DC Inverter Rotary Compressor
The KTF310D43UMT DC Inverter Rotary Compressor is engineered for superior performance and energy efficiency in modern HVAC systems. Operating at 175V with frequencies up to 180Hz, this high-efficiency compressor is compatible with R454B, R32, and R410A refrigerants, making it a versatile choice for advanced mini split systems and heat pumps.
Technical Specifications
| Model Number: | KTF310D43UMT |
| Compressor Type: | DC Inverter Rotary |
| Operating Frequency: | 175V, at 180Hz |
| Refrigerant Type: | R454B, R32, R410A |
| Application: | Mini Split Systems, Heat Pumps |
| Shipping Package Dimensions: | 12x12x24, weight 36lb. |
Key Features
- High Efficiency DC Inverter Technology: Delivers precise capacity control and significant energy savings, adapting output to actual demand.
- Multi-Refrigerant Compatibility: Designed to operate seamlessly with R454B, R32, and R410A refrigerants, offering flexibility for various system designs and environmental regulations.
- Quiet and Reliable Operation: Engineered for smooth, low-vibration performance, ensuring a quiet environment while maintaining consistent, dependable HVAC functionality.
- Robust and Durable Construction: Built with high-quality materials to withstand demanding HVAC applications, providing extended service life and reduced maintenance.
- Optimized for Advanced Systems: Specifically designed for modern mini split systems and heat pumps, enhancing overall system performance and comfort.
Applications
Perfect for:
- Advanced Residential Mini Split Systems
- High-Efficiency Heat Pump Installations
- Commercial Light Duty HVAC Solutions
- System Upgrades and Replacements
- Energy-Efficient Building Projects
Quality Assurance
At HvacExpressParts.com, we are committed to providing only the highest quality HVAC components. The KTF310D43UMT DC Inverter Rotary Compressor undergoes rigorous testing to meet stringent industry standards and OEM specifications, ensuring reliable performance and exceptional durability for your HVAC systems.
