Pair the exact resin and supplier drying document with the proposed dryer/bin configuration, source-to-feed-throat path, residual-moisture evidence, machine handshake and explicitly non-final EUROMAP 82.6 scope before a project is quoted or released.
Fix every material, document, package, measuring point and handoff as a controlled evidence row. Keep estimates, supplier statements, configured observations and accepted results visibly separate.
Build the fixed resin-dryer interface briefEach row assigns one buyer decision and rejects the adjacent inference.
| Decision | Owns | Keep separate |
|---|---|---|
| Identified resin-dryer-to-IMM interface | The exact resin and supplier drying document, incoming condition, dryer/bin configuration, source-to-feed-throat path, material availability handoff, residual-moisture evidence and responsibility split. | This page selects no dryer technology, size, bin, loader, filter, recipe, drying value, conveying design, test method or operating procedure. |
| Resin, screw and barrel review | The identified material grade and the injection-unit hardware questions raised by feeding, residence, wear, corrosion and processing behaviour. | A resin-to-screw review does not establish the upstream drying document, moisture method, dryer residence basis or post-dryer material path. |
| Non-LSR dosing-system interface | Material components, dosing or blending topology, feed point, cyclic or batch relationship and OPC 40082-4 evidence. | A dosing component map does not prove the drying-air condition, residence basis, dryer/bin identity or residual-moisture result. |
| LSR material and dosing-system interface | The liquid-silicone A/B/additive path, LDS, LSR injection unit, cold-side/heated-mold boundary and OPC 40082-3 scope. | The granulate-dryer register is not an LSR material, dosing, cold-runner or injection-unit release path. |
| General machine-interface register | The complete cell endpoint inventory, physical and hardwired handoffs, data relationships, utility interfaces, safety responsibility split and configured interface evidence. | This dryer route owns only the identified material-conditioning and machine-feed handoff; it cannot release the complete machine, mold, robot, peripheral, safety or site interface package. |
| Central material supply and conveying | The wider storage, source selection, orders, loaders, silos, pipework, multi-machine routing, line clearing and tracing network. | This route fixes only the identified dryer/bin-to-machine handoff and cannot release a plant-wide material-supply design. |
| Cell utilities and installation | Site supply points, available capacity, utility quality, loads, layout, access, connection ownership and installed-cell evidence. | A utility schedule does not establish the material-specific drying basis, moisture acceptance or material-availability logic. |
| IMM-to-MES data contract | The identified machine and MES endpoints, job/cycle/dataset semantics, selected OPC 40077 release, writes and reconciliation evidence. | A production record containing material or moisture text does not prove dryer identity, EUROMAP 82.6 support, sampling or acceptance. |
| Changeover and production startup | Approved site procedures, material/recipe release, line disposition, first-off checks, deviations and authority to start production. | This register supplies controlled inputs; it publishes no loading, drying, conveying, cleaning, restart or recovery steps. |
| FAT, SAT and production acceptance | Approved methods, conditions, instruments, witnesses, observations, deviations, retest and production-release authority. | This page names evidence fields only. Qualified project parties still define and approve tests, settings and safe operating conditions. |
Complete every field for the identified project and keep assumptions visible.
| Register field | Record for the proposed cell | Evidence to request |
|---|---|---|
| Project and dryer-interface boundary | Included resin-drying function, dryer, bin/hopper, loaders and conveying handoffs, IMM feed-throat boundary, site work, supplier work and explicit exclusions | Approved scope and material-flow diagrams with a responsibility matrix for the material, dryer, conveyor, machine and site parties |
| Injection molding machine identity | Exact proposed IMM, injection unit, feed-throat/receiver relationship, controller, software/option baseline and responsible machine party | Configuration-specific machine record without implying a NEW ORIENTAL IMM dryer, drying or integration capability |
| Dryer, controller and software identity | Proposed dryer manufacturer, model/configuration, bin or hopper relationship, controller/software revision, options, serial identity when assigned and responsible supplier | Controlled supplier configuration and option/exclusion record; a family name, photograph or generic dryer label is insufficient |
| Exact material, color and regrind/PCR register | Material producer, exact grade, color/additive state, filler or reinforcement, approved regrind/PCR relationship, lot identity and substitutions requiring review | Controlled material and lot register without inferring that different grades, colors, fillers, regrind or recycled content share one drying basis |
| Material-supplier drying document and revision | Exact supplier document, revision/effective date, applicable grade/condition, stated limits, unresolved interpretation questions and approval owner | Current material-supplier record tied to the proposed grade; manufacturer examples on this page do not become project instructions |
| Incoming condition and exposure history | Packaging state, package-open time, storage/transfer exposure, incoming moisture or conditioning question, lot segregation and uncertainty requiring disposition | Dated receipt, storage and exposure record with an approved lot-disposition owner rather than an assumed dry-as-supplied condition |
| Normal, peak and changeover material demand | Normal and peak material demand basis, shot/cycle relationship, shifts, startup/changeover demand, planned future grades and the owner of every estimate | Project production basis separating estimated, calculated, quoted, observed and accepted demand without publishing a universal sizing formula |
