N-DJYP2VP2-22 Cable | Factory Price & Technical Datasheet

Signal failure isn’t a glitch. It’s a shutdown waiting to happen.

A scrambled frequency caused by electromagnetic interference can corrupt an entire automation sequence. The result is unplanned downtime, scrapped batches, or a safety incident that requires a full investigation. N-DJYP2VP2-22 cable eliminates that variable. It combines dual-layer shielding with a steel tape armor to deliver a signal path that stays clean, even when routed parallel to high-voltage power lines or variable frequency drives. For plants where data integrity dictates production uptime, this cable is a direct upgrade to operational certainty.

Double-Layered Shielding Against High-Frequency Crosstalk

[Feature]: Constructed with both an aluminum-plastic composite tape shield and a tinned copper wire braid shield.

[Advantage]: The foil tape blocks high-frequency electromagnetic interference while the dense copper braid absorbs low-frequency noise. Together, they provide 100% shield coverage across a wider frequency spectrum than single-shield alternatives.

[Benefit]: Your analog 4-20mA signals reach the PLC without drift. Digital communication protocols like Modbus or Profibus stay locked. No ghost signals. No random actuator movements. Just predictable, repeatable data that keeps your process on spec.

Steel Tape Armor for Tray and Direct Burial Routes

[Feature]: A helical layer of galvanized steel tape applied directly under the PVC outer sheath.

[Advantage]: This armor resists crushing forces, sharp aggregate backfill, and the constant vibration found in cable trays above heavy machinery. It acts as a physical barrier before the inner layers are ever stressed.

[Benefit]: You can pull this cable through crowded industrial trenches or lay it directly in the ground without adding a separate conduit. Material cost drops. Installation time shortens. The armor also creates an additional magnetic shielding layer, marginally reducing stray field induction on the signal pairs.

Precision Impedance for High-Speed Data Links

[Feature]: Strictly controlled conductor geometry with polyethylene insulation on each twisted pair.

[Advantage]: The consistent twist pitch and stable dielectric constant maintain characteristic impedance within tight bounds. This prevents signal reflections at connection points and minimizes attenuation over the full cable run length.

[Benefit]: Long runs—up to 1,200 meters for certain protocols—become viable without inline repeaters. Your engineering team spends less time diagnosing intermittent fieldbus faults and more time improving cycle times.

Flame-Retardant Sheath Compound for Indoor Safety Compliance

[Feature]: An outer PVC jacket rated to IEC 60332-1 for vertical flame propagation resistance.

[Advantage]: If exposed to a fire source, the jacket self-extinguishes and does not propagate the flame along the cable’s length. Smoke density remains low.

[Benefit]: Meets fire safety requirements for indoor cable tray routing in processing facilities. Removes a line item from your plant safety audit without requiring additional flameproofing coatings.

Technical Specifications

Industry Applications

• Process Automation Systems: Connects pressure transmitters, flow meters, and temperature sensors to DCS racks in refineries. The dual shielding preserves microvolt thermocouple signals from corruption by nearby motor control center harmonics.
• Power Generation & Substations: Used for RTU and relay signaling in high-EMI switchyard environments. The steel armor withstands the physical stress of trenching near heavy electrical equipment.
• Marine & Offshore Platforms: Routes navigational and instrumentation signals. Tinned copper conductors resist salt-laden air corrosion. The robust mechanical protection handles deck-level impact risks.
• Tunnel & Infrastructure Monitoring: Links structural strain gauges and air quality sensors back to supervisory consoles. Suitable for long cable runs in confined spaces where conduit installation is impractical.
• Railway Signaling: Carries vital interlocking and track circuit monitoring data. Maintains signal integrity alongside traction power cables radiating intense electromagnetic fields.

Compliance & Quality Assurance

• ✅ IEC 60332-1 — Flame Retardance for Single Cables
• ✅ IEC 61034 — Low Smoke Emission
• ✅ IEC 60502 — Power Cable Construction Methods (Guidance Adapted)
• ✅ CE Marking — Conformity with EU Low Voltage Directive
• ✅ RoHS 2 (2011/65/EU) — Hazardous Substance Compliance
• ✅ ISO 9001:2015 — Quality Management System Certification

Frequently Asked Questions

Our site is close to a VFD motor. What is the recommended minimum separation distance from power cables?

For parallel runs alongside unshielded power cables feeding VFDs, maintain 300mm separation as a baseline. With N-DJYP2VP2-22, the steel armor and dual tape/braid construction allow you to reduce this distance to 100mm in most installations. Always cross power cables at a strict 90-degree angle. This is not just a best practice. It prevents transformer-effect coupling in the signal pairs.

Can this cable be terminated with standard industrial connectors?

Yes. The tinned copper conductors and drain wires accept standard screw clamp, spring clamp, and crimp ferrule terminations found in D-sub, M12, and M8 field-wireable connectors. The insulation withstands soldering temperatures without shrinking back if you pre-tin your iron below 370°C. No proprietary termination tools are needed.

We need a custom pair count or a specific conductor size. Is this possible?

We provide factory-level customization. The base construction of N-DJYP2VP2-22 supports 1 to 24 pairs. Conductor cross-sections from 0.5mm² up to 2.5mm² can be tooled. Outer sheath color shifts to RAL-coded options are also available for color-coding specific signal types. Testing data for your specific custom build is provided before shipment.

Get a Full Datasheet and a Quote in 24 Hours

Send your required pair count, conductor size, and total linear meter quantity to our engineering team. You will receive the official attenuation and capacitance test data for your batch, not a generic catalog scan. Just the technical facts you need to sign off on your BOM.

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