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Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications

Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications photo-1
Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications photo-2
Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications photo-3
Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications photo-4
Long Distance Heating System With Self-Regulating Core, Ideal for Buried Pipeline Applications photo-5
Negotiable MOQ: 50 Meters (Price negotiable depending on order volume and customization)
Key Specifications
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Certification:
Other, IECEx
Core Technology:
Self-Regulating Conductive Polymer
Maximum Continuous Length:
Up to 1000 meters per circuit
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
7 days
Certification Other, IECEx
Core Technology Self-Regulating Conductive Polymer
Maximum Continuous Length Up to 1000 meters per circuit
Operating Temperature Range -40°C to 65°C ambient
Voltage Options 120V/240V AC, 380V AC available
Protection Class IP68 rated for buried applications
Jacket Material High-density polyethylene (HDPE)
Thermal Output Range 10-50W/m (adjustable with temperature)
Application Focus Freeze protection for buried pipelines

Engineered for critical infrastructure protection, our Long Distance Heating System redefines reliability in extreme environments. The self-regulating core technology automatically adjusts heat output along the entire pipeline, eliminating overheating risks while cutting energy consumption by up to 60% compared to constant-wattage systems. Designed specifically for direct burial applications, this robust solution maintains optimal flow temperatures down to -40°C without manual intervention.

Industrial operators choose this system for its zero-maintenance operation and explosion-proof certification – crucial factors for oil/gas pipelines and chemical transfer lines. The patented conductive polymer matrix responds to temperature changes within seconds, providing localized heating precisely where needed. This prevents wax formation in crude oil pipelines and maintains viscosity in bitumen transfer systems, effectively reducing pumping costs year-round.

Model Series Power Density (W/m @ 10°C) Max. Exposure Temp Pipe Diameter Compatibility
HN-SR-20 20 85°C 2"-6"
HN-SR-30 30 85°C 6"-12"
HN-SR-50 50 85°C 12"-24"

Key installation advantages include:

  • Cross-connection capability – parallel circuits enable system lengths exceeding 1km without voltage drop issues
  • Submersible termination kits – factory-molded seals withstand 10-bar water pressure continuously
  • Armored version available – stainless steel braiding protects against rock impingement in rocky soils

The triple-layer construction features fluoropolymer insulation, copper tinned bus wires, and corrosion-resistant HDPE outer jacket. This material synergy enables 25-year service life in saline soils and high-moisture environments. Our SmartTrace monitoring module (optional) provides real-time leakage detection and section-specific temperature mapping via IoT connectivity.

Reduce operational risks and winterization costs with a heating system that adapts to environmental conditions. Contact our engineering team at Shandong Huaning for custom thermal calculations and pipeline routing diagrams – we provide complete design support from feasibility study to commissioning documentation.

FAQ:

Q1: Does this system require temperature controllers?

The self-regulating core inherently adjusts power based on pipe temperature, eliminating controllers for basic freeze protection. Controllers are recommended for process temperature maintenance applications.

Q2: What burial depth is recommended?

Minimum 300mm cover is advised for mechanical protection. In areas with vehicular traffic, install warning tape 150mm above the cable and consider concrete slabs.

Q3: Can existing pipelines be retrofitted?

Yes, our split-sleeve installation method allows retrofit without welding or hot work. Specialized clamps secure the cable without compromising pipeline integrity.

Q4: How are power connections made in hazardous areas?

Certified Ex d junction boxes with double-compression glands maintain explosion-proof integrity. Our field technicians are IECEx certified for safe installations.

Q5: What maintenance is required?

Annual insulation resistance testing is recommended. The system requires no routine maintenance due to its solid-state construction and absence of moving parts.

Request your site-specific thermal design report within 72 hours – include pipeline material, fluid characteristics, and geographical coordinates for precision engineering.

Product Tags: Self-Regulating Heating Cable , Long Distance Heat Trace System , Buried Pipeline Heating Solution

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