Factory Mitsubishi Heavy-Haier Vrf System Air Conditioning Solutions Supplier in China

• Customization: Available
• Type: Central Air Conditioners
• Capacity: Project Customization
• Model NO.: TXZ
• Usage: Room
• Indoor Machine Noise: <23dB
• Certification: RoHS, Iecq
• China Energy Efficiency Standard: Level 1
• Cooling/Heating: Cooling/Heating
• Power Source: Electrical
• Power Type: DC
• Condition: New
• Refrigerant: R410A
• Compressor: Mitsubishi
• Power: 220V/380V~50Hz
• System Type: Vrf, Vrv
• Advantage: Factory Price
• Transport Package: Cartons or Wooden Cases
• Trademark: MITSUBISHI HEAVY-Haier
• Origin: China
• HS Code: 8415102100
• Production Capacity: 500000000pieces/Month

Product Description

HVAC Solutions -VRF Systems         
              --- Key advantages ---
Energy Efficiency: Utilizing inverter-driven compressors, VRF systems adjust refrigerant flow based on real-time demand, reducing energy consumption by up to 30% compared to conventional systems.

Design Flexibility: Compact components and modular architecture allow installation in space-constrained areas. Systems support long piping runs (up to 200 meters) and high vertical lifts, ideal for retrofits or multi-story buildings.

Zonal Control: Individual indoor units operate independently, enabling customized temperature settings for different zones. 

Quiet Operation: Advanced noise reduction technology ensures low sound levels ( 18 dB), suitable for offices, hotels, and residential spaces.

Environmental Compliance: Use of eco-friendly refrigerants (R410A) aligns with global sustainability standards, reducing carbon footprints.



 

 
 

1.How much does a VRF system cost?
Initial costs are higher than traditional systems due to advanced technology. However, long-term energy savings and lower maintenance costs often offset the upfront investment. Prices vary based on capacity, brand, and installation complexity.

2.Where are VRF systems commonly used?

*Commercial buildings (offices, hotels, retail spaces).
*Residential complexes.
*Hospitals and schools.
*Historic buildings where ductwork is impractical.

3. What are the lead times for delivery and installation?
Standard lead times range from 15 weekdays, depending on customization.
For large projects, confirm phased delivery options to align with construction schedules.

4. What after-sales support and maintenance services are critical?
*Remote Monitoring: Cloud-based diagnostics for proactive maintenance.
*Spare Parts Availability: Confirm lead times for critical components.

5. What technical specifications should I prioritize when selecting a VRF system?
Focus on:
*Capacity Range: Ensure the system matches your building's cooling/heating load (BTU/h or kW).
*IPLV (Integrated Part Load Value): Higher IPLV indicates better efficiency at partial loads.
*Refrigerant Type: Opt for systems using low-GWP refrigerants (e.g., R-32) for sustainability compliance.
*Heat Recovery Capability: Critical for projects requiring simultaneous heating/cooling.
*Noise Levels: Check dB ratings for indoor/outdoor units, especially for noise-sensitive environments.

6. What are the key cost considerations beyond the initial purchase price?
*Installation Complexity: Ductwork requirements, refrigerant piping length, and electrical upgrades.
*Lifecycle Costs: Include energy consumption, maintenance contracts, and potential downtime.
*Warranty Terms: Prioritize suppliers offering extended warranties on compressors and inverters.

7.If I want to buy a vrf system, how do I get started?

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