Medsafe AHU – HTM 03-01 Compliant Custom Air Handling Unit

Description

Medsafe AHU is a bespoke air handling unit engineered to meet the stringent requirements of Health Technical Memorandum (HTM) standards for healthcare applications.

Designed to deliver precise climate control, infection control, and high thermal efficiency, Medsafe integrates advanced filtration, high-efficiency plate heat exchangers, and intelligent controls — ensuring compliance, reliability, and performance. Built with construction methods that minimise thermal bridging, Medsafe supports energy efficiency and consistent clean air delivery in critical environments such as hospitals and cleanrooms.

Model Options & Air Flow Range

• Available in supply only units or supply & extract with either Plate Exchanger or Run Around Coil Heat Recovery
• Available with air flows up to 10m³/sec

Key Features

HTM 03-01 Compliance

• Designed and manufactured in full accordance with NHS Health Technical Memorandum 03-01 for specialised ventilation in healthcare environments.

Bespoke Configuration

• Tailored to meet specific project requirements including airflow rates, spatial constraints, and functional zones.

Factory-Assembled & Tested

• All components are mounted, connected with a final leakage test prior to delivery — reducing site time and ensuring reliability from day one.

Indoor and Outdoor Installation Options

• Available in weatherproof or plantroom configurations, with flexible design for on-site assembly if required.

Maintenance and Access Compliance

• Full-size, lockable access doors and serviceable components, designed in line with HTM access and maintenance recommendations.

Durable Internal Lining

• Wet sections are lined with grade 304 or 316 stainless steel for corrosion resistance and hygiene, while all other sections feature white-coated steel linings for cleanability and durability.

Removable Drain Trays

• Easily accessible and fully removable stainless steel drain trays in wet sections allow for thorough cleaning and maintenance, reducing the risk of microbial growth.