HeavyEQ parts intelligence

Paving screeds & wear plates Specifications & Identification

Research first. Identify the installed component. Confirm the application.

Component specification brief • Values require an exact manufacturer item

Resolve the fitted screed independently of the paver carrier. Extensions, heating arrangement and configuration can change the relevant wear or control components.

Technical selection record

Paving screeds & wear plates: properties and evidence needed
PropertyRecord thisInterpretation
Screed identityManufacturer, full model and documented assembly configurationCarrier model alone does not identify the fitted screed.
Working arrangementExtensions, plate positions and configured width basisA width describes configuration; it is not a universal part application.
Heating/control contextInstalled heating and control-system identifiersConfirm current manufacturer requirements before sourcing electrical items.
Wear specificationExact plate or assembly identifier and measured conditionMaterial, dimensions and limits require the specific source.

Inspection and purchasing questions

Request a documented wear and condition assessment, including what is included in a rebuilt screed quotation. Keep conveyors and augers in their own component records.

Service boundaries

Heated systems, controls and adjustment procedures require qualified service. No generic temperature, wear or setup value is supplied.

Source references

Explore the parent component system →

Technical research & specification evidence

Paving screeds: configuration, compaction and wear interfaces

Identify the fitted screed independently from its paver carrier. Width, compaction package, heating arrangement and extension configuration describe different layers of the assembly.

An exact reference with a visible source conflict

Vögele’s Canadian AB 500 page describes the Dash 5 generation and its extending width. Its narrative and a related-product card report different maximum bolt-on widths. HeavyEQ holds that maximum rather than choosing one silently. The two selected unextended/telescoping dimensions below are bounded to the stated reference. They do not identify a wear plate or prove which assembly is installed on another paver.

Compaction package changes the component question

Record the actual screed variant and its compaction arrangement before comparing tamper, pressure-bar or related drive components. A shared AB 500 family name is not enough to erase a package distinction. Keep a rate or stroke associated with the exact variant, measurement definition and source revision. Do not convert a published maximum into an operating recommendation. This article deliberately supplies no setup, heating or compaction settings.

Width does not define every wear component

A configured paving width can involve the basic screed, telescoping sections and bolt-on extensions. Record each position, side and assembly identity. A plate width alone cannot resolve its mounting pattern, thickness, material, heating interface or associated fasteners. A rebuilt screed quote should state which plates, bars, guides and electrical items were assessed or supplied. Carrier model compatibility and the scope of refurbishment remain independent questions.

Original comparison: trace a position to its documentation

Build a position map in text using basic left/right, extending section and any documented extension identifiers. Connect each requested item to its actual assembly record, then mark whether the evidence is a catalogue dimension, a qualified measurement or an unverified observation. This method makes mixed-generation and partially rebuilt units easier to review without inventing geometry. Keep conveyor and auger assemblies in their own records. Heated components, electrical isolation and adjustment work require the appropriate manufacturer service information.

Specification evidence record

Published values retain their exact reference scope. Empty fields mean the value has not been established; they never mean zero. General model associations do not establish installed or serial-specific fitment.

Paving screeds: configuration, compaction and wear interfaces: documented values and open identification fields
PropertyValue / statusScope and interpretation
Basic width2.55 mBasic screed dimension; not an individual wear-plate dimension

Reference: Vögele AB 500 Dash 5, Canadian reference

Published reference, not a HeavyEQ measurement

Vögele: AB 500 Canadian product reference ↗ · Dash 5 description and technical data; maximum extension conflict held

Not stated; source checked 2026-10-15

No machine serial applicability established

Telescoping width upper endpoint5 mNarrative range 2.55–5 m; extension maximum held

Reference: Vögele AB 500 Dash 5 narrative, no bolt-on extensions

Published reference, not a HeavyEQ measurement

Vögele: AB 500 Canadian product reference ↗ · Dash 5 description and technical data; maximum extension conflict held

Not stated; source checked 2026-10-15

No machine serial applicability established

Maximum bolt-on widthNot yet documentedSource conflict: narrative 8.75 m versus related card 8.50 m; not accepted
Installed plate thickness and mountingNot yet documentedExact position/revision required
Heating element and compaction variantNot yet documentedDo not infer from carrier model alone
Unresolved technical and source questions (2)
  • Conflicting maximum bolt-on extension width
  • Plate dimensions, heating-component identity and installed serial scope

Research sources and scope

  • Vögele: AB 500 Canadian product reference ↗ · component manufacturer first party · checked 2026-10-15

    Dash 5 description and technical data; maximum extension conflict held

    SELECTED_FACTS_AND_ORIGINAL_ANALYSIS_ONLY; no reproduction licence established

Original HeavyEQ analysis and selected source facts. No catalogue reproduction licence, manufacturer endorsement or machine-specific compatibility is implied.