| Proposed drying technology and package topology | Supplier-defined drying principle, central or machine-side relationship, included air-generation/bin/loading/conveying/filtering elements and unsupported alternatives | Configuration drawing and functional description for the proposed package; no technology ranking or supplier selection is made here |
| Dryer, bin/hopper capacity and residence basis | Identified dryer and bin/hopper arrangement, stated working basis, material inventory/residence assumptions, refill behaviour and uncertainty across operating states | Supplier calculation and arrangement record tied to the exact material-demand basis without a fixed capacity or residence recommendation |
| Air condition and measurement-point register | Required temperature, dew-point and airflow concepts; proposed measuring points; sensor identities; target/actual semantics; calibration status; and material-supplier approval | Project-specific approved values and instrument register; this checklist supplies no temperature, dew-point, airflow, alarm or correction value |
| Source-to-bin-to-receiver-to-feed-throat path | Controlled material route from source through the included dryer/bin and receiver/conveying elements to the machine feed throat, including isolation points and handoff owners | Reconciled flow and arrangement drawings with as-installed identities, while the wider plant material network remains separately released |
| Regrind/PCR, dust, VOC, filter and condensate disposition | Project questions for included secondary material, dust/fines, volatile matter, filters, exhaust/condensate, contamination controls, maintenance access and responsible parties | Material-, equipment- and site-specific disposition without claiming filtration, emissions, purity, recycled-material suitability or a maintenance method |
| Retained material, access, segregation and changeover | Potential retained-material locations, access points, line/bin identification, lot/color/grade segregation, change-control owner and approved procedure references | Controlled retention and segregation map; no unloading, cleaning, purging, line-clearing or changeover instruction is supplied |
| Utilities, layout, load and service-access ownership | Configuration-specific services, package loads, connection points, equipment weights, arrangement, maintenance/material access, structural responsibility and dependencies | Supplier schedules and approved site drawings without a fixed utility, mounting, foundation, connection or installation instruction |
| Residual-moisture method, sample point and lot rule | Selected method and revision, laboratory/instrument identity, sample point/time/state, lot definition, handling chain, calibration/verification, acceptance owner and result semantics | Approved method and traceable result record; ISO 15512 and ASTM D6869 titles do not prove equivalence, method selection or an achieved value |
| IMM–dryer handshake and authority split | Proposed material-available, ready, run/hold, fault, refill, restart and other required functions; source and receiver; physical/data path; authority; and safety exclusions | Approved functional and responsibility matrices without a signal order, pinout, reset action, recovery sequence or safety validation |
| EUROMAP 82.6 RC / OPC 40082-6 draft scope | Selected Release Candidate/Draft identity, proposed endpoint, common-types basis, profile/facet and conformance-unit scope, reads/writes/methods, alarms, energy, maintenance, extensions and unsupported elements | Dated applicability and support matrix that explicitly labels EUROMAP 82.6 Release Candidate 1.0.0 / Draft 01 June 2025 as non-final |
| Configured FAT/SAT, as-built and recheck evidence | Identified material, dryer/bin, conveyor and IMM configurations; approved observations; witnesses; deviations; retest; as-built records; change owners; and revalidation triggers | Signed project evidence index; unanswered capability, compatibility, value, procedure and result questions remain open |
Retain evidence for the exact material, package, sample, endpoint and revision.
| Evidence gate | Record to retain | Boundary |
|---|---|---|
| Material and document gate | Exact producer/grade/lot, color/filler/regrind/PCR state, current supplier drying document, packaging/opening/exposure history and approval owner. | A polymer family, generic data sheet or named-material example does not release another grade, lot, recycled-content state or drying value. |
| Configuration and material-path gate | Exact dryer, bin/hopper, controller/software, options, loaders, filters, source-to-feed-throat drawing and every responsible party. | A product-family page or topology example does not prove the proposed equipment, capacity, integration, access, filtration or suitability. |
| Air-condition and residence gate | Material-supplier-approved value sources, measuring points, sensor identities, calibration status, demand basis, bin inventory and supplier residence calculation. | This page supplies no universal temperature, dew-point, airflow, time, capacity, alarm, adjustment or energy-performance value. |
| Residual-moisture evidence gate | Selected method/revision, instrument or laboratory, sample point/state, handling chain, lot rule, calibration/verification, result and disposition owner. | A standard title is not a selected test method, laboratory competence statement, comparable result or proof of an accepted moisture level. |
| Handshake and data gate | Approved functional split, physical/data paths, selected draft release, endpoint, profile/facet/conformance scope, supported elements and configured observations. | EUROMAP 82.6 remains a Release Candidate/Draft. Its model titles prove no implementation, interoperability, conformance, certification or safety function. |
| Acceptance and handover gate | Approved FAT/SAT references, exact configurations/material lots, observations, witnesses, deviations, closure, as-built records and recheck triggers. | The register names evidence to request; it is not a drying recipe, test procedure, commissioning plan, operating instruction or safety validation. |
Reviewed 1 August 2026. EUROMAP 82.6 is explicitly a Release Candidate/Draft, not a final specification. ISO and ASTM identify moisture-method documents; Covestro, motan and Piovan are named first-party material/equipment examples only. None proves a NEW ORIENTAL IMM dryer, material fit, interface, laboratory, result, performance or case.
