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Precision W11S-16*4000 VYMT Plate Rolling Machine for Steel1
Metallic Processing Machinery, Rolling Machine, Upper Roller Universal Three-Roller Plate
Jiangsu Weiyang Heavy Industry Technology Co., Ltd.
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Product Description Model: W11S-16×4000Name: Universal plate rolling machine with upper rollerTrademark: VYMTQuantity: one set Main Technical ParametersNO.NameParameter1Pressure140 Tons2Maximum plate width4000 mm3Roller working length4000 mm4Maximum plate thicknessAsymmetric rollingT12×B4000 min×Φ700mm (σs ≤ 245 MPa)Symmetric rollingT16×B4000 min×Φ700mm(σs ≤ 245 MPa)5Length of straight section at end under full load≤ (2~25) times plate thickness6Upper roller diameterΦ340 mm7Lower roller diameterΦ180 mm8Center distance between two lower rollers300 mm9Rolling speedAbout 4 m/min10Upper roller pressure speedAbout 120 mm/min11Number of rollers412Number of roller groups113Main motor power15 kw14Hydraulic motor power:5.5 kw15Mobile motor power:2.2 kw16Dimensions6000*1500*1600 mm17WeightAbout 15 TonsNote: Engineered with precision using a 245Mpa standard, this machine exemplifies cutting-edge innovation. We are committed to continuous enhancement, and any parameter modifications will be seamlessly integrated without prior notification.Rolling Process Rolling Process: Precise Rear Bending TechniqueStep 1: Expertly feed and align the plate with pinpoint accuracy, ensuring seamless integration for optimal results.Step 2: Skillfully maneuver the upper roller horizontally to position -X, then descend to Y1; simultaneously, reverse the lower roller to guide the steel plate into an optimal forming position, achieving unmatched precision.Step 3: With the lower roller rotating forward, the upper roller deftly exerts downward force, orchestrating a flawless synergy for superior output.Step 4: The upper roller is precisely pressed down to position Y2, halting as the lower roller persistently rotates forward, maintaining a seamless operation.Step 5: Upon reaching the extremity of the plate, the top roll strategically pauses at Y3 to execute direct pressure pre-bending on the plate's edge, ensuring structural integrity.Step 6: The top roll ascends to Y2-α, shifts horizontally to +X, descends back to Y2, as lower rolls progress forward with precision, maintaining a harmonious balance.Step 7: As the plate edge is approached, the top roll once again halts at Y3, performing targeted direct pressure pre-bending. This step guarantees precision and excellence in every turn.Step 8: The top roll returns to X=0, descends to position Y4, with lower rolls executing forward/reverse movements for meticulous compensation bending, delivering a perfect finish.Detailed Photos
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