Factory utilities / distribution

Compressed Air
piping solutions.

Plan factory headers, equipment drops and workshop branches around flow, point-of-use pressure and air quality.

Application guide · design inputs

Industrial motor and utility equipment inside a factory

Application analysis

Design compressed-air distribution around demand.

Begin with the machine schedule: record simultaneous air consumption, the flow reference, required inlet pressure and air-quality criteria at each point of use. Map the route from the treatment outlet to the most demanding machine, including valves, fittings and final connections.

Compare ring-main and radial layouts using the same demand schedule and pressure-loss calculation. Set sectional isolation points, define condensate-management locations and record the allowance for planned machines. The resulting connection schedule links each branch to a specific production duty.

Production lines

Feed pneumatic tools, actuators and packaging machinery from defined utility drops.

Equipment packages

Agree the boundary between the factory header and the compressor or machine supplier.

Workshop extensions

Plan isolated branches so future alterations have a clear connection point.

Concept arrangement / 01

Make the interfaces visible.

Select a review point to inspect the source, controls and distribution of a representative utility module.

Compressed Air · utility conceptNot to scale
UTILITY
Concept schematic showing source, isolation and branch interfaces. Not to scale. Use project drawings for dimensions, operating conditions and equipment selection.
Download concept figure (SVG)

Supply interface — Compressor, receiver and treatment equipment are supplied and selected by the equipment specialist.

Engineering review

The inputs that change the design.

Design input What it changes Evidence to request
Demand basis Separate free-air or standard flow from actual line-volume flow. Compressor duty profile and machine consumption schedule.
Pressure budget Account for pipe, fittings, treatment equipment and final connections. Required point-of-use pressure and a route/fitting schedule.
Air quality Drying and filtration belong in the system specification. Application-specific particle, moisture and oil requirements.
Service access Place isolation and condensate management where they can be reached. Maintenance access, drain strategy and expansion plan.

Part-number starting points

Components to review.

Review catalogue dimensions, materials and connection types alongside the service schedule. Add selected part numbers to your enquiry.

Specify the size, pipe outside diameter, material, seal, joining system and tool. Include the intended duty and required product acceptance documents with the enquiry.

Prepare the next conversation

A focused application brief.

  1. Flow reference and simultaneous demand
  2. Operating and design pressure/temperature
  3. Point-of-use air quality
  4. Route, fittings and equipment interfaces
  5. Destination and required documentation

Questions worth resolving

Before the specification is fixed.

Which information defines the network layout?

Use the machine positions, simultaneous consumption, available pressure, required terminal pressure and route/fitting schedule to compare layouts.

What belongs in the pressure-loss calculation?

Include the pipe routes, fittings, isolation valves, treatment equipment and final machine connections, using a consistent flow reference.

What should accompany an enquiry?

Provide a marked plan, machine schedule, service conditions, air-quality criteria and the compressor/treatment connection boundary.