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KSP600-3X40

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KSP600-3X40 is the three-channel 40 A class KUKA Servo Pack used to drive matched manipulator axes in a KR C4 cabinet.
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Technical specifications for KSP600-3X40

  • Manufacturer:
    KUKA
  • Part Number:
    KSP600-3X40
  • Product Family:
    KUKA
  • Product Type:
    KUKA Servo Pack 600 Axis Drive Controller
  • Stock:
    1
  • Axis amplifier channels:
    3
  • Peak output current:
    3 x 40 A
  • Power-stage control:
    Field-oriented torque control
  • DC-link supply:
    Direct input from KUKA Power Pack
  • 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 Load Matching Drive Chain Service Restore Product Applications

Features:

  • 40 A drive class: three regulated channels support the documented current tier
  • Channel-level diagnosis: motor, brake, cable, and power-stage evidence can be evaluated separately
  • Configuration-controlled use: robot and WorkVisual assignments define the valid installation
KSP600-3X40 serves robot configurations whose three assigned axes require the documented 40 A KSP tier.

The module is only one part of the drive chain; the KPP, DC link, axis cabling, motors, brakes, and cooling remain distinct diagnostic boundaries.

A dependable exchange keeps the exact article identity and project definition aligned with the physical connector and axis map.
Apter Power can compare KSP600-3X40 article, cabinet, axis-map, diagnostic, condition, and documentation evidence before sourcing.
KUKA KSP600-3X40 KUKA Servo Pack 600 Axis Drive Controller 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.
  • Current tier: verify that the assigned motors belong to the documented 3 x 40 A configuration.
  • Axis map: preserve channel-to-axis ownership before disconnecting any motor cable.
  • Motion proof: compare commanded torque and channel diagnostics during controlled recommissioning.
  • Upstream check: establish KPP and DC-link health before isolating the KSP.
  • Field path: inspect motor, brake, shielding, and connector condition for the affected channel.
  • Thermal path: verify fans, airflow, and cabinet contamination before loading the replacement.
  • Project archive: retain KSS and WorkVisual versions plus the hardware configuration.
  • Mastering control: review axis mastering whenever drive or feedback paths are disturbed.
  • Safety closure: complete brake and safety-function tests before automatic operation.
  • Medium-current robot axes: control three matched manipulator motors in the documented current tier.
  • Planned cabinet exchange: replace a verified module while retaining the original project and axis map.
  • Drive-chain diagnosis: distinguish KPP, KSP, cable, motor, brake, cooling, and project causes.
Description
KSP600-3X40 is the 3 x 40 A KUKA Servo Pack variant documented for KR C4 manipulator-axis control. Its three power stages translate the common DC-link supply into regulated motor torque for the assigned robot axes.

Because KSP600-3X40 sits between the KUKA Power Pack and three axis motors, diagnosis must keep the upstream DC link, individual motor and brake circuits, cooling, and the controller project as separate evidence paths. A common alarm does not automatically identify the KSP as the failed component.

For replacement work, confirm KSP600-3X40 on the nameplate together with the article number, robot type, cabinet revision, axis map, and WorkVisual hardware configuration. Recommissioning should include brake checks, mastering review, channel diagnostics, and controlled motion before production resumes.
Alternative Names
KSP 600-3x40 KSP6003X40 KUKA KSP 600 40 A Drive KR C4 Three-Channel Axis Pack
Technical notes
KSP600-3X40 provides three 40 A class axis amplifiers from the KPP DC link. Diagnose upstream power and each motor/brake path separately, then confirm the exact article number, cooling, axis map, and WorkVisual definition before replacement or recommissioning.
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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.
What should be checked when all three channels of KSP600-3X40 fault at the same time?
Start with shared causes: KPP and DC-link status, control communication, cabinet power, cooling, and the project hardware definition. Investigate individual motors only after the common supply and configuration path is proven.
Why can one axis connected to KSP600-3X40 overheat while the other two operate normally?
Inspect that channel’s motor data, brake release, cable and connector condition, mechanical load, mastering, and cooling exposure. A single-axis symptom points to a local path before it proves a three-channel power-stage fault.
How should KSP600-3X40 be matched to a replacement cabinet project?
Compare the complete article number, robot type, controller revision, channel-to-axis map, KPP, KSS and WorkVisual versions, safety configuration, and archived mastering data before commissioning.
Does a matching front connector make another KSP equivalent to KSP600-3X40?
No. Connector fit does not confirm current class, internal variant, article number, cabinet approval, software definition, motor assignment, or safety-system suitability.
Which tests close a KSP600-3X40 repair effectively?
Confirm cooling and diagnostics, prove brake release, jog each assigned axis under controlled conditions, review current behavior and mastering, and run the approved safety and production acceptance sequence.
What should a buyer send with a KSP600-3X40 sourcing request?
Send clear nameplate and cabinet photographs, article number, robot and controller type, software versions, axis assignments, fault history, required condition, quantity, destination, and delivery deadline.

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