Dry coating machine - PR437890-3820-W FFB

Beschreibung der Beschaffung

1 pc. dry coating line with options:
3.2.1.15 Function rolls: Option for a temperature of the function rolls up to 200 °C.
3.2.1.16 Functional rolls: Each functional roll can be heated individually
3.2.1.23 Accessibility: The installation space below the two carrier film rolls remains free in length and width at least equal to the roll diameter, so that inline sensors, cutting and suction devices can be installed in this area.
3.2.1.25 Extraction unit: Addition of a common extraction unit for all radio-tion rolls to item 3.2.1.24 in order to be able to extract the excess material (if necessary in combination with item 3.3.3.6).
3.2.2.4 Adjustable maximum gap width for cleaning and maintenance
3.3.1.6 With 6-roll concept: a reversal of the direction of rotation of the winding and unwinding unit
3.3.1.7 Web tension decoupling before the roll nip
3.3.1.8 Web tension decoupling after the roll nip
3.3.2.5 Metering system: Provide a metering system for controlled, horizontally uniform feeding of the two film former nips via a system with gravimetric feed unit, to be provided on both sides. Integration into the process described under point
3.3.2.3 Designated installation space
3.3.3.6 Removal of off-cuts: The off-cuts are sucked off directly inline and collected in a separate unit provided with the plant (if necessary, combined with item 3.2.1.24).
4.2.1 Handling of the winding core incl. coil with an inner diameter of 3'' must be ensured with a coil diameter of max. 500 mm and a winding core with a length of min. 600 mm. The maximum load of the handling/transport system must be 400 kg.
4.3.10 2x line sensors for determining the coating thickness in the edge area of the coating.
4.3.12 System for weight per unit area measurement of the dry coating. Applicable to both anode and cathode with the following minimum requirements:
- Measurement principle debatable, but not beta emitter.
- Measurement accuracy of the substrate foil over the entire measurement range < 0.5% (anode: copper and cathode: aluminum) (if required for meaningful use with the system offered)
- Measurement accuracy of the coating over the entire measurement range < 0.5% (anode and cathode)
- sampling rate < 10 1/ms
- Width of the physical measuring spot on the product in web direction < 10mm
4.3.14 Surface inspection system: defect detection by camera or similar, after lamination, before rewinding - minimum resolution per pixel (length x width) ≤ 50 x 50 µm.
4.3.15 For the involvement of external companies/research institutions to integrate external metrology modules during system assembly, cost rates for the employees involved on the contractor side for mechanical and electrical design, as well as for software development must be stated.
4.4.1 Laser marking (Data Matrix Code) on a 20 mm uncoated arrester of the coated electrode web (located between lamination and winding) at maximum web speed.
4.4.2 Code reading device inline: Installation of reading device for reading markings on the electrode surface at maximum web speed.
4.4.3 Code reading device input materials: Hand scanner for reading markings from input materials and linking with order
4.4.4 Marking at batch level: The coated coil or its carrier must be made identifiable for subsequent processes after the process with a marking (e.g. label, inkjet, laser)
6.5.1 Within the scope of the supplier's AfterSales Service, an increased priority and guaranteed response time shall therefore be given to all concerns regarding the functionality of the system.
Telephone support: Within one day
On-site support: Within two weeks

