en_GB
en_GB it_IT

GSWB galvanized steel wire braid armoured cables

IMC GSWB armoured cables feature a galvanized steel wire braid to enhance mechanical protection while maintaining high flexibility compared to more rigid armouring designs. Depending on the configuration, the braid structure helps protect the cable core from crushing, accidental cuts, and rodent damage. Available versions include outer sheaths in PVC, PUR, or halogen-free compounds, depending on the specific designation.

Standard Construction

The standard design of this cable type consists of four concentric layers:

Conductors
Bare or tinned copper cores, typically in a flexible stranding (Class 5) to accommodate cable movement. Inner insulation can be PVC, elastomeric compound (HEPR), cross-linked polyethylene (XLPE), or halogen-free (LSZH) compounds.

Inner Sheath (Bedding)
An extruded layer of thermoplastic or elastomeric material acting as a support for the armour. It protects the inner cores from crushing and abrasion against the metal wires.

Armour
A dense mechanical braid composed of high-strength galvanized steel wires (typical coverage: 70% to 80%).

Outer Sheath
Final protective jacket shielding the armour from weathering and chemicals. It is often made of transparent PVC (allowing visual inspection of the braid), colored PVC (gray/black), Polyurethane (PUR) for high abrasion resistance, or halogen-free (LSZH) compounds.

Key Benefits

Rodent and Mechanical Protection
The steel braid forms an effective barrier against rodent damage (mice, coypus) and protects the cable from accidental impacts, crushing, and cuts.

Flexibility and Reduced Bending Radius
Compared to steel wire armoured cables (SWA), the braid allows for tighter bending radii, making the cable suitable for complex routes, articulated trays, or connections on machinery subject to slight movement.

Tensile Strength
The steel mesh evenly distributes pulling stress during installation and cable pulling.

Fields of Application

These cables are widely used in industrial, commercial, and infrastructure environments with medium-to-high risk of mechanical damage:

Automation and On-Board Machinery
Connection of industrial machinery, assembly lines, and packaging systems exposed to foot traffic or impacts.
Duct and Underground Installation
Underground routing within conduits or ducting where wildlife or roots are present.

Outdoor and Security Systems
Perimeter CCTV systems or outdoor lighting subject to potential vandalism or malicious cutting.

Petrochemical and Marine Environments
Specific versions with hydrocarbon-resistant or LSZH (low toxic smoke emission) sheaths for use aboard ships or offshore platforms.

Technical Installation Note

To ensure effective protection and safety against indirect contact, the steel wire braid armour must always be grounded at both ends using suitable cable glands that ensure electrical continuity.

Cavo armato antiroditore con isolamento e doppia guaina in PVC - IMC Cavi
UNEL • DIN 47100 • HD 308 S2 • VDE-0293
LiYY-SY JZ/OZ/JB/OB
YSLY-SY JZ/OZ/JB/OB
FRORAR JZ/OZ/JB/OB
Cavo schermato e armato RE-2Y(St)YSWBY-2 con treccia in acciaio zincato GSWB - IMC Cavi
UNEL • DIN 47100 • HD 308 S2 • VDE-0293
FR2OH2RAR
FR2XOHRAR
LiY(St)YSY
LiHCH-SWB-H
LiHCH-SWB-H TP
Li-2YCY-SWB-Yv
RE-2X(St)Y-SWB-Y fl
RE-2X(St)Y-SWB-Y fl PiMF
RE-2X(St)H-SWB-H fl
RE-2X(St)H-SWB-H fl PiMF

Technical Documentation and Product Specifications

Request detailed technical datasheets to explore geometries, materials and regulatory compliance across our range.

Personal data entered into the form will be processed by IMC for the sole purpose of responding to your contact request. For further information on processing methods, retention periods, and your rights, please consult our Privacy Policy.