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Updated September 2, 2026

HOW TO INSTALL A CYLINDER LED COLUMN WRAP: FRAME, MODULES & MAPPING CHECKLIST (2026)

Column-wrap cylinder installs follow a clear sequence: site survey → sectional steel frame around the pillar → magnetic flexible modules → cylindrical content mapping. On the Absolutus Lisbon project (P1.5 GOB, Ø1.53m × 3.2m), the frame bolted in under one hour and full-height module mounting took under three hours with two technicians. This guide covers

DV

DOIT VISION Engineering Team

15 core engineers · Shenzhen, China Last reviewed:

September 2, 2026

Column-wrap cylinder installs follow a clear sequence: site survey → sectional steel frame around the pillar → magnetic flexible modules → cylindrical content mapping. On the Absolutus Lisbon project (P1.5 GOB, Ø1.53m × 3.2m), the frame bolted in under one hour and full-height module mounting took under three hours with two technicians. This guide covers that sequence, outdoor IP65 notes, and a pre-install checklist for AV integrators. Specs: Cylinder LED product page.

Cylinder LED column wrap installation sequence showing steel frame bolting and magnetic flexible module mounting around pillar
Key Takeaways
  • Confirm finished diameter clears module minima (Ø764mm for 240×120; Ø815mm for 320×160) before the crew arrives.
  • Absolutus Lisbon timing benchmark: frame <1 hour; magnetic modules across 3.2m height <3 hours; two technicians typical for mid-size wraps.
  • Frame ships in sections for container loading — bolt sequence and plumb check come before any module hang.
  • Load RCFG / cylindrical mapping files on the processor before install day — do not invent 16:9 stretch on site.
  • Outdoor IP65 adds cable gland, enclosure, and wind / foundation checks — not a module swap after indoor shipment.
01 — Site Survey

Before You Start: Site Survey Requirements

Cylinder installs fail at survey more often than on hang day. Collect this before the factory ships the frame:

  • Pillar diameter and height — multiple heights; note ovality. Finished wrap must clear 764 / 815mm minima (min diameter guide).
  • Cladding and services — plaster, fire wrap, risers, access panels, sprinklers.
  • Power — dedicated circuit capacity for full cylinder load; entry point at base or ceiling chase.
  • Data — Cat6 or fiber run length from control room to column; processor location.
  • Access — scissor lift vs scaffold; floor protection in retail environments.
  • Form factor — wrap vs can-shape confirmed (comparison).
Diameter Surprise

Discovering on install day that cladding pushes finished Ø below the module limit means the frame does not fit as drawn. Measure finished diameter during survey — not bare concrete alone.

02 — Crew

Tools and Crew

Typical Mid-Size Wrap
  • → 2 technicians
  • → Scissor lift or scaffold to full height
  • → Torque tools matched to frame fasteners
  • → Spirit level / laser for plumb
  • → Laptop with Novastar (or compatible) software + RCFG files
Factory Ship Kit
  • → Sectional steel frame parts labelled by ring / height
  • → Flexible modules (GOB if specified)
  • → Power supplies / receiving cards per BOM
  • → Structural drawing + mapping files
03 — Sequence

Installation Sequence (Column Wrap)

Standard sequence for a mid-size indoor wrap:

  1. Protect and mark: Floor protection in retail. Mark centreline and height bands on the pillar from the factory drawing.
  2. Dry-fit frame sections: Confirm labels match drawing. Check clearance around services.
  3. Bolt frame: Assemble sectional rings / verticals around the pillar. Torque to spec. Check plumb and roundness before modules.
  4. Route power and data: Pull cables through planned chase. Fit PSUs and receiving cards per BOM. Leave service loops.
  5. Hang modules: Magnetic front-service modules from bottom up (or per factory note). Maintain seam alignment around the circumference.
  6. Map and power on: Load RCFG. Run 360° test patterns. Correct dead modules before demobilising lift.
  7. Document: As-installed photos, torque sheet if required by venue, spare module count.

Full buying decisions before this day: Cylinder Buying Guide.

04 — Case Timing

Absolutus Lisbon Timing Benchmark

On the Absolutus Lisbon column wrap — P1.5 GOB, Ø1.53m × 3.2m:

Phase Duration
Steel frame bolting Under 1 hour
Magnetic module mounting (full height) Under 3 hours
Crew 2 technicians (typical mid-size)

Use this as a planning benchmark, not a guarantee. Taller outdoor structures, irregular pillars, and can-shape base works add time. Product reference: /cylinder-led-screens/.

05 — Mapping

Mapping and Power-On

Cylinder content is a cylindrical UV map — circumference × height in pixels. DOIT VISION ships a pre-mapped RCFG / calibration file for the exact diameter, height, and pitch.

