KEBA 3HAC023195-001 Robot Teaching Pendant
Product Details Introduction
Product Overview:
KEBA 3HAC023195-001 is a human-machine interaction device designed specifically for industrial robots (especially ABB series), commonly referred to as a "robot teaching pendant" or "teaching pendant". It is used for manual programming, path teaching, parameter setting, and equipment operation monitoring, and is one of the core operating interfaces in robot systems. This product is customized and manufactured by KEBA, and conforms to ergonomic design and operational safety regulations that meet industry standards.
Main technical parameters:
Display screen: High resolution color LCD display screen
Touch technology: resistive or capacitive touch screen (depending on the version)
Control button: Integrated multifunctional soft and hard button area
Emergency stop button: equipped with a red emergency stop button, in compliance with CE safety standards
Enable switch: three-stage safety enable switch (held with left or right hand)
Communication interface: standard industrial Ethernet or dedicated interface connected to the controller
Cable length: The standard is 5-10 meters, and longer cables can be customized
Shell material: Industrial grade impact resistant plastic, with good dust and shock resistance
Working temperature: 0 ° C to 50 ° C
Compatible controller: compatible with ABB IRC5 control system (typical scenario)
Application areas:
1. Industrial robot teaching and programming
Teach the robot action path through touch screen and directional keys.
Real time monitoring of robot status, modifying program parameters, downloading or uploading action scripts.
Support jog control, interpolation mode setting, and motion mode selection.
2. Welding and spraying robot operation
Used to set welding trajectory, spraying area, nozzle angle, and other process parameters.
Realize precise posture adjustment to ensure coating uniformity and welding consistency.
3. Control of handling and sorting robots
Quickly configure pick and place points, and reduce deployment time through touch based teaching.
Suitable for robot integrators for production line debugging and end tool calibration.
4. Integration of Machine Vision and Collaborative Systems
Used to configure camera position, recognition parameters, and calibration area.
As a portable main control terminal in collaborative robot systems, it simplifies the interaction process.
5. Robot platforms for universities and research institutions
A commonly used control terminal in teaching and research and development processes, suitable for industrial level teaching and experimental verification.
Support quick calling of teaching instructions, testing algorithms, and collecting feedback data.
Product imag

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