бувша у використанні TETRA PAK® bottling plant

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...

Used Filling Line Tetra Pak TBA8 1000 Slim up to 6000 bph Technical Specifications and Production Capacity The Tetra Pak filling line handles up to 6000 bottles per hour thus proving an effective solution for the bottling industry Built in 2004 this machine of type TBA8 features a 110V version with a Pull Tab specializing in 1 0 L Brik type containers typically used for dairy products Consequently it achieves optimal filling capacity at a recommended temperature between 15 and 30 C Additionally it operates effectively between 5 and 50 C Operational Parameters and Consumption Moreover the filling line requires a 400 V three phase electrical connection with a 50 Hz frequency and its energy consumption ranges from 25 0 to 39 0 kW It also needs a sufficient supply of compressed air maintaining a pressure between 6 and 7 bar and consuming 450 Nl min Furthermore the cold water supply must keep ...