ABB PFCA401SF 3BSE024387R4 Tension control unit coordinates interaction
Brand ABB Color Standard Application Industrial height 598mm rated current 210mA
Protection level IP45 Suitable for motor power 198KW Application Area Power Industry Material Code GJR2391500R1220 Power industry HIEE401782R0001 Part Number PFCA401SF 3BSE024387R4
Applicable pipe 2 Whether imported is weighing 1.68 kg can be sold nationwide
ABB PFCA401SF 3BSE024387R4 Tension control unit coordinates interaction
Application requirements may determine the selection of vertical cells. But as long as a horizontal component exists (or can be developed), a horizontal load cell should be considered. The size or load rating of a load cell is contingent on the expected force it will measure. When the vertical load cell is mounted horizontally (up to common arrangement), the force is measured
(FR) is a function of the tension in the strip (T), deflection Angle (α and β) and tare weight roll and bearing (tar). Horizontal load cell sensing strip tension (T) horizontal component (FR); Not vertical force (FV). In this case, the measured force (FR) is only a function of the tension in the strip (T), and the strip Angle (α and β). Since skin gravity – the weight of the guide roller and bearing – is not measured, it can be very large compared to the accuracy of tension measurement without affecting strip tension. Since load cells are usually used at both ends for rolling, the rating of individual cells is usually based on half of the resultant force. The ideal load cell size is usually the minimum rated capacity as long as the force exceeds 10% of the rated load. However, before choosing a larger size, consider using the ABB load cell’s “extended range” feature. And always verify that the overload specification is not exceeded in any direction. Two “10%” application guidelines are useful when choosing a load cell size: the ratio of the actual strip tension detected by the load cell should be at least 10% of the total strip tension. For operating conditions with production value less than 10%, consult ABB. During normal operation, the force induced should not be less than 10% of the load cell capacity.
Using ABB standard load cell:
When present, the recommended use of this solution is low axial expansive force. ABB’s standard load cell has proven to be excellent for the reliability of multiple furnace sections around the galvanizing and annealing line world. Linear bearing design – Using ABB standard load cells: It is recommended that axial forces may be generated when using this solution at high concentrations. To eliminate these axial forces ABB has a proven solution to float the bearing side with a linear bearing unit roller. The following benefits are possible when using ABB solutions with linear bearings for furnace installation: ABB’s large pillow-loaded combination cell and linear bearings are proven to be very reliable with long-term stable tension measurements. Linear bearing solutions are and are not affected by temperature changes. ABB load cells require virtually no service to maintain linear bearing requirements.
ABB PFCA401SF 3BSE024387R4 Tension control unit coordinates interaction
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