Ramsey™ IDEA Belt Scale System

      Ramsey™ IDEA Belt Scale System

      Thermo Scientific™

      Gain rate information and totalization function accuracy of ±1% for processes involving non-critical or lower value materials with the Thermo Scientific™ Ramsey™ IDEA Belt Scale System. The belt scale system consists of three major elements: the weighing assembly measures the weight of material on the belt, the belt speed sensor and electronic integrator joins the output signals from the scale module and speed sensor to arrive at a rate of material flow and the total material passed over the scale.
        Contactez-nous pour toute demande d’assistance ›

      Error lors du chargement de votre contenu!

        Numéro de catalogue Prix ({{currency}}) Disponibilité Qté
      {{product.sku}}
      également connu comme {{product.formattedSku}} 
      		{{product.availability.message}} — Ajouter au panier
      • Create your first list
      • default image

      {{addItemToList.successMessage}} {{addItemToList.listName}}

      What is a shared list?

      Vérifier votre prix et la disponibilité › Vérifiez votre disponibilité ›

      Introducing shared lists
      Learn more
      Create Collaborate Export
      Haut de la page

      Description

      The Ramsey IDEA Belt Scale System Features:
      • Factory-installed and calibrated overload protection
      • Pivotless design with no linkages to introduce errors
      • No moving or wearing parts to cause potential maintenance problems
      • Compact design for easy installation and alignment
      • No place for material to build up and cause measurement errors
      • Identical interchangeable scale modules fit any belt width

      Documents

      Manuels et protocoles

      We use cookies to ensure that we give you the best experience on our website.

      If you continue without changing your settings, we'll assume that you are happy to receive all cookies on Thermo Fisher Scientific websites. However, you can change your cookie settings at any time at the bottom of this page.

      Continue