CT-15-150
3Pages

CT-15-150 Highly compact, high-speed, electrically driven radial turbo compressor for the circulation and compression of various gases and refrigerants. ▪ Lowest ratio of volume and weight versus pressure and mass flow due to highest speeds Thermodynamic and electromagnetic optimization for highest total efficiency High-speed ball bearings with permanent lubrication Compatible to converter CC-75-500 Integrated temperature measurement for overload protection Specifications turbo compressor Maximum pressure ratio Maximum mass flow Maximum isentropic overall efficiency1 Rated power Rated speed Weight Compressor maps: overpressure operation Pressure ratio versus mass flow Input power versus mass flow Standard volume flow (slpm) 202 100 krpm 120 krpm 140 krpm 160 krpm 180 krpm 200 krpm 220 krpm 240 krpm 260 krpm 280 krpm 300 krpm Standard volume flow (slpm) Pressure difference  p (mbar) Isentropic overall efficiency including aerodynamic, motor and bearing efficiency All rights reserved. All information in this document is based on Celeroton’s best knowledge and is not to be considered as a warranty or quality specification. The information given is designed as a guidance and customers are requested to check the suitability and usability of the product in their specific application with consulting Celeroton. The information herein is subject to change without notification. www.celeroton.com

Compressor maps: vacuum operation Pressure ratio versus mass flow Input power versus mass flow Standard volume flow (slpm) 202 100 krpm 120 krpm 140 krpm 160 krpm 180 krpm 200 krpm 220 krpm 240 krpm 260 krpm 280 krpm 300 krpm Pressure difference  p (mbar) Order codes: CT-15-150.Bxx Bearing options Bxx B00 B01 B99 Standard ball bearing Vacuum ball bearing Custom specific ball bearing (inlet conditions and/or gas, etc.) Ordering information Article number All rights reserved. All information in this document is based on Celeroton’s best knowledge and is not to be considered as a warranty or...

The specifications and compressor maps in this document for ▪ an overpressure operation refers to air (ISO 8778) at the inlet of the compressor with: temperature: ݑ = 20ǂаݐ, absolute pressure: ְݑ ݰݑְݑ = 1 ۰ݑϰݑΰݑ. ߢ֪ a vacuum operation refers to air (ISO 8778) at the inlet of the compressor with: temperature: ݑ = 20ǂаݐ, and a compressor absolute outlet pressure: ְݑ ݰݑְݑ = 1 ۰ݑϰݑΰݑ. Depending on custom specific operation conditions such as e.g. gas inlet pressure and temperature, humidity, cooling conditions, the operation in environmental conditions with vibrations and/or depending on the...