The official series page lists EUROMAP 82.6 Granulate Dryer Devices as a Release Candidate and states that Release Candidate v1.0.0 was published on 4 April 2025.
Boundary: Release Candidate status is not a final specification and does not prove an identified dryer, IMM or endpoint implementation.
The official cover labels Release Candidate 1.0.0 dated 2025-06-01 and the document pages label it Draft 01 June 2025. Its scope exposes dryer, bin, material-availability, air-condition, energy, maintenance, user and conformance questions.
Boundary: Only model categories become RFQ questions. No node map, method sequence, write permission, signal, value or conformance claim is copied.
ISO's official page identifies Edition 5, published 2019-05, last reviewed and confirmed in 2024, and describes water-content methods for plastics in powder, granule and finished-article forms.
Boundary: The title and abstract do not select a method, reproduce paid procedures, establish laboratory competence or prove a project result.
ASTM's official store page identifies D6869-25 as the active version and names coulometric and volumetric Karl Fischer determination of moisture in plastics.
Boundary: The page supplies no paid method steps, sampling plan, instrument settings, equivalence conclusion or NEW ORIENTAL IMM laboratory capability.
This first-party product page illustrates why the exact producer, grade and current technical/processing document must be fixed before drying requirements are carried into an RFQ.
Boundary: Every Covestro material statement, value and document applies only to its stated grade and does not become a universal drying value or supplier capability.
This first-party page exposes dry-air generation, bins, conveying, control, airflow, drying time, temperature, dew-point, material flow and access as distinct configuration questions.
Boundary: All motan products, values, controls, savings, performance and suitability claims remain attributed to motan and do not transfer.
This named-manufacturer article distinguishes drying temperature, airflow, dew-point temperature and drying time as related inputs rather than one isolated catalogue value.
Boundary: Its explanations, examples and values are motan guidance only. The project material supplier and qualified equipment parties own the approved basis.
This first-party page exposes hopper configuration, controls, moisture measurement, process-air filtration and recycled-material questions that may require explicit project scope and evidence.
Boundary: Every Piovan feature, availability, measurement, filtration, cost, scrap, energy and circularity claim remains Piovan-specific and does not transfer.
This first-party product page exposes hopper identity, material-flow, insulation, access and residence-control basis as configuration-specific questions.
Boundary: All Piovan sizes, functions, efficiency and performance claims remain attributed examples and do not establish the proposed project package.
The answers keep material, dryer, moisture, data and acceptance decisions inside their evidence boundaries.
No. EUROMAP's series page labels Part 82.6 a Release Candidate. The official PDF cover says Release Candidate 1.0.0 dated 2025-06-01, and its pages say Draft 01 June 2025. Record that status and recheck the selected release before procurement or acceptance.
No. Fix the exact endpoints, software/revisions, profile and conformance scope, read/write/method support, hardwired split, security/authority boundary and configuration-specific observations. Keep unsupported items visible.
No universal value is supplied here. Fix the exact producer, grade, color/filler/regrind or recycled-content state, current supplier document, incoming condition and equipment configuration. Qualified material and equipment parties approve the project basis.
No. Retain the selected method and revision, sample point and state, lot rule, handling chain, instrument or laboratory identity, calibration/verification, result semantics and disposition owner for the configured run.
This page makes no equivalence claim. Qualified project parties select the applicable method and revision, obtain the controlled procedure, define sampling and acceptance, and explain how results from different methods may or may not be compared.
No. It records identities, responsibilities, approved references and evidence to request. Qualified material, dryer, conveying, machine and site parties own settings, commissioning, operation, maintenance, recovery and safety procedures.
Include the exact material and supplier document, incoming/exposure history, demand basis, dryer/bin/controller identities, air-condition measurement points, source-to-feed-throat path, residual-moisture evidence, IMM handshake, utilities, selected draft data scope, FAT/SAT, as-built records and open deviations.
Attach the controlled material and supplier-document identities; incoming/exposure history; production-demand basis; dryer, bin, loader and controller configuration; air-condition measuring points; source-to-feed-throat path; residual-moisture method and sample rule; handshake; selected EUROMAP 82.6 Release Candidate/Draft scope; utilities; FAT/SAT; as-built handover; recheck triggers and open deviations. Keep every unconfirmed supplier capability, compatibility, value, procedure and result open.
Build the machine brief