Tenova 24 milling machine

Tenova milling machine 

Monoblock Mill housing strip thickness gauge Shape measurement Roll Monoblock Mill housing Belt Wrapper Measures shape across the entire width with Hydraulic Roll Gap System. Used for initially wrapping of strip with edge centerline strip detection. Tenova 12S Automatic Gauge Control the leading end of thin strip for accurate AFC application system. Hydraulic Power Crowns around the Tension Reel interfaced to Automatic Strip Shape Strip Thickness Gauges system. Tenova 12S Mill Automation Measures and control accurate strip thickness. System Coolant Sprays Mill Panel of strip for accurate AGC application 20 High Reversing Cold Mill

Coil Lift Transfer Paper Take-up Payoff Reel with Driven Hold-down Roll, Coil Peeler, Outboard Mandrel Support Strip Centering, Payoff Positioning Feeder/ Leveler Thread Table

Shape Measurement Roll Tension Reel with Stripper Plate, Hold-down Roll, Outboard Mandrel Support Paper Handlers Coil Lift Transfer Guide Table Pinch Roll Tensiometer with Load Cells Shape Measurement Roll Strip Thickness Gauge Strip Wipers Mill Section 20 High Mill Reversing Mill with;

Roll Force Cylinders HAGC

Dynamic Power Crowns

Intermediate Roll Lateral Shifting

Side Eccentric Adjustment

Pass Line Adjustment

Coolant Sprays

Mill Panel

Strip Wipers

Strip Thickness Gauge

Payoff Shape Measurement Roll with edge/center-line detection Moveable with automatic center-guide system. Tensiometer with Load Cells Auto loading of coil onto mandrel Pinch Roll Guide Table

Deflector Roll Tension Reel with Stripper Plate, with Load Cell Tensiometer provides Hold-down Roll, Outboard Mandrel Support accurate regulation of strip tension Automatic Belt Wrapper Paper Handlers Coil Lift Transfer

20 High Mills are used for high-speed production of extremely fine strip for both ferrous and non-ferrous metals. The system's impressive accuracy tolerances deliver performance levels unmatched by traditional mills. The 20 High Cluster Mill is a multi-roll system having a unique roll configuration with adjustment capabilities to control strip shape and compensate for the effects of rolling a range of different strip widths. In addition, 20 High Cluster Mills utilize small diameter work rolls which allow higher percentage reductions on harder materials than other mill configurations. Tenova 12S is one of a small group of companies with the world-class ability licensed to produce T. Sendzimir Inc. 20 High Cluster Mills. 20 High Cluster Mill sizes are referred to by standard nomenclature. The maximum thickness of the incoming strip and minimum thickness of the finished product are factors affecting the determination of work roll diameter. Each type of metal to cold rolled has a specific initial yield strength and characteristic increase in yield strength resulting from incremental thick reductions. Yield strength, material width, work roll diameter, and the amount of reduction determine the compressive force requ to deform the specific metal to be processed. This ultimately results in the selection of suitable backing bearings to transmit the force to the mill housing, as well as the housing dimensions required to withstand the forces. The nomenclature which references mill section is, therefore, a function of the backing bearing, and since each bearing has a specific width, the nomenclature includes the width capacity in increments equal to the bearing width. The following are typical mill sections and related data: Mill section Possible Width Range Incremental Width Roll Separ