Tenders Are Invited For Industrial Machinery - Purchase And Delivery Of Accompanying Infrastructure (Creating Technological Systems) For The Modules: I. Xrt Type X-Ray Separation Module, Ii. Optical Separation Module, Iii. Induction Separation Module, Iv. Xrf Separation Module (Using X-Ray Fluorescence).

Industrial Machinery - Purchase And Delivery Of Accompanying Infrastructure (Creating Technological Systems) For The Modules: I. Xrt Type X-Ray Separation Module, Ii. Optical Separation Module, Iii. Induction Separation Module, Iv. Xrf Separation Module (Using X-Ray Fluorescence).. The Order Concerns The Purchase And Delivery Of Accompanying Infrastructure (Creating Technological Systems) For The Following Modules: I. Xrt Type X-Ray Separation Module, Ii. Optical Separation Module, Iii. Induction Separation Module, Iv. Separation Module (Using X-Ray Fluorescence) Type Xrf. Specification Of The Subject Of The Order 1. Accompanying Infrastructure For The X-Ray Separation Module Type Xrt A) Vibrating Trough I. Type Of Device: Vibrating Feeder Ii. Drive Iii. Construction: Welded, Vibration-Resistant Steel Structure In Open Version Iv. Design V. Main Dimensions B) Feed Hopper I. Material: Steel, Painted Ii. Sheet Metal (Wall) Thickness: 8 Mm Iii. Internal Dimensions Of The Upper Part: Approx. 4,500 Mm X 2,200 Mm Iv. Theoretical Volume: 12 M³ V. Filling Height Of The Upper Edge Of The Hopper Approx. 3,600 Mm (Without Raising The Side Walls Of The Hopper Vi. Total Height Approx. 4,600 Mm Vii. 4 Load Cells For Measuring Mass C) Control Cabinet - Containing The Following Elements: I. Frequency Converter For A Double Unbalance Drive Ii. Integration Of Load Cells Iii. User Interface (7-Inch Display) Iv. Plc Control V. Traffic Lights As Optical Fill Level Indicator Vi. Air Conditioning (Fan) Vii. Heating Viii. Industrial Vpn Router With Integrated Wi-Fi/4G Modem D) Key Functions Of The Control Cabinet: I. Possibility To Implement An External Start/Stop Function Ii. Status Messages Can Be Integrated Into The Machine Control Using Volt-Free Contacts Iii. Possibility Of Integrating The Emergency Stop Feedback Signal With The Machine Control System Iv. Recipe Management To Pre-Select Various Settings V. Integrated Router For Remote Support E) Kit For Adjusting The Inclination Of The Vibrating Feeder Trough And Hopper From -2° To +2° With The Machine Stopped I. The Kit Must Include Inclination Sensors Ii. The Set Must Include A Hydraulic Unit To Adjust The Inclination Of The Vibrating Feeder And The Hopper 2. Accompanying Infrastructure For The Optical Separation Module A) Vibrating Chute I. Type Of Device: Vibrating Feeder Ii. Drive Iii. Construction: Welded, Vibration-Resistant Steel Structure In Open Version Iv. Construction: The Conveyor Trough Is Fully Equipped With Lining Material V. Main Dimensions B) Feed Hopper I. Material For The Feed Hopper: Painted Steel, Sheet Metal (Wall) Thickness - 8 Mm Ii. Internal Dimensions Of The Upper Part: Approx. 2000 Mm X 1800 Mm Iii. Theoretical Volume: 2.5M³ Iv. Filling Height Of The Upper Edge Of The Hopper Approx. 3,300 Mm (Without Raising The Side Walls Of The Hopper V. 4 Load Cells For Measuring Mass C) Control Cabinet - Containing The Following Elements: I. Frequency Converter For A Double Unbalance Drive Ii. Integration Of Load Cells Iii. User Interface (7-Inch Display) Iv. Plc Control V. Traffic Lights As Optical Fill Level Indicator Vi. Air Conditioning