• Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment

Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment

Aquaculture-specific air source heat pump units provide heating and cooling for aquaculture farms, greenhouses, and water systems without groundwater support, and also supply hot water for hotels and bathing centers. With a heat range of 35kW-1680kW, modular expandability, imported compressors, stable and quiet operation, and startup capability at -35℃, they are widely used in various aquaculture temperature control scenarios.
$6320.00
Shandong Naxin New Energy Co., Ltd.

Shandong Naxin New Energy Co., Ltd.

View Supplier
Registration Date October 2017
Number of Employees 200
Factory Area 46,000 m²
Annual Sales 400 Million RMB
Main Products Water Source Heat Pump, Air Source Heat Pump, Low Temperature Difference Waste Heat Recovery Unit, Filter, Micro-filter, Protein Separator, Oxygen Increasing Equipment, Disinfection Equipment, Aquaculture Pond, Intelligent Bait Feeder, Fish Manure Collector; Full Life Cycle System Solutions for Modern Agriculture & Aquaculture
Target Markets Aquaculture Industry, Industrial Recirculating Aquaculture System
Details
Specifications

Working Principle

The unit uses electricity to drive the compressor to extract heat from the air and deliver it to the space or water that needs temperature control. Models for -35℃ can start normally, and units for -25℃ can operate stably, adapting to different low-temperature environments.

Unit Advantages

  • Heat range of 35kW-1680kW with flexible modular design for easy capacity adjustment and expansion. Simple transportation, installation, commissioning and maintenance.
  • Imported hermetic scroll compressor with few moving parts for quiet operation. Graded compressor startup reduces grid impact from inrush current, ensuring safety and reliability.
  • Fans use special DC motors and blades for stable, low-noise operation. High-efficiency shell-and-tube titanium heat exchanger with distributor for uniform refrigerant distribution, maximizing heat transfer area utilization.
  • Removable and cleanable design for easy maintenance. Built-in PP baffles with small gaps between heat exchange tubes, improving heat transfer efficiency by reducing bypass flow.
  • High automation with unit start-stop program management, timing control, pump management, intelligent defrosting, anti-freezing, and full-function fault alarms.
  • Equipped with RS485 communication interface for centralized and remote monitoring, facilitating unified management.

Applications

Ideal for industrial aquaculture, greenhouse farming, hotels and bathing centers, providing constant water temperature and hot water supply. Energy-efficient and perfect for temperature control in areas without groundwater sources.
Heating Capacity (Condition 1, kW)
35/69/74/147
Heating Input Power (Condition 1, kW)
10.6/20.9/22.2/44.5
Heating Capacity (Condition 2, kW)
29/58/61/121
Unit Model
NXFR-40/NXFR-80/NXFR-90/NXFR-180
Heating Input Power (Condition 2, kW)
9.5/18.9/19.9/39.5
Cooling Capacity (kW)
32/64/66/132
Cooling Input Power (kW)
11.5/22.9/23.5/47.6
Compressor Quantity
1/2/1/2
Power Supply
380V/3Ph/50Hz/
Heating Ambient Temp (℃)
-10~28
Cooling Ambient Temp (℃)
16~49
Refrigerant
R410A
Protection Device
High-low pressure/Anti-freezing/Overload/Water flow protection
Throttling Type
Electronic expansion valve
Fan Type
Efficient low-noise axial fan
Fan Power (kW)
0.35×2/0.35×4/0.35×4/2.2×2
Fan Number
2/4/4/2
Water Heat Exchanger
Efficient shell and tube titanium exchanger
Water Flow Rate (m³/h)
5.5/11/11.4/22.8
Water Connector
DN50/DN65/DN65/DN80
Overall Size (mm)
1400×800×2170/1880×850×2370/1880×850×2370/2250×1280×2500
Unit Weight (kg)
430/700/650/1060
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment
  • Aquaculture-Specific Air Source Heat Pump Unit 35kW-1680kW Water Heating & Cooling Equipment

Description

Working Principle

The unit uses electricity to drive the compressor to extract heat from the air and deliver it to the space or water that needs temperature control. Models for -35℃ can start normally, and units for -25℃ can operate stably, adapting to different low-temperature environments.

Unit Advantages

  • Heat range of 35kW-1680kW with flexible modular design for easy capacity adjustment and expansion. Simple transportation, installation, commissioning and maintenance.
  • Imported hermetic scroll compressor with few moving parts for quiet operation. Graded compressor startup reduces grid impact from inrush current, ensuring safety and reliability.
  • Fans use special DC motors and blades for stable, low-noise operation. High-efficiency shell-and-tube titanium heat exchanger with distributor for uniform refrigerant distribution, maximizing heat transfer area utilization.
  • Removable and cleanable design for easy maintenance. Built-in PP baffles with small gaps between heat exchange tubes, improving heat transfer efficiency by reducing bypass flow.
  • High automation with unit start-stop program management, timing control, pump management, intelligent defrosting, anti-freezing, and full-function fault alarms.
  • Equipped with RS485 communication interface for centralized and remote monitoring, facilitating unified management.

Applications

Ideal for industrial aquaculture, greenhouse farming, hotels and bathing centers, providing constant water temperature and hot water supply. Energy-efficient and perfect for temperature control in areas without groundwater sources.