Engineering RFQ guide · Australia & New Zealand

Rack Manifold RFQ: Ports, Branches & Documents

Turn a rack elevation and server schedule into a port map that suppliers can quote consistently. For Australian and New Zealand projects, identify the mechanical fit, connector halves, operating cases and site handover before fixing the manifold configuration.

Prepare your RFQ Use the checklist

Project preparation guidance. Examples are illustrative, not ToneCooling product ratings.

Compact metal coolant distribution blocks with multiple ports — Compact distribution-block reference, not a photograph of a full-height rack manifold. Rack layout, material, connector selection and qualification must be defined in the project drawing.

What is the minimum useful rack manifold RFQ?

Provide a rack elevation, numbered supply/return port map, flow per active branch, coolant and pressure limits, plus the exact mating interfaces. State spare-port treatment, service access and the documents needed for factory and site acceptance. Port count alone does not define a compatible manifold.

Specify interfaces rather than a rack-height label alone

Interface group	Include in the RFQ	What must be checked
Rack envelope	Drawing revision, mounting rail position, rack height convention and keep-outs.	U and OU dimensions must not be treated as interchangeable.
Feed and return	Top / bottom / rear feed, main ports, hose path and isolation points.	Space for assembly, bend radius, valve operation and service access.
Server branches	Numbered port map, active / spare status, flow and mating connector halves.	Latch clearance, mating direction and installed reach.
Materials and seals	Complete wetted-material list, fluid chemistry and elastomer specification.	Compatibility of the whole supplied assembly at operating temperature.
Instrumentation	Pressure/temperature points, vents, drains and leak-detection boundary.	Who supplies sensors, wiring, monitoring and commissioning.

Supply ports S01 · S02 · S03Number ports on the controlled rack elevation

↓ Paired hoses and identified mating connectors

Server A · Server B · spare branchAssign flow, hose length and active/spare status

↓ Return path remains explicitly identified

Return ports R01 · R02 · R03Map S01 → Server A → R01, and repeat for each branch

Port-naming example only. Flow direction, connector location and spare-port closure follow the accepted project drawing.

Worked example: six server branches need twelve branch ports

For an illustrative rack with six servers and one supply plus one return connection per server, the pair of manifolds needs six supply and six return branch ports. Adding two complete spare branches brings the count to eight supply and eight return ports. Main feed, drain, vent and instrument connections are additional items.

Count connector halves explicitly. If every active branch connection is a quick disconnect and both halves are included, six servers require twelve mated connection sets: twelve manifold-side halves and twelve hose-side halves. A protective cap is not a mating connector. Spare positions may need blanking plugs, valved couplings or complete connection sets; record the agreed treatment.

Do not infer compatibility from a shared nominal bore, colour or “dry-break” description. Specify manufacturer, series, part numbers, seal option and termination. Obtain documented compatibility for any proposed substitution, including mating forces, disconnect conditions, spillage and air inclusion. Do not assume connectors can be operated under arbitrary pressure or flow.

Write the service sequence before freezing the port layout

Show how an engineer reaches each latch, isolates a branch and removes a server with neighbouring equipment installed. Confirm front/rear working space, rack-door clearance, hose support and labelling. A manifold that fits an empty rack may obstruct a fully populated service operation.

For an AU/NZ retrofit, record the existing rack drawing and CDU handover conditions rather than assuming a local standard layout. Agree flushing, transport cleanliness, capped connections, filling and venting responsibilities. Specify delivery postcode, available site support and requested spare connector sets in the commercial package. Local enquiries do not by themselves imply local stock or an installation crew.

Request a release package the site team can use

Controlled configuration

Rack elevation, port schedule, BOM, mating parts, seal materials, mounting instructions and revision identifiers.

Factory evidence

Agreed dimensional, cleanliness and leak-test records with the assembly boundary identified. Include branch-flow verification where specified.

Site handover

Installation and isolation sequence, fill/vent procedure, maintenance limits and responsibilities for commissioning records and spares.

Use the companion hydraulic worksheet for the branch-flow calculation. A manifold pressure rating does not establish available flow at every server, and a factory leak test does not establish the rack’s complete operational performance.

Sources and related product scope

These references support the selection method. They do not validate a ToneCooling configuration or establish interchangeability.

CoolIT: rack manifold configurations — Benchmark for orientation, rack formats, feed location and connector choices. Competitor certifications are not transferred to ToneCooling.

Liquid cooling manifolds

Product procurement entry; confirm the complete current supply scope in your quotation.

Flow and pressure-drop worksheet

Use this companion guide to define the hydraulic boundary.

Source review: 21 September 2026. Use the selected component’s current controlled datasheet and drawing for procurement.

Drawing-led enquiry

Request a rack manifold quotation

List supply/return manifolds, couplings, hoses, valves, sensors and brackets individually. CDU equipment and installation can be separately quoted; their inclusion is determined by the offer, not assumed from the word manifold.

Prepare my enquiry by email

Opens an editable email checklist; nothing is sent automatically. Attach your drawings before sending. NDA arrangements can be agreed before you share confidential files.

Include these project inputs

Rack elevation / CAD revision and mounting envelope
Numbered supply-return port map with active and spare branches
Exact mated connector part numbers, seals and hose terminations
Per-branch flow, fluid specification and operating / test pressures
Factory documents, site commissioning owner and spare-parts requirement

ToneCooling Australia Pty Ltd coordinates Australian and New Zealand enquiries; manufacturing is in Huizhou, Guangdong, China. Include the destination postcode and required delivery date. Currency, freight, lead time and included inspection documents are confirmed in the quotation.

Engineering questions

Does an eight-port manifold mean eight server branches?

Not by itself. Check whether the count refers to supply ports, return ports, all ports together or includes feed and auxiliary connections. Use a numbered port map.

Can different quick-disconnect brands be mixed?

Only with documented compatibility for the exact mating parts and agreed conditions. Nominal size alone is insufficient.

Does a spare valved port need any further specification?

Yes. Define whether it is connected, blanked or protected, its permitted pressure state and the parts needed when the branch is commissioned.