High-intent buyer search / machine-specific planning

20,000 BPH Bottled Water Filling Machine Selection

A 20,000 BPH requirement is above the published 18,000 BPH XGF40-40-12 reference and below the 24,000 BPH XGF50-50-15 reference on a 500 ml basis.

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Allot Tech 2026 catalog imageReference values require project-specific confirmation.

Answer first

For a contractual 20,000 good-bottle requirement, the 18,000 BPH reference is insufficient. Use the 24,000 BPH XGF50-50-15 band for preliminary planning, then confirm container format, reserve, utilities, accumulation and packaging speed.

Suitable for

Projects that match this page decision

High-output PET still-water projects requiring about 20,000 saleable bottles per hour
PET still-water projects preparing a controlled machine requirement
Buyers able to confirm bottle, cap, output basis and destination

Not suitable for

Boundaries that need a different platform or review

Selecting the 18,000 BPH XGF reference for a 20,000 BPH requirement
Carbonated, hot-fill, glass, can or returnable 5-gallon platforms
Treating a search phrase or nominal BPH as a final machine guarantee

Inputs required

Evidence to provide before confirmation

Bottle schedule, hourly demand, planned efficiency and downstream pack format
Approved bottle drawing, neck finish, cap drawing and representative samples
Saleable daily demand, net production hours, efficiency basis and destination

Machine function

What happens at this machine or decision boundary

The review places a 20,000 BPH target into the next adequate published XGF capacity band.
The rinse-fill-cap platform is reviewed against the approved PET container and still-water process.
Project engineering confirms the model, components, interfaces and acceptance basis.

Configuration decisions

Options that must appear in the proposal

Whether 24,000 BPH provides sufficient reserve for the whole line rather than the filler alone
Machine-only, machine-plus-interface or complete-line commercial boundary
Change parts, controls, documents, spares, FAT and service responsibility

Interface requirements

Upstream, downstream and utility handovers

Bottle blowing or supply, conveying, labeling, packing and accumulation must support the selected rate.
Treated product-water, electrical, controls and drainage handovers
Filled-bottle discharge, downstream accumulation, labeling and packing route

Buyer risks

Questions to close before order

Sizing only the monoblock while the packaging section remains below 20,000 BPH
Comparing supplier proposals built on different container or efficiency assumptions
Leaving exclusions, utilities, installation or acceptance evidence unstated

FAT checks

How to verify the agreed basis

Test the agreed bottle and cap with line interfaces represented or clearly simulated.
Run approved production-representative bottles and caps under a written test method.
Record output, stops, transfer, fill level, leakage, capping, alarms and open points.

Quotation scope

What the commercial offer should state

Identify the XGF50-50-15 reference and every upstream or downstream speed assumption.
Reference output basis, included interfaces, change parts, spares and documents
FAT, packing, freight, installation, commissioning, exclusions and confirmation items

Search questions / buyer answers

Questions buyers ask before requesting a quotation

What information is required before confirming 20,000 BPH Bottled Water Filling Machine Selection?

Bottle schedule, hourly demand, planned efficiency and downstream pack format. Approved bottle drawing, neck finish, cap drawing and representative samples. Saleable daily demand, net production hours, efficiency basis and destination.

What should the quotation state for 20,000 BPH Bottled Water Filling Machine Selection?

Identify the XGF50-50-15 reference and every upstream or downstream speed assumption. Reference output basis, included interfaces, change parts, spares and documents. FAT, packing, freight, installation, commissioning, exclusions and confirmation items.

How should 20,000 BPH Bottled Water Filling Machine Selection be checked during FAT?

Test the agreed bottle and cap with line interfaces represented or clearly simulated. Run approved production-representative bottles and caps under a written test method. Record output, stops, transfer, fill level, leakage, capping, alarms and open points.

Related decision

Selection Tools

Calculate preliminary required BPH from daily saleable bottles, net hours, planning efficiency and growth reserve, then compare an XGF reference band.

Allot Tech / 20000-bph-bottled-water-filling-machine-selection

Turn this decision into a comparable machine scope

Send the bottle, cap, reference output, existing equipment and destination. Final values are confirmed in the project proposal.