Introducing the Aquilon Recirculating Chiller, a reliable and efficient solution for precise temperature control. Equipped with PID temperature controllers, this chiller ensures accurate stability up to ±0.2 °C, making it ideal for various applications. With cooling capacities of 600W, 1300W, and 1600W to choose from, the Aquilon shortens process times and boosts solvent recovery rates. Designed for continuous operation, it features a low-noise, DC-driven pump for reliable performance and rapid cooling fluid circulation. Additionally, it comes with essential safety features such as temperature deviation alarms, overcurrent and overheat protection, and an independent circulating pump switch. The Aquilon Recirculating Chiller is ETL and CE rated, guaranteeing both quality and safety.
The Aquilon Maxi model, with the HGS SKU Number 10303003, operates on a power specification of 230V 60Hz 1ph and delivers a cooling capacity of 2500W at 10 °C. It offers a temperature range of -20 °C to 20 °C, with a temperature accuracy of ±2 °C. The chiller's maximum flow rate of the circulating pump is 17 L/min, and it can withstand a pump pressure of 21.76 psi. With a volume/capacity of 25 L, the Aquilon Maxi measures at 450×600×875 mm, providing a compact yet efficient cooling solution for your needs.
Description
The Aquilon recirculating chiller features PID temperature controllers to provide accurate and reliable temperature control.
Designed for continuous and reliable operation.
Choose from cooling capacities of 600W , 1300W and 1600 W to shorten process times and boost solvent recovery rates.
Safety:
- ETL and CE rated
- Temperature deviation alarm
- Overcurrent and overheat protection
- Independent circulating pump switch
Features & Benefits:
- PID temperature controller provides accurate and reliable temperature control for stability up to ± 0.2 °C
- Designed for continuous operation
- DC driven pump for low noise and benchmark reliability
- Powerful and fast cooling fluid circulation for rapid cooling power delivery
- Timer
