Jetex Air Handler -Tailor Your Air Solutions For Specific Scenarios

Product Specification

BRIEF INTRODUCTION OF JETEX-Lloyd's

• The products of Jetex-Lloyd's include:
  Modular air handling units: Can be customized according to space constraints and energy efficiency requirements,such as the AHS series.
  Rotary dehumidification systems: Designed for special scenarios like hydropower stations and lithium battery factories, addressing equipment corrosion issues in high-humidity environments;
  Dust removal and purification equipment: Tailored to dust control needs in industries such as metallurgy and chemical engineering, providing customized filtration solutions.

The Cooling Capacity Parameter Table of Modular air handling units (AHS series)

The applications of Modular air handlers

Modular air handlers (MAHs) are versatile HVAC components composed of prefabricated, interchangeable modules (e.g., filtration, heating, cooling, humidification, or air movement sections). Their design allows for flexible configuration, making them suitable for a wide range of applications across various industries.

1. Commercial Buildings
Office complexes, shopping malls, and hotels: MAHs adapt to varying space constraints and zoning needs. For example, a shopping mall can configure separate modules for high-traffic retail areas (requiring frequent air exchange) and back-office zones (prioritizing energy efficiency).
Flexibility in retrofits: Older buildings with limited installation space benefit from MAHs, as modules can be transported and assembled on-site without major structural modifications.
2. Industrial Facilities
Manufacturing plants (electronics, pharmaceuticals, food processing): MAHs are customized to meet strict environmental controls. For instance, electronics factories may integrate HEPA filtration modules to maintain Class 100 cleanrooms, while food processing facilities add UV sterilization or anti-microbial coatings to prevent contamination.
Warehouses and logistics centers: Large, open spaces use MAHs with high airflow modules to regulate temperature and humidity, protecting goods (e.g., perishables or sensitive materials) from moisture or heat damage.
3. Healthcare Facilities
Hospitals and clinics: Critical areas like operating rooms, ICUs, and isolation wards require precise control over air pressure, filtration (e.g., MERV 14+), and humidity. MAHs enable dedicated modules for infection control (e.g., negative-pressure zones for contagious patients) and easy maintenance (modular sections can be sanitized or replaced without shutting down the entire system).
Laboratories: Research labs handling hazardous materials use MAHs with specialized exhaust and filtration modules to contain fumes and maintain safe air quality.
4. Data Centers
High-density server rooms demand consistent temperature (18–21°C) and low humidity to prevent equipment overheating or corrosion. MAHs with redundant cooling modules and variable air volume (VAV) controls adapt to fluctuating heat loads, ensuring reliable operation. Their modular design also allows for phased expansion as data center capacity grows.
5. Educational and Public Spaces
Schools, universities, and stadiums: MAHs support large, multi-zone spaces (classrooms, auditoriums, stadium seating) with modules tailored to occupancy patterns. For example, stadiums may use high-capacity ventilation modules during events and energy-saving modes during off-peak hours.
6. Residential High-Rises
Modern apartment complexes use MAHs to serve multiple units efficiently. Modules can be configured for individual floor zones, balancing comfort (e.g., heating in winter, cooling in summer) while reducing energy waste compared to centralized systems.