MDSKSRS036-13
MDSKSRS036-13
MDSKSRS036-13
MDSKSRS036-13
MDSKSRS036-13
MDSKSRS036-13
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    Apter Power supplies MDSKSRS036-13 for maintenance and replacement of matching Lenze servo axes.

MDSKSRS036-13

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Lenze MDSKSRS036-13 is a synchronous servo motor that converts a matched drive command into controlled shaft motion for industrial machine axes.
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Technical specifications for MDSKSRS036-13

  • Manufacturer:
    Lenze
  • Part Number:
    MDSKSRS036-13
  • Product Family:
    Lenze Drives
  • Product Type:
    Synchronous Servo Motor
  • Stock:
    1
  • Rated Speed:
    4000 rpm
  • Rated Voltage:
    245 V
  • Weight:
    2 kg
  • Estimated shipping dimensions:
    18.5x11x8.3cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Motion Design Drive Matching Axis Service Applications

Features:

  • Closed-loop axis role: The motor works with a servo drive and feedback device rather than direct mains power.
  • Exact suffix identity: The complete nameplate distinguishes the installed motor configuration from a similar-looking frame.
  • Mechanical integration: Shaft, mounting face and coupling geometry form the physical boundary of the replacement.
MDSKSRS036-13 turns the command from a matched Lenze servo system into controlled machine movement.

Its nameplate identity links the motor to the drive project, feedback arrangement and mechanical axis already established in the machine.

That combined electrical and mechanical fit is why visual frame similarity alone is insufficient for service replacement.

Apter Power can help confirm Lenze MDSKSRS036-13 identity, drive family, feedback, brake and connector scope before quotation.
Lenze MDSKSRS036-13 Synchronous Servo Motor Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Synchronous operation: Rotor position and drive current are coordinated for controlled torque production.
  • Rated-speed anchor: The 4000 rpm point guides continuous-duty and thermal review.
  • Load matching: Gear ratio and reflected inertia determine acceleration and settling behavior.
  • Feedback dependency: The drive must recognize the installed feedback arrangement before closed-loop motion.
  • Voltage relationship: The 245 V motor rating is evaluated with the selected drive and mains supply.
  • Field weakening: Supported control can extend speed when available voltage reaches its limit.
  • Torque-speed boundary: Higher speed normally reduces available continuous torque.
  • Current regulation: The servo drive controls motor current from the motion command and rotor-feedback response.
  • Connector record: Power, feedback and brake connections are photographed before removal.
  • Mechanical alignment: Coupling and mounting faces are checked for preload or damage.
  • Brake verification: If fitted, release and holding behavior are tested independently of torque control.
  • Packaging axes: Drives indexed motion where position repeatability affects sealing or cut location.
  • Handling systems: Controls transfer, pick-and-place or gantry movement through a matched servo drive.
  • Printing machinery: Supports coordinated web or cylinder motion with controlled speed changes.
  • Assembly machinery: Drives repeated positioning movements in a machine axis engineered for this motor configuration.
Description
MDSKSRS036-13 is the electromechanical element of a Lenze closed-loop motion axis. Its synchronous construction allows the matched drive to control torque, speed and position through the installed feedback path rather than treating the motor as an across-the-line machine.

For an existing axis, MDSKSRS036-13 preserves the mechanical and feedback identity around which the machine was commissioned. Matching that complete configuration helps maintenance teams restore the intended motion response without redesigning the coupling, mounting and drive project during a planned replacement.
Alternative Names
MDSKSRS03613
Technical notes
Lenze MDSKSRS036-13 depends on the matching servo-drive motor data and feedback configuration; an incorrect dataset can produce unstable torque or positioning even when the motor mounts correctly. Load the exact motor record, verify feedback direction at limited speed, and stop commissioning if current, rotation or following error differs from the established axis.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Can MDSKSRS036-13 run directly from a 400 V mains supply?
No. It is a servo motor and requires a compatible servo drive. The drive converts the mains supply into controlled motor voltage and current using the configured feedback and motor data.
MDSKSRS036-13 draws excessive current only during acceleration after replacement. What should maintenance separate first?
Separate the motor from the driven load where the machine permits, then compare acceleration current and shaft behavior. A mechanical bind or changed reflected inertia must be resolved before drive tuning is altered.
What must match when replacing MDSKSRS036-13 on an existing axis?
Frame appearance alone is insufficient. The complete suffix, shaft, mounting interface, connectors, feedback and any fitted brake must agree with the installed axis before the order is released.
The MDSKSRS036-13 shaft turns but the mechanism lags or chatters. Where should diagnosis begin?
Begin with the coupling, key, gearbox input and mechanical alignment. Lost motion between the motor shaft and load cannot be corrected by increasing servo gain.
A brake-equipped MDSKSRS036-13 develops current but its shaft remains locked. What should maintenance test?
Test the brake supply and release command independently before increasing torque demand. A brake that remains applied can imitate a seized load and overheat the motor or coupling.
Position error on MDSKSRS036-13 increases only after the machine warms up. What should be separated?
Separate temperature-related mechanical drag from coupling movement and feedback instability. Compare cold and warm current, shaft alignment and feedback behavior before changing the drive tuning.