Feichun Type FM2XAH-FFR Marine Communication Cable: Technical Guide and Implementation

Price Negotiable

Price: 10-30 USD per meter, price varies according to specifications

MOQ: 200 Meter

Delivery Time: 15-30 Work Day

Brand: FeiChun™

Product Description

Feichun Type FM2XAH-FFR Marine Communication Cable: Technical Guide and Implementation

The Feichun Type FM2XAH-FFR is an advanced marine-grade cable designed specifically for signal and communication systems on maritime vessels.

Its unique construction features make it ideal for use in radio systems, radar equipment, and information networks on ships.

By combining twisted pairs for optimal high-frequency signal transmission and overall screening to minimize environmental electromagnetic interference (EMI), this cable ensures reliable performance in demanding marine environments.

1.2 Key Applications

The FM2XAH-FFR cable is suited for:

Marine communication systems, including radio and intercoms.

Radar installations, requiring high signal fidelity.

Information systems, facilitating networked data communication.

Control systems on maritime vessels, where precise signal transmission is vital.

2. Technical Specifications

2.1 Construction Features

Component	Material/Specification	Purpose
Conductor	Electrolytic, stranded annealed copper wire (IEC 60228 Class 2)	Ensures excellent electrical conductivity and flexibility.
Fire Barrier	Mica tape	Provides fire resistance and circuit integrity in high-temperature conditions.
Insulation	Cross-linked polyethylene (XLPE) compound	Delivers high dielectric strength and durability in marine environments.
Screen	Tinned copper drain wire and aluminum tape overall screen	Protects against EMI, ensuring clean signal transmission.
Outer Sheath	Halogen-free, flame-retardant polyolefin-based compound (SHF1)	Ensures environmental safety, flame retardance, and UV resistance.
Color Options	Orange or Green	Allows for easy identification during installation and maintenance.

2.2 Performance Parameters

Parameter	Specification
Operating Temperature Range	-40°C to +90°C
Minimum Installation Temp.	-15°C
Rated Voltage	150/250V
Test Voltage	1.5 kV
Bending Radius (Fixed)	6 × Cable Diameter

3. Compliance and Certification

3.1 Construction Standards

IEC 60092/376: Electrical installations in ships.

IEC 60092/350-360: Testing and material standards for shipboard cables.

3.2 Safety Certifications

Feature	Standard	Benefit
Flame Retardance	IEC 60332/1, IEC 60332/3-22 Cat A	Limits fire spread in emergency conditions.
Fire Resistance	IEC 60331/21, IEC 60331/1-2	Maintains circuit integrity during fire.
Halogen-Free	IEC 60754/1-2	Reduces toxicity and corrosion during combustion.
Smoke Emission	IEC 61034/1-2	Enhances visibility and safety in fire scenarios.
UV Resistance	EN 50289-4-17 A&B, ISO 4892-2&3	Ensures performance in outdoor marine environments.

4. Installation Guidelines

4.1 Pre-Installation Considerations

Ensure installation temperature is above -15°C to prevent damage to cable integrity.

Confirm the cable's minimum bending radius (6 × D) is maintained during installation.

Use proper tools to handle the cable drum and prevent damage.

Ground all screening layers correctly to minimize EMI.

4.2 Common Installation Challenges

Challenge	Solution	Prevention
Cold Weather Installation	Heat installation area temporarily if below -15°C	Schedule installation during warmer periods.
EMI Interference	Proper grounding and separation of cables.	Follow manufacturer’s EMI guidelines.
Physical Damage	Use edge-protected cable trays.	Inspect cable trays and installation paths.

5. Size Selection Guide

5.1 Available Configurations

Configuration	Overall Diameter (mm)	Weight (kg/km)	Min. Bending Radius (mm)	Max Resistance (Ω/km)
1x2x0.5	6.6	50	40	40.4
2x2x0.5	9.6	85	58	40.4
4x2x0.5	11.3	130	68	40.4
7x2x0.5	13.3	190	80	40.4
12x2x0.5	17.8	310	107	40.4

5.2 Selection Criteria

Evaluate signal frequency requirements and ensure impedance compatibility.

Account for environmental EMI levels in the installation area.

Determine the required number of pairs based on the application.

Ensure sufficient space for routing cables in tight shipboard installations.

6. Maintenance and Troubleshooting

6.1 Preventive Maintenance

Regularly inspect the outer sheath for physical damage or UV degradation.

Perform insulation resistance testing annually to ensure electrical integrity.

Check continuity of the screening system to verify EMI protection.

6.2 Common Issues and Resolution

Issue	Cause	Resolution
Signal Degradation	Faulty terminations or EMI	Repair connections; verify screening system.
Interference	Insufficient grounding	Ensure proper grounding of screens.
Physical Damage	Improper handling or routing	Replace damaged sections; inspect pathways.

7. Benefits of Feichun Type FM2XAH-FFR

High Signal Integrity: Twisted pairs and robust screening ensure clear, high-frequency transmissions.

Fire Resistance: Mica tape and flame-retardant outer sheath provide superior fire safety.

Environmental Durability: Resistant to UV, salt spray, and harsh marine conditions.

Low Smoke, Halogen-Free: Minimizes toxicity in fire scenarios, ensuring personnel safety.

By addressing common challenges in marine environments and offering unparalleled performance, the Feichun Type FM2XAH-FFR is the ideal choice for modern maritime communication needs.