www.boxline.com The Internet Portal for plastic Storage and Transport Systems WALTHER BOXLINE Dina 175 2 Simply Order from www.boxline.com or use our Sales - Hotline +49 2832 - 97 23 45. Technical Data Accessories Type: Reference number: Shipping unit: Quantity per carton: Quantity per pallet: External dimensions (approx.): Height: Internal dimensions (approx.): Usable volume (approx.): Weight (approx.): Stack capacity stat. (approx.): Load capacity stat. (approx.): Base design: Description sides: Colour: Handles: Material: Identification: Company Logos and Printing Hinged lid 600 x 400 Referen ce number: 0164002 1 ♦ Drop-on lid 600 x 400 Referen ce number: 0164002 2 ♦ Dolly 8620 Referen ce number: 0886000 1 -H Drop-on lid boxline.com - Trademark of WALTHER Faltsysteme GmbH.__ Hoogeweg 136 ■ D-47623 Kevelaer ■ Handelsregister Geldern HRB 4881 ■ Managing Directors: Dlpr-'KfS. T. Walther, T. Wiederer Phone: +49 2832/9723-45 ■ Fax: +49 2832/9723-23 ■ E-Mail: [email protected] ■ Web: www.bs40©.com N.B.: Specifications are based on the most up-to-date technical knowledge and experience. We reserve the right to amend technical data, changes to dimensions and weights due to technically restrictive tolerances are possible. All load capacities quoted are based on uniformly distributed loads at a temperature of approx. 23°C. The suitability of boxes and containers for storage and transport or other applications with high dynamic loads or other specific conditions must be assessed individually, case by case.

boxline.com - Trademark of WALTHER Faltsysteme GmbH. Hoogeweg 136 ■ D-47623 Kevelaer ■ Handelsregister Geldern HRB 4881 ■ Managing Directors: Dipl.-Kfm. T. Walther, T. Wiederer Phone: +49 2832/9723-45 ■ Fax: +49 2832/9723-23 ■ E-Mail: [email protected] ■ Web: www.boxline.com N.B.: Specifications are based on the most up-to-date technical knowledge and experience. We reserve the right to amend technical data, changes to dimensions and weights due to technically restrictive tolerances are possible. All load capacities quoted are based on uniformly distributed loads at a temperature of approx. 23°C....