Beschrijving
Daikin VRV Air-Cooled Heat Pump RXYSQ6TY9 - VRV IV S Series
Product Features
- Wide Range of Indoor Units: Compatible with both VRV systems and stylish indoor units such as Daikin Emura and Nexura, offering flexibility for various applications.
- Advanced VRV IV Technology: Incorporates Variable Refrigerant Temperature (VRT) and full inverter compressors for superior energy efficiency and performance.
- Peak Consumption Control: Ability to limit peak power consumption between 30% and 80%, ideal for managing high demand periods.
- Weather-Dependent VRT: Customize your VRV system for optimal seasonal economy and comfort with intelligent, weather-responsive VRT.
- i-NET Monitoring Service: Ensures maximum efficiency and longer lifespan with continuous monitoring, defect prediction, and clear insights into operating conditions and usage.
- Comprehensive Thermal Solutions: Meets all thermal needs of a building through precise temperature control, ventilation, air handling, and Biddle air curtains, providing a single point of contact.
- VRV Control Systems Compatibility: Seamlessly connects to all VRV control systems for integrated management.
- Space-Saving Design: Compact and flexible to install, making it suitable for various spaces.
- 3-Stage Night Mode: Reduces noise levels at night, ensuring a quieter environment.
- Environmental Responsibility: Support the reuse of refrigerant with Daikin's LOOP technology, contributing to a sustainable future.
Inverter Technology
- Inverter Compressors: Continuously adjust compressor speed to actual demand, reducing energy consumption by up to 30% and maintaining more stable temperatures.
Variable Refrigerant Temperature
- Intelligent System: Ensures the highest energy savings with additional comfort, adapting to better suit application requirements.
Upgrade to the Daikin VRV Air-Cooled Heat Pump RXYSQ6TY9 for an efficient, flexible, and advanced climate control solution that addresses all your building's thermal needs with state-of-the-art technology and reliable performance.