HT-480 Refrigeration Unit with Parallel Flow Condenser Inner Grooved Copper Tube and R404a Refrigerant

The HT-480 refrigeration unit features advanced parallel flow condenser technology designed for reliable cooling performance in demanding industrial applications.

• Eco-friendly refrigerant R404A (R134a system also available)
• Corrosion resistant and high strength FRP canning material
• Aluminium fin parallel flow condenser, light and compact with excellent heat exchange
• Inner grooved copper tube with strong evaporator, large airflow and enhanced coil protection
• Strong, reliable and stable compressor specifically designed for R404a systems
• Digital display control panel for minimal operation
• HP and LP switch safety protection
• Large cooling capacity with reliable performance

The applicable compartment volume is for reference only, and in actual application, it is related to the compartment volume, insulation performance, environmental temperature, and transported goods.

The compressor speed is 2000 rpm, and 12V/24V voltage can be selected according to requirements.

• Technological Leadership: We are at the forefront of the industry with advanced technology and a skilled team, enabling us to design, manufacture, and innovate truck refrigeration units to the highest standards.
• Customization Capabilities: We offer tailored solutions to meet specific customer requirements. Whether it's size, capacity, temperature range, or other special needs, we can accommodate individualized requests.
• Quality Assurance: We maintain strict quality control measures, utilizing premium materials and advanced manufacturing processes to ensure the reliability and durability of our truck refrigeration units.
• Customer Service: We prioritize customer needs and provide excellent customer service. Our team is readily available to address inquiries, offer technical support, and ensure timely delivery and after-sales assistance.
• Energy Efficiency: Our truck refrigeration units incorporate advanced energy-saving technologies, minimizing energy consumption while maximizing efficiency, reducing operating costs and supporting environmental sustainability.