Beschreibung der Optionen

1 pc. dry coating line with options:
3.2.1.15 Function rolls: Option for a temperature of the function rolls up to 200 °C.
3.2.1.16 Functional rolls: Each functional roll can be heated individually
3.2.1.23 Accessibility: The installation space below the two carrier film rolls remains free in length and width at least equal to the roll diameter, so that inline sensors, cutting and suction devices can be installed in this area.
3.2.1.25 Extraction unit: Addition of a common extraction unit for all radio-tion rolls to item 3.2.1.24 in order to be able to extract the excess material (if necessary in combination with item 3.3.3.6).
3.2.2.4 Adjustable maximum gap width for cleaning and maintenance
3.3.1.6 With 6-roll concept: a reversal of the direction of rotation of the winding and unwinding unit
3.3.1.7 Web tension decoupling before the roll nip
3.3.1.8 Web tension decoupling after the roll nip
3.3.2.5 Metering system: Provide a metering system for controlled, horizontally uniform feeding of the two film former nips via a system with gravimetric feed unit, to be provided on both sides. Integration into the process described under point
3.3.2.3 Designated installation space
3.3.3.6 Removal of off-cuts: The off-cuts are sucked off directly inline and collected in a separate unit provided with the plant (if necessary, combined with item 3.2.1.24).
4.2.1 Handling of the winding core incl. coil with an inner diameter of 3'' must be ensured with a coil diameter of max. 500 mm and a winding core with a length of min. 600 mm. The maximum load of the handling/transport system must be 400 kg.
4.3.10 2x line sensors for determining the coating thickness in the edge area of the coating.
4.3.12 System for weight per unit area measurement of the dry coating. Applicable to both anode and cathode with the following minimum requirements:
- Measurement principle debatable, but not beta emitter.
- Measurement accuracy of the substrate foil over the entire measurement range < 0.5% (anode: copper and cathode: aluminum) (if required for meaningful use with the system offered)
- Measurement accuracy of the coating over the entire measurement range < 0.5% (anode and cathode)
- sampling rate < 10 1/ms
- Width of the physical measuring spot on the product in web direction < 10mm
4.3.14 Surface inspection system: defect detection by camera or similar, after lamination, before rewinding - minimum resolution per pixel (length x width) ≤ 50 x 50 µm.
4.3.15 For the involvement of external companies/research institutions to integrate external metrology modules during system assembly, cost rates for the employees involved on the contractor side for mechanical and electrical design, as well as for software development must be stated.
4.4.1 Laser marking (Data Matrix Code) on a 20 mm uncoated arrester of the coated electrode web (located between lamination and winding) at maximum web speed.
4.4.2 Code reading device inline: Installation of reading device for reading markings on the electrode surface at maximum web speed.
4.4.3 Code reading device input materials: Hand scanner for reading markings from input materials and linking with order
4.4.4 Marking at batch level: The coated coil or its carrier must be made identifiable for subsequent processes after the process with a marking (e.g. label, inkjet, laser)
6.5.1 Within the scope of the supplier's AfterSales Service, an increased priority and guaranteed response time shall therefore be given to all concerns regarding the functionality of the system.
Telephone support: Within one day
On-site support: Within two weeks

Bedingungen für die Vertragserfüllung

In the event that subcontractors are used, they must be named and their suitability is likewise to be substantiated on the basis of the listed documents under III.1). Furthermore, it must be confirmed that they will be available if the order is placed; their share in the scope of the contractual object must be stated.

Genaue Informationen über Fristen für Überprüfungsverfahren

Applications for review are not permitted if more than 15 calendar days have passed since receipt of notification from the contracting authority that it is unwilling to redress an objection (section 160 (3) sentence 1 no. 4 of the German Competition Act (Gesetz gegen Wettbewerbsbeschränkungen, GWB)). Additionally, applications for review are not permitted if an award has been made before the public procurement tribunal has informed the contracting authority about the application for review (sections 168 (2) sentence 1 and 169 (1) GWB). Contracts may be awarded 15 calendar days after the tenderer information pursuant to section 134 (1) GWB has been sent. If the information is sent electronically or by fax, the period shall be reduced to ten calendar days (section 134 (2) GWB). The period shall begin on the day after which the contracting authority sends the information; the date of receipt by the tenderer and candidate in question shall be irrelevant. The admissibility of a review application also requires that the applicant notified the contracting authority about the claimed violations of public procurement provisions within ten calendar days of becoming aware of them (section 160 (3) sentence 1 no. 1 GWB). Violations of public procurement provisions which become apparent from the tender notice must be notified to the contracting authority by the end of the time limit for the application or the submission of a tender specified in the notice (section 160 (3) sentence 1 no. 2 GWB). Violations of public procurement provisions which only become apparent from the procurement documents must be notified to the contracting authority by the end of the time limit for the application or the submission of a tender (section 160 (3) sentence 1 no. 3 GWB).