These circulators with insulated refrigeration baths are designed for direct temperature control from −20 to +200 °C. The units are suitable for a number of typical heating and cooling tasks such as sample temperature control, materials testing, quality control and analyses.
- Operates with natural refrigerant, giving an environmental friendly solution to temperature control
- Large OLED temperature display
- Status displays for pump, cooling and heating
- Simple operation with menu navigation
- Autostart function for power failure
Features over-temperature alarm, low-liquid level protection, automatic refrigeration capacity adjustment, reducing energy consumption and waste heat down to the absolute essential. The units are suitable for a number of typical heating and cooling tasks such as sample temperature control, materials testing, quality control and analyses. Cooling circulators use natural refrigerants and so offer an environmentally friendly solution to temperature control. In addition, cooling circulators are fitted with automatic refrigeration capacity adjustment, reducing energy consumption and waste heat down to the absolute essential. With low fluid level protection and adjustable over heating protection the units fulfil the requirements of Safety Class III/FL according to DIN 12876. The thermostats can also be used for external thermostating applications using the pump connections at the rear.
The KISS® controller combines state-of-the-art technology with simple operation and stylish design. KISS models are suitable for routine tasks in research and industry. The optional PT100 sensor connection is available to display (not control) e.g. of the process temperature (only available as a factory fitted option at additional charge).
Maximum pump capacities: 14 L/min, 0,25 bar (Pressure), 10,5 L/min, 0,17 bar (suction)
Standards: Comply with DIN 12876 safety class III, FL.
Bestellinformation: Accessories included. There are also some optional accessories.
Bitte beachten *Cooling capacity at 20; 0; −10 and −20 °C.