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Multi-core Highly Flexible Anti-interference Control Cable

Short Description:
Models: KVV (Fixed) / KVVR (Flexible) / KVVP (Shielded) | Standard: IEC 60227
PVC insulated control cable series with oxygen-free copper conductor. Available in fixed-laying (KVV), flexible (KVVR), and copper braid shielded (KVVP) variants for industrial automation and control systems.
Conductor: Oxygen-free Copper (Class 2 / Class 5 flexible)
Variants: KVV (unshielded) / KVVR (flexible) / KVVP (braid shield)
Number of Cores: 2 ~ 37 Cores
Rated Voltage: 300V/500V | 450/750V
Temperature Range: -20°C to +70°C
Standard: IEC 60227, BS 6004

1 Technical Specifications

General Information
Product NameMulti-core Highly Flexible Anti-interference Control Cable
Model SeriesKVV / KVVR / KVVP (see comparison below)
StandardIEC 60227, BS 6004
Number of Cores2 ~ 37 Cores
Rated Voltage300V/500V | 450/750V
Test Voltage1000V
Conductor
Conductor MaterialOxygen-free Copper (99.99% purity)
Conductor TypeClass 2 stranded / Class 5 flexible (KVVR)
Insulation MaterialPVC (Polyvinyl Chloride)
Insulation ColorWhite-Black (standard) / Custom per request
Jacket & Shielding
Jacket MaterialPVC (Gray / Black / Custom)
Shielding TypeCopper Braid Shield (KVVP only)
Overall DiameterDepends on core count & cross-section
Electrical & Environmental
Temperature Range-20°C to +70°C
Minimum Bend Radius6× OD (fixed) / 10× OD (flexing)
Flame PerformanceIEC 60332-1 (flame retardant)
Dielectric Strength1000V AC, 50 Hz, 5 min
Packaging & Logistics
PackagingWooden drum / coil / roll / custom per request
Standard Length100m / 200m / 500m per roll (customizable)
MOQ1,000 meters (sample order negotiable)
Lead Time7-15 working days (stock: 3-5 days)

Model Variant Comparison

Model Overview
KVVPVC Insulated & PVC Sheathed Control Cable (unshielded). Designed for fixed laying indoors, in cable trenches, pipelines, and other fixed locations. Suitable for signaling control, monitoring, protection circuit lines, electrical instruments, and power distribution units where EMI is not a concern.
KVVRFlexible PVC Insulated & PVC Sheathed Control Cable (unshielded). Designed for applications requiring bending and movement indoors, in ducts, pipes, and similar pathways. Uses flexible stranded conductor (Class 5) for repeated flexing. Suitable for measurement test, signal display, self-test telemetry, and alarm systems.
KVVPPVC Insulated & PVC Sheathed Copper Braid Shielded Control Cable. Designed for fixed laying indoors, ducts, pipes, and other locations where electromagnetic shielding is required. The copper braid shield provides effective EMI/RFI suppression, making it the recommended choice for computer networking, signal transmission, and environments near motors, transformers, or power cables.

2 Product Overview

The Multi-core Highly Flexible Anti-interference Control Cable series (KVV / KVVR / KVVP) is a range of PVC insulated and sheathed control cables designed for reliable signal transmission in electrical control equipment, instrumentation, monitoring circuits, and protection systems. Multi-core flexible construction and optional copper braid shielding (KVVP) make it ideal for environments requiring electromagnetic interference (EMI) protection.

The cable features oxygen-free copper conductors with Class 2 stranded or Class 5 flexible stranding (KVVR) options, ensuring excellent conductivity and mechanical flexibility. The PVC insulation layer provides stable dielectric performance across a temperature range of -20°C to +70°C, while the optional copper braid shield (KVVP) effectively attenuates external electromagnetic noise, maintaining signal integrity in industrial settings.

Available in 2 to 37 cores with customizable cross-sectional areas and colors, the KVV series supports a wide variety of wiring configurations for different control system topologies. The outer PVC jacket offers mechanical protection against abrasion, moisture, and chemical exposure, suitable for indoor and protected outdoor installations.

