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    Process Library · Punching / Shearing / Notching

    Servo Tracking Flying Shear

    Length accuracy is a motion story: encoder reads strip travel → servo matches speed → clamp and cut → carriage returns home before the next window.

    Servo tracking shearflying shear roll formingmatch speed cutoffcut to length flying shear

    What this process looks like

    Length accuracy is a motion story: encoder reads strip travel → servo matches speed → clamp and cut → carriage returns home before the next window.

    Cut class

    Cut class

    Servo tracking flying shear— match-speed cutoff.

    Servo

    Servo

    3.8 kWtracking servo.

    Speed

    Speed

    About25–30 m/minwith tracking cut.

    Specifications

    Cut classServo tracking flying shear— match-speed cutoff.
    Servo3.8 kWtracking servo.
    SpeedAbout25–30 m/minwith tracking cut.
    HydraulicsPump motor5.5 kW·air cooled.
    Cut positionRear cut.
    BladeCr12movquench.
    EncoderOmron.
    Host electricsThis order:220 V / 60 Hz / 3-phase— retag if another install ships a different voltage.
    Host contextGuide-rail forming · 1.5–2.5 mm · 18 passes · Ø80 · main 15 kW — used as line context only.

    Operation steps

    Mount and scale the encoder

    Mount and scale the encoder

    The specification calls for an Omron encoder. Clean wheel contact and correct pulse-to-millimetre scaling keep length scatter under control.

    Match strip speed

    Match strip speed

    The carriage accelerates until its velocity matches the strip. Film at contract speed so the return window is real.

    Clamp, cut, covers

    Clamp, cut, covers

    Rear hydraulic cut with Cr12mov blade. Late clamp lets the strip slip; early clamp bruises the surface. Front/back bellows stay closed around the cut head.

    Return home before next window

    Return home before next window

    At 25–30 m/min the return window shrinks. Hose drag chains must move freely; sticky plumbing fails before PLC gains can compensate.

    Verify length batch on HMI

    Verify length batch on HMI

    Close commissioning with recipe length plus a scrap tag. Label which punch/cut servos are actually installed on this line.

    Tag host spec separately

    Tag host spec separately

    The wide line shot gives context for where the shear sits. Keep the page title and SKU on the flying shear station, instead of retitling it as the host profile.

    What's included

    This line

    Servo tracking flying shear: match-speed cutoff with 3.8 kW servo, 5.5 kW air-cooled hydraulics, rear cut, Cr12mov blade, Omron encoder, around 25–30 m/min.

    Standard build

    Stop-cuttrapezoidal shear,guillotineshear,pedalshear,outfeedstacker and tiletrim accessorieshave their own process pages.

    Key details

    Line speed

    Match-speed flying shear cuts while the strip moves. Stop-cut shears halt the strip for each cut; the two stations belong in different process pages.

    Note 2

    This build uses a 3.8 kW servo.

    FAQ

    How fast does the line run and how is the sheet cut to length?
    Servo tracking flying shear— match-speed cutoff.
    What is the power and hydraulic configuration?
    Pump motor5.5 kW·air cooled.
    How is the forming frame built?
    This order:220 V / 60 Hz / 3-phase— retag if another install ships a different voltage.

    Related processes

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