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ALLOT TECH5 GALLONWATERFilling machine solutions

Filler supply integration

Product-Water Interface for a 5 Gallon Filling Machine

A 5 gallon filling machine needs a stable, qualified product-water supply at its handover point. A qualified treatment specialist should select the upstream process from the raw-water report; this page defines the information and interface the filling equipment needs.

Request the Product-Water Interface ListSend Bottle Details
18.9L ≠ 20LReturnable + one-way pathsConfirmed / Reference / TBC
ALLOT TECH / LARGE-FORMAT WATERSYSTEM
5 gallon water bottle washing filling and capping equipment reference
Real equipment reference. Final configuration is project-specific.

Decision summary

Use this page when the decision matches your project

A 5 gallon filling machine needs a stable, qualified product-water supply at its handover point. A qualified treatment specialist should select the upstream process from the raw-water report; this page defines the information and interface the filling equipment needs.

Suitable for
  • Buyers connecting an 18.9L or 20L filler
  • Existing operations checking product-water reserve
  • Projects coordinating treatment and filling suppliers
Not suitable for
  • A complete raw-water treatment design
  • Assuming RO is always necessary
  • Using unverified finished-water claims
Required inputs
  • Confirmed finished-water specification
  • Required filling and rinse demand
  • Available pressure and buffer capacity
  • Sanitary piping and control boundary

Supply problems to resolve

Five handover checks before blaming the filling machine

Record conditions at the actual filler connection during the relevant operating cycle. A tank nameplate or static pressure reading does not establish the supply available under load.

QuestionEvidence to recordDecision it supportsResponsible review
Does pressure fall while filling?Timestamped pressure and flow at the agreed handover point, using approved instrumentsWhether the supply matches the selected machine requirement under loadFilling and product-water supply teams
Are other users drawing water at the same time?Filling, final-rinse and cleaning demands with the actual cycle timingWhich simultaneous-use condition the interface must supportResponsible process and utility engineers
How much buffer is usable?Approved operating levels, working volume, replenishment rate and low-level thresholdWhether reserve covers the agreed demand patternTank, pump and filler scope owners
Can the filler identify an unavailable supply?Readiness, low-level and no-water signals plus the approved stop/restart behaviorThe agreed control handover and acceptance checkAuthorized controls and commissioning staff
Who releases finished water for production?Confirmed specification, sampling point, release responsibility and recordsThe quality handover, independently of mechanical outputBuyer quality team and qualified treatment specialist

Use boundary: This checklist does not specify a universal inlet pressure, pump size or tank volume. Use configuration-specific requirements and qualified local engineering.

01

Bring confirmed finished-water evidence

Give the filling-equipment team the required finished-water specification and the qualified treatment supplier’s expected supply conditions. Raw-water testing and treatment selection remain upstream engineering work.

  • Finished-water target
  • Treatment supplier data
  • Sampling and release point
  • Local compliance owner
  • Open technical assumptions
02

Calculate the filling-equipment demand

State product liters per hour, final-rinse use where applicable, cleaning demand and peak simultaneous use at the machine cell. The treatment supplier can then check recovery, backwash and buffer requirements outside the filler scope.

  • Product liters per hour
  • Final-rinse demand
  • Machine cleaning demand
  • Peak simultaneous flow
  • Required buffer at handover
03

Worked example: 300 bottles per hour is not the pump specification

For illustration, 300 bottles/hour × 18.9 liters/bottle = 5,670 liters/hour of product water, or an average 94.5 liters/minute. At the same bottle rate with a 20L container, the product volume is 6,000 liters/hour: 330 liters/hour more. These calculations exclude final rinse, cleaning and losses and are not promised machine output.

  • Use the approved actual fill volume, not just the container name
  • Separate product water from washing and rinse consumption
  • Obtain the filling-cycle demand profile for the selected machine
  • Do not treat average hourly consumption as instantaneous peak flow
04

If fill results vary, compare the cycle with the supply record

Record the affected bottle or fill head, approved measurement method, target and measured result, time, machine cycle state and supply condition. A repeated low-level event or pressure change is evidence to investigate, not proof that it is the only cause. Ask authorized support to compare the water handover with the delivered filling system and approved settings.

