About MACHFLEX LIYCY(TP) (2P 0.5YCY F2V500M)
2P0.5YCYMachFlex LiYCY(TP), 2 Pr 0.5sqmm Str BC, PVC Ins, TCBS, PVC Jkt.
MachFlex LiYCY(TP) Control VDE Certified & Twisted Pair PVC Signal Cables 2 Pair 0.5sqmm Stranded Bare Copper, PVC Insulation, Tinned Copper Braid Shield, PVC Jacket.
They are designed for applications that are installed in occasional flexing and fixed locations. Cable applications include precision control sensors, pressure gauges, temperature controllers, control panels, vibration monitoring systems, intelligent security controllers, production machinery, and many more. The tinned copper braid shield ensures the cables with excellent noise immunity. Twisted pair (TP) design reduced crosstalk effects
Robust Shielding for Signal IntegrityWith an overall tinned copper braid shield offering about 85% coverage, MACHFLEX LIYCY(TP) provides outstanding electromagnetic (EMC) protection. This level of shielding preserves data integrity, suppresses interference, and secures reliable operation in industrial applications where electrical noise may pose challenges. Its twisted pair construction further enhances resistance against crosstalk and external disturbances.
Flexible and Safe InstallationEngineered for both fixed and flexible installations, this cable accommodates a variety of routing requirements. The minimum bending radius of 10 times the cable diameter when fixed, and 15 times when flexing, enables easy handling during setup. Halogen-free, flame-retardant PVC insulation increases safety and compliance with stringent fire standards, while making it suitable for use in offices, industrial electronics, and process automation.
Designed for Modern Industrial SolutionsMACHFLEX LIYCY(TP) excels in contemporary industrial settings. Its low capacitance (around 100 nF/km at 800 Hz), 100 impedance, and high dielectric strength ensure stable performance for signal and control transmissions. Clear pair identification with black and blue numbered cores simplifies wiring, and its robust construction stands up to temperatures ranging from -5C to +70C.
FAQ's of MACHFLEX LIYCY(TP) (2P 0.5YCY F2V500M):
Q: How does the MACHFLEX LIYCY(TP) cable protect signals from electromagnetic interference?
A: The MACHFLEX LIYCY(TP) cable employs an overall tinned copper braid shield with approximately 85% coverage, combined with twisted pair construction. This design provides excellent protection against electromagnetic and radio-frequency interference, ensuring reliable signal transmission even in environments with significant electrical noise.
Q: What are the typical applications for this cable?
A: This cable is primarily used for data transmission, signaling, and control in industrial electronics, process control, computers, office equipment, and automation systems. Its flexibility, shielding, and flame-retardant properties make it suitable for both static and dynamic installations in demanding environments.
Q: Where can the MACHFLEX LIYCY(TP) be installed?
A: The cable is versatile and can be installed in both fixed and flexible configurations, indoors or in controlled environments. It is suitable for cable trays, ducts, or process automation panels, provided the installation meets the cable's minimum bending radius and specified temperature range (-5C to +70C).
Q: What is the process for identifying the pairs during installation?
A: Each twisted pair in this cable features black and blue numbered cores, accompanied by a white core for easy identification. This clear color coding streamlines the installation and wiring process, minimizing errors and facilitating maintenance or troubleshooting.
Q: What benefits does the halogen-free and flame-retardant design offer?
A: The halogen-free and flame-retardant PVC insulation and sheath help prevent the emission of toxic gases in case of fire and comply with VDE 0482 standards. This enhances safety for personnel and equipment while making the cable suitable for sensitive or public environments such as offices and control rooms.
Q: When should this cable be chosen over other types?
A: Select this cable when you require robust EMC protection, low capacitance, and flame retardance in control, data, or signal transmission tasks. Its construction is especially suited for situations where both flexibility and safety are essential, such as in modern industrial and automation projects.