Shacman X6000 Cab Air Condition
Shacman X6000 Cab Air Condition
2025-06-25
Shacman X6000 Cab Air Condition
Shacman X6000 Cab Air Condition
2025-06-25

Shacman X6000 Cab Heater Device (With Air Condition)

Shacman X6000 Cab Heater Device (With Air Condition)
Shacman X6000 Cab Heater Device (With Air Condition)

What is the Shacman X6000 Cab Heater Device (With Air Condition)?

  • Shacman X6000 Cab Heater Device (With Air Condition): All-Weather Comfort for Operators
  • Engineered to deliver reliable heating and integrated air conditioning in diverse environments, the Shacman X6000 Cab Heater Device (With Air Condition) combines efficient thermal management with durable components—including Left/Right polymide tubes—to ensure optimal cab climate control, energy efficiency, and operator comfort. Designed for the X6000 series, this system balances robust engineering with adaptive climate features, ideal for logistics, construction, and long-haul operations in extreme temperatures.
  • Core Heating & Cooling Integration: Dual-Function Climate System
  • The heater device integrates with the air conditioning system to provide year-round comfort, featuring a high-efficiency heat exchanger (thermal capacity: 5.5kW) that utilizes engine coolant to warm the cab. When combined with the AC unit, it enables precise temperature control (16°C–28°C) with a humidity regulation range of 30%–70% RH. The system’s compact design (dimensions: 650×420×280mm) minimizes cab space intrusion while maximizing airflow (600m³/h) for rapid temperature adjustment.
  • Fluid Circulation System: High-Performance Polymide Tubes
  • The Left polymide tube and Right polymide tube form the core of the coolant circulation network:
  • Constructed from high-strength polyamide 6.6 (PA6.6) with 30% glass fiber reinforcement, these tubes exhibit a tensile strength ≥ 180 MPa and withstand operating pressures up to 1.2 MPa. Their inner diameter (16mm) ensures optimal coolant flow (5–8 L/min) for consistent heating performance, while a smooth bore reduces fluid resistance by 15% compared to rubber hoses.
  • The tubes feature a heat-resistant outer layer (operating temperature: -40°C to +120°C) and a barrier layer that prevents coolant 渗透 (permeation) by 99%, maintaining system integrity and reducing maintenance needs. Quick-connect fittings on both tubes enable 30% faster installation, with O-ring seals (fluorocarbon rubber) that create a leak-proof connection (tested at 1.5x operating pressure for 24 hours).
  • System Integration & Installation: Secure, Vibration-Resistant Design
  • The heater device integrates seamlessly with the cab’s structural framework:
  • Mounting brackets (1.5mm-thick stainless steel) secure the unit to the cab’s interior panels, with anti-vibration pads (EPDM rubber, shore hardness 50A) that reduce NVH (noise-vibration-harshness) by 12 dB.
  • Electrical connections feature waterproof circular connectors (IP67-rated) and color-coded wiring (red for power, blue for control signals) for error-free installation, while the Left/Right polymide tubes are routed through cable clips (nylon 6/6) to prevent abrasion and ensure neat cable management.
  • Material Excellence & Environmental Resilience
  • Components are optimized for commercial vehicle environments:
  • Polymide Tubes: PA6.6 material resists degradation from engine coolant additives (ethylene glycol) and road salts, passing 1,000 hours of ASTM D471 chemical immersion testing with ≤3% weight change.
  • Corrosion Protection: Metal parts undergo a 50μm zinc-nickel plating (ASTM B117, 1,200 hours salt-spray resistance), while plastic components include UV stabilizers to prevent embrittlement after 2,000 hours of sunlight exposure.
  • Fire Safety: All materials meet ISO 3795 automotive fire standards, with a flame spread rate ≤100mm/min and low smoke emission for operator safety.
  • Compliance & Performance Benefits
  • Key features enhance operational efficiency and comfort:
  • Regulatory Adherence: Meets ISO 16750-4 for automotive climate systems and UN ECE R118.02 for vehicle interior fire protection, ensuring global certification and compliance.
  • Energy Efficiency: The heater device recycles waste engine heat, reducing fuel consumption by 0.3–0.5L/100km compared to electric heaters, while the integrated AC/heater control module optimizes energy use based on ambient temperature.
  • Maintenance Ease: Modular design allows replacement of Left/Right polymide tubes or the heater core in 60 minutes using standard tools, with quick-release clamps and color-coded components to minimize downtime.
  • Testing & Reliability
  • Rigorous validation ensures industry-leading performance:
  • Pressure Test: The coolant circuit withstands 1.5 MPa for 30 minutes with zero leaks, exceeding SAE J2063 standards for automotive heating systems.
  • Vibration Test: After 1,000 hours of 10–2,000 Hz vibration, the Left/Right polymide tubes show no signs of cracking or leakage, confirming secure fitting retention.
  • Thermal Cycle Test: Maintains consistent heating performance after 1,000 cycles between -40°C and +85°C, with no degradation in tube flexibility or heat exchanger efficiency.
  • Conclusion: All-Weather Climate Control for Commercial Vehicle Cabs.

Product Parameters of Shacman X6000 Cab Heater Device (With Air Condition)

NO Part.No Name Quantity
1 DZ16251847711 Left polymide tube 1
2 DZ16251847712 Right polymide tube 1

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