Steel-pole mechanical interfaces
Pole geometry, bracket positions, crossarm details, fastener grades and design loads are reviewed together before the galvanized steel-pole line hardware is finalized.
REFERENCE 02 · QUOTATION-BASED REFERENCE
Burundi 30kV steel-pole line and 36kV-class equipment package
Coordinated quotation for galvanized steel poles, ACSR conductor, glass insulators, line fittings, 35kV cable, OPGW, ADSS and grounding materials.
PROJECT CONTEXT
Technical basis at a glance.
Coordinated quotation for galvanized steel poles, ACSR conductor, glass insulators, line fittings, 35kV cable, OPGW, ADSS and grounding materials.
PROJECT STAGEQuotation issued
PACKAGE BASISCustomer equipment schedule
SUPPLY BOUNDARYEquipment and materials only
EQUIPMENT APPLICATION
Relevant supply scope.
- Galvanized steel poles
- ACSR conductor and line fittings
- Glass insulator strings
- 35kV cable and accessories
- OPGW, ADSS and grounding materials
How a 35kV steel-pole overhead line package keeps power and communication interfaces coordinated.
For a 30kV network using 36kV-class equipment, purchasing decisions depend on consistent interfaces between galvanized steel poles, ACSR conductor, glass insulator strings, cable accessories, OPGW, ADSS and grounding materials.
Conductor, insulator and fitting match
ACSR conductor data, string arrangement and attachment dimensions guide the selection of suspension, tension, connection and protection hardware.
Communication and grounding integration
OPGW and ADSS accessories are checked against cable diameter, rated tensile strength, span data and pole attachment points, while cable and grounding interfaces remain traceable in the BOQ.
A traceable path from BOQ review to export handover.
The workflow below is the standard control path for a comparable equipment or material package. Final deliverables follow the confirmed order scope, approved drawings and agreed inspection plan.
- 01
Confirm system basis
Record voltage, frequency, standards, service environment and customer-approved technical inputs.
- 02
Normalize the BOQ
Align item codes, descriptions and quantities; flag missing data, overlaps and unclear scope boundaries.
- 03
Match drawings and interfaces
Check conductor, insulator, pole or tower, attachment, cable and grounding interfaces against revision-controlled drawings.
- 04
Prepare the technical package
Organize datasheets, general arrangements, drawings, schedules and a clear deviation or clarification record.
- 05
Coordinate quality documents
Define the applicable inspection plan, material certificates, dimensional records and release documents for the confirmed order.
- 06
Pack and hand over
Use BOQ-linked package identification, shipping marks and a document index to support receiving and export delivery.
Evidence purchasing and engineering teams can review.
The document set is defined by the confirmed product scope and agreed inspection plan. Typical controls for a comparable package are summarized below.
Drawing and revision control
Approved drawings, interface schedules and revision status are kept aligned with BOQ item references.
Material and inspection records
Applicable material certificates, dimensional checks and inspection records are indexed by product family.
BOQ-coded packing control
Package marks and packing lists connect cartons, bundles or cases to BOQ lines for easier receiving checks.
Technical document handover
Datasheets, drawings, inspection records and the final document index are organized for engineering and purchasing review.
SCOPE & DISCLOSURE
What this reference means.
The customer name is withheld. The published scope reflects the quotation package and does not imply site construction or completed delivery.