- High-quality, robust construction. 2" foam-injected R-13 thermal break panel, hot-dipped galvanized still inner and outer panels, and a 4" minimum base rail for durability and performance
- Efficient fan and coil options. Supports customizable applications to meet specific cooling needs
- Lower power input fan array. Improves energy efficiency, reduces carbon emissions and improves overall PUE
- Trane-manufactured, factory-installed Symbio® 500 controller. Optimizes energy and system performance, ensuring reliable and efficient operations
- Pre-programmed BACnet®/IP or Modbus communication. Enables seamless integration with building management systems for enhanced monitoring and control
- Standard 2" MERV 8 high-efficiency filers. Improves indoor air quality, contributing to a cleaner system and environment
- Factory-installed piping with integrated water control valve. Reduces installation time and ensures precise and reliable cooling
- Platform flexibility. Standard and custom models available for specialized data center solutions tailored to the needs of unique applications
- Optional features. Additional options can include automatic transfer switch, harmonic filtration, controller capacitor backup, a rope leak detector, and fan block-off plates.
Fan Coil Wall for Data Centers
Model TCDC
Overview
In the data center industry, flexibility matters.
The Trane® Fan Coil Wall is the data center cooling solution that's built for performance and tailored to your needs.
- New platform designed to be adjusted to meet the specific needs of data center customers
- Delivers proven, mission-critical performance—with 400kW or greater cooling capacity
- Maintains tight temperature tolerances for server room environments.
- Available as a stacked unit to enhance footprint or single-piece unit for easy installation and start-up
- Lower power input fan array improves energy efficiency and reduces carbon emissions
- Trane-manufactured, factory-installed controller optimizes energy and system performance
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Designed to Your Specifications
The Trane Fan Coil Wall platform was designed to be adjusted to meet the specific needs of data center owners. We're committed to continuously innovating to stay current with the changing industry, working closely with you to collaborate and innovate throughout the design process.
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Get the Best Solution for Your Space
For existing facilities with space or access constraints, we can deliver a two-piece unit designed to fit through your doors and enhance your footprint.
Or, the Trane Fan Coil Wall is available as a single-piece unit for easy installation and fast startup—ideal for new construction.
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Dedicated Manufacturing for Tight Timelines
We have dedicated production capacity for the Trane Fan Coil Wall. Not only does this give our manufacturing and design teams tremendous flexibility, it also helps to deliver competitive lead times.
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Practice Data Center Sustainability
The Trane Fan Coil Wall may be an excellent replacement for water-intensive evaporative cooling. They use air, instead of precious water resources. And because every unit is ideally designed and scaled to the application, it helps avoid excessive energy use and minimizes carbon emissions.
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Stay with Trane for Services
Trane provides all the support you’ll need throughout the lifecycle of your system. From full-system design through installation and ongoing maintenance and repairs, Trane provides professional services to maintain your data center fan wall performance.
Product Information
| Stacked Configurations | Single Piece Configuration | Stacked/Single Piece Configurations | |||
| TCDC-360 | TCDC-430 | TCDC-500 | TCDC-450 | Specialized Sizes | |
| Height (in) | 162 | 162 | 212.5 | 144 | Up to 18' |
| Width (in) | 120 | 144 | 144 | 144 | Flexible |
| Depth | 60 | 60 | 60 | 60 | Flexible |
| 20°F Delta T (Airside) | |||||
| Supply CFM Range | 38400 - 60000 | 48000 - 750000 | 64000 - 100000 | 44000 - 68750 | Up to 110,000 |
| Cooling Capacity (kW) | 235 - 360 | 290 - 455 | 390 - 610 | 268 - 420 | Flexible |
| 22°F Delta T (Airside) | |||||
| Supply CFM Range | 38400 - 60000 | 48000 - 75000 | 64000 - 100000 | 44000 - 68750 | Up to 110,000 |
| Cooling Capacity (kW) | 258 - 404 | 320 - 505 | 430 - 670 | 322 - 460 | Flexible |
In the data center industry, flexibility matters. The Trane® Fan Coil Wall is the cooling solution that's built for performance and tailored to your needs. Units are designed to your specs, deliver proven mission critical performance, and are produced with dedicated capacity to help tight timelines.
Product Literature
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FAQs
Your questions about fan coil walls for data centers, answered.
A fan coil wall is a blow-through air handling unit with a filter, ECM fan array, and chilled water cooling coil, designed specifically for data center applications. The goal of the fan coil unit is to deliver high volumes of air in a compact footprint, with major components serviceable from the air entering side. Core features of a fan coil wall include integrated control valves, automatic transfer switches, and harmonic filtration.
A fan coil wall works by using an ECM fan array to pull warm air from the mechanical gallery across a filter bank and though a chilled water coil, conditioning the air before blowing it back out into the data hall.
The cooled air is pulled into the server aisle by server fans. The air warmed by the servers is then recycled back to the mechanical gallery to be cooled down again by the fan coil walls.
Commonly requested fan coil wall features include:
- Pressure independent control valves – Factory installed inside of unit footprint
- Automatic transfer switch – Allows for two sources of power to be applied to the unit
- Harmonic filtration – Targets unit harmonics to meet IEEE 519 requirements
- Factory programmed unit controller with BACnet or Modbus Communication
- Adjustable leveling feet
Fan coil wall systems offer several benefits that are especially valuable in data centers:
- Increased cooling capacity: The fan coil wall can deliver high volumes of air to meet the increased cooling demands of the data center industry
- Redundancy: Multiple fans ensure cooling continues even if one unit fails, helping maintain uptime.
- Energy efficiency: EC motor fans modulate precisely to match cooling demand, reducing energy use.
- Improved airflow uniformity: Even airflow distribution helps maintain stable temperatures across server racks.