
该屏蔽双绞电缆面向工业、船舶及海上平台等需要高机械强度与双路低压信号传输的场合,结构阻水、抗拉。两对2×2×0.75mm²绞合裸铜导体各自以铝箔屏蔽并配引流线(型号中“P”),EMI抑制与抗串扰性能优良;PE绝缘介电常数低、吸湿率低、阻抗稳
| Model number | PDK71902-(2*2*0.75mm²)P |
| Specification | 2*2*0.75mm² |
| Conductor material | Pure copper |
| Insulation material | PE |
| Sheath material | Thermoplastic Polyurethane (TPU) |
| Sheath outer diameter (mm) | 11.8±0.5mm |
| Sheath color | Black |
| Temperature range | -40-105℃ |
| Tensile strength | 2000KG |
该屏蔽双绞电缆面向工业、船舶及海上平台等需要高机械强度与双路低压信号传输的场合,结构阻水、抗拉。两对2×2×0.75mm²绞合裸铜导体各自以铝箔屏蔽并配引流线(型号中“P”),EMI抑制与抗串扰性能优良;PE绝缘介电常数低、吸湿率低、阻抗稳定,适用于潮湿环境。电缆以高强合成纱(如芳纶)作加强件,破断拉力达2000kg,可承受深海拖曳阵缆、重型绞车及垂直钻孔仪器的张力。TPU护套耐磨、耐油、耐水解,工作温度-40~105℃,可作ROV系缆及海上平台控制电缆使用。
This PDK71902 shielded twisted pair cable is specifically engineered for demanding industrial, marine, and offshore applications requiring reliable transmission of two independent low‑voltage signal channels with high mechanical strength. It integrates two twisted pairs (2×2×0.75 mm²)– each pair consisting of two stranded bare copper conductors – into a robust, water‑blocked and pull‑resistant construction. The designation "P" indicates that each pair is individually shielded with aluminum foil (plus a drain wire) to ensure excellent EMI rejection and crosstalk isolation. All conductors are bare copper for optimal signal conductivity. PE (Polyethylene) provides primary insulation with low dielectric constant, very low moisture absorption, and stable impedance – critical for maintaining signal integrity in wet or humid environments. The cable is reinforced with high‑strength synthetic yarns (e.g., aramid) to achieve a 2000 kg breaking strength, making it suitable for deep‑water towed arrays, heavy‑duty winch systems, and vertical borehole instrumentation. The outer jacket is extruded from TPU (Thermoplastic Polyurethane) , offering outstanding abrasion, oil, and hydrolysis resistance, as well as flexibility at low temperatures. The cable is designed for both fixed and dynamic applications, including robotic arms, subsea ROV tethers, offshore platform controls, and industrial automation. By combining shielded pairs, PE insulation, a high‑strength tensile member, and a durable TPU sheath, this cable delivers reliable, interference‑free signal transmission under extreme mechanical and environmental stress.
Model number
PDK71902-(2*2*0.75mm²)P
Specification
2*2*0.75mm²
Conductor material
Pure copper
Insulation material
PE
Sheath material
Thermoplastic Polyurethane (TPU)
Sheath outer diameter (mm)
11.8±0.5mm
Sheath color
Black
Temperature range
Tensile strength
2000KG
Key Features – Bare Copper Conductors, PE Insulation, Shielded Pairs, 2000KG Tensile, TPU Sheath
2000 kg tensile strength – integrated aramid strength members allow the cable to withstand pulling forces up to 2000 kg, ensuring safe deployment and retrieval in deep‑water or vertical installations.
PE insulation – rated -40°C to +80°C; ultra‑low moisture absorption prevents dielectric degradation; high insulation resistance and stable capacitance ensure signal fidelity.
Individual foil shielding per pair– each pair is wrapped with aluminum foil (100% coverage) and includes a tinned copper drain wire, providing superior protection against electromagnetic interference and pair‑to‑pair crosstalk.
TPU outer sheath – polyurethane jacket offers exceptional abrasion, cut, tear, and hydrolysis resistance; remains flexible even at low temperatures and resists oils, greases, UV, and marine fouling.
Compact and flexible – despite the high tensile rating, the cable maintains a manageable diameter and good flexibility for easy routing in tight spaces.
Ideal For
Conclusion
This PDK71902‑(2*2*0.75mm²)P cable delivers a unique combination of signal integrity, mechanical strength, and environmental resistance. The bare copper shielded pairs, PE insulation, 2000 kg tensile reinforcement, and tough TPU sheath ensure reliable, long‑term performance in the most demanding subsea, industrial, and defense applications. It is an ideal solution for systems that demand both high‑quality data transmission and extreme pull capacity.