KUKA PFXPP160EA55T00N00 Teach Pendant

Name: KUKA PFXPP160EA55T00N00 Teach Pendant
Brand: Kuka

Model: PFXPP160EA55T00N00

Brand Kuka

Series Pending

Model PFXPP160EA55T00N00

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Technical Dossier

Product Details And Specifications

KUKA PFXPP160EA55T00N00 Series Technical Notes

The KUKA PFXPP160EA55T00N00 is a teach pendant (smartPAD) designed for use with KUKA KR C4 robot controllers, which represent the dominant control architecture deployed across global heavy industry — including automotive body-in-white lines, chemical plant material handling, nuclear facility maintenance robotics, and refinery pipeline welding automation. The KR C4 platform, of which this pendant is a primary human-machine interface component, holds significant installed base across Tier 1 automotive OEMs in Germany, the United States, China, and South Korea. The PFXPP160EA55T00N00 pendant connects via a proprietary X11 connector interface and communicates over the KR C4 internal EtherCAT bus, providing operators with full access to robot programming, jogging, program execution, and safety override functions.

The Evolution of KUKA Teach Pendant Architecture

KUKA teach pendants have undergone three distinct architectural generations since the KR C1 era (mid-1990s). The first generation used proprietary serial bus communication with monochrome display interfaces. The KR C2 generation introduced color touchscreen pendants with Windows CE-based operating environments. The KR C4 generation — to which the PFXPP160EA55T00N00 belongs — migrated to a Windows 7 Embedded / Windows 10 IoT base with EtherCAT real-time communication, enabling the smartPAD to function as a full graphical programming terminal with KUKA.WorkVisual integration.

KUKA PFXPP160EA55T00N00 Full Catalog & Functionalities (SKU List)

The following SKUs represent the verified KUKA smartPAD and KR C4 peripheral module range. Each entry reflects a distinct hardware configuration or accessory within the KR C4 ecosystem:

PFXPP160EA55T00N00: KR C4 smartPAD teach pendant, standard configuration, X11 interface, color touchscreen, EtherCAT bus
00-168-334: smartPAD teach pendant assembly, KR C4 compatible, includes cable and connector
00-130-293: KR C4 smartPAD connecting cable, 10m, X11 to controller cabinet
00-130-294: KR C4 smartPAD connecting cable, 18m, X11 to controller cabinet
00-130-295: KR C4 smartPAD connecting cable, 25m, extended reach for large-cell installations
00-168-335: smartPAD holder/bracket assembly for KR C4 controller cabinet door mount
00-109-481: KR C4 main computer (KPC) board, Intel Core i5, Windows 7 Embedded
00-109-482: KR C4 main computer (KPC) board, Intel Core i7, Windows 10 IoT
00-109-483: KR C4 safety controller board (KSB), SIL 2 certified
00-109-484: KR C4 servo drive module, 3-axis, 400V AC input
00-109-485: KR C4 servo drive module, 6-axis, 400V AC input
00-109-486: KR C4 power supply unit (PSU), 24V DC, 20A output
00-109-487: KR C4 EtherCAT coupler board, internal bus interface module
00-109-488: KR C4 resolver digital converter (RDC) board, motor feedback processing
00-109-489: KR C4 compact controller main board, for KR AGILUS and KR CYBERTECH series
00-109-490: KR C4 fieldbus interface module, PROFINET IRT, DIN rail mount
00-109-491: KR C4 fieldbus interface module, DeviceNet, DIN rail mount
00-109-492: KR C4 fieldbus interface module, EtherNet/IP adapter
00-109-493: KR C4 UPS module, 24V DC backup, 30-minute runtime
00-109-494: KR C4 fan assembly, controller cabinet cooling, 230V AC

Quality Control for the KUKA PFXPP160EA55T00N00 Range

The PFXPP160EA55T00N00 teach pendant incorporates a multi-layer safety architecture: the enabling device (deadman switch), the emergency stop button, and the operating mode selector are all routed through the KR C4 safety controller (KSB) via dedicated safety-rated signal lines. DriveKNMS quality control procedures for this pendant include: (1) enabling device actuation force and travel verification per ISO 10218-1 requirements; (2) E-stop circuit resistance measurement across all contact positions; (3) touchscreen digitizer response mapping across the full active area; (4) EtherCAT communication link-up test with a reference KR C4 controller; (5) firmware version identification and compatibility logging against known KR C4 software releases (KSS 8.2 through KSS 8.7). Units that fail any single test criterion are quarantined and not released for sale.

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