RE-2X(St)Yv PiMF Stranded BC Shield Individual Al Tape XLPE PVC 300V Instrumentation Cable

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About:

This cable is specifically designed for signal transmission in instrumentation, control, and communication applications. It features a robust construction to minimize electromagnetic interference and physical damage, ensuring reliable signal integrity even in demanding industrial environments.

Also Known As:

Cross-linked Polyethylene (XLPE) Insulated Instrumentation Cable
Individual Aluminum Tape Shielded Instrumentation Cable
Pair & Triad Instrumentation Cable with Individual Shielding

Application:

Computer cable for optimal data transmission at medium data transfer rates up to 200 kbits/s in process control and IT-systems for lossless data and signal transmission. Suitable for dry and humid rooms, outdoor use and laying underground.

Standards:

International Electrotechnical Commission (IEC) standards for electrical and electronic equipment
American National Standards Institute (ANSI) standards for instrumentation cables
Underwriters Laboratories (UL) or other recognized standards for safety and quality

Construction:

Conductor: Stranded red copper conductor Cl. 2, acc. to IEC 60228, DIN VDE 0295
Insulation: XLPE compound
Colour cores: white-black, with black progressively numbered
Stranding: pairs stranded to layers, multi-pair versions with communication core (XLPE-orange)
Wrapping:Polyester tape
Screen: Individual: electrostatic screen of plastic and aluminium tape + tinned drain-wire
Overall: electrostatic screen of plastic and aluminium tape + tinned drain-wire
Outer Sheath: Black (RAL 9005), or blue (RAL 5015), special PVC compound

Features:

fl: on request
UV resistance on request
Reinforced outer sheath
more steady at higher frequences and temperature by XLPE core insulation
(cross-linked PE)
Three-coat shield
High cross-talk and low cable attenuation
Largely resistant to acids, bases and usual oils
Robust version (generally with strengthened black or blue outer sheath)
IEC 189and IEC 502, HD 34, KEMA k102 and draft CENELEC specifications for computer cables
Conductor Resistance: 0,5 : . max. 39,2 Ohm/km
0,75 : max. 24,6 Ohm/km
1,3 : 14,2 Ohm/km
Insulation Resistance: min. 5 GOhm x km
Inductance: max. 0,65 mH/km