For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The Edwards 8200 compressor is designed to provide optimum performance with On-Board Cryopumps, On-Board Waterpumps and Cryo-Torr Cryopumps. This Edwards 8200 Three Phase Air Cooled Compressor is designed for reliable performance with a variety of Cyro-Pumps up to 8 inches in size including the CTI Cryo-Torr series. The 8200 model compressors can operate on both 50 and 60Hz, easily switchable using the frequency toggle switch, located right on the front. The 8200 can also be toggled between high and low voltage from a frontward located S1 switch; 50hz (180-212VAC), 60Hz (198-250VAC).

For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The Edwards 8200 compressor is designed to provide optimum performance with On-Board Cryopumps, On-Board Waterpumps and Cryo-Torr Cryopumps. This Edwards 8200 Single Phase Water Cooled Compressor is designed for reliable performance with a variety of Cyro-Pumps up to 8 inches in size including the CTI Cryo-Torr series. The Edwards 8200 model compressors can operate on both 50 and 60Hz, easily switchable using the frequency toggle switch, located right on the front. The 8200 can also be toggled between high and low voltage from a frontward located S1 switch; 50hz (180-220VAC), 60Hz (198-250VAC).

For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The Edwards 8200 compressor is designed to provide optimum performance with On-Board Cryopumps, On-Board Waterpumps and Cryo-Torr Cryopumps. This Edwards 8200 Three Phase Water Cooled Compressor is designed for reliable performance with a variety of Cyro-Pumps up to 8 inches in size including the CTI Cryo-Torr series. The 8200 model compressors can operate on both 50 and 60Hz, easily switchable using the frequency toggle switch, located right on the front. The 8200 can also be toggled between high and low voltage from a frontward located S1 switch; 50hz (180-212VAC), 60Hz (198-250VAC).

For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The Edwards 8200 compressor is designed to provide optimum performance with On-Board Cryopumps, On-Board Waterpumps and Cryo-Torr Cryopumps. This Edwards 8200 Single Phase Air Cooled Compressor is designed for reliable performance with a variety of Cyro-Pumps up to 8 inches in size including the CTI Cryo-Torr series. The Edwards 8200 model compressors can operate on both 50 and 60Hz, easily switchable using the frequency toggle switch, located right on the front. The 8200 can also be toggled between high and low voltage from a frontward located S1 switch; 50hz (180-212VAC), 60Hz (198-250VAC).

For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The 9600 Compressor is designed expressly for a long usable life, very reliable, and is very easy to use. The 9600 compressor provides outstanding performance with all Cryo-Torr Cryopumps, On-Board Cryopumps, On-Board Waterpumps, and On-Board TurboPlus Vacuum Pumps. It is a lightweight design, with large casters for easy handling, and its power, helium, and water hookups are all easily accessible for fast installation. The 9600 requires no maintenance beyond a recommended adsorber change once every three years. Circuit protection is provided by a single row of breakers which are easily accessible at the rear panel. See manual for adsorber replacement. Remote controls are supported, giving you the flexibility of remote compressor location (but not included). Has extreme high capacity and efficient design for improved pump performance and fast regenerations. The unit is fully compatible with new and existing CTI-Cryogenics pumping systems. This unit is LOW VOLTAGE, Water Cooled, Three Phase, Input Voltage 180-230 V, 50/60 Hz, 3 Phase C series On-Board Power. Has On-Board power outputs to drive standard 1-phase(2-phase) motor On-Board and Cryo-Torr and Cryodyne pumps.

For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The 9600 Compressor is designed expressly for a long usable life, very reliable, and is very easy to use. The 9600 compressor provides outstanding performance with all Cryo-Torr Cryopumps, On-Board Cryopumps, On-Board Waterpumps, and On-Board TurboPlus Vacuum Pumps. Edwards CTI Cryo-Torr Cryopump 9600 Helium Compressor It is a lightweight design, with large casters for easy handling, and its power, helium, and water hookups are all easily accessible for fast installation. The 9600 requires no maintenance beyond a recommended adsorber change once every three years. Circuit protection is provided by a single row of breakers which are easily accessible at the rear panel. See manual for adsorber replacement. Remote controls are supported, giving you the flexibility of remote compressor location (but not included). Has extreme high capacity and efficient design for improved pump performance and fast regenerations. This unit is HIGH VOLTAGE, Water Cooled, Three Phase, Input Voltage 380/415V 50Hz, 380/460V 60Hz C series On-Board Power. Has On-Board power outputs to drive standard 1-phase(2-phase) motor On-Board and Cryo-Torr and Cryodyne pumps.