Vertical-Lifting Partition Wall – Step-by-Step Installation Manual

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0. Pre-Reading & Responsibilities
• Only personnel certified for “Powered Movable Walls” and trained by the wall manufacturer may install.
• Read the entire manual once before opening any crate.
• Comply with local fall-protection, electrical and CE/UL codes.
• Keep this booklet on site until final hand-over is signed.
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1. Tools & Consumables (check-box provided)
□ 2 × magnetic builders’ levels (1 m & 2 m)
□ 1 × total-station or theodolite (accuracy ≤ 1″)
□ 1 × laser distance meter (±1 mm)
□ 1 × torque wrench 10–100 Nm + certificates (annual)
□ 1 × cordless impact driver, ½” square drive
□ 1 × 500 V insulation tester (Megger)
□ 1 × hydraulic lifting gantry or 3 m fork-spreader (SWL ≥ 2 × panel weight)
□ Fall-arrest kit (helmet, full-body harness, lanyard with shock pack)
□ Non-slip footwear, cut-resistant gloves, safety goggles
□ Thread-locker (medium strength), alcohol wipes, marking paint
□ Manufacturer-supplied shim packs (SS316, 0.5 / 1 / 2 mm)
□ Copper anti-seize paste for rail splices
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2. Delivery & Unpacking
2.1 Inspect crates for impact marks; photograph any damage.
2.2 Lay crates on 100 × 100 mm timber bearers; avoid ground contact.
2.3 Check packing list against shipping document; missing parts ≤ 24 h report.
2.4 Store panels flat (< 2° tilt) at 15–25 °C, RH < 60 %.
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3. Pre-Installation Survey
3.1 Structural slab must be ≥ C25/30 concrete, level ±3 mm in 5 m, clean, free of release-agents.
3.2 Use total-station to establish primary datum line (PDL) at finished-floor level (+FFL).
3.3 Mark centre-line of rail; tolerance ±1 mm over entire run.
3.4 Verify clearance envelope:
– 200 mm above stored panel stack (maintenance access)
– 100 mm each side (guide-shoe travel)
– 80 mm below soffit for counter-weight clearance
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4. Rail & Structural Fixing
4.1 Position laser at PDL; shoot rail mounting holes every 400 mm (max).
4.2 Drill M12 × 120 mm chemical anchors; brush-blow-brush, inject epoxy, set studs.
4.3 Place rail sections starting from fixed-end; use 0.5 mm shims to maintain ≤ 0.5 mm step between splices.
4.4 Tighten rail clips to 45 Nm in a “middle-out” pattern; re-check level every 2 m (≤ 0.2 mm).
4.5 Apply 5 mm bead of approved structural sealant along top flange to prevent dust ingress.
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5. Counter-Weight & Sheave Head
5.1 Bolt sheave head frame to rail top with four M16 A4-80 bolts (torque 110 Nm).
5.2 Reeve 8 mm 316-grade wire rope; maintain 1:4 fall ratio.
5.3 Attach counter-weight blocks; total mass = panel weight + 5 % (factory tag). Secure with double 11 mm wire-rope grips – “saddle on live end”.
5.4 Adjust rope so weight rests 550–600 mm above floor when panel is fully UP; lock turnbuckle and seize thread.
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6. Panel / Carriage Assembly
6.1 Lift panel with spreader bar at designated lifting points only (labelled).
6.2 Hang carriage on rail; install anti-derailment fingers immediately.
6.3 Insert guide rollers; pre-load spring to 2 mm compression (factory colour mark).
6.4 Connect lifting belts to panel top rail with 10-ton rated shackles; verify equal length ±2 mm.
6.5 Install acoustic seals: bottom drop-bar first, then side fin-seals; overlap joints 20 mm and glue with cyanoacrylate.
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7. Drive & Control
7.1 Mount 24 VDC motor to carriage; align coupling within 0.1 mm TIR.
7.2 Route encoder cable inside drag-chain; minimum bend radius 75 mm.
7.3 Connect limit switches in series (normally closed); test with multimeter – must open within 5 mm of target.
7.4 Apply initial power; run “slow-jog” from hand-held pendant; check direction and brake holding torque (≥ 1.5× full-load).
7.5 Programme stop positions: bottom (FFL), mid (1 100 mm), top (clear height – 200 mm). Save to non-volatile memory.
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8. Wall-Bracket / Lateral Restraint
8.1 Install first bracket when panel reaches 3 m height, then every 6 m or as drawing.
8.2 Bracket tube must be horizontal ±2°; use turnbuckle to pre-load 0.5 kN against rail.
8.3 Drill 4 × M16 through-bolts into structural column; torque 120 Nm, mark with torque-seal paint.
8.4 Re-check rail verticality both axes; adjust shims or turnbuckle until ≤ 1/1 000.
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9. Final Adjustment & Commissioning
9.1 Run full travel ten cycles; record current draw (must be < 4 A @ 24 V).
9.2 Measure acoustic performance: field-tested Rw ≥ 45 dB (1 m from panel, 100–3 150 Hz).
9.3 Perform safety-edge test: 50 mm balsa block centred on drop-bar – panel must stop and reverse ≥ 30 mm within 0.5 s.
9.4 Label all emergency stops, hand-wind location and serial number.
9.5 Complete “Installation & Commissioning Certificate” (Appendix A); obtain client sign-off before hand-over.
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10. Safety & Prohibitions
⚠ Never work under a suspended panel – use exclusion zone barricades.
⚠ No installation in wind > Beaufort 5, rain, snow or thunder.
⚠ Torque-critical bolts (rail, counter-weight, brackets) must be double-checked by second technician and paint-marked.
⚠ Lock-out / tag-out power whenever hands are inside rail profile.
⚠ Maintain 2-point fall-arrest attachment while on ladder or MEWP.
⚠ Dispose of chemical-anchor cartridges as hazardous waste – keep SDS on site.
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11. Maintenance Hand-Over
Provide owner with:
• As-built drawings (PDF + DWG)
• Torque & test certificates
• Spare parts kit (rollers, seals, 1 × motor brake pads)
• Quick-start card (laminated A4)
• 24 h service hotline sticker affixed to control box
Installation complete – system ready for daily operation.
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Lenze motor
BEA sensor
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