The system is designed to introduce filtered outdoor air while removing stale indoor air through separate ventilation paths.

2. Enthalpy Heat Recovery and Air Filtration

The NET.Pro Series incorporates an enthalpy heat exchange core to transfer heat and moisture energy between incoming and outgoing air streams. Its filtration system helps reduce airborne particles entering the residential indoor environment.

3. Different Ventilation Capacities for Residential Applications

The NET.Pro Series ERV provide different airflow capacities, offering options for residential ventilation requirements.

4. Programmable Fresh Air Control

The E51.33D controller supports manual operation and programmable ventilation schedules, allowing fan operation to be adjusted according to user settings.

More about the project

Qingfeng Junyue is a residential project in Shandong Province, China, featuring MENRED NET.Pro Energy Recovery Ventilators and E51.33D Programmable Fresh Air Controllers.

For residential buildings, mechanical ventilation provides an organized method of introducing outdoor air while removing stale indoor air. Unlike ventilation through open windows alone, a ducted energy recovery ventilation system can provide air exchange through dedicated supply and exhaust paths.

The project uses three models from the MENRED NET.Pro family: NET150.Pro, NET250.Pro and NET350.Pro.

These ventilators combine fresh-air supply, exhaust ventilation, air filtration and enthalpy heat recovery. Their heat exchange design helps recover part of the energy from outgoing air during ventilation.

The E51.33D controller provides manual and scheduled operation options for compatible fresh-air ventilation systems.

This project demonstrates the application of MENRED energy recovery ventilation equipment and programmable controls in residential buildings where indoor air exchange and ventilation management are important design considerations.