The H05VVC4V5-K cable is a multi-core, PVC insulated, tinned copper braid screened, PVC sheathed flexible cable rated at 300/500 V, manufactured with Class 5 fine-stranded copper conductors to IEC 60227-7, DIN VDE 0281, and EN 50525. The Chinese GB equivalent is RVVP per GB/T 5023-2008. H05VVC4V5-K is the standard screened flexible cable in the IEC 60227 harmonised family — the screened counterpart to the unscreened H05VV-F, sharing identical conductor, insulation, and sheath construction but with the addition of a tinned copper braid screen providing electromagnetic interference (EMI) suppression. H05VVC4V5-K is specified wherever a flexible screened cable is required at 300/500 V for portable appliances, audio-visual equipment, CCTV systems, instrumentation leads, and any flexible cable application where the connected equipment is sensitive to EMI or where the cable itself must not radiate interference. The key distinction from CY / YSLYCY (0.6/1 kV screened control cable) is voltage rating and application family: H05VVC4V5-K belongs to the IEC 60227 flexible cable and cord family at 300/500 V; CY belongs to the IEC 60227 / DIN VDE 0281 control cable family at 0.6/1 kV.
Manufactured at our ISO-certified facility and exported globally. Available in 2-core to 5-core configurations, conductor sizes 0.5 mm² to 6 mm², supplied on 100 m or 200 m rolls.
- Rated voltage: 300/500V — IEC 60227-7 harmonised screened flexible cable
- Continuous conductor temperature: 70℃ (short-circuit: 150℃ / 5 s)
- Conductor: Class 5 fine-stranded flexible copper per IEC 60228
- Tinned copper braid screen — ≥85% optical coverage; drain wire included
- PVC outer sheath — black standard
- 2 to 5 cores — covers stereo, 3-phase, and multi-signal flexible cable requirements
- Multi-standard: IEC 60227-7 / DIN VDE 0281 / EN 50525 / GB/T 5023 (RVVP equivalent)
Cable Designation Explained
IEC Harmonised Designation — H05VVC4V5-K
| Character | Meaning |
|---|---|
| H | Harmonised cable type — manufactured to CENELEC / IEC harmonised standard |
| 05 | Rated voltage 300/500 V |
| V | PVC core insulation |
| V | PVC outer sheath |
| C4 | Tinned copper braid screen (C = copper screen; 4 = braid construction) |
| V5 | PVC bedding layer between cores and screen (V5 = extruded PVC inner sheath) |
| -K | Class 5 flexible stranded conductor |
Chinese GB Standard — RVVP
| Letter | Meaning |
|---|---|
| R | Flexible stranded conductor (Class 5) |
| V | PVC core insulation |
| V | PVC outer sheath |
| P | Shield — copper braid screen |
Critical Distinction: H05VVC4V5-K vs CY (YSLYCY)
Both H05VVC4V5-K and CY are tinned copper braid screened PVC cables. Their correct application is determined by voltage rating and product family:
| Parameter | H05VVC4V5-K / RVVP | CY / YSLYCY / KVVP |
|---|---|---|
| Product Family | IEC 60227 — flexible cables and cords (appliance / instrument leads) | DIN VDE 0281 — control cables (industrial fixed / semi-fixed wiring) |
| Rated Voltage | 300/500 V | 0.6/1 kV (600/1000V) |
| Conductor Class | Class 5 flexible | Class 5 flexible |
| Core Count | 2 to 5 cores | 2 to 61 cores |
| Size Range | 0.5 mm² to 6 mm² | 0.75 mm² to 10 mm² |
| Sheath Colour | Black standard | Grey standard |
| Typical Use | Portable appliances, AV equipment, CCTV power/signal leads, instrument connections | PLC I/O wiring, DCS marshalling, VFD control, fixed industrial control circuits |
H05VVC4V5-K Family
| Designation | Screen | Voltage | Typical Use |
|---|---|---|---|
| H05VVC4V5-K / RVVP | Tinned copper braid | 300/500V | Standard screened flexible appliance and instrument lead |
