Direct answer
Obtain the approved pattern for the exact belt and splice-material system. Cord geometry, the arrangement of cord ends and the specified dimensions define the layout. Step length, total joint length and belt over-length have different meanings; a single rule based only on the belt rating cannot specify the complete splice.
What must a steel-cord splice layout identify?
Identify the belt manufacturer, construction, width, cord information, splice materials and applicable drawing revision. Confirm the pattern and each dimension before comparing a layout with the available press envelope. Use the supplier's definitions and reference points for step length, total splice length and belt over-length. Over-length is the extra belt length allowed to make the joint and achieve the specified endless length. Fenner Dunlop's steel-cord manual treats splice methods/dimensions and over-length as distinct topics. See sections 4 and 5.
| Record | Purpose | Keep explicit |
|---|---|---|
| Approved pattern | Specifies the intended joint | Belt/kit identity, cord arrangement, dimensions and revision |
| Planning/model output | Makes the chosen layout and assumptions inspectable | Entered dimensions, assumptions and applicable limitations |
| As-built evidence | Records what was made or observed | Joint identity, measurements, images and deviations |
How can a model or X-ray review support the question?
A model can calculate load sharing under stated geometry, material and loading assumptions. An X-ray review can examine visible cord geometry within the supplied image or scan, with measurement limits set by image quality and scale. A calculated cord load is a model result, not a measured operating load. Images and models alone do not establish splice strength, remaining life or manufacturer approval of a pattern.
Maven's independent steel-cord X-ray review service includes published report and narrated-video examples. The review depends on the images and information available; use its actual stated scope when deciding whether it fits your task.
Is Steel Cord Splice available to download?
The current Steel Cord Splice product page lists the app as in preparation for the App Store. Its described layout and analysis features do not establish a released download. The independent review service and Splice Maven QA are separate existing routes for image review and job evidence.
If the task is a production splice, start with the supplier-approved pattern and requirements. If the task is to review an existing joint, gather that pattern with the identified images and records so the comparison is specific.
Steel Cord Splice and Fabric Belt Splice
Choose by belt construction. The product pages describe each program's planning workflow and current availability.
- Steel Cord Splice: steel-cord layouts, field drawings, cable schedules and the analysis features described on its product page.
- Fabric Belt Splice: fabric-belt step and finger layouts, dimensioned drawings, stress analysis and cure modelling.
The Steel Cord Splice product page currently lists App Store preparation. Fabric Belt Splice has a released worked example. Keep the applicable belt and kit supplier instructions with the software plan.
Sources & scope
The manufacturer reference explains its own belt system. The comparison example is original. No generic splice-length formula, approved alternative pattern or current Steel Cord Splice download is claimed.
- Fenner Dunlop: Instructions for hot splicing of steel-cord belting, version 10.4
Construction-specific methods, dimensions and over-length; verify the current applicable procedure with the supplier.
- Maven steel-cord X-ray review
Actual independent service scope and published examples.
- Steel Cord Splice preparation status
Current product page distinguishes described capabilities from App Store availability.
This AI-assisted guide combines linked primary references, Maven product descriptions and original planning examples. Examples are labelled; equipment-specific decisions require the applicable approved specification.