Product Introduction
The Industrial Collaborative Robot (CRP-RC13-10) is an industrial-grade collaborative robot that deeply integrates safety, intelligence, and efficiency. It is dedicated to reshaping the human-robot collaboration model in industrial production. With its superior performance and innovative design, it seamlessly integrates into various industrial manufacturing processes, providing reliable and flexible automated collaborative solutions for industries such as automotive parts assembly, 3C product manufacturing, and precision machining.
Functional Features
● Convenient Interaction, Intelligent Control
Equipped with an intuitive and user-friendly interface, the CRP-RC13-10 supports various programming methods, including graphical programming and teach-in programming. Operators can easily set up tasks and adjust programs without extensive programming knowledge. Furthermore, its robust compatibility allows seamless integration with factory automation systems such as PLCs and MES, enabling real-time data interaction and collaborative control, helping companies build intelligent production systems.
● Stable and Durable, Long-Lasting Support
The CRP-RC13-10 utilizes high-quality core components, an optimized mechanical structure, and sophisticated manufacturing processes to ensure stable and reliable