Chiller and Remote Condenser Installation for MRI Machine
Project Overview
This project involved the installation of a dedicated chiller with a remote condenser to support the cooling requirements of a state-of-the-art MRI machine, as well as a Computer Room Air Conditioning (CRAC) unit to service the MRI machine room. The cooling system ensures precise temperature and humidity control critical for the MRI's performance, longevity
Key Features of the Installation
Custom Chiller Installation
A high-capacity chiller was installed to provide continuous and reliable cooling to the MRI machine, ensuring uninterrupted operation even under heavy usage.
Remote Condenser System
A remote condenser was strategically located to optimize cooling efficiency while minimizing noise and heat buildup near the MRI facility.
CRAC Unit for Machine Room
A precision CRAC unit was installed to maintain stable environmental conditions in the MRI machine room, protecting sensitive equipment from temperature fluctuations and humidity.
System Integration and Redundancy
The chiller, condenser, and CRAC unit were seamlessly integrated to function as a cohesive system, offering redundancy to guarantee reliability in case of component failure.
Energy Efficiency and Compliance
The entire system was designed with energy efficiency in mind and complies with all relevant Australian standards for healthcare facilities.
Challenges and Solutions
Challenge: Limited space and strict requirements for healthcare environments.some text
- Solution: Compact and low-noise equipment was selected, and the installation was meticulously planned to meet the spatial and acoustic constraints
Project outcome
The newly installed chiller, remote condenser, and CRAC unit now provide reliable and energy-efficient climate control for Brisbane’s MRI facility. The system ensures the MRI machine operates within its strict environmental parameters, safeguarding patient diagnostics and hospital workflows.
Related Projects
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
