Huber KISS range
The New KISS™ Baths and Circulators for Laboratories
Keeping Innovation Safe and Simple
- Working temperatures from -30°C to +200°C
- Bright, large OLED display
- Simple operation with menu navigation
- USB and RS232 interfaces
- Overtemperature and low level protection
The new KISS™ baths and circulators with OLED display combines state-of-the-art technology with simple operation and stylish design. KISS™ models are suitable for many routine applications in the laboratory such the temperature control of samples, analytical tasks or material testing.
Key features:
The new KISS circulators are ideally suited for routine laboratory applications. You can choose from over 50 models for heating and cooling.
As standard with USB, RS232 and OLED
Apart from an RS232 interface, KISS now also has a USB interface as standard. Another new addition is a modern OLED display with intuitive menu navigation in plain text. As a factory fitted option, a connection socket for a Pt100 probe can be fitted (optional additional cost).
Easy operation, stylish design
The housing is made from high-grade stainless steel. Therefore the devices are very robust and have a very elegant appearance. Starting with the simple commissioning, the space-saving design to the low-noise operation, KISS circulators are ideal for laboratory applications.
Safe and reliable
In line with the motto “Safe & Simple“, KISS devices do not only offer easy operation, but also meet the highest standards in terms of safety. All models are equipped with an over temperature and low level protection to class III/FL (DIN 12876) and are thus also suited for flammable liquids.
Temperatures from -30 to +200°C
The KISS range comprises an immersion circulator with screw clamp as well as different baths. The baths are available either in transparent polycarbonate (up to +100°C) or high-grade stainless steel (up to +200°C) with filling volumes from 6 to 25 litres. Refrigeration models down to -30°C are available for cooling applications. As standard, these models already work with natural refrigerants and are therefore friendly to the environment and climate.