| H05VV-F / RVV | None — unscreened | 300/500V | General purpose unscreened flexible cable — portable appliances, extension leads |
| H05VVC4-K | Tinned copper braid — no inner sheath | 300/500V | Screened flexible cable without inner PVC bedding |
| H07VVC4V5-K | Tinned copper braid | 450/750V | Higher voltage screened flexible cable — for 400V three-phase flexible connections |
| RVVP2 (GB) | Aluminium foil + drain wire | 300/500V | Chinese foil-shielded variant — higher HF attenuation for data and instrument signal circuits |
Equivalent Standards — International Cross-Reference
| Standard System | Designation | Standard No. | Primary Markets |
|---|---|---|---|
| China (GB) | RVVP | GB/T 5023-2008 | China, Southeast Asia |
| International (IEC) | H05VVC4V5-K | IEC 60227-7:2003 | Global reference |
| Europe (CENELEC) | H05VVC4V5-K | EN 50525 / DIN VDE 0281 | Europe, Middle East, Africa |
| United Kingdom | Screened Flexible Cable 300/500V | BS EN 50525 | UK, Commonwealth |
| Australia / NZ | Screened Flex | AS/NZS 3191 (reference) | Australia, New Zealand |
APS Cable manufactures H05VVC4V5-K to IEC 60227-7 with tinned copper braid screen and black PVC sheath as standard. Multi-standard test reports available on request.
Technical Specifications
General Parameters
| Parameter | Value |
|---|---|
| Rated Voltage (U₀/U) | 300/500 V |
| Max. Conductor Temperature — continuous | 70℃ |
| Max. Conductor Temperature — short circuit (≤5 s) | 150℃ |
| AC Withstand Voltage Test | 2,000 V / 5 min (core-to-core and core-to-screen) |
| Operating Temperature Range | −5℃ to +70℃ |
| Conductor | High-purity annealed Copper (Cu), Class 5 fine-stranded flexible per IEC 60228 |
| Core Insulation | PVC (polyvinyl chloride). Colour-coded per IEC 60227 — 2-core: Brown + Blue; 3-core: Brown + Blue + Green-Yellow; 4-core: Brown + Black + Grey + Green-Yellow; 5-core: Black + Brown + Grey + Blue + Green-Yellow |
| Inner Bedding | Extruded PVC bedding (V5 layer) over assembled core bundle — provides smooth, round surface for braid application and mechanically separates cores from screen |
| Screen | Tinned copper braid — minimum 85% optical coverage. Bare copper drain wire under braid for low-resistance screen earthing. |
| Outer Sheath | PVC, black standard. Grey available on request. |
| Min. Bending Radius | 8 × D (fixed installation); 12 × D (repeated flexing) |
| Flame Performance | IEC 60332-1-2 — flame retardant single vertical wire |
| Service Life | ≥ 20 years in fixed installation |
Cable Specifications — H05VVC4V5-K 300/500V Screened Flexible Cable
Data from Anpu Cable Group product catalogue. Values are approximate — contact us for certified datasheet.
| Size (mm²) | No. of Cores | Insulation Thickness (mm) | Overall Diameter (mm) | Weight (kg/km) | DC Resistance at 20℃ (Ω/km) | Current Rating (A) |
|---|---|---|---|---|---|---|
| 0.5 | 2 | 0.6 | 8.0 | 68 | ≤ 36.000 | 3 |
| 0.5 | 3 | 0.6 | 8.8 | 82 | ≤ 36.000 | 3 |
| 0.5 | 4 | 0.6 | 9.8 | 100 | ≤ 36.000 | 3 |
| 0.75 | 2 | 0.6 | 8.8 | 88 | ≤ 24.500 | 6 |
| 0.75 | 3 | 0.6 | 9.6 | 106 | ≤ 24.500 | 6 |
| 0.75 | 4 | 0.6 | 10.6 | 130 | ≤ 24.500 | 6 |
| 0.75 | 5 | 0.6 | 11.4 | 152 | ≤ 24.500 | 6 |
| 1.0 | 2 | 0.6 | 9.4 | 106 | ≤ 18.100 | 10 |
| 1.0 | 3 | 0.6 | 10.4 | 130 | ≤ 18.100 | 10 |
| 1.0 | 4 | 0.6 | 11.4 | 158 | ≤ 18.100 | 10 |
| 1.0 | 5 | 0.6 | 12.4 | 185 | ≤ 18.100 | 10 |
| 1.5 | 2 | 0.7 | 10.8 | 145 | ≤ 12.100 | 13 |
| 1.5 | 3 | 0.7 | 11.8 | 176 | ≤ 12.100 | 13 |
| 1.5 | 4 | 0.7 | 13.2 | 218 | ≤ 12.100 | 13 |
| 1.5 | 5 | 0.7 | 14.2 | 256 | ≤ 12.100 | 13 |
| 2.5 | 2 | 0.8 | 12.8 | 215 | ≤ 7.410 | 18 |
| 2.5 | 3 | 0.8 | 14.2 | 268 | ≤ 7.410 | 18 |
| 2.5 | 4 | 0.8 | 15.8 | 334 | ≤ 7.410 | 18 |
| 2.5 | 5 | 0.8 | 17.0 | 392 | ≤ 7.410 | 18 |
