Feature(may vary by option.)

●Ideal Temperature: Chiller boasts a substantial refrigeration capacity, making it an optimal choice for maintaining the nutrient solution in your reservoir at the ideal temperature
●Fresh and Salt Water: Made with an anti-corrosive pure titanium evaporator, it is designed to handle both fresh and salt water, and the robust materials used in its construction amplify its durability
●Easy to Read: Each unit features a user-friendly display, providing you with a convenient interface to control the temperature range according to your specific requirements
●Chiller Specification: Designed for reservoirs ranging from 40 to 92 gallons and comes with a flow rate of 396–925 gallons per hour; recommended for use with pump models AAPW400, AAPW550, or AAPW800
●Water Chiller Cooling System Dimensions: Measuring 20.7 x 17.9 x 20.5 inches (L x W x H), the chillers compact yet sturdy build allows for easy integration into various hydroponic systems

[1 HP]




[1  & 4 HP]




[1  & 10 HP]




[1  & 2 HP]





Description

Active Aqua’s chillers are (they use R134Aa refrigerant) and are ideal for keeping the nutrient solution in your reservoir at the perfect temperature. Can also be used to chill your cold plunge bath water.Each unit has a user-friendly temperature system that allows you to control your desired temperature range as needed, and all models now have a boost function that accelerates the chilling process for quicker establishment of initial nutrient solution temperature. Features: Large refrigeration capacity (recommended volume: 40 gal to 92 gal ); Anti-corrosive pure titanium evaporator for both fresh and salt water; Rate of flow: 1/4 HP (396‒925 gal/h -1500‒3500 L/h); Rated BTU per hour: 3, 010; Recommended pumps: AAPW400 or AAPW550 or AAPW8001/2" and 3/4" fittings includedUnit dimensions: 18"L x 13"W x 17"HFor cooling capability, please refer to performance chart found in the product information tab Please note that the starting ambient temperature of your solution will always affect the duration of the initial chilling process.