  • Load mapping files on the processor before install day.
  • Run seam continuity and colour uniformity tests around the full 360°.
  • Do not stretch a 16:9 master around the column as a temporary workaround — logos will warp and seams will show.

Content designers need canvas dimensions from the factory BOM early. Flexible module behaviour is the same family as Flexible LED curved walls.

06 — Outdoor

Outdoor IP65 Notes

Outdoor and rain-exposed plaza cylinders need IP65 modules, sealed cable glands, and weather-rated power enclosures specified at order — not field-upgraded from indoor stock.

  • Wind and foundation: Freestanding can-shape and tall plaza wraps need site-specific load calculations.
  • Brightness: Outdoor pitch is often P3–P4 with higher nits; confirm viewing distance.
  • Service access: Front-service magnets still apply; plan weather windows for module swap.

If the brief is a ceiling halo instead of a vertical column, use the Ring installation guide — different rigging entirely.

07 — Can-Shape

Can-Shape Differences (Brief)

Can-shape totems share module hang and mapping with wraps, but add:

  • Base plate / floor anchor setting and plumb of the freestanding frame before modules
  • Tip-over and public-access protection for activations
  • No pillar survey — floor load survey instead

Decision guide: Column Wrap vs Can-Shape. Creative family overview: Creative LED Display.

08 — Checklist

Pre-Install Checklist

  1. Finished diameter cleared vs module minima
    ≥764mm (240×120) or ≥815mm (320×160). Feasibility signed off if borderline.
  2. Factory structural drawing and labelled frame on site
    Sections match drawing. Fastener torque values available.
  3. RCFG / mapping files loaded on processor
    Cylindrical map for exact Ø × height × pitch — not a flat 16:9 stretch.
  4. Power and data at column ready
    Circuit capacity confirmed. Cable route clear of frame bolt path.
  5. Lift / scaffold booked; two technicians minimum
    Height covers full wrap. Floor protection in retail.
  6. Indoor vs outdoor IP65 kit matches environment
    No indoor modules on rain-exposed plazas.
  7. Spare modules and service plan documented
    Front-service magnetic swap procedure handed to venue ops.

Specification: Cylinder Buying Guide. Case: Absolutus Lisbon.

Need Install Drawings for Your Column Wrap?

Send pillar diameter, height, pitch, and indoor/outdoor. We return CAD within 72 hours and a line-item quote within 24 hours of confirmed specs.

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Manufacturer
DOIT VISION
Author
DOIT VISION Engineering Team
Core Engineers
15
Content Type
Article — Installation Guide
Primary Topic
Cylinder LED Column Wrap Installation Sequence Frame Modules Mapping
Reference Project
Absolutus Lisbon P1.5 GOB Ø1.53m × 3.2m
Product URL
https://www.doitvision.com/cylinder-led-screens/
Date Reviewed
August 2026
Founded
2013, Shenzhen, China
Countries Served
55+
FAQ

On the Absolutus Lisbon project (Ø1.53m × 3.2m P1.5 GOB), the steel frame bolted in under one hour and magnetic module mounting across full height took under three hours with two technicians. Use that as a mid-size indoor benchmark; taller outdoor and irregular pillars take longer.

Survey and diameter check first, then dry-fit and bolt the sectional steel frame around the pillar, route power and data, hang magnetic flexible modules, load cylindrical RCFG mapping, and run 360° test patterns. Never hang modules before the frame is plumb and round.

Finished outer diameter must clear 764mm (240×120 modules) or 815mm (320×160). Power circuit, data run, lift access, wrap vs can-shape, and indoor vs outdoor IP65 kit must match the drawing. Discovering cladding push-out on install day stops the hang.

Not as a production workaround. Stretching a flat master warps logos and tears seams. Load the factory RCFG / calibration file matched to diameter, height, and pitch before power-on, then run cylindrical test patterns around the full 360° loop.

Outdoor and rain-exposed plazas need IP65 modules, sealed glands, and weather-rated enclosures specified at order. Freestanding can-shape and tall plaza wraps also need wind and foundation calculations. Indoor modules cannot be field-upgraded to outdoor after shipment.

Module hang and mapping are the same. Can-shape adds base plate or floor anchor setting and plumb of a freestanding frame before modules. There is no pillar survey — floor load and tip-over protection replace it. See the wrap vs can-shape comparison article for form-factor choice.

Sectional labelled frame parts, modules per BOM, structural drawings, and pre-mapped RCFG files. CAD visualisation is available within 72 hours of locked diameter and height; formal quote within 24 hours. Product page: /cylinder-led-screens/.

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