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Electrical Aluminum Cable Ladder 6063 T5 Mill Finish for Feeder Cable Routing

Basic Properties
Place of Origin: China
Brand Name: BDINDUSTRIAL
Certification: CE, ISO9001
Model Number: Aluminum Cable Ladder
Trading Properties
Minimum Order Quantity: 600pcs
Price: USD10-30 per pc
Standard Packaging: Pack in Pallet
Delivery Time: 25 work days
Payment Terms: L/C,D/P,T/T
Supply Ability: 7000m per workday
Product Summary
BENDIN Aluminum Cable Ladder in 6063 T5 offers non-magnetic, corrosion-resistant support for LV/MV routes. Bonded earthing kits ensure IEC 61537 continuity. Custom widths to 1200 mm, anodized or powder coated finishes, ISO 9001 and CE certified. Quoted from 600 pcs with 25-day delivery.

Product Details

Highlight:

Electrical Aluminum Cable Ladder

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High Strength Aluminum Cable Ladder

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Aluminum Ladder Cable Tray

Product Name:: Aluminum Cable Ladder Electrical
Keywords:: Electrical Grade, Aluminum Cable Ladder
Material:: 6063 T5
Key Selling Point:: Non Magnetic, Bonded Earthing
Size Range:: Width 200-700 Mm, Height 100/150 Mm
Rung Spacing:: 225/300 Mm
Surface Treatment:: Mill Finish
Application:: LV And MV Distribution Routes
Product Description
Aluminum Cable Ladder Electrical

Aluminum Cable Ladder Electrical is specified where an electrical contractor needs a rigid, corrosion resistant pathway for LV and MV distribution that can be installed quickly and earthed reliably. The extruded rung ladder supports cable at close centres, keeps the bundle open to air and gives the installer a straight, predictable line for hangers and drops.

Rails are extruded from 6063 T5 with 100 mm or 150 mm height and 2.0 mm to 2.5 mm wall, available from 200 mm to 700 mm usable width with 225 mm or 300 mm rung pitch. The 300 mm series is the volume workhorse: its section modulus carries dense four core feeder bundles over 3 m spans with deflection inside the IEC 61537 limit.

Aluminum brings two electrical advantages that steel cannot match. It is non magnetic, so it does not heat through hysteresis when single core cables run in parallel, and it does not need a protective coating that can insulate the coupling faces and break the earthing path. A bonding kit at each joint keeps continuity below the values required by the standard.

The ladder is equally at home in a switch room, a plant room or an outdoor substation. Mill finish suits dry indoor routes, anodizing adds a hard oxide layer for humid or mildly coastal sites, and powder coating gives colour coding for normal, essential and emergency supplies.

BENDIN extrudes and fabricates this ladder in house with 7000 m daily output, 180 staff and thirty years of cable support engineering. Around 60 to 70 percent of production is exported to contractors and panel builders, each order is checked for straightness, rung position and cut quality, and ISO 9001 records follow the goods to the port.

Quoted from 600 pcs with 25 working day delivery and pallet packing, on L/C, T/T or D/P terms. Send the single line diagram and cable sizes and we will confirm the rail height, support spacing and bonding arrangement for your installation.

Certification and Standard Reference
Standard / Specification Scope of Application BENDIN Status
EN 755-2 / EN 573-3 6063 T5 extrusion chemistry and mechanical properties Material certificates and design reference supplied
IEC 61537 Load, deflection and electrical continuity of ladder systems Design calculation and continuity check per order
IEC 60364 / IEC 61537 clause 10 Earthing and protective bonding of cable support systems Design calculation and continuity check per order
ISO 9227 Salt spray resistance of anodized or coated finish Test report on request
ISO 9001:2015 Quality management system ISO 9001 certified; certificate copy on request
CE marking EU LVD and construction products as applicable CE Declaration of Conformity issued with shipment

BENDIN holds ISO 9001 quality certification and issues CE Declarations of Conformity. The standards above state the design and test basis of this product; third party test reports or national approvals are supplied on request and are not implied unless confirmed in the contract.

Technical Parameters
Parameter Standard Range Customization Available
Alloy and temper 6063 T5 6061 T6
Usable width 200 - 700 mm up to 1200 mm
Side rail height 100 mm / 150 mm 75 mm to 200 mm
Wall thickness 2.0 / 2.5 mm 3.0 mm heavy duty
Rung spacing 225 mm / 300 mm 450 mm
Module length 2000 / 3000 mm up to 6000 mm
Surface Mill finish Anodized, powder coated
Load class Per IEC 61537 Project specific

Dimensions, rung spacing and surface treatment are produced to project drawings. Load and deflection calculations are issued for spans above 3 m.

Typical Applications
  • LV and MV distribution routes in plants
  • Switch rooms, substations and generator halls
  • Commercial and industrial risers
  • Panel building and skid packages
  • Harbour and offshore electrical rooms
Frequently Asked Questions

Q: Why does a non magnetic ladder matter for power cables?
A: Single core cables in parallel can induce circulating currents and hysteresis heating in magnetic steel. Aluminum avoids both, which keeps conductor temperatures and losses under control.

Q: How is earthing continuity achieved?
A: Bonding kits are fitted at every coupler and the continuity resistance is checked before handover, meeting the requirement of IEC 61537 clause 10.

Q: Can it be used outdoors?
A: Mill finish suits dry indoor rooms. For humid or coastal areas we supply anodized or powder coated finish, with stainless fasteners.

Q: What is the delivery time?
A: 25 working days for 600 pcs, packed on pallets, on L/C, T/T or D/P terms.

Electrical Aluminum Cable Ladder 6063 T5 Mill Finish for Feeder Cable Routing

Electrical Aluminum Cable Ladder 6063 T5 Mill Finish for Feeder Cable Routing

Electrical Aluminum Cable Ladder 6063 T5 Mill Finish for Feeder Cable Routing

Electrical Aluminum Cable Ladder 6063 T5 Mill Finish for Feeder Cable Routing

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