RVVP Shielded Flexible Cable
Product Overview
RVVP cable is a flexible shielded cable designed for control, signal transmission, instrumentation, and low-voltage electrical applications where protection against electromagnetic interference is required. It generally consists of flexible copper conductors, PVC insulation, a shielding layer, and a PVC outer sheath.
The shielding structure helps reduce the influence of external electromagnetic interference on transmitted signals, making RVVP cable suitable for equipment wiring, control panels, automation systems, instrumentation, and indoor electrical connections.
With its flexible construction and PVC protective layers, RVVP cable is convenient for routing through control cabinets, equipment, cable trays, and other applications where repeated bending or compact installation is required.

Product Features
Flexible copper conductor for convenient installation and equipment wiring
Shielding layer helps reduce electromagnetic interference during signal transmission
PVC insulation provides electrical insulation between conductors
PVC outer sheath offers protection against mechanical contact and normal installation conditions
Suitable for control, signal, instrumentation, and electronic equipment wiring
Flexible construction makes it easier to install in confined or complex wiring spaces
Available in different core numbers and conductor cross-sectional areas according to application requirements
Suitable for customized cable specifications based on project requirements
Cable Construction
The typical construction of an RVVP shielded cable includes:
1. Conductor
Flexible stranded copper conductors provide good conductivity and make the cable easier to bend during installation.
2. PVC Insulation
Each conductor is insulated with PVC material to provide electrical separation between individual cores.
3. Shielding Layer
A metallic shielding layer is placed around the insulated conductors. Depending on the cable design, different shielding structures may be used to meet specific electromagnetic interference requirements.
4. PVC Outer Sheath
The outer PVC sheath protects the internal components and provides additional mechanical protection during installation and operation.
Technical Specification
| Parameter | RVVP Cable |
|---|---|
| Cable Type | Shielded Flexible Cable |
| Conductor | Stranded Copper |
| Insulation | PVC |
| Shielding | Metallic Shielding Layer |
| Outer Sheath | PVC |
| Core | Multi-Core |
| Conductor Type | Flexible Stranded |
| Application | Control, Signal & Instrumentation |
| Installation | Fixed & Equipment Wiring |
| Color | Customized / According to Requirement |
| Core Number | Customized |
| Cross-Section | Customized |
| Cable Structure | Customized According to Application |
Note: Actual conductor size, core number, shielding structure, insulation thickness, sheath thickness, and electrical characteristics should be confirmed according to the required cable specification and applicable standard.


Application Fields
RVVP cable is commonly used in applications where flexible wiring and shielding are required, including:
Industrial control systems
Automation equipment
Control cabinets
Instrumentation systems
Electronic equipment
Signal transmission systems
Machine wiring
Monitoring and control equipment
Indoor electrical equipment
Communication and low-level signal circuits
Why Use RVVP Shielded Cable?
For control and signal circuits, electromagnetic interference can affect signal stability and equipment operation. The shielding layer of RVVP cable provides an additional barrier against external electrical interference.
Compared with ordinary unshielded flexible cables, RVVP cable is designed for applications where signal integrity and interference reduction are important considerations.
Its flexible copper conductor also makes it suitable for equipment connections and control wiring where cable routing space is limited.
RVVP Cable Manufacturer
As a cable manufacturer, we can supply RVVP shielded flexible cables in different core configurations and conductor sizes according to customer requirements.
We support customized cable specifications for equipment manufacturers, electrical contractors, control-system integrators, distributors, and industrial users.
Before ordering, customers can provide the required core number, conductor cross-sectional area, rated voltage, cable length, shielding requirement, sheath color, applicable standard, and application environment so that the appropriate RVVP cable construction can be confirmed.

FAQ
1. What is RVVP cable?
RVVP is a type of flexible shielded PVC cable commonly used for control, signal transmission, instrumentation, and electronic equipment wiring. It normally uses stranded copper conductors with PVC insulation, a shielding layer, and a PVC outer sheath.
2. What is the difference between RVVP and RVVP without shielding?
The main difference is the shielding structure. RVVP includes a shielding layer designed to help reduce electromagnetic interference, making it more suitable for sensitive control and signal circuits.
3. Where is RVVP cable commonly used?
RVVP cable is commonly used in control cabinets, automation equipment, instrumentation, electronic equipment, industrial control systems, and signal transmission applications.
4. Is RVVP cable flexible?
Yes. RVVP cable normally uses stranded copper conductors, giving it good flexibility for equipment wiring, control panels, and installations with limited routing space.
5. Can RVVP cable be customized?
Yes. Core number, conductor cross-sectional area, shielding construction, sheath color, cable length, and other specifications can be customized according to project requirements and applicable standards.
6. What conductor is used in RVVP cable?
RVVP cable commonly uses stranded copper conductors. The conductor size and construction depend on the specific cable specification.
7. Does the shielding of RVVP cable prevent all electromagnetic interference?
No cable shielding should be described as eliminating all interference. Proper shielding can help reduce the influence of electromagnetic interference, while overall performance also depends on grounding, installation method, equipment design, and the surrounding electromagnetic environment.
8. How should I select an RVVP cable?
Selection should consider the number of cores, conductor cross-sectional area, operating voltage, shielding requirements, installation conditions, flexibility, applicable standard, and operating environment. Providing the equipment or project requirements allows the cable construction to be confirmed more accurately.
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