Overview & Basic Info
High temperature Water source heat pump water heater, With R134A refrigerant, Low pressure, maximum water output temperature 80 deg C.
Work Environment
Common Heat Pump
Heating Type
Circulating Heat
Certification
CE, ISO9001, CCC, CB, RoHS, SASO
Compressor
Panasonic/Copeland
Package Size
210.00cm * 120.00cm * 145.00cm
Product Description
Modular Design & Flexible Installation
Unit modules of different capacity specifications can be freely combined, and a maximum of 16 units can be connected in parallel. According to the site characteristics, the user can choose a variety of combination connection methods to realize parallel use, with a maximum cooling capacity up to 2080kW.
Modular Rotation Work
The system rotates the module units that are turned on first and distributes running time in a balanced manner, which greatly improves reliability and service life.
Intelligent Control & BMS
Supports Modbus open protocol for BMS building control systems, realizing remote control of multiple modules.
Core Components
Equipped with Panasonic Compressors offering "Small size" and "Big horsepower" with optimized motor design and high reliability bearings.
Advanced Features
Includes high-precision electronic expansion valves (500 steps adjustment), large gas-liquid separators, and high-efficiency shell & coil heat exchangers for stable operation in various water qualities.
Our Advantages
Focused on OEM and ODM, we employ expert R&D engineers and utilize advanced production lines and testing facilities.
Advanced Laboratory: Testing capabilities from -40ºC to 55ºC. Maximum heat pump testing capacity up to 300kW. Includes ultra-low temperature, enthalpy difference, and long-term operation labs.
Frequently Asked Questions
Q1What are the advantages of water source heat pumps?
They utilize renewable energy (groundwater/lakes), offer high operating efficiency (up to 70% energy saving vs electric), and provide stable operation regardless of air temperature. They are pollution-free and multifunctional for heating, cooling, and hot water.
Q2How energy-efficient are these systems?
With an evaporation temperature typically between 12-22°C in winter, the energy efficiency ratio is significantly improved. A well-designed unit reduces power consumption by more than 70%.
Q3Is the operation stable in extreme weather?
Yes. Because water temperature is more stable than air temperature year-round, there is no defrosting issue in winter, ensuring reliable and steady performance.
Q4What is the typical delivery time?
Sample orders typically take 35-45 days after deposit. Bulk orders are usually completed within 25-40 days after the deposit is received.
Q5What kind of warranty is provided?
We provide a two-year warranty after the shipping date. During this period, free spare parts are supplied for any manufacturing-related issues.
Q6Can I customize the heat pump?
Yes, as an OEM/ODM manufacturer, we can provide customized services according to specific project requirements, including different refrigerants and heat exchanger types.
Retro Pumps
