PUR Sheathed 5-Core Shielded Conveyor Cable – CE Certified Manufacturing
A conveyor failure doesn’t just stop a line. It stops revenue. Corroded conductors, shredded jackets in cable chains, and signal loss from unshielded runs force procurement teams into reactive crisis mode—expedited air freight, overtime labor, and missed shipment penalties. This single cable design consolidates power and signal integrity into one robust PUR-jacketed assembly. The result is a measurable reduction in unplanned downtime for automated intralogistics and packaging cells.
Abrasion-Proof Jacket for Kinetic Environments
PUR compound sheath, tested to withstand continuous flexing and contact wear against metallic raceways. Standard PVC jackets crack or soften when exposed to lubricant mists common on conveyors. The PUR sheath resists mineral oils, coolants, and cutting fluids without hardening.
That translates directly to fewer cable replacement cycles per year in stamping, machining, or palletizing lines.
Shielded Transmission, No Resolver Misreads
High-coverage tinned copper braid wraps all conductors. Variable frequency drives and high-speed motor switching generate electromagnetic noise that corrupts encoder feedback. By draining that interference to ground, the shield prevents signal dropouts.
Maintenance crews stop chasing ghost faults. Logistics centers avoid misrouted totes caused by sensor signal degradation.
5-Core Layout for Streamlined Architecture
The core configuration typically pairs power delivery with data or control lines inside a single cable envelope. No need to run separate signal conduits alongside motor leads.
Installation time shrinks. Cable track fill rates improve. Procurement codes reduce from two SKUs to one.
Consistent CE-Compliant Supply
Sourced from audited production lines with full material declarations under EU directives. Every batch aligns with the documentation required for EU machinery imports.
Supply chain compliance audits pass without last-minute scrambles for test reports.
Technical Configuration
| Parameter | Specification |
|---|---|
| Number of Cores | 5 |
| Conductor Material | Bare copper, fine-stranded (class 5/6) |
| Shielding | Overall tinned copper braid, minimum 85% coverage |
| Outer Sheath | Polyurethane (PUR), flame retardant compound |
| Sheath Color | Matt black (standard) |
| Compliance Marking | CE |
| Applicable Standards | Constructed to align with EN 50525-2-51 principles for PUR control cables |
Exact cross-sections, outer diameter, bending radii, and chemical resistance matrices are documented in our technical datasheet. Request a copy using the form below.
Typical Deployments in Automated Environments
- High-speed palletizer cells: PUR jacket withstands the abrasive stress of horizontal and vertical cable track loops without notching.
- Automotive body-in-white lines: Shielded cores ensure accurate position feedback near high-current welding interference.
- Parcel sorting hubs: Continuous 24/7 operation demands oil-resistant, flexible connections that survive rapid direction changes.
- Packaging machinery: 5-core layout supplies motor power and interlock signal in one run, simplifying conduit design.
- AGV docking stations: Shield blocks charging circuit noise from contaminating data handshakes during automated connections.
Regulatory Compliance & Quality Assurance
- ✅ CE Marking in accordance with Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) Directive
- ✅ RoHS compliant material set—available upon request
- ✅ Factory standard testing includes continuity, spark test, and braid coverage verification per batch
- ✅ Shore hardness and tensile strength batch records kept for sheath compound traceability
Frequently Asked Questions from Project Engineers
Can this cable be used in high-flex energy chains with acceleration rates exceeding 5 m/s²?
Yes, provided the minimum bending radius is observed. PUR’s low friction coefficient reduces jacket-on-jacket wear inside energy chains. For acceleration specifications and travel distance limits, share your track layout so we can verify suitability against the cable’s flex cycle rating.
What is the realistic lead time for a trial order versus full production volumes?
A trial quantity of 100–300 meters typically ships within 7–10 working days. Container-level production orders follow a 4–5 week schedule, depending on custom printing or color requirements. We keep standard black-jacket stock allocated for rapid prototyping needs.
Does the CE marking cover full machine integration or just the cable component?
The CE mark applies to the cable as a finished component, confirming conformity with relevant safety and EMC directives. It does not exempt the machine builder from final equipment-level CE assessment. We supply the component-level Declaration of Conformity to support your technical file.
Start Your Technical Review
Ready to specify conductor cross-sections, review tensile test reports, or request a sample length for your energy chain rig? Select your preferred route below.
Submit an RFQ with target lengths and mechanical loads. Ask for the full PUR chemical resistance chart. Book a call with an application engineer to review your track layout and duty cycle.