KUKA

KUKA KS REMOTE SERVICE CLIENT B V1

KUKA Remote Service:

secure remote maintenance

In a worst-case scenario, help is needed quickly. Even short downtimes for robots and systems can cause considerable costs for production companies.

With KUKA Remote Service, you can always rely on the certified service technicians and their know-how and support – no matter when, no matter where.

Quick help when it matters

In the event of disruptions or the first signs of a fault, KUKA Remote Service guarantees rapid assistance and appropriate solutions:

using a secure and encrypted VPN connection and the compact KUKA.ConnectivityBox,

our experts access the controller in real time and localize the problem.

This way, our service technicians see what you see – even without long travel times.

The problems between humans and machines are solved by our company’s experienced employees.

The PC for KRC2 is the control PC of the robot controller.

With its fitted components, the PC performs all the functions of the robot controller.

Windows user interface with visual display and input

Program creation, correction, archiving, and maintenance

Sequence control

Path planning

Control of the drive circuit

Monitoring

Parts of the ESC safety circuit

Communication with external periphery (other controllers, host computers, PCs, network)

The KR C4 concept is revolutionary. For the first time, Robot and Motion Control

are seamlessly and interactively integrated with control processes for PLC, CNC

and Safety. With simple and flexible robot programming via inline forms and new

Spline motion programming, KR C4-based automation solutions are superior in

every way. Furthermore, the KR C4 features intelligent, flexible and scalable application potential.

High-end PLC support. The high-end SoftPLC option allows full access to the entire

controller I / O system and has a high runtime performance. It allows the I / O hand

ling of the robot, a complete robot cell or line of robots. In addition, variables such

as axis positions or velocities can be read and processed via function blocks.

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