Laboratory recirculating chiller
Ensure precision cooling for demanding workflows with a compact chiller offering unrivaled accuracy and efficient temperature management, enabling seamless integration into your process line while saving valuable space.
The FTS MaxiCool™ Recirculating Chiller from SP Industries is designed to deliver exceptional temperature control and stability for demanding applications across various industries, including aerospace, defense, pharmaceuticals, and chemical processing. This compact chiller features a robust design enabling continuous operation, with a precise control stability of ±0.1°C, ensuring consistent results. It operates efficiently within a temperature range of -38°C to +75°C, supporting both air- and water-cooled configurations to adapt to your specific cooling requirements.
Ideal for processes such as cooling, refrigeration, and heat removal, the FTS MaxiCool™ handles applications ranging from aerospace testing and missile guidance systems to pharmaceutical compound synthesis. It adopts centrifugal or optional positive displacement pumps for optimized flow control, enhancing its suitability for integration into complex R&D and manufacturing lines. The chiller operates with remote monitoring capabilities via RS232 communication, allowing you to oversee operations from any location.
Engineered for energy efficiency, the mechanical refrigeration system eliminates the need for expendable refrigerants, reducing both costs and environmental hazards. A small footprint pairs with superior thermal management to offer maximum performance without occupying excessive lab or production space. For labs that demand versatility and precision, the FTS MaxiCool™ recirculating chiller meets your cooling and temperature regulation needs efficiently and reliably.
Benefits
- Ensures consistent and accurate results with precise ±0.1°C temperature control.
- Optimizes lab and production space with its compact design and small footprint.
- Provides operational flexibility and remote oversight through RS232 communication.
- Reduces operational costs by eliminating expendable refrigerants with mechanical refrigeration.
- Adapts to varied cooling needs with customizable temperature ranges and pump options.
- Applications
- Reaction vessels,Oem applications,Rotary evaporator,Defense,Aerospace testing,Process cooling
- End products
- Essential oil extracts,Aircraft composite materials,Cooling system components,Chemical synthesized intermediates,Missile guidance systems,Pharmaceutical compounds
- Steps before
- Solution Preparation,Mixing,Chemical Reaction
- Steps after
- Data Analysis,Quality Control,Product Testing
- Input ingredients
- water,cooling fluid,refrigerant,temperature-sensitive materials
- Output ingredients
- chilled water,cooled fluid,refrigerated process materials
- Accuracy
- ± 0.1°C
- Temperature Range
- -38°C to +75°C
- Capacity
- Up to 1.5 tons
- Cooling Type
- Air or Water-cooled
- Pump Type
- Centrifugal / Positive displacement
- Control Stability
- ± 0.1°C
- Footprint
- Compact design
- Cooling Speed
- -35°C in less than 20 minutes
- Remote Operation
- RS232 communication
- Heat Exchanger Temperature
- May be several degrees colder than the process
- Control stability
- ± 0.1°C
- Temperature range
- -38°C to +75°C
- Cooling mechanism
- Air-cooled / Water-cooled
- Operation mode
- Continuous operation
- Pump type
- Centrifugal / Positive displacement
- Remote operation capability
- Yes,via RS232 communication
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Compact footprint
- Yes
- Design
- Compact and robust
- Cooling Configuration
- Water-cooled/Air-cooled
- Operation Type
- Remote operation through RS232 communication
- Control panel type
- RS232 communication
- Market info