LAUDA Proline Kryomats combine maximum convenience in operation with outstanding performance characteristics regarding cooling capacity and reduced floorspace demand. With two new models, Proline RP 4090 C and RP 4090 CW, an air-cooled unit as well as a water-cooled unit are available now.
Fast and efficient:
High cooling capacities enable fast and reliable temperature changes, even at already low temperatures. The SmartCool system with its microprocessor controlled low temperature control ensures the utmost of energy effectiveness. This returns in energy savings up to 75 percent.
Easy operation and handling:
The detachable Command console ensures an easy, convenient and intuitive operation regarding set of parameters. A great surplus in respect to daily changing applications. The microprocessor controlled fan of the air-cooled unit warrants for a notably quiet continuous operation. The Kryomats unique compact design saves valuable laboratory or production floor space and ensures easy handling of the instruments.
Versatile and flexible:
With the exceptionally large dimension of the bath Proline Kryomats are suited for internal applications, when space is of essence and large amounts of samples are to be tested. The microprocessor controlled bath egde heating prevents condensation and consequently the icing of atmospheric humidity during deep temperature applications.
Applications: e.g. notched-bar-tests in the metal industry, where metal bars are destroyed under controlled conditions at -90 °C.
- 4.2 / 6K / 9K to 350K operating range. (Options to 500K or 800K)
- High capacity through the full temperature range - 2.5 watts @ 20K allows fast cool down of heavy samples and resists large radiant heat loading.
- Small and compact design
- Simple pneumatic drive has only two moving parts allowing easy field maintenance and greatly minimizes vibration making the Displex particularly suitable for research applications
- Lowest life cycle cost in its class.
Both sample holders are made of OHFC copper and nickel plated for minimum emmissivity. The optical sample holder is designed to hold 25.2 mm (0.99 inch) x 1 mm thick windows. The resistivity sample holder has a sapphire window with four .032 diameter copper pins epoxied in place. All other dimensions of the resistivity sample holder are the sampe as those of the optical sample holder.
