Skip to content

Machine-by-machine selection · interface matching · line balance

BOTTLED WATER MACHINERYAn Allot Tech machinery selection desk
English

Machinery stage 10 · Service inputs

BUYER-SIDE OR PROJECT-SPECIFIC

Machine Utilities Defined at Every Connection Point

Utilities should be collected from the final machine configuration, operating modes and simultaneity assumptions. High-pressure bottle-blowing air, low-pressure control air, cooling, power, water, drainage, steam and ventilation are separate services with different quality, pressure and connection requirements.

Jump to quotation data

01 · QUICK ANSWER

What this machinery does and when it belongs

Utility equipment supplies the air, cooling, power or other services required by selected machines. It is not possible to size a complete utility package from one generic line-capacity number; machine schedules and operating assumptions must be consolidated first.

Production stage
Buyer-side and supplier-side services connected to machinery throughout the line
Selection status
BUYER-SIDE OR PROJECT-SPECIFIC

BUYER DECISION WORKBENCH

Separate purchased utility equipment from site installation

A compressor or chiller name does not define the complete utility package. Use a consumer-by-consumer schedule tied to the selected bottle format and machine operating condition.

Supply groupEquipment to identifyConnection and owner boundary
Compressed airRequired pressure circuits, compressor/booster where applicable, receivers, dryers, filters and drainsPoint-of-use pressure/flow/quality; distribution piping and controls owner.
Process coolingChiller or approved cooling source, circulation pumps, buffer/expansion provisions and conditioningSupply/return temperatures, flow, pump head and actual fluid.
Electrical supplyMachine connected loads, distribution/protection responsibilities and field cablingVoltage, frequency, phase and manufacturer-approved installation requirements.
Process and service waterRequired quality, flow, pressure, tanks and transfer pumpsDistinguish filler product water from service-water and cleaning circuits.
Drains, ventilation and other servicesMachine-specific discharge and heat-rejection requirementsSite acceptance, routing and qualified installation responsibility.
Representative bottled-water machinery sequence showing multiple machines that need separate utility connections
CATALOG EQUIPMENTThe process strip identifies connected equipment, not a confirmed compressor or chiller package. Assign each utility connection to a named supply scope.Representative catalog image. Final machinery, interfaces and supply scope require project-specific confirmation.

BUYER DECISION WORKBENCH

Verify the utility at the consuming machine

A utility unit can meet its own rating while the machine receives different conditions after piping, filters, shared consumers or changing ambient conditions. Acceptance should identify the measurement location and operating case.

  • State which connected machines run simultaneously during the acceptance test.
  • Record pressure and flow where the machine receives the service, with the specified fluid or air quality.
  • Identify instrument locations and any simulated loads used during a factory test.
  • Include actual site ambient, altitude or fluid corrections where the equipment supplier requires them.
  • Keep final electrical, pressure-system and cooling installation work with qualified personnel.

No universal air pressure, air-quality class, chiller temperature or spare-capacity percentage is prescribed. Confirm each value with the selected machine and utility suppliers.

02 · WHERE IT FITS

Follow the actual upstream and downstream product state

UPSTREAM INPUT

Site service sources, environmental conditions and the approved machinery utility schedule

THIS MACHINERY

Air Compressor, Chiller and Machinery Utilities

DOWNSTREAM OUTPUT

Conditioned services at each machine connection with assigned distribution responsibility

03 · BUYER DATA REQUIRED

Do not request a responsible selection without these inputs

  • Final machinery list and utility schedule from each supplier
  • Site voltage, frequency, ambient conditions and altitude where relevant
  • High- and low-pressure air quality and pressure points
  • Cooling temperature, heat-load basis and water quality
  • Process/rinse water, drainage and discharge restrictions
  • Steam or heat demand where selected
  • Distribution route, redundancy and expansion expectation

04 · MACHINE FUNCTIONS

Describe the work, not a marketing adjective

  1. 01

    Generate or condition compressed air for confirmed machine duties.

  2. 02

    Remove heat from the machine circuits assigned to the chiller or cooling system.

  3. 03

    Distribute electrical power and services to the agreed connection points.

  4. 04

    Provide receivers, dryers, filters, pumps or controls included in the scope.

  5. 05

    Report utility alarms and permissives needed for machine operation.

