Small Water Chiller
RIGID Mini Water Chiller – A water cool unit is the perfect solution for small-scale circulating liquid cooling needs.
This compact and efficient chiller unit is designed to core cool like electronics, chips, lasers, and other small water-cooled applications. With a powerful refrigeration bldc compressor and a compact design, RIGID Mini Water Chiller is easy to install and operate. It features a high-quality compressor and durable stainless steel construction for long-lasting performance.
The compact and efficient design of this chiller allows for low energy consumption, making it an eco-friendly and cost-effective solution. Whether you need to cool a single machine or multiple systems, RIGID offers an excellent choice for industrial and commercial cooling needs. With its reliable performance and affordable price, RIGID small cooling system is the ideal choice for small-scale industries.
Small Water Chiller
- 12V /24V /48V DC
- R134a Refrigerant
- Adopts miniature dc compressor
- Capacity: 100~550W (360~1,880Btu)
- Temperature Range: ±20℃ (-4~68℉)
- 2,000~6,500 rpm variable speeds drive board
- Features: Small, reliable, efficient, and affordable cost.
Smart Vertical Farming Cooling System
- DC power / Battery-operated
- Effective coolant refrigeration
- Simple layout, environmentally friendly water cooling
- The Ultra-small water chiller allows the end user to adapt to micro-liquid cooling applications for ultimate flexibility.
Small Water Chiller for Medical Device
RIGID small water chiller is a cooling device designed to regulate the temperature of medical equipment or devices. It works by circulating water or glycol and a water mixture or a coolant through a heat exchanger to remove heat from the medical device and maintain a desired temperature range. RIGID small water chiller is typically compact in size and can be easily integrated into the medical equipment or system. They are essential for ensuring the proper and safe functioning of many medical devices, particularly those that generate heat during operation.