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FusionCol600-L450MA

Thermal Management Unit

FusionCol600-L450MA

The Preferred Liquid Cooling Solution for High-Density Intelligent Computing

Reliable
Agile
Sustainable
Reliable

Reliable

FusionCol600-L450MA
Agile

Agile

FusionCol600-L450MA
Sustainable

Sustainable

FusionCol600-L450MA

Innovative Power Supply Architecture for Uninterrupted Cooling

Dual AC/DC hot standby ensures zero interruption during active/standby power switching, uninterrupted power supply to the pumps, ensuring continuous cooling to IT cabinet.

Innovative Power Supply Architecture for Uninterrupted Cooling
Redundancy Design

Redundancy Design

Core power distribution modules, sensors, and pumps are designed with 2N redundancy, ensuring that single points of failure do not interrupt services.

One-click Emergency Power-Off for Rapid Fault Isolation

The emergency power off (EPO) button is installed on the unit's front panel. During an emergency, the button can be pressed without unlocking the display to prevent fault propagation.

One-click Emergency Power-Off for Rapid Fault Isolation

Modular Design for Hot-Swappable Rapid Maintenance

The pump motor and driver adopt a decoupled design. The pump driver, main control module, power module, and auxiliary power module feature a hot-swappable modular design. The maintenance time is ≤ 1 minute.

Modular Design for Hot-Swappable Rapid Maintenance
Intelligent Key Component Self-Check for Efficient O&M

Intelligent Key Component Self-Check for Efficient O&M

One-click, online automatic inspection for the expansion tank reduces manual operation time from 30 minutes to under 1 minute, making O&M more efficient and worry-free.

Intelligent Self-Priming Coolant Refill for Rapid Fault Recovery

Standard configuration: Filling pump + refill pump + DN32 quick refill port. Supports a 5-minute emergency fluid refill to quickly recover services.

Intelligent Self-Priming Coolant Refill for Rapid Fault Recovery

High-Efficiency Plate Heat Exchanger for Ultimate Energy Savings

The approach temperature of the plate heat exchanger is as low as 3°C, supporting a higher primary-side coolant inlet temperature, which can reduce Primary-side Cooler power consumption by 15%.

High-Efficiency Plate Heat Exchanger for Ultimate Energy Savings
Intelligent Teamwork for High System Efficiency

Intelligent Teamwork for High System Efficiency

Dual backup of communication cables ensures that single points of failure do not affect the ring network group control function. AI-driven optimization dynamically allocates cooling capacity on demand, while intelligent equipment inspection improves coolant quality.

Technical Specifications

Specifications

FusionCol600-L450MA

Cooling capacity (kW) 450 (dual-pump) / 360 (single-pump)
Power supply (V/Ph/Hz) 380-415/3/50/60
Number of water pumps (PCS) 2 (Single-pump rotation, Automatic load connection/disconnection, and Synchronization control)
Water flow on the secondary side (L/min) 650 (dual-pump) / 520 (single-pump)
Available lift on the secondary side (kPa) 250 (dual-pump) / 180 (single-pump)
Primary side inlet and outlet liquid rated temperature (°C) 37/45
Secondary side supply and return liquid rated temperature (°C) 40/50
Primary side working medium Chilled water / Ethylene glycol aqueous solution / Propylene glycol aqueous solution
Secondary side working medium Deionized water / Ethylene glycol aqueous solution / Propylene glycol aqueous solution
Precision of the filter on the primary side (mesh) 50
Precision of the filter on the secondary side (mesh) 270
Pipe routing mode Bottom piping
W x D x H (mm) 600×1200×2250 (with casters) / 600×1200×2200 (without casters)

Remarks:

1.Rated working conditions: primary side inlet and outlet liquid 37°C / 45°C, water; Secondary side supply and return liquid 40°C / 50°C, deionized water.

2.Operating temperature range: primary side inlet temperature range: 10°C ~ 50°C; Secondary side supply temperature range: 20°C ~ 60°C.

3.The equipment supports Single-pump rotation, Automatic load connection/disconnection, and Synchronization control operating modes. The cooling capacity, water flow and available lift are technical parameters of rated working conditions when the equipment works in dual-pump or single-pump mode

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