Shacman X6000 Chassis Air Condition
Shacman X6000 Chassis Air Condition
2025-06-25
Shacman X6000 Steering Control Mechanism
Shacman X6000 Steering Control Mechanism
2025-06-25

Shacman X6000 Chassis Heater Device

Shacman X6000 Chassis Heater Device
Shacman X6000 Chassis Heater Device
Shacman X6000 Chassis Heater Device
Shacman X6000 Chassis Heater Device

What is the Shacman X6000 Chassis Heater Device?

  • Shacman X6000 Chassis Heater Device: Robust Heating for Harsh Environments
  • Engineered to deliver reliable warmth and frost protection in extreme climates, the Shacman X6000 Chassis Heater Device integrates a high-efficiency thermal system—Condenser, precision pipes, and durable fasteners—to ensure optimal heat distribution, vibration resistance, and long-term performance. Designed for the X6000 series, this device balances advanced heat exchanger technology with heavy-duty materials, ideal for logistics, construction, and off-road fleets operating in sub-zero conditions.
  • Core Heating Component: High-Efficiency Condenser
  • The Condenser (aluminum-brazed core, surface area: 1.8m²) serves as the heater’s heart, leveraging engine coolant (operating temperature: 80°C–95°C) to generate 6.5kW of thermal output. Its multi-louvered fin design (pitch: 2.5mm) increases heat transfer efficiency by 20% compared to flat-fin models, while a corrosion-resistant coating (chromate conversion, MIL-DTL-5541) protects against engine oil and road salt degradation. The condenser’s compact profile (dimensions: 500×300×80mm) allows seamless integration with the chassis framework, minimizing airflow obstruction.
  • Fluid Circulation System: Durable Pipe Network
  • A dual-pipe system ensures efficient coolant transport:
  • Inner pipe (copper-nickel alloy, OD: 12mm, wall thickness: 1.5mm) carries hot coolant from the engine to the condenser, resistant to pressure (max 1.5MPa) and chemical corrosion (ASTM D4340 compliant). Its smooth interior reduces flow resistance by 15%, maintaining a consistent coolant velocity of 3–5 L/min.
  • Out pipe (stainless steel 304, OD: 14mm) returns cooled coolant to the engine, with a heat-resistant polymer coating (service temperature: -40°C to +150°C) that prevents thermal expansion-induced stress fractures. Both pipes are secured by Clamp (stainless steel, adjustable 15–25mm), which reduces vibration-induced wear by 40% (tested at 20G acceleration, ISO 16750-3 compliant).
  • Mounting & Fastening: Vibration-Resistant Installation
  • Precision fasteners and brackets ensure stable integration with the chassis:
  • Brackets (6mm-thick high-strength low-alloy steel, yield strength ≥ 550 MPa) anchor the condenser to the frame, featuring pre-drilled slots (tolerance: ±0.2mm) for precise alignment. Screws (grade 10.9, M8 x 30mm) and Washers (galvanized steel, 12mm OD) secure the brackets, torqued to 20–25 N·m to resist 25G vibrations—maintaining 95% clamping force after 100,000 cycle fatigue testing.
  • Additional Brackets support the pipe network, with rubber isolators (shore hardness 60A) that reduce NVH by 12 dB and prevent metal-to-metal contact, critical for off-road durability.
  • Material Excellence & Environmental Resilience
  • Components are optimized for extreme operational conditions:
  • Corrosion Protection: Steel brackets undergo a 50μm zinc-nickel plating (ASTM B117, 1,200 hours salt-spray resistance), while copper-nickel pipes feature a passivated surface that repels electrolytic corrosion in wet environments.
  • Temperature Performance: The system functions reliably from -50°C to +120°C, with the condenser maintaining 90% heat transfer efficiency at -30°C and pipes resisting embrittlement in arctic cold.
  • Mechanical Strength: Clamps and fasteners are tested to withstand 50N of lateral force without deformation, ensuring pipe stability during high-impact maneuvers.
  • Compliance & Performance Benefits
  • Key features enhance operational efficiency and maintenance ease:
  • Regulatory Adherence: Meets ISO 6101 for automotive heaters and SAE J2347 for commercial vehicle thermal systems, ensuring global certification and compliance.
  • Energy Efficiency: Recycles waste engine heat, reducing fuel consumption by 0.4–0.6L/100km compared to electric heaters, with a thermostat-controlled fan (airflow: 400–600 m³/h) that optimizes heat distribution.
  • Maintenance Convenience: Modular design allows replacement of the Condenser, Inner/Out pipes, or Brackets in 60 minutes using standard tools, with color-coded components (green for coolant lines, silver for structural parts) to minimize errors.
  • Testing & Reliability
  • Rigorous validation ensures industry-leading performance:
  • Pressure Test: The coolant circuit withstands 2.0MPa for 30 minutes with zero leaks, exceeding SAE J2063 burst pressure standards.
  • Vibration Fatigue Test: After 1,000 hours of 10–2,000 Hz vibration, all Screws and Washers remain torqued within ±5% of specification, with no condenser or pipe damage detected.
  • Thermal Cycle Test: Maintains full functionality after 1,500 cycles between -40°C and +100°C, confirming no material degradation or seal failure.
  • Conclusion: Heavy-Duty Chassis Heating for Enduring Performance​.

Product Parameters of Shacman X6000 Chassis Heater Device

NO Part.No Name Quantity
1 Q402B08 Washer 4
2 Q150B0828 Screw 2
3 DZ16251841501 Condenser 1
4 Q150B0822T1F3 Screw 5
5 DZ16251847903 Bracket 1
6 DZ16251847902 Bracket 1
7 Q401B08 Washer 3
NO Part.No Name Quantity
1 DZ16251847111 Inner pipe 1
2 DZ16251847119 Out pipe 1
3 Q67632 Clamp 2
4 DZ16251847112 Inner pipe 1
5 Q150B0822T1F3 Screw 2
6 Q401B08 Washer 2
 

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