BPGGP2 Instrumentation Control Cable for DCS & PLC Systems - Dual Shielded, PE Insulated, PVC Sheathed

Heavy industrial environments (high-temperature furnaces, motor leads, chemical workshops) often face problems such as cable overheating, signal interference, and oil/chemical corrosion, leading to motor failures, production stoppages, and high maintenance costs. BPGGP2 high-temperature shielded silicone rubber cable adopts a specialized high-temperature interference resistance design, effectively solving these pain points. Using high-purity Class 5 stranded copper conductors, silicone rubber insulation, a copper tape shielding layer (P2), and a silicone rubber outer sheath, it can operate continuously and stably at 180℃ (peak 220℃), effectively blocking electromagnetic interference (EMI), resisting industrial oil and weak acid/weak alkali corrosion, and adapting to extreme temperature fluctuations. This product has passed EU (CE/RoHS 3.0), North American (UL 1028), Australian (SAA), and Middle East & North Africa (SASO) standard certifications, making it a trusted choice for heavy industry manufacturers, motor suppliers, and industrial EPC contractors worldwide.

BPGGP2 is a high-quality low-voltage (0.6/1kV) high-temperature shielded power cable designed for power transmission and signal interference immunity in high-temperature industrial environments, especially suitable for motor leads, high-temperature furnace auxiliary equipment, and industrial control systems. Its unique multi-layer structure ensures comprehensive reliability: Class 5 ultra-fine stranded copper conductors (flexible, easy for motor installation, low resistance), advanced silicone rubber insulation (heat resistant, anti-aging, high dielectric strength), copper tape shielding (P2 grade, 100% coverage, anti-electromagnetic interference), and a reinforced silicone rubber outer sheath (core layer heat and corrosion resistant, oil resistant, UV resistant).

The definition of "BPGGP2" is as follows: B = flexible stranded conductor; P = silicone rubber insulation; G = silicone rubber outer sheath; G = high temperature resistance rating; P2 = copper tape shielding (double-sided overlapping). Its unique features include: unlike ordinary high-temperature cables, BPGGP2 integrates a copper tape shielding layer, which eliminates electromagnetic interference from industrial motors and control systems, ensuring stable power transmission. Its silicone rubber material is specifically formulated for motor lead applications, exhibiting excellent fatigue resistance and the ability to withstand motor vibration—distinguishing it from ordinary high-temperature cables.

• 180℃ Continuous High Temperature Durability: Reinforced silicone rubber insulation and sheath support long-term operation at 180℃ and short-term peak temperatures of 220℃ (≤3 hours), meeting IEC 60228 Class 5 and UL 1028 high temperature standards. In high-temperature industrial environments (e.g., motor windings, around furnaces), it will not age, crack, or degrade, ensuring stable operation for over 15 years and reducing cable replacement frequency by 40%.
• Double-Layer Copper Tape Shielding for Interference Resistance: P2-level copper tape shielding (100% overlap coverage) effectively blocks electromagnetic interference (EMI) from industrial motors, inverters, and control systems. This ensures clean power transmission, enabling precise motor operation and control signals, and avoiding motor failures caused by signal interference—crucial for automated industrial production lines.
• Industrial-grade oil and chemical resistance: Reinforced silicone rubber sheaths withstand most industrial oils (mineral oils, hydraulic fluids, lubricating oils), coolants, and weak acids/bases (pH 3-10, such as chemical process fluids and foundry cleaning agents). Even in oil-splashed or chemical-containing environments, the sheath will not swell, harden, or peel—ideal for chemical plants, refineries, and electrically driven industrial equipment.
• All-weather extreme adaptability (-60°C to 180°C): Contains silicone rubber materials with antifreeze, UV-resistant, and salt spray-resistant formulations. Reliably operates in Arctic industrial motors at -60°C, furnace auxiliary pipelines at 180°C, desert industrial plants at 65°C, and coastal heavy industrial facilities. No additional protective housing is required for outdoor or harsh indoor environments—saving up to 30% on project material costs.
• Global heavy industry certifications and compliance: CE/RoHS 3.0 (EU, compliant with EN 50200 and IEC 60502 standards), UL 1028 (North America, compliant with NFPA 70 NEC standards), SAA (Australia/New Zealand), SASO (Middle East and North Africa) certifications. We provide customized compliance documentation (e.g., motor compatibility reports, industrial safety certificates) for motor leads and high-temperature industrial projects, ensuring smooth project approval. Our readily available popular specifications (3-day fast shipping) and global logistics partnerships guarantee on-time delivery of products needed for production line upgrades.

