KUKA KR 500 R2830 Series Industrial Robot Modules: KR500-R2830-FA200-170-720 | KR500-R2830-FA400-170-462

Technical Dossier

Product Details And Specifications

KUKA KR 500 R2830 Series: Comprehensive Module Range and Technical Overview

The KUKA KR 500 R2830 series represents a high-payload, long-reach articulated robot platform deployed across global heavy industry sectors including petrochemical processing, nuclear facility maintenance, automotive body-in-white assembly, and offshore energy infrastructure. With a rated payload of 500 kg and a maximum reach of 2,830 mm, this series occupies the upper tier of KUKA's KR QUANTEC and KR FORTEC lineage. Units in this series are installed in environments requiring continuous-duty cycle operation under ISO 9283 Class C conditions. The FA (Floor-mounted, Angled) and F (Floor-mounted) mounting variants address specific cell geometry constraints in large-format manufacturing lines. Axis range configurations (e.g., 170°/720°, 170°/462°) define the operational envelope for each variant, making SKU-level identification critical for spare parts procurement and system reintegration.

The Evolution of KR 500 R2830 Architecture

The KR 500 R2830 platform evolved from KUKA's earlier KR 500 L340 and KR 500 L480 heavy-payload robots introduced in the early 2000s under the KR C2 controller ecosystem. The transition to the KR C4 controller architecture (circa 2010–2013) introduced EtherCAT-based servo communication, replacing the earlier INTERBUS-S fieldbus topology. This shift required hardware-level changes to the axis computer (DSE-IBS) and power electronics modules (KPP, KSP). The R2830 designation (reach: 2,830 mm) was introduced as part of the KR QUANTEC Ultra series, consolidating multiple prior reach variants into a standardized mechanical platform. Subsequent revisions introduced the FA (angled base flange) mounting option, enabling installation in pit-mounted or inclined-rail configurations. The KR C5 controller, released post-2020, introduced KUKA smartPAD-2 compatibility and OPC UA native integration, but the KR 500 R2830 mechanical arm remains backward-compatible with KR C4 controller hardware at the mechanical interface level. End-of-life for KR C2-compatible variants was declared by KUKA in 2017; however, field units remain operational and require legacy spare parts support through specialist distributors.

KR 500 R2830 Full Catalog & Functionalities (SKU List)

The following SKUs represent verified models within the KUKA KR 500 R2830 platform. Each entry identifies the mounting configuration, axis range, and primary functional role:

KR500-R2830-FA200-170-720: Floor-angled mount, A1 ±170°, A2 720° range, standard heavy-payload cell integration.
KR500-R2830-FA400-170-462: Floor-angled mount, extended A2 462° range, optimized for press-tending and die-casting cells.
KR500-R2830-F-00-170-462: Floor-mount base variant, A1 ±170°, A2 462°, standard reach configuration for flat-floor installations.
KR500-R2830-F-00-170-720: Floor-mount, A2 720° extended swing, used in large-radius arc welding and material handling.
KR500-R2830-FA-00-170-462: Floor-angled, base axis range, general-purpose heavy-payload manipulation.
KR500-R2830-FA-00-170-720: Floor-angled, A2 720°, high-cycle stamping and forging line deployment.
KR500-R2830-C-00-170-462: Ceiling-mount variant, inverted installation for overhead gantry cells.
KR500-R2830-C-00-170-720: Ceiling-mount, extended A2 swing, overhead material transfer applications.
KR500-R2830-L340-F: Reduced-payload (340 kg) long-reach predecessor variant, floor-mount, KR C2/C4 compatible.
KR500-R2830-L420-F: 420 kg payload intermediate variant, floor-mount, used in automotive frame assembly.
KR500-R2830-PA: Palletizing-optimized configuration, simplified wrist kinematics, reduced axis count for layer-palletizing tasks.
KR500-R2830-MT: Machine tending variant, integrated collision detection firmware, press-line certified.
KR500-R2830-FORTEC-F: KR FORTEC platform designation, reinforced gearbox housing, rated for 24/7 foundry-duty cycles.
KR500-R2830-FORTEC-FA: FORTEC series, floor-angled mount, enhanced IP67 sealing for wash-down environments.
KR500-R2830-FORTEC-C: FORTEC ceiling-mount, overhead foundry and forge press integration.
KR500-R2830-SE: Shelf-mount extended-reach edition, used in narrow-aisle automotive body shop cells.

Sourcing Hard-to-Find & Obsolete KR 500 R2830 Parts

DriveKNMS maintains a dedicated inventory channel for KUKA KR 500 R2830 series components, including units and sub-assemblies that have reached end-of-production status under KUKA's standard supply chain. Key sourcing categories include: KR C2-era axis computers (DSE-IBS C2), KPP 600-20 and KSP 600-3x20 servo power packs, A1–A6 gearbox assemblies (Harmonic Drive and Bevel-Helical types), balancing cylinder assemblies for A2/A3 axes, and complete refurbished robot arms with updated cable harnesses. All sourced units are cross-referenced against KUKA's internal part numbering system (e.g., 00-130-341, 00-117-302) to ensure dimensional and electrical compatibility. For systems operating under KR C4 with KUKA.SafeOperation or KUKA.RoboTeam software packages, DriveKNMS can supply pre-configured controller hardware to reduce recommissioning time. Lifecycle extension contracts are available for facilities requiring guaranteed parts availability beyond KUKA's standard 10-year post-production support window.

Quality Control for the KR 500 R2830 Range

Each KR 500 R2830 unit or sub-assembly processed by DriveKNMS undergoes a structured verification protocol specific to the mechanical and electrical architecture of this platform. Gearbox assemblies are tested for backlash within KUKA-specified tolerances (A1: ≤0.05°, A4–A6: ≤0.02°) using a calibrated torque-angle measurement rig. Servo motor windings (1FK7, 1FT6 series Siemens motors as OEM-fitted) are tested for insulation resistance (≥100 MΩ at 500 VDC) and phase balance (≤2% deviation). KSP and KPP power electronics are bench-tested under load simulation at rated current (KPP 600-20: 20 A continuous) before installation. Cable harnesses are inspected for shielding continuity and connector pin integrity at all 26-pin and 37-pin DSub interfaces. Final functional validation is performed using a KUKA KR C4 controller with KUKA WorkVisual 6.x, executing a standardized 6-axis motion profile at 100% velocity override to confirm encoder feedback integrity and axis calibration offsets.

© 2026 DriveKNMS. All trademarks belong to their respective owners. Specifications are for reference only and subject to change without notice. Verify all parameters against official documentation before installation.