Coolant distribution unit Product

nVent RackChiller CDU800

A coolant distribution unit stated above 800 kW at a 6 K approach, using magnetically coupled pumps with no shaft seal to leak.

CDU800 kWleak-free pumpswarm water

Direct answer

What this record says

nVent RackChiller CDU800 is a cooling product from nVent. The supplier publishes a capacity of More than 800 kW at 6 K approach, not yet reviewed as a normalized claim. Its lifecycle status is available. Last reviewed Sept. 4, 2026 against 1 source.

1 sourceReviewed Sept. 4, 2026
Manufacturer
nVent
Rated capacity
More than 800 kW at 6 K approachNo duty point stated
Total flow
850 liters per minute, primary
Status
Available

Product brief

What the record shows

The RackChiller CDU800 sits between facility water and the server loop, and nVent's distinguishing claim is the pump. A magnetically coupled pump has no rotating shaft seal, which removes the component that most often weeps on a conventional pump. nVent states more than 800 kW of capacity at a 6 kelvin approach with 850 liters per minute on the primary side. The cabinet occupies 800 by 1,200 mm in plan and stands 2,200 mm tall, which keeps it within a standard row.

Filtration is 250 micron on the primary side and 44 micron on the secondary. Secondary supply runs up to 45 degrees Celsius, matching the warmest ASHRAE water class, so a site can often reject heat without mechanical cooling. Electrical supply is 380 to 480 volts, three phase, and nVent quotes 68 decibels and 11.7 kW of power draw at normal operation in its comparison material.

The unit is designed to be serviced while running. nVent does not publish the pressure drop across either side, the secondary fluid the rating assumes, or the capacity with one pump unavailable. Ask for a selection at the site's own facility-water temperature, the pump curve, and confirmation of which components can be swapped while the unit is running rather than merely reached.

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

SpecificationSupplier-stated
Pumps
Magnetically coupled, redundantSupplier wording, not yet normalized
Footprint
800 × 1,200 mm, 2,200 mm tallSupplier wording, not yet normalized
Filtration
250 micron primary, 44 micron secondarySupplier wording, not yet normalized
Coolant flow
850 liters per minute, primarySupplier wording, not yet normalized
Rated capacity
More than 800 kW at 6 K approachSupplier wording, not yet normalized
Electrical supply
380–480 V, three phaseSupplier wording, not yet normalized
Approach temperature
6 KSupplier wording, not yet normalized
Secondary supply temperature
Up to 45°CSupplier wording, not yet normalized
Manufacturer
nVent

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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 / NVENT-RACKCH
Record reviewed
Sept. 4, 2026
Record first published
Sept. 4, 2026
External sources
1
Search visibility
Offered to search engines

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

  • Rating conditions
  • Facility-water supply and return
  • Public deployment evidence
  • Pressure or head
  • Deployment format

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Direct answers

Frequently asked questions

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

What is the nVent RackChiller CDU800?

The RackChiller CDU800 sits between facility water and the server loop, and nVent's distinguishing claim is the pump. A magnetically coupled pump has no rotating shaft seal, which removes the component that most often weeps on a conventional pump. nVent states more than 800 kW of capacity at a 6 kelvin approach with 850 liters per minute on the primary side. The cabinet occupies 800 by 1,200 mm in plan and stands 2,200 mm tall, which keeps it within a standard row. Filtration is 250 micron on the primary side and 44 micron on the secondary. Secondary supply runs up to 45 degrees Celsius, matching the warmest ASHRAE water class, so a site can often reject heat without mechanical cooling. Electrical supply is 380 to 480 volts, three phase, and nVent quotes 68 decibels and 11.7 kW of power draw at normal operation in its comparison material. The unit is designed to be serviced while running. nVent does not publish the pressure drop across either side, the secondary fluid the rating assumes, or the capacity with one pump unavailable. Ask for a selection at the site's own facility-water temperature, the pump curve, and confirmation of which components can be swapped while the unit is running rather than merely reached.

Who makes the nVent RackChiller CDU800?

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

What are the key specifications for the nVent RackChiller CDU800?

Pumps: Magnetically coupled, redundant; Footprint: 800 × 1,200 mm, 2,200 mm tall; Filtration: 250 micron primary, 44 micron secondary. 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.