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ALLOT TECH5 GALLONWATERFilling machine solutions

Core integrated equipment

5 Gallon Washing Filling Capping Monoblock

A 5 gallon monoblock links washing or rinsing, filling and capping through a coordinated bottle-transfer sequence. Compare it with separate machines by the handoffs, cleaning access and service isolation your plant needs, not simply by the number of frames.

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 monoblock links washing or rinsing, filling and capping through a coordinated bottle-transfer sequence. Compare it with separate machines by the handoffs, cleaning access and service isolation your plant needs, not simply by the number of frames.

Suitable for
  • Large-format water plants needing a coordinated core machine
  • 18.9L and separately reviewed 20L bottles
  • Manual, semi-automatic or automatic line integration
Not suitable for
  • Unsorted severe return contamination without preparation
  • Assuming every optional module is included
  • Unconfirmed bottle and cap compatibility
Required inputs
  • Bottle and cap evidence
  • Required process stages
  • Treated-water interface
  • Loading, discharge and control boundary

Architecture comparison

Monoblock or separate machines: compare five interfaces

Neither architecture automatically proves better hygiene or lower cost. Ask for these details in both proposals on the same bottle and washing basis.

DecisionIntegrated monoblock: confirmSeparate machines: confirmEvidence to compare
Bottle transferHolder path and handoff between internal stationsConveyors, manual transfers and buffers between machinesLayout showing every dirty-to-clean transition
Wash programWhether station timing and access fit the approved wash processHow washer discharge is protected before the fillerProcess flow and wash-zone access drawing
Stopping and restartWhat stops together after a jam or alarmHow upstream and downstream units respond to a stopped moduleCause-and-effect list and witnessed restart test
Service and cleaningHow tanks, nozzles, pumps and cap equipment are reachedSpace to isolate and service each module safelyMaintenance clearances and isolation procedure
Format changeoverAll holders, guides and settings changed in the shared sequenceChanges and coordination needed at each connected unitDemonstration with every approved bottle and cap family

Use boundary: Do not assume a fixed footprint advantage, independent running during service, or a specific control brand without proposal evidence.

01

Washer and bottle transfer

The transfer should stabilize the large bottle through each wash position and allow controlled drainage. Confirm how the machine responds to missing, misaligned or rejected bottles and how operators access wash zones.

  • Bottle holder and transfer geometry
  • No-bottle logic
  • Wash-zone separation
  • Drainage and access
  • Changeover parts if multiple formats
02

Filling control

The filler receives treated water under agreed conditions and fills the approved bottle to the acceptance method defined by the project. Confirm the upstream tank, pump, pipe loop, no-bottle/no-fill logic and cleaning access.

  • Treated-water supply conditions
  • Filling method to be confirmed
  • No-bottle/no-fill
  • Fill check at FAT
  • Drain and cleaning access
03

Cap feeding and capping

Caps need an approved feeder, sorter or chute, any selected treatment step, controlled placement and capping. Compatibility depends on the neck and cap rather than the bottle volume label.

  • Cap hopper and chute
  • Cap treatment if selected
  • Missing-cap detection if selected
  • Cap pressing or sealing method
  • Neck and cap sample approval
04

Controls, guards and maintenance

Ask for PLC/HMI functions, alarms, interlocks, recipe access, safe stopping, guards and maintainable access. Do not assume electrical brands, stainless grades or remote support features until stated in the quotation.

  • Control architecture
  • Alarm and reset logic
  • Safety guards and stops
  • Lubrication and wear parts
  • Electrical and pneumatic documents
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 a Configuration-Based Proposal

FAQ

Short answers, visible boundaries

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

Is a monoblock the complete line?

No. It is the core integrated machine. Decapping, external brushing, inspection, leak testing, bagging, racks and water treatment may be separate modules.

Does every machine include PLC/HMI?

Control scope depends on the selected configuration. It must be stated in the technical proposal.

Can the machine change between 18.9L and 20L?

Potentially, after bottle and cap review. Change parts, adjustments, recipe and performance must be confirmed.

Prepared by

Allot Tech Content & Project Coordination
Last reviewed: 2026-09-14. 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 a Configuration-Based Proposal

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