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TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78

TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78

    • TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78
    • TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78
    • TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78
    • TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78
  • TAMAGAWA TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78 TS2650N101E78

    Product Details:

    Place of Origin: Japan
    Brand Name: Tamagawa
    Certification: CE
    Model Number: TS2650N101E78

    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
    TAMAGAWA: TAMAGAWA Material: Iron
    Color: Black Temperature: 20-90
    Wire: Wire Dimension: 80mm
    Japan: Japan TS2650N101E78: TS2650N101E78

     

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    If both the JogForward and JogBackward parameters are simultaneously TRUE, the axis stops with the configured Acceleration = 10.0 and
    Deceleration = 5.0
    deceleration. An error is indicated in parameters "Error", "ErrorID", and "ErrorInfo". The axis is moved in the positive direction in jog mode via "Jog_F". When the target velocity 50.0 is reached, this is
    The following values were configured in the "Dynamics > General" configuration window: signaled via "InVelo_1". The axis brakes to a standstill again after Jog_F is reset.

    Please contact with “Tommy” for the price

     

    TS5246N164

    TS2025N471E69

    TS2014N181E32

    TS5208N111E78

    TS5208N141E78

    TS3684N1E3

    TS3684N13E8

    TS3617N1E3

    TS3617N1E1

    TS3617N1E2

    TS3617N2E4

    TS3630N11E1

    TS3664N2E4

    TS3653N13E7

    TS3653N12E6

    TS3653N2E5

    TS3624N2E3

    TS3653N13E9

    TS3653N2E6

    TS3653N3E7

    TS3653N3E8

    TS3653N3E9

    TS1980N43E12

    TS1980N56E12

    TS1980N43E12

    TS1980N56E12

    TS1981N134E9

    TS1981N53E19

    TS1981N56E19

    TS1981N56E19

    TS1982N126E6

    TS1982N128E6

    TS1982N53E6

    TS1982N56E18

    TS1983N146E5

    TS252N30E1

    TS3503N11E43

    TS3062E3

    TS3092N11E12

    TS3095N2

    TS3103N156

    TS3103N178

    TS3103N255

    TS3103N302

    TS3103N40

    TS3132N32

    TS3134N21

    TS3134N22

    TS3134N21

    TS3134N22

    TS3134N317

    TS3134N52

    TS3166

    TS3166N43

    TS3212N32

    TS3214N12

    TS3214N13

    TS3214N15

    TS3214N16

    TS3214N44

    TS3218

    TS3218N42

    TS3218N5

    TS3250E12

    TS3617N1E1

    TS3617N1E2

    TS3617N11E1

    TS3617N1E3

    TS3617N2E4

    TS3617N2E5

    TS3617N2E6

    TS3617N2E7

    TS3617N3E10

    TS3617N3E8

    TS3617N13E8

    TS3617N376

    TS3617N381

    TS3617N3E9

    TS3617N13E9

    TS3617N40E3

    TS3617N47E4

    TS3624N1E1

    TS3624N21E1

    TS3624N21E2

    TS3624N1E2

    TS3624N102E4

    TS3624N103E5

    TS3624N203E5

    TS3275N125

    TS3153N15E18

    TS3602N213E8

    TS3602N233E8

    TS3602N31E8

    TS3617N1E1

    TS3617N1E2

    The axis is moved in the negative direction in jog mode via "Jog_B". When the target velocity 50.0 is reached, this
    is signaled via "InVelo_1". The axis brakes to a standstill again after Jog_B is reset. Executes a series of individual
    motions for a motor control axis
    that can combine into a
    movement sequence.
    Individual motions are configured
    in a technology object command
    table for pulse train output
    (TO_CommandTable_PTO). Axis technology object
    Table IN TO_CommandTable_1 - Command table technology object
    Execute IN Booll FALSE Start job with rising edge
    StartIndex IN Int 1 Start command table processing with this step
    Limits: 1 ≤ StartIndex ≤ EndIndex
    EndIndex IN Int 32 End command table processing with this step
    Limits: StartIndex ≤ EndIndex ≤ 32
    Done OUT Bool FALSE MC_CommandTable processing completed
    successfully
    Busy OUT Bool FALSE Operation in progress
    CommandAborted OUT Bool FALSE The task was aborted during processing by
    another task.
    Error OUT Bool FALSE An error ocurred during processing. The cause is
    indicated by the parameters ErrorID and ErrorInfo.
    ErrorID OUT Word 16#0000 Error identifier
    ErrorInfo OUT Word 16#0000 Error information
    Step OUT Int 0 Step currently in process
    Code OUT Word 16#0000 User defined identifier of the step currently in
    process
    You can create the desired movement sequence in the "Command Table" configuration
    window and check the result against the graphic view in the trend diagram. You can select the command types that are to be used for processing the command table.
    Up to 32 jobs can be entered. The commands are processed in sequence.
    Table 9- 45 MC_CommandTable command types
    Command type Description
    Empty The empty serves as a placeholder for any commands to be added. The empty entry is
    ignored when the command table is processed
    Halt Pause axis.
    Note: The command only takes place after a "Velocity setpoint" command.
    Positioning Relative Positions the axis based upon distance. The command moves the axis by the given
    distance and velocity.
    Positioning Absolute Positions the axis based upon location. The command moves the axis to the given
    location, using the velocity specified.
    Velocity setpoint Moves the axis at the given velocity.
    Wait Waits until the given period is over. "Wait" does not stop an active traversing motion.
    Separator Adds a "Separator" line above the selected line. The separator line allows more than one
    profile to be defined in a single command table.
    Prerequisites for MC_CommandTable execution

     

     

    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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