1
/
of
1
LabSupplies.com
Chiller, Petite Fleur -40...200°C
Chiller, Petite Fleur -40...200°C
Regular price
$19,400.00
Regular price
Sale price
$19,400.00
Unit price
/
per
Shipping calculated at checkout.
Couldn't load pickup availability
Huber Petite Fleur - Compact Unistat Temperature Control Systems
• Product Overview: Smallest dynamic temperature control systems in the Unistat range with unique thermodynamic properties for highest speed and precision
• Temperature Specifications:
- Operating range: -40°C to +200°C
- Thermal transfer fluid: DW-Therm (CKS7902)
• Cooling Performance:
- 480W cooling capacity at full pump speed (according to DIN 12876)
- Additional 50W available when pump speed is reduced
- Flexible cooling options based on application needs
• Design Features:
- Space-saving compact design
- Simple operation for ease of use
- Suitable for wide range of applications
- Unique thermodynamic properties for optimal performance
• Advanced Circulation Pump:
- High capacity pump ensures optimal delivery
- Soft start-up feature protects delicate glass reactors from damage
- Detects and balances viscosity changes within fluid circuit
- Automatic adjustment for varying fluid conditions
• Pilot ONE "Professional" Controller:
- TFT color display for clear operation monitoring
- Removable controller functions as remote control
- Integrated programmer with calendar/clock function
- User menus and graphic representation
- Ramp function for controlled temperature changes
- Calibration capability
- Multiple additional advanced functions
• Environmental Features:
- Almost all models use environmentally friendly natural refrigerants as standard
- Eco-conscious cooling technology
• Key Benefits:
- Highest temperature control speed and precision in compact size
- Wide temperature range without fluid changes
- Space-efficient design for laboratory benchtops
- Advanced controller with remote operation capability
- Protection for delicate glassware
- Natural refrigerant technology
• Applications: Ideal for laboratory applications requiring precise temperature control in space-constrained environments
Share
