Unistat GL P515w

Performance Characteristics

A new chapter in high-precision temperature control has been opened with the new Unistat generation. State-of-the-art technology has been added to the proven concept for even better temperature control performance. Unistat process thermostats impress with excellent thermodynamic properties and a range of functions to meet the highest demands. Unistats guarantee high-precision and reproducible temperature control results, short heat-up and cool-down times and large temperature ranges without inconvenient fluid changes. To ensure an optimum heat transfer, the units are equipped with a state-of-the-art, seal-free circulation pump featuring a magnetic coupling. The improved venting and degassing functions enable fast commissioning and trouble-free operation.
The innovative Pilot ONE controller with 5.7" touchscreen colour display is used for operation. Important parameters can be seen at a glance and temperature curves are displayed graphically in real time. To provide comprehensive connectivity, the "Com.G@te DIGITAL" with the most important digital interfaces is included as standard. Analogue interfaces can be retrofitted via the optional "Com.G@te PLUS".
The Unistat technology also offers impressive economic benefits with minimised operating costs and an efficient energy management. Another advantage is the increased durability of the temperature control fluid. Sealed hydraulically, the systems prevent the formation of oil vapours and oxidation. The Unistats are fitted with extensive safety features and are therefore ideally suited for unsupervised continuous operation. Relevant operational states are permanently monitored and, if necessary, the system is switched off or emergency circuits are activated. All safety circuits are designed in accordance with Performance Level C or higher (DIN EN ISO 13849-1).
The model variants "GL" (Green Line) work with the natural refrigerant carbon dioxide CO2 and are therefore a 100 % environmentally friendly alternative to units with synthetic refrigerants. Carbon dioxide (also known as R744) is a natural component of air and has been used in refrigeration technology since the 19th century. CO2 possesses a zero ozone depletion potential (ODP = 0), has a negligible global warming potential (GWP = 1) and is non-flammable, non-toxic and chemically inactive.