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LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B

LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B

    • LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B
    • LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B
    • LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B
    • LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B
  • LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B

    Product Details:

    Place of Origin: GERMANY
    Brand Name: LENZE
    Certification: CE
    Model Number: E82EV753k4B

    Payment & Shipping Terms:

    Minimum Order Quantity: 1pcs
    Packaging Details: carton
    Delivery Time: in stock
    Payment Terms: T/T, Western Union, MoneyGram
    Supply Ability: 100pcs/week
    Contact Now
    Detailed Product Description
    LENZE: LENZE E82EV753k4B: E82EV753k4B
    Material: Iron Color: Black
    Temperature: 30-90 Wire: Wire
    Dimension: 80mm

    LENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4BLENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4BLENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4BLENZE E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B E82EV753k4B

    ERROR Error display LED (red)
    PWR POWER supply voltage LED (green)
    When operating the ET 200MP (PROFIBUS) on a WIN AC RTX, configuration is only possible via GSD file (selection in the
    Figure 3 Block diagram and pin assignment X12 of CPU 1512C-1 PN ardware catalog under "Additional field devices"). Configuration on the basis of a support
    ET 200MP with IM 155-5 DP ST – Operation on a WIN AC RTX package is not supported in the

     

     

    TIA Portal for this device arrangement.
    ET 200MP with IM 155-5 PN ST - Channel diagnostics, MSI/MSO
    Manual IM 155-5 PN ST interface module, edition 11/2017
    Channel diagnostics
    In contrast to the order specified in the manual, the User Structure Identifiers (USI) are structured as follows:
    ● USI data block
    ● Reserved bytes
    ● Manufacturer-specific diagnosticsWhen using the motion control instructions "MC_DefineWorkspaceZone" and "MC_DefineKinematicsZone" to define zones
    for 2D kinematics and 2D kinematics with orientation, only the value 0.0 is permitted at the "Frame.y", "Frame.a", and
    "Frame.c" parameters. The ErrorID 16#80C4 (invalid frame) is displayed for values other than 0.0.
    If you require a setting other than 0.0 at parameters "Frame.y", "Frame.a", or "Frame.c" for these types of kinematics zones,
    configure the 3D variant of the kinematics with interconnection to an additional virtual axis.
    An additional option is to completely define the zones in the configuration of the technology object kinematics in TIA Portal.
    Rotation of coordinate systems and tools (T)
    Contrary to the documented behavior, you can define the rotation of the kinematics coordinate system (KCS), of the object
    coordinate system (OCS) and the tool only within the following value ranges.
    The following table shows the value ranges for the rotations of KCS, OCS and tool frames depending on the kinematics e following table shows the corrected descrtions of the tags from the section "Using technology functions > Motion
    Control > Motion Control (S7-1200, , T) > Using T kinematics functions (T) > Basics (S7-
    1500T) > Coordinate systems and frames (T) > Tags of coordinate systems and frames (T)":Contrary to the documented behavior, you can only interrupt the execution of the motion at the kinematics technology object
    during an active kinematics motion with an "MC_GroupInterrupt" job. If the kinematics is already at a standstill, the execution
    of the motion is not interrupted for subsequent motion jobs. The kinematics is not in "Interrupted" state (StatusWord.X17
    (Interrupted)).
    By entering the value "0.0" for the velocity override, you can suspend the motion until all requested jobs have been entered

     

    in the job chain. Then you can continue the motion with a velocity override "100.0".
    "Jog to target position" operating mode of the Kinematics control panel (T)
    With the "Forward" button, you move the kinematics or an axis by jogging to the position specified under "Target position".
    The motion direction of the Cartesian orientation is not limited to the positive direction here. The orientation axis is moved
    with the "Shortest distance" mode.
    Jogging or positioning the orientation axis A with the Kinematics control panel (S71500T)
    Contrary to the behavior described in the documentation, you can only position orientation axis A in the world coordinate
    system (WCS) with the operating mode "Jog to target position" on the Kinematics control panel.
    Moving a rotary kinematics axis using the Kinematics control panel (T)
    Contrary to the behavior described in the documentation, you cannot move a rotary kinematics axis in the machine
    coordinate system (MCS) using the Kinematics control panel with the operating mode "Jog" if the "Modulo" setting is
    activated for this axis. Moving the axis with the Axis control panelRadius when "CircMode" = 2 less than half the path distance. Adjust the radius.
    Starting point, intermediate point or end point are identical

    Contact Details
    Guang Zhou Lai Jie Electric Co.,Ltd

    Contact Person: Mr. Tommy

    Tel: 86-020-87268766

    Fax: 86-020-87269099

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