Coolant distribution unit Product

Vertiv Liebert XDU 1350

A coolant distribution unit that transfers heat between two water loops, rated at about 1.35 MW.

CDU1.35 MWliquid-to-liquidhigh density

Direct answer

What this record says

Vertiv Liebert XDU 1350 is a cooling product from Vertiv. It is rated at 1,368 kW, with no duty point stated alongside the figure. Its lifecycle status is available. Last reviewed Aug. 9, 2026 against 1 source.

1 sourceReviewed Aug. 9, 2026
Manufacturer
Vertiv
Rated capacity
1,368 kWNo duty point stated
Total flow
Not recorded
Status
Available

Product brief

What the record shows

The Liebert XDU 1350 is a liquid-to-liquid coolant distribution unit (CDU) for direct-to-chip cold plates or rear-door heat exchangers. Its plate heat exchangers keep facility water separate from a smaller, controlled technology loop near the information-technology equipment. Vertiv rates nominal cooling at 1,368 kW with a 4°C approach-temperature difference.

It publishes a higher maximum at a larger temperature difference, which shows why the headline is not independent of duty conditions. Available heat rejection falls when the two loops must run closer together, while glycol, fouling, and site pipe losses affect flow and pump margin. Vertiv lists water or water-glycol on both sides, a 10–52°C secondary range with dew-point control, and two- or three-pump configurations.

Published guides also describe optional dual power, filtration choices, and top or bottom connections. Buyers should select against the official application guide, not the model number. Confirm required flow and external differential pressure at the site's full and partial loads, then check primary pressure loss and electrical demand.

Verify fluid chemistry, material compatibility, flange locations, floor loading, service access, controls, alarms, and integration with rack manifolds. Ask what is redundant in the ordered configuration and whether maintenance can occur online. The public data does not approve any particular server or cold plate; that requires a complete loop review with the information-technology and cooling suppliers.

Capacity figures are supplier-reported unless the source says otherwise. Compare products at the same temperatures, flow, pressure, and redundancy state.

Specification4 reviewed claims
Rated capacity
1,368 kWNominal capacity: “1,368 kW at 4°C approach temperature differenceSupplier reported · Vertiv · reviewed 2026-09-04
Loop configuration
Liquid-to-liquidSupplier reported · Vertiv · reviewed 2026-09-04
Stated application
High-density computeSupplier reported · Vertiv · reviewed 2026-09-04
Lifecycle
AvailableSupplier reported · Vertiv · reviewed 2026-09-04
Manufacturer
Vertiv

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Equipment category

Evidence ledger

Sources and evidence

The links below show where the factual claims came from. Supplier specifications remain supplier-reported unless the record names independent operating evidence.

  1. 01
Record information
Record ID
DCC / PROD / VERTIV-LIEBE
Record reviewed
Aug. 9, 2026
Latest claim reviewed
Sept. 4, 2026
Record first published
Aug. 9, 2026
External sources
1
Search visibility
Offered to search engines

Required fields this record has not addressed yet, most important first:

  • Rating conditions
  • Total coolant flow
  • Facility-water supply and return
  • Technology-water temperature
  • Public deployment evidence
  • Pressure or head
  • Redundancy
  • Fluid compatibility
  • Dimensions
  • Deployment format

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Add two or more, then open the comparison to see every stated claim, its duty point, and its source side by side.

Direct answers

Frequently asked questions

Direct answers drawn from the record, its comparison fields, and the evidence linked below.

What is the Vertiv Liebert XDU 1350?

The Liebert XDU 1350 is a liquid-to-liquid coolant distribution unit (CDU) for direct-to-chip cold plates or rear-door heat exchangers. Its plate heat exchangers keep facility water separate from a smaller, controlled technology loop near the information-technology equipment. Vertiv rates nominal cooling at 1,368 kW with a 4°C approach-temperature difference. It publishes a higher maximum at a larger temperature difference, which shows why the headline is not independent of duty conditions. Available heat rejection falls when the two loops must run closer together, while glycol, fouling, and site pipe losses affect flow and pump margin. Vertiv lists water or water-glycol on both sides, a 10–52°C secondary range with dew-point control, and two- or three-pump configurations. Published guides also describe optional dual power, filtration choices, and top or bottom connections. Buyers should select against the official application guide, not the model number. Confirm required flow and external differential pressure at the site's full and partial loads, then check primary pressure loss and electrical demand. Verify fluid chemistry, material compatibility, flange locations, floor loading, service access, controls, alarms, and integration with rack manifolds. Ask what is redundant in the ordered configuration and whether maintenance can occur online. The public data does not approve any particular server or cold plate; that requires a complete loop review with the information-technology and cooling suppliers.

Who makes the Vertiv Liebert XDU 1350?

Vertiv makes it. We file it under coolant distribution units, and its status is available.

What are the key specifications for the Vertiv Liebert XDU 1350?

Loop: Facility to technology; Application: High-density compute; Heat transfer: Liquid-to-liquid. These figures come from the supplier. Before comparing two products, restate both at your own water temperatures, flow, pressure, and redundancy, because a rating measured under favorable conditions will not hold on site.