Yaskawa teach pendants (also known as Programming Handsets or PHG) and related cable assemblies serve as the primary humanCmachine interface for Yaskawa industrial robot controllers.
This index page provides a system-level reference for understanding how Yaskawa teach pendant systems and pendant cable architectures are structured, classified, and associated with different controller platforms (e.g., DX100, DX200, YRC1000).
Teach Pendant & Cable System Architecture
Yaskawa teach pendant systems consist of handheld operator terminals and dedicated cable assemblies used for power delivery, communication, and safety signaling.
Pendant and cable compatibility is defined primarily by controller platform and interface architecture, rather than by physical appearance alone.
| Component Category | Associated Controller Platforms | System Role |
|---|---|---|
| Teach Pendant Units | DX100, DX200, YRC1000 | Operator interface for teaching and manual control |
| Teach Pendant Cable Assemblies | Multiple generations | Power, data, and safety signal transmission |
| Pendant Interface Electronics | Platform-specific | Display control and interface processing |
| Emergency Stop & Safety Circuits | All platforms | Operator safety and system interlock |
This abstraction reflects how Yaskawa structures teach pendant systems as an integrated interface layer.
1. Yaskawa Teach Pendant Families
Yaskawa teach pendants are grouped by controller platform and interface generation, rather than by cosmetic design or keypad layout.
At a system level, pendant families are characterized by:
- YRC1000 System: Modern touchscreen interface (e.g., JZNC-TPW01).
- DX100 / DX200 System: Windows CE-based interface with physical function keys.
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NX100 System: Legacy Windows CE interface.
"Whether you are maintaining a modern touchscreen system or a legacy Windows CE-based interface, using the correct hardware version is vital. Please refer to our [verified inventory of Yaskawa JZRCR series teach pendants] to find the specific model required for your YRC, DX, or NX controller series:"
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Yaskawa YRC1000 JZRCR-APP01-1 Teach Pendant
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Yaskawa DX100 JZRCR-YPP01-1 Teach Pendant （Used）
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YASKAWA Teach Pendant JZRCR-YPP21-1 DX200 （New / Used）
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Yaskawa NX100 JZRCR-NPP01B-1 Teach Pendant
Teach pendant compatibility is determined by controller platform and interface design, not by external form factor alone.
2. Teach Pendant Cable Assemblies
Teach pendant cable assemblies connect the pendant unit to the controller cabinet and support multiple system-level functions.
At an index level, pendant cables are defined by:
- Platform-Specific Connectors: Cables are designed for specific controller generations.
- Signal Routing: Combined routing of power, communication, and safety signals.
- Interface Validation: Cables are matched to the pendant family for safety signal integrity.
Cable assemblies are identified by interface type and controller platform, rather than by cable length or external labeling.
"To support your system's operational hardware requirements, please explore our availability of the following [platform-specific Yaskawa teach pendant cables] designed for immediate integration:"
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HB1371456-1 YRC1000 Teach Pendant Cable 8M for Yaskawa
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Yaskawa Teach Pendant Cable CBL-XR005-1 X81 8M for JZNC-XPP02B
3. Identification & Classification Scope
When identifying Yaskawa teach pendants and cable components, the following principles apply:
- Platform Dependency: Pendant compatibility is defined strictly by the controller platform (e.g., a DX200 pendant cannot be used on a YRC1000).
- Cable Matching: Cable assemblies must match both the pendant family and the controller interface connector.
- Physical Appearance Misleading: Physical similarity does not guarantee functional or safety compatibility
This index is intended to clarify how Yaskawa teach pendant and cable systems are structured, not to determine direct replacement suitability.
Frequently Asked Questions
Q1: Are Yaskawa teach pendants interchangeable across different controller platforms?
A: No. Teach pendants are designed around platform-specific interface and safety architectures.
Q2: Can teach pendant cables be reused across different pendant families?
A: No. Cable assemblies are tightly coupled to pendant interface design and controller platform.
Q3: Why are teach pendants and cables indexed together?
A: Because they operate as a unified interface system and must be evaluated together at a system level.
Teach Pendant Spare Parts by Robot Brand
Teach pendants serve as the primary humanCmachine interface within robot controller systems. Although similar in appearance, teach pendants are controller-generationCbound and differ by communication protocol, safety integration, and firmware architecture.
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ABB Teach Pendants
Teach pendant interfaces designed for ABB controller systems, including IRC5 and OmniCore platforms. -
FANUC Teach Pendants
Teach pendant interfaces used with FANUC R-30i series controller architectures. -
KUKA Teach Pendants
Teach pendant interfaces corresponding to KUKA KRC controller platforms. -
Yaskawa Teach Pendants
Teach pendant interfaces associated with Yaskawa NX, DX, and YRC controller systems.
Related Yaskawa Index Pages
Reference Notes
This section provides supplementary reference links related to Yaskawa HMI architecture, pendant system classification, and interface connectivity structures.
Referenced materials are intended to support index navigation and structural orientation within the Yaskawa/Motoman operator interface ecosystem only. They are informational in nature and do not replace official Yaskawa technical documentation, system manuals, or software release notes.