| 4 | 3 | 0.8 | 16.8 | 388 | ≤ 4.610 | 25 |
| 4 | 4 | 0.8 | 18.8 | 488 | ≤ 4.610 | 25 |
| 6 | 3 | 0.8 | 20.0 | 560 | ≤ 3.080 | 32 |
| 6 | 4 | 0.8 | 22.5 | 710 | ≤ 3.080 | 32 |
Current ratings at 30℃ ambient temperature in free air per IEC 60364-5-52. For derating in conduit, cable trunking, or bundled installation refer to IEC 60364-5-52 Table B.52.21. Core count maximum is 5 — H05VVC4V5-K is a flexible appliance and instrument lead cable. For screened multi-core control cables above 5 cores, refer to CY / YSLYCY (0.6/1 kV, 2–61 cores).
Technical Comparison
H05VVC4V5-K vs H05VV-F — Screened vs Unscreened Flexible Cable
| Parameter | H05VVC4V5-K / RVVP (Screened) | H05VV-F / RVV (Unscreened) |
|---|---|---|
| Screen | Tinned copper braid — ≥85% coverage | None |
| EMI Attenuation | ✓ Attenuates both EMI ingress (external noise corrupting signals) and egress (cable radiating interference) | ✗ No EMI protection |
| Inner Bedding | PVC V5 bedding layer over cores — separates cores from braid screen | None — sheath directly over cores |
| Overall Diameter | Larger — braid and bedding add 2–3 mm to OD | Smaller — more compact |
| Cost | Higher — tinned copper braid and bedding layer add material cost | Lower |
| Screen Earthing | Required — drain wire connects to equipment earth or screen clamp at one end | Not applicable |
| Typical Use | AV equipment leads, CCTV system cables, instrument connections, appliances sensitive to EMI | General portable appliances, extension leads, power tools, domestic equipment |
H05VVC4V5-K vs CY — Flexible Appliance Lead vs Industrial Control Cable
| Parameter | H05VVC4V5-K / RVVP | CY / YSLYCY / KVVP |
|---|---|---|
| Voltage Rating | 300/500V — appliance and instrument leads | 0.6/1 kV — industrial control circuits; higher insulation margin |
| Product Standard | IEC 60227-7 — flexible cables and flexible cords | DIN VDE 0281 / EN 50525 — control and instrumentation cables |
| Max. Core Count | 5 cores | 61 cores |
| Size Range | 0.5 mm² to 6 mm² | 0.75 mm² to 10 mm² |
| Sheath Colour | Black standard | Grey standard |
| Short-Circuit Temp | 150℃ | 160℃ |
| Typical Use | Portable equipment, consumer electronics, CCTV, AV, laboratory instruments — EMI-sensitive flexible leads | Fixed and semi-fixed industrial control wiring — PLCs, DCS, VFD control, motor control centres |
H05VVC4V5-K vs RVVP2 — Copper Braid Screen vs Aluminium Foil Screen
| Parameter | H05VVC4V5-K / RVVP (Copper Braid) | RVVP2 (Aluminium Foil + Drain Wire) |
|---|---|---|
| Screen Construction | Tinned copper wire braid — ≥85% optical coverage | Aluminium/polyester laminated foil — 100% coverage + bare copper drain wire |
| Low-Frequency Shielding | Good — low screen resistance at power frequencies | Moderate — foil has higher impedance at low frequency |
| High-Frequency Shielding | Moderate — braid gaps reduce HF effectiveness | Excellent — 100% foil coverage; superior HF / RF attenuation |
| Flexibility | More flexible — braid conforms to bending | Foil wrinkles on tight bends but does not degrade shielding |
| Typical Use | General EMI suppression — AV, CCTV, instrument leads at power frequencies | High-frequency data, RS-485, Profibus, analogue signal cables — RF / HF sensitive circuits |
Selection guide: Use H05VVC4V5-K as the standard screened flexible cable for portable appliances, AV equipment, CCTV, and instrument leads where EMI suppression at power frequencies is required at 300/500V. Use CY / YSLYCY for fixed industrial control wiring at 0.6/1 kV with more than 5 cores. Use RVVP2 (foil screen variant) for high-frequency data and RS-485 signal cables requiring 100% screen coverage.
