An entirely new generation of highly dynamic temperature control systems by JULABO.
The new PRESTO® systems are designed for precise temperature control as well as rapid temperature changes, making them ideal for reactor vessels, material stress tests, or temperature simulations. These instruments cover a working temperature of -92 to +250 °C with high cooling and heating capacity.
Highly efficient components give these instruments the ability to compensate for exothermic and endothermic reactions with extraordinary speed. Permanent internal monitoring and self-lubricating pumps contribute to the new PRESTO’s long service life. The integrated 5.7-inch colour industrial-grade touch panel is one of the identifying characteristics of the new PRESTO. It gives the user a clear and well-organised view of important information while greatly improving user-friendliness. Once in operation, the new PRESTO units are whisper quiet and barely audible in a laboratory. The new PRESTO units are extremely robust and work reliably even if the ambient temperature climbs as high as +40 °C. Multiple interfaces permit remote control of the PRESTO across networks and in superordinated control systems. Closed side panels without ventilation slits reduces to a minimum the amount of space needed to operate.
Specification
Typical features throughout the range include:
- USB connection
- For highly precise, external temperature applications
- Rapid heating and cooling
- Wide working temperature ranges without changing fluids
- Highest performance with small footprint
- Space-saving design optimizes space utilization in your lab
- Ethernet interface
- SD-Card slot
- RS232 / RS485 (optional) / Profibus DP (optional)
- CCC connections for alarm output, Pt100 external sensor and standby input
- Removable ventilation grid
- Highly precise ICC cascade temperature control
- Electronic level indication
- Integrated programmer
- Unsurpassed power and efficiency
- Space optimized design creates more room directly next to the units
- External Pt100 sensor connection