Room-level CDU

Centralized coolant distribution for large-scale data hall deployments. High-head, high-volume integrated design engineered to serve extensive loop networks across hundreds of racks.

400 – 600 kW High-Head Integrated Design Redundant Pumps Modbus / TCP / UDP

Engineered for Data Hall-Scale Cooling

Centralized Loop Architecture

Integrated high-head, high-volume design built to drive coolant across large-scale loop networks. Suitable for centralized plant rooms serving entire data halls.

Redundant Architecture

Key components including pumps and valves are fully redundant. Dual power supply with automatic switchover ensures uninterrupted operation during maintenance or power events.

Intelligent Flow Control

Multi-mode pressure differential control with step-less flow adjustment. Supports cold standby, hot standby, independent operation, and group control across multiple CDUs.

CPU + GPU Compatible

Supports both CPU and GPU cold plate liquid cooling in combined applications, accommodating mixed workloads within the same cooling loop.

Easy Maintenance

Rational internal layout with front and rear access panels. Supports automatic online coolant refilling to minimize manual intervention during operation.

Open Protocol Integration

RS485 and RJ45 interfaces with Modbus, TCP, and UDP protocol support. Compatible with BMS, DCIM, and third-party monitoring platforms.

Technical Specifications

Room-level CDU
ParameterCF-FCDU-400CF-FCDU-600
Rated Heat Transfer Capacity400 kW600 kW
Net Weight930 kg1,300 kg
Dimensions (H × W × D)2.2 × 1.4 × 0.9 m2.2 × 1.6 × 1.0 m
Power SupplyAC380AC380
Secondary Loop
CoolantDI waterDI water
Supply / Return Temp.40 / 45 °C40 / 45 °C
Pipe ConnectionDN100DN100
Rated Flow Rate1,160 L/min1,740 L/min
Max. Pressure10 bar10 bar
Primary Loop
CoolantPG30PG30
Supply / Return Temp.35 / 40 °C35 / 40 °C
Pipe ConnectionDN100DN100
Coolant Supply Temp. Range8 – 35 °C8 – 35 °C
Max. Pressure10 bar10 bar
Specifications may vary based on site conditions. Temperature, pressure drop, and flow rate of the secondary loop can be adjusted automatically according to actual load. Contact our engineers for project-specific calculations.