Applications
- Audio-Visual Equipment Leads — Supply cables for audio amplifiers, mixing consoles, stage lighting dimmers, and professional AV rack equipment where the power supply lead must not pick up or radiate interference that corrupts audio or video signals. The tinned copper braid screen provides a low-impedance return path for common-mode noise currents, preventing them from coupling into sensitive audio circuits through the power supply.
- CCTV & Security System Cables — Combined power and signal cables for CCTV cameras, access control readers, and intercom systems. H05VVC4V5-K provides the screened power supply lead for IP cameras and analogue CCTV systems where the camera power supply cable must not couple mains interference into the video signal through the camera power supply circuitry.
- Laboratory & Medical Instrument Leads — Power supply flexible leads for oscilloscopes, signal generators, spectrum analysers, and medical diagnostic equipment in laboratory and clinical environments. The screen prevents mains-frequency interference from entering sensitive measurement circuits through the supply lead and eliminates the cable as a source of radiated EMI that could affect adjacent instruments.
- Industrial Sensor & Transducer Leads ′ Short flexible connection leads between fixed transducers (pressure, temperature, load cell) and instrument amplifiers or data acquisition systems in industrial measurement applications. H05VVC4V5-K provides the screened connection where the transducer signal output and the power supply are carried in the same cable with the screen protecting the signal from power-frequency interference.
- Portable Power Tools & Equipment — EMI Sensitive — Supply leads for power tools used in environments where unscreened cables would cause interference with nearby sensitive electronic equipment — such as EMC test laboratories, broadcast studios, and precision measurement facilities.
- Home Theatre & Hi-Fi Equipment — Mains supply leads for high-end audio and home theatre equipment where audiophile specifications require a screened mains cable to minimise conducted and radiated interference from the supply lead. The black PVC sheath of H05VVC4V5-K blends with standard equipment aesthetics.
Screen Earthing Note: Earth the screen at one end only — typically at the equipment chassis earth or the plug earth pin — to prevent earth loop currents at mains frequency. For high-frequency EMI suppression in industrial applications, both-end earthing may be appropriate. Always use the drain wire for screen termination — do not rely on incidental contact between the braid and metallic cable glands for the screen earth connection.
Cable Construction
| Layer | Component | Material & Description |
|---|---|---|
| 1 | Conductor | High-purity annealed copper (Cu), Class 5 fine-stranded flexible per IEC 60228. Sizes 0.5 mm² to 6 mm². |
| 2 | Core Insulation | PVC (polyvinyl chloride). 70℃ continuous. Colour-coded per IEC 60227: 2-core Brown + Blue; 3-core Brown + Blue + Green-Yellow; 4-core Brown + Black + Grey + Green-Yellow; 5-core Black + Brown + Grey + Blue + Green-Yellow. |
| 3 | Core Assembly | Insulated cores stranded together with PP filler. Non-woven polyester binder tape applied over assembled bundle. |
| 4 | Inner Bedding (V5) | Extruded PVC inner sheath (bedding layer) over assembled core bundle. Provides a smooth, round surface for braid application, mechanically separates the cores from the braid screen, and prevents braid wires from penetrating between cores during flexing. |
| 5 | Tinned Copper Braid Screen | Tinned copper round wire braid — minimum 85% optical coverage. Tinning provides superior corrosion resistance versus bare copper in humid environments and improves solderability at drain wire termination points. Bare copper drain wire laid longitudinally under braid for low-resistance screen earthing. |
| 6 | Outer Sheath | PVC, extruded, black standard. Grey available on request. |
The V5 inner bedding layer (Layer 4) is the structural feature that distinguishes H05VVC4V5-K from simpler screened flex constructions — it ensures the braid screen remains concentric and undamaged during repeated flexing, maintaining screen coverage and screen resistance within specification over the cable service life.
