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KSP600-3X64

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KSP600-3X64 is the high-current three-channel KUKA Servo Pack variant used for matched KR C4 manipulator-axis loads.
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Technical specifications for KSP600-3X64

  • Manufacturer:
    KUKA
  • Part Number:
    KSP600-3X64
  • Product Family:
    KUKA
  • Product Type:
    KUKA Servo Pack 600 Axis Drive Controller
  • Stock:
    1
  • Axis amplifier channels:
    3
  • Peak output current:
    3 x 64 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 Thermal Duty Power Stage Replacement Proof Product Applications

Features:

  • 64 A current tier: three channels address the documented high-current axis requirement
  • Thermal discipline: cooling and mechanical load evidence are central to diagnosis
  • Staged recommissioning: current, brakes, mastering, and safety are verified before full duty
KSP600-3X64 occupies the high-current end of the documented three-channel KSP 600 variants.

Its correct use depends on a cabinet and robot design that assigns suitable motors and sufficient DC-link and cooling capacity.

A replacement should be accepted only after controlled motion proves each channel without recreating the original thermal or load fault.
Apter Power can review KSP600-3X64 Article No., power path, axis loads, cooling, condition, and project evidence before quotation.
KUKA KSP600-3X64 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.
  • Airflow path: inspect fans, ducts, heat sinks, filters, and cabinet contamination.
  • Load evidence: compare current and thermal events with mechanical duty and brake release.
  • Staged loading: raise motion duty gradually while monitoring channel and cabinet diagnostics.
  • 64 A tier: keep all three axis assignments within the documented high-current configuration.
  • DC-link capacity: verify KPP status and common supply behavior before isolating the KSP.
  • Cable integrity: examine motor, brake, shielding, and grounding paths for each channel.
  • Exact identity: match the complete nameplate and Article No. before installation.
  • Project retention: restore the validated WorkVisual hardware and axis definition.
  • Functional closure: document brakes, mastering, current response, safety, and production acceptance.
  • High-current robot axes: supply three configured manipulator motors in the 64 A KSP tier.
  • Heavy-duty cabinet service: restore drive capacity after power, cooling, and load causes are separated.
  • Controlled restart: validate high-current channels progressively following repair or exchange.
Description
KSP600-3X64 is the documented 3 x 64 A member of the KUKA Servo Pack 600 range. It provides three high-current manipulator-axis power stages inside the KR C4 controller architecture.

The higher current class makes KSP600-3X64 especially dependent on the exact motor allocation, KPP and DC-link design, cabinet cooling, and controller project. Thermal or current alarms must be separated from mechanical loading, brake drag, motor-cable faults, and blocked airflow.

Before service, verify KSP600-3X64 by complete nameplate and Article No., then preserve the axis map, connector labels, WorkVisual definition, mastering data, and fault history. Recommission with staged motion and current observation rather than returning directly to full production duty.
Alternative Names
KSP 600-3x64 KSP6003X64 KUKA KSP 600 64 A Drive KR C4 High-Current Servo Pack
Technical notes
KSP600-3X64 is the documented three-axis, 3 x 64 A KSP current class. Confirm the exact Article No., KPP and DC-link capacity, motor assignment, cable condition, airflow, WorkVisual project, and mastering record; high-current alarms can originate outside the drive module.
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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.
Why can KSP600-3X64 overtemperature without an internal power-stage failure?
Check blocked airflow, failed fans, contaminated heat sinks, brake drag, excessive mechanical load, motor or cable defects, and repeated duty cycles before assigning the alarm to the drive electronics.
How should current imbalance across KSP600-3X64 be investigated?
Correlate each channel with its axis, commanded torque, brake state, mechanical load, motor and cable condition, mastering, and diagnostic history. Compare channels only after their motion duties are understood.
What upstream evidence is required before replacing KSP600-3X64?
Confirm KPP and DC-link health, supply events, cabinet cooling, grounding, controller communication, and the WorkVisual definition so a shared fault is not mistaken for a three-channel KSP failure.
Can a lower-current KSP replace KSP600-3X64 for reduced robot speed?
No such substitution should be inferred. Robot speed does not establish motor current or cabinet approval; require KUKA documentation for the exact robot, motors, KPP, software, and safety configuration.
How should KSP600-3X64 be returned to service after exchange?
Verify connectors and cooling, test brakes, jog each axis with current monitoring, review mastering and diagnostics, then perform the approved safety checks before increasing to production duty.
What should procurement collect for KSP600-3X64?
Collect full nameplate and Article No. images, robot and controller types, KPP, axis map, software versions, fault and thermal history, quantity, condition, destination, and outage date.