05 · MAIN CONFIGURATION OPTIONS

Choose an option only when its condition applies

PROJECT-SPECIFIC

Compressed-air package

Pressure stages, receivers, dryers, filtration, redundancy and air recovery depend on the blower and pneumatic consumers.

PROJECT-SPECIFIC

Cooling package

Chiller selection requires the confirmed heat loads, supply/return conditions, ambient design and distribution boundary.

PROJECT-SPECIFIC

Site services

Power, water, drainage, steam and ventilation responsibilities must be shown on a connection schedule rather than assumed.

06 · COMPATIBILITY REQUIREMENTS

Eight interfaces must agree at the machine boundary

A supplier response should point to the controlling drawing, schedule or test for each row.

InterfaceConfirmation requiredEvidence state
MechanicalPipe sizes, flanges, hose points, receivers, pumps, drains and service access.Confirm in drawing, schedule or test record
ContainerBottle-blowing air and cooling influence container formation but require approved preform/bottle data.Confirm in drawing, schedule or test record
ProductAny product- or rinse-water contact boundary requires separately confirmed hygienic conditions.Confirm in drawing, schedule or test record
ElectricalSite supply, distribution voltage, short-circuit/protection basis, starts and connected loads.Confirm in drawing, schedule or test record
Control signalPressure, temperature, flow, utility-ready, fault, low-level and machine permissive signals.Confirm in drawing, schedule or test record
UtilityQuality, pressure, temperature, flow, simultaneity, redundancy and metering for every service.Confirm in drawing, schedule or test record
LayoutEquipment room, ventilation, noise, heat rejection, pipe/cable routes, drainage and maintenance access.Confirm in drawing, schedule or test record
OperatorDaily checks, draining, filter service, water treatment, alarm response and safe isolation.Confirm in drawing, schedule or test record

07 · SELECTION TRADE-OFFS

Record what the buyer is prioritizing

Central utility package

Trade against distributed equipment; record the buyer priority and evidence.

Redundancy and buffer

Trade against cost and footprint; record the buyer priority and evidence.

Lower capital cost

Trade against energy use and service access; record the buyer priority and evidence.

Future expansion margin

Trade against lightly loaded operation; record the buyer priority and evidence.

08 · COMMON QUOTATION OMISSIONS

Check what may sit outside the headline machine price

  • Air receivers, dryers, filters and condensate management
  • Cooling-water pumps, tanks, treatment and site piping
  • Electrical distribution, transformers, cables and protection
  • Steam generator, ventilation or exhaust where selected
  • Connection hoses, valves, meters and insulation
  • Installation, commissioning and local compliance work

09 · FAT INSPECTION POINTS

Trace the test back to approved project documents

  1. 01

    Verify equipment identity and design conditions against the approved utility schedule.

  2. 02

    Run compressors, pumps, fans, chillers, controls and safety devices as test conditions allow.

  3. 03

    Check alarms, staged operation, permissives and shutdown behavior.

  4. 04

    Review quality instruments, drains, heat rejection and maintenance access.

  5. 05

    Record performance test limits, site commissioning duties, documents and service parts.

10 · MAINTENANCE AND SPARE PARTS

Prepare categories before shipment; confirm exact parts from the final configuration

  • Compressor filters, separators and service kits
  • Dryer drains, filters and approved consumables
  • Pump seals, valves and cooling-circuit service items
  • Sensors, pressure switches and temperature probes
  • Contactors, relays and manufacturer-recommended startup spares

11 · NOT SUITABLE FOR

Reject the wrong application before discussing price

  • Utility sizing based only on a marketing BPH value
  • Sites that have not defined voltage, ambient conditions or distribution responsibility
  • Using one pressure or water-quality assumption for all machine connection points

12 · INFORMATION NEEDED FOR QUOTATION

Send a machine-level request that can be answered

  • Final machine utility schedules
  • Site electrical data
  • Ambient and environmental conditions
  • Pressure, temperature, flow and quality points
  • Operating hours and simultaneity
  • Redundancy and expansion philosophy
  • Distribution and installation boundary
CONFIRMATION REQUIRED

Technical descriptions are selection guidance. Final machine, capacity, material, component, interface, utility and service details must be confirmed in the project proposal.

Content reviewed:

NEXT PURCHASING ACTION

Match this machinery to the whole connected line.

Send the project-specific buyer data, adjacent machine details and open interfaces.