Note: All specifications are in stock (fast shipping within 3 days). Bulk orders can be customized in terms of core count (up to 5+1 cores) and cross-sectional size (1.0~70mm²), guaranteeing high temperature resistance, shielding performance, and regional certification.

BPGGP2 cables are specifically designed to meet the high-temperature, interference-resistant power transmission needs of heavy industrial projects worldwide, covering application scenarios in regions with high compliance requirements:

• EU Market:
  • Steel mill rolling mill motor leads
  • Chemical plant reactor auxiliary motor power supplies
  • Industrial furnace temperature control circuits
  • Glass manufacturing kiln motor cables (compliant with CE/RoHS 3.0 standards, meets EN 50200 and IEC 60853 standards)
• North American Market:
  • Oil refinery pump motor leads
  • Automotive manufacturing assembly line motor power supplies
  • Industrial refrigeration compressor motor cables
  • Aerospace component heat treatment equipment wiring (UL/cUL certified, compliant with NFPA 70 NEC and IEEE 1242 standards)
• Australia and New Zealand:
  • Heavy machinery motor power supplies in mining areas
  • Motor leads in coastal oil refineries
  • Industrial boiler motor cables in inland areas
  • High-temperature motor wiring for agricultural machinery (compliant with SAA standards) Certifications: Salt spray resistant, inland high temperature resistant, mine dust resistant
• Middle East and North Africa Market Applications:
  • Power supplies for motors in desert petrochemical plants
  • Motor leads for oil and gas field pumps
  • Motor cables for motors in desert steel plants
  • Power supplies for industrial cooling towers (SASO certified, heat resistant, sand and dust resistant, oil resistant)
• Global Heavy Industry Applications:
  • Power supplies for motors in waste incineration plants
  • Auxiliary motor cables for nuclear power plants
  • Motor leads for motors in high-temperature dryers in textile factories
  • Power supplies for motors in plastic extruders (high temperature resistant, anti-interference, compatible with industrial automation systems)

• What is the function of the P2 copper strip shielding layer in BPGGP2?

  The P2 copper strip shielding layer (double-sided overlapping coverage) blocks electromagnetic interference (EMI) from industrial motors, inverters, and other electrical equipment. It ensures stable power supply to the motor, prevents control signal distortion, and protects nearby sensitive electronic components—crucial for automated industrial production lines.

• Can BPGGP2 be used as leads for high-power industrial motors?

  Yes. This cable is specifically designed for motor lead applications and is compatible with high-power industrial motors (up to 500kW). The P5 flexible stranded conductor accommodates motor vibration, and the high-temperature resistant silicone rubber insulation withstands the high temperatures of the motor windings. We provide motor compatibility test reports for bulk orders to ensure perfect matching.

• What is the difference between BPGGP2 and BPGGP cables?

  BPGGP2 features a P2 copper tape shield (immune to electromagnetic interference, suitable for interference-prone industrial environments); BPGGP has no shield (suitable for general high-temperature environments, where electromagnetic interference is not a concern). BPGGP2 is ideal for motor leads near inverters or control systems; BPGGP is suitable for high-temperature power transmission in open spaces.

• Is BPGGP2 suitable for outdoor motor installations in rainy environments?

  Yes. Its silicone rubber sheath provides UV resistance and moisture protection, making it suitable for outdoor motor lead applications. For long-term outdoor use in heavy rain or high humidity areas, we recommend using our waterproof cable connectors to enhance the waterproof performance of the connections.

• What is the minimum order quantity (MOQ) for custom BPGGP2 specifications used in motor projects?

  The MOQ for custom core counts and cross-sections is 600 meters per specification. For urgent small-batch custom orders (300-600 meters) for motor repair or small production lines, we offer priority production service, guaranteeing delivery within 9 working days for a small surcharge.

• What is the service life of BPGGP2 in continuous high-temperature motor environments at 180°C?

  Under continuous operation at 180°C (typical motor winding temperature), its service life exceeds 15 years, 40% longer than standard high-temperature motor cables (10 years). The reinforced silicone rubber insulation layer with anti-aging additives effectively delays high-temperature aging, and we offer a 5-year quality guarantee for all bulk orders.