Manufactured to rigorous quality standards under the management of SORIVO, each production batch undergoes dielectric testing and visual inspection to ensure compliance with IEC and BS standards. The cable is engineered for long-term reliability in signaling, monitoring, and control applications. For detailed company information, please visit sorivocable.com/about-us/.

3 Key Features

Three Model Variants Available

Choose from KVV (fixed laying), KVVR (flexible/ bending), or KVVP (braid shielded for EMI protection) to match your installation environment.

Oxygen-Free Copper Conductor

High-purity copper ensures excellent electrical conductivity and low transmission loss for accurate control signal transfer.

Copper Braid Shielding (KVVP)

Braid shield provides effective EMI/RFI suppression, protecting signal integrity in electrically noisy industrial environments near motors, drives, and power lines.

Multi-Core Flexibility

Available from 2 to 37 cores — KVVR variant uses Class 5 flexible stranding for repeated bending in tight spaces.

PVC Insulation & Jacket

Durable PVC construction offers good dielectric strength, mechanical protection, and resistance to moisture and chemicals.

Customizable Configurations

Core count, cross-section, color coding, shield type, jacket color, and packaging can all be tailored to project-specific requirements.

Flame Retardant

Compliant with IEC 60332-1 for flame non-propagation, enhancing safety in control panels and confined installations.

IEC & BS Standards

Manufactured to IEC 60227 and BS 6004, ensuring international quality compliance and application confidence.

4 Applications

Each model variant is suited to specific installation environments:

KVV — Fixed laid indoors, cable trenches, pipelines for general control and signaling.

KVVR — Bending/moving applications in ducts, pipes; measurement test, signal display, telemetry.

KVVP — Shielded environments requiring EMI protection; computer networking, alarm systems, near power equipment.

Industrial Automation Control Electrical Control Cabinets Instrumentation & Monitoring Measurement & Protection Circuits Power Distribution Units PLC & DCS Signal Wiring Robotics & Manufacturing Building Management Systems Telemetry & Remote Control Computer Networking (KVVP) Alarm & Security Systems Small Motor Connections

5 FAQ

What is the difference between KVV, KVVR, and KVVP control cables?
KVV is a standard PVC sheathed control cable for fixed laying in cable trays, trenches, and pipelines. KVVR uses Class 5 flexible stranded conductors for applications requiring bending or movement. KVVP adds a copper braid shield for EMI/RFI suppression in environments with electromagnetic interference. See the Model Variant Comparison table in Section 1 for detailed guidance.
What temperature range does this cable support?
The standard control cable operates from -20°C to +70°C. For applications requiring higher temperature resistance (up to +90°C or +105°C), SORIVO can supply variants with enhanced insulation materials. Please consult our team for custom temperature requirements.
Can the core count and cross-section be customized?
Yes. The cable is available from 2 to 37 cores with various cross-sectional areas (0.5mm² to 6mm² or as specified). Core colors, shield type (KVVP), and jacket color can all be customized per project requirements. Contact SORIVO for your specific configuration.
What is the minimum order quantity (MOQ)?
The standard MOQ is 1,000 meters per specification. Sample orders (short lengths) are negotiable for testing and qualification. Lead time is typically 7-15 working days for production orders and 3-5 working days for stocked items.
Which variant should I choose — KVV, KVVR, or KVVP?
Choose KVV for fixed indoor/ trench installation at lowest cost. Choose KVVR if the cable will bend or move during operation (e.g., robotics arms, movable equipment). Choose KVVP if your installation is near motors, transformers, variable frequency drives, or any source of electromagnetic interference. If unsure, SORIVO's engineering team can review your project specifications and recommend the optimal variant.

Need Help Choosing the Right Control Cable?

Tell us your core count, installation environment, and length requirements. Our team will recommend the optimal variant and provide a competitive quote within 24 hours.

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