Product Introduction
The ABB (KUKA) 00-110-185 Teach Pendant Control Panel is a dedicated human–machine interface designed for industrial robot operation, commissioning, and maintenance. It functions as the primary interaction device between operators and the robot controller, enabling accurate manual control, program execution, and system supervision during both setup and production phases.
This control panel is widely deployed in ABB and KUKA robotic systems where stable, deterministic input is required. It allows operators to safely jog robot axes, define motion points, and validate control logic in real time. The design focuses on operational reliability, electrical compatibility, and ease of use within industrial automation environments.
With a 24 VDC operating voltage, a rated current of 0.5 A, and an integrated 10-meter cable, the teach pendant provides sufficient flexibility for large robotic cells while maintaining secure and uninterrupted communication with the robot controller.
Product Specifications
| Parameter | Description |
|---|---|
| Product Model | ABB (KUKA) 00-110-185 |
| Product Type | Teach Pendant Control Panel |
| Operating Voltage | 24 VDC |
| Rated Current | 0.5 A |
| Power Supply Method | Supplied by robot controller |
| Interface Type | Hardwired control interface |
| Operating Mode | Manual teaching and control |
| System Compatibility | ABB / KUKA robotic controllers |
| Application Environment | Industrial automation |
| Cable Length | 10 meters |
| Cable Design | Integrated, fixed cable |
| Dimensions | 203 × 190 × 60 mm |
| Weight | 3.08 kg |
Applications
• Robot commissioning and initial setup, allowing engineers to manually position robot axes, define reference points, and confirm motion paths before production release.
• Manual teaching and program adjustment, enabling precise input during trajectory tuning, speed optimization, and sequence verification.
• Maintenance and troubleshooting, providing direct access to robot motion control and system responses during fault diagnosis and corrective actions.
• System integration and factory acceptance testing, where controlled manual operation is required to validate safety logic and functional performance.
• Training and operational validation, supporting safe demonstration of robot behavior in controlled environments.
Advantages
• Stable and deterministic signal transmission, achieved through a hardwired interface that ensures immediate response and accurate command execution.
• Low-voltage 24 VDC design, enhancing electrical safety and simplifying integration into standard industrial control architectures.
• Robust mechanical construction, suitable for frequent handling in demanding factory environments.
• Extended operational reach, provided by the integrated 10-meter cable, allowing operators to maintain safe distances from active robotic equipment.
• High compatibility with ABB and KUKA control systems, reducing engineering effort during installation and minimizing commissioning time.
• Optimized for precision teaching, supporting accurate axis jogging and repeatable positioning during robot programming tasks.
Excellent PLC