  • Keep bottle format and measurement method consistent
  • Preserve exact alarms and timestamps
  • Include other simultaneous water users
  • Do not bypass a no-water interlock or change settings by guesswork
05

Define the handover condition

The quotation should state the required pressure, flow stability, temperature range if relevant, sanitary connection, product-water tank boundary and any permissive or low-level signal shared with the filler.

  • Pressure and flow range
  • Connection size and material
  • Tank and pump owner
  • Low-level or no-water interlock
  • Sampling connection
06

Protect the local product-water loop

Coordinate the final tank, pump, sanitary piping and return or drain arrangement with the machine layout. Confirm hygienic access, drainability and responsibility at each connection.

  • Finished-water tank boundary
  • Supply piping route
  • Pump and pressure control
  • Sampling access
  • Filler handover point
Q / INPUT

Information needed for a quote

Send the bottle and cap basis, required BPH, bottle path, factory and utility information, destination and any module or support requirement. Unknown items can remain marked “to be confirmed.”

Request the Product-Water Interface List

FAQ

Short answers, visible boundaries

Project-specific output, hygiene, utilities and service terms belong in the confirmed technical proposal.

Does every 5 gallon operation need RO?

No. A qualified treatment specialist should select the process from the raw-water evidence and finished-water requirement.

Can treatment capacity equal filler liters per hour?

Not automatically. The treatment specialist must also consider rinsing, cleaning, recovery, backwash, peaks and buffer storage.

Who supplies the final product-water pump?

That responsibility should be defined between treatment and filling scope in the proposal.

Does a 5,670 L/hour average demand prove the supply is sufficient?

No. That illustrative value covers only 300 × 18.9L product volume per hour. The approved filling-cycle peak, simultaneous demands, pressure under load and available buffer still need review.

Can I size the buffer tank from its total volume?

Not from total volume alone. Review usable working volume between approved operating levels, replenishment rate, demand timing and low-level behavior with the responsible engineers.

Does a finished-water test verify bottle washing and machine sanitation?

No. Finished-water release, returned-bottle washing and machine sanitation are separate controls with their own approved procedures and evidence.

Continue the decision

Related machine and planning pages

Planning5 Gallon Filling Line Capacity Guide

BPH means bottles per hour, but rated BPH is not the same as daily saleable output. Convert the reference rate through operating hours, expected efficiency, cleaning time and working days before choosing an automation level.

Planning5 Gallon Filling Machine Layout, Space and Utility Connections

A 5 gallon filling machine layout needs more than the catalog footprint: show bottle entry and discharge, operator work, open guards, service access and every utility connection. Request configuration-specific electrical, air, wash-water, product-water and drain data before approving installation.

Maintenance5 Gallon Water Line Spare Parts and Maintenance Plan

A practical spare-parts and maintenance plan links each machine function to inspection frequency, normal wear items, critical failure risk, lead time, safe replacement instructions and a stock owner. The final list must follow the supplied machine bill of materials and manuals.

Delivery5 Gallon Machine Installation, Commissioning and Training

Successful equipment commissioning starts before shipment with a prepared machine cell, confirmed connection points, approved samples and assigned responsibilities. This page covers equipment handover, not complete factory construction or turnkey project delivery.

Prepared by

Allot Tech Content & Project Coordination
Last reviewed: 2026-10-06. Technical values follow Confirmed, Reference or To Be Confirmed status. Catalog conflicts are disclosed; the signed quotation and technical agreement control the final project.

Contextual next step

Request the Product-Water Interface List

Send the bottle, cap, output and factory basis. Unknown values can remain open instead of being invented.

Request the Product-Water Interface ListWhatsApp Mr Kcal: +86 186 6213 1120sales@allottech.comUS: +1 818 262 0958