Key Features & Advantages
| Feature | Description |
|---|---|
| IEC 60227-7 Harmonised | Full harmonised IEC type designation H05VVC4V5-K — accepted on international appliance and equipment specifications across Europe, Middle East, and Africa without substitution queries |
| Tinned Copper Braid Screen | Tinned braid provides lower long-term screen resistance than bare copper braid — maintains EMI attenuation performance over cable service life in humid and industrial environments where bare copper oxidises |
| V5 Inner Bedding Layer | Extruded PVC inner sheath between cores and braid — maintains braid concentricity during flexing; prevents braid penetration between cores; ensures consistent screen performance throughout the cable length |
| Drain Wire Included | Bare copper drain wire under braid provides convenient low-resistance screen earthing without disassembling braid wires at termination — compatible with all standard screen termination clamps and earthing lugs |
| Class 5 Flexible Conductor | Fine-stranded Class 5 copper conductor provides the flexibility required for portable equipment leads, instrument connections, and semi-flexible installation — resists conductor fatigue at cable entry points subject to repeated bending |
| 300/500V — Correct Rating for Appliance Leads | Rated at 300/500V per IEC 60227-7 — the correct voltage tier for portable appliance supply leads on 230V single-phase and 400V three-phase supplies; lower cost than unnecessarily over-specified 0.6/1 kV control cables for this application |
| 2–5 Core Range | Covers all standard appliance supply lead configurations: 2-core (Class II double-insulated), 3-core (single-phase with earth), 4-core (3-phase without neutral), 5-core (3-phase with neutral and earth) |
Quality Control & Procurement
Factory Testing — 100% of Production
| Test | Method / Criteria |
|---|---|
| Conductor DC Resistance | 100% of roll lengths per IEC 60228 — confirms Class 5 strand count, cross-section, and copper purity |
| HV Withstand | 2,000 V / 5 min core-to-core and core-to-screen on 100% of finished lengths |
| Insulation Resistance | Minimum IR per IEC 60227 on each roll |
| Screen Coverage Verification | Tinned copper braid coverage verified against ≥85% specification per production batch |
| Screen DC Resistance | End-to-end screen resistance measured per roll — confirms braid continuity and tin coating integrity |
| Dimensional Inspection | Conductor diameter, insulation thickness, bedding thickness, braid coverage, sheath thickness, and OD per IEC 60227-7 tolerances |
| Third-Party Inspection | SGS / Bureau Veritas / TUV / Intertek pre-shipment inspection upon request |
Why Choose APS Cable
| Capability | Detail |
|---|---|
| 28 Years of Manufacturing | Established 1997; Anpu Cable Group — experienced manufacturer of IEC harmonised screened flexible cables for international appliance, AV, and instrument markets |
| Tinned Braid as Standard | Tinned copper braid supplied as standard — not an upcharge — ensuring long-term screen performance in humid and industrial environments |
| V5 Inner Bedding Standard | Extruded PVC inner bedding (V5 layer) supplied as standard to full IEC 60227-7 H05VVC4V5-K construction — not omitted as a cost reduction |
| IEC 60227-7 Certified | Full H05VVC4V5-K harmonised type certificate — accepted on appliance, AV, and instrument equipment specifications specifying IEC or CENELEC harmonised cable type |
| Complete Screened Flex Family | H05VVC4V5-K (300/500V screened flex) + CY / YSLYCY (0.6/1 kV screened control cable) — single source for all screened flexible cable requirements across voltage levels |
| Global Export | Active supply to appliance manufacturers, AV equipment OEMs, CCTV system integrators, laboratory instrument suppliers, and electrical distributors in Middle East, Southeast Asia, Africa, and South America |
| Flexible MOQ | 100 m and 200 m rolls as standard; mixed-size and mixed-core pallet orders welcome |
Frequently Asked Questions
What is H05VVC4V5-K cable, and is it the same as RVVP?
Yes. H05VVC4V5-K (IEC 60227-7) and RVVP (GB/T 5023) are the same construction: multi-core PVC insulated, PVC inner bedded, tinned copper braid screened, PVC sheathed flexible cable rated 300/500V at 70℃ continuous with Class 5 fine-stranded copper conductors. H05VVC4V5-K is the international harmonised designation; RVVP is the Chinese GB designation. The construction is identical.
What is the difference between H05VVC4V5-K and CY (YSLYCY)?
Both are tinned copper braid screened flexible PVC cables with Class 5 conductors, but they belong to different product families at different voltage ratings. H05VVC4V5-K is rated 300/500V, belongs to the IEC 60227 flexible cables and cords family, is available in 2–5 cores up to 6 mm², and is designed for portable appliance leads and instrument connections. CY / YSLYCY is rated 0.6/1 kV, belongs to the DIN VDE 0281 control cable family, is available in 2–61 cores up to 10 mm², and is designed for fixed and semi-fixed industrial control wiring near PLC panels and VFDs. Do not substitute one for the other — use the cable that matches the voltage rating and application type in the project specification.
What does C4V5 mean in the designation H05VVC4V5-K?
C4 designates the tinned copper braid screen construction — C indicates a copper screen and 4 indicates the braid construction method. V5 designates an extruded PVC inner bedding layer between the assembled cores and the braid screen — this inner sheath maintains braid concentricity and prevents braid wires from penetrating between cores during flexing. The V5 bedding layer is the structural element that distinguishes H05VVC4V5-K from simpler screened constructions such as H05VVC4-K (which omits the inner bedding).
How should the screen be earthed on H05VVC4V5-K?
Earth the screen at one end only — typically at the equipment chassis earth terminal or connected to the plug earth pin via the drain wire — to prevent earth loop currents at mains frequency from flowing through the screen and generating their own interference. The drain wire provides a convenient low-resistance connection point. For high-frequency EMI suppression where both-end earthing is required (such as in industrial measurement applications), accept the potential 50 Hz earth loop current as a design trade-off or use a common-mode choke on the cable to attenuate loop currents.
Can H05VVC4V5-K be used on a 400V three-phase supply?
Yes — the 300/500V rating covers 400V three-phase (400V phase-to-phase = 230V phase-to-neutral, which is within the 500V U rating). For 400V three-phase connections, specify the 4-core (3P + Earth) or 5-core (3P + N + Earth) construction as appropriate. Verify the current rating against the IEC 60364-5-52 ampacity tables for the installation method. For applications where the line-to-line voltage exceeds 500V, specify CY / YSLYCY (0.6/1 kV) instead.
What is the difference between RVVP and RVVP2?
RVVP (H05VVC4V5-K) uses a tinned copper wire braid as the screen — providing good low-frequency EMI attenuation with low screen resistance and easy braid termination. RVVP2 uses an aluminium/polyester laminated foil with a bare copper drain wire — providing 100% screen coverage and superior high-frequency and RF attenuation, but with higher screen resistance. Choose RVVP for general EMI suppression on AV, CCTV, and instrument supply leads; choose RVVP2 for high-frequency data signal cables (RS-485, Profibus, analogue 4–20 mA) where maximum RF attenuation is required.
Does APS Cable provide test certificates for H05VVC4V5-K?
Yes. A factory test certificate covering conductor DC resistance, HV withstand (2,000 V / 5 min core-to-core and core-to-screen), insulation resistance, screen resistance, and dimensional inspection is provided with every shipment. Pre-shipment inspection by SGS, Bureau Veritas, TÜV, or Intertek is fully supported. Type test reports to IEC 60227-7 including V5 bedding and braid coverage verification are available on request.
