AMG120 Water Chiller
AMG120 water chiller adopts high-quality semiconductor cooling technology (TEC, Thermo Electric Cooler) with large cooling capacity, heat pipes and aluminum cold forged blades for air-cooled radiators, effectively ensuring low cooling and cooling efficiency to achieve the best cooling effect. The heat radiator end has built-in silent fan, dual sided exhaust, and heat pipes technology. By using AMG120, the cooling rate of 8 Gallon water is approximately 1.27℃/hour (2.2℉/hour) depended on environmental temperature and heat load. AMG120 has no temperature control.
This water chiller is suitable for safe use in freshwater and slightly salty seawater environments. It creates a healthy and comfortable environment for fish, axolotl, shrimp, jellyfish, and coral reefs in the hot summer. AMG120 can also be used as a small hydroponic water chiller.
Features
By using AMG120, the cooling rate of 8 Gallon fresh water is approximately 1.27℃/hour (2.2℉/hour). No temperature control.
AMG120 can be used in freshwater and slightly salty seawater environments.
Using heat pipes technology, the cooling fan is quiet and the noise is 62.5 dB at 10cm.
Provide a power adapter with 110-240V input, DC12V, 12A output.
Specifications
Technology: Semiconductor thermo electric cooling(TEC)
Cooling water volume: ≤8 Gallon /30.2L
Cooling effect: Cool down by 1.27℃/hour or 2.2℉/hour for 8 Gallon fresh water
Water pump Flow: 200-300L/H
Water Pipe: Inside diameter 8mm
Voltage: DC 12V;
Rated current: 12A
Power Consumption: 144W
Heat dissipation method: heat pipes and air cooling
Noise of cooling fan: 62.5dB at 10cm
Product Dimensions: 205*107*170mm/8.07*4.21*6.69 inch
Material: Aluminum alloy and resin
Weight: Approx. 1062g without accessories
Power Input

Example of cooling system
NOTE
Please make sure the water volume is less than 8 Gallon /30.2L especially in hot summer for better cooling effect. If the indoor temperature is too high, the recommended water volume is less than 8 Gallon /30.2L. The cooling effect will be greatly affected by the ambient temperature.
