Chiller, Unistat 815, with Pilot ONE -85...250 °C

Huber Unistat Temperature Control Systems

• Unique Thermodynamic Technology:

• Precise, reproducible temperature control results
• Shortest possible heating and cooling times
• Wide temperature ranges without requiring fluid changes
• Unique thermodynamic properties for highest performance demands

• Pilot ONE Controller Features:

• Innovative 5.7" touchscreen color display
• Easy menu navigation with smartphone-like operation
• Real-time graphic temperature curve display
• All important parameters visible at a glance
• Favorites menu and one-click operation
• Integrated technical glossary for easy reference

• Advanced Pump Technology:

• Most up-to-date pump technology for optimal heat transfer
• Self-regulating pump ensures best possible circulation and flow
• Soft start-up feature protects delicate glass reactors from breakage
• Adaptive temperature control with self-optimization

• Economic Operation:

• Reduced operating costs through efficient energy management
• Hydraulically sealed system dramatically increases temperature control fluid service life
• Prevents oil loss through vapors and oxidation
• Resource-saving operation

• Safety Features:

• Extensive safety equipment for unsupervised continuous operation
• Constant monitoring of relevant operating conditions
• Automatic system shutdown when necessary
• Emergency cooling circuit activation with process safety feature

• Connectivity Options:

• Integrated USB and Ethernet ports
• PC or network connection capability
• Remote control and data transmission
• Data communication via LAN, internet, USB, RS232, and RS485

• Professional Features:

• E-grade "Professional" included as standard
• E-grade Explore option transforms Unistat into development tool for process and chemical engineering
• Proven functionality for process industry applications
• Efficient operation saves working time and operating costs

• Key Benefits:

• Fastest heating and cooling rates in class
• Wide temperature operation without fluid changes
• Smartphone-like touchscreen operation
• Energy-efficient with reduced operating costs
• Suitable for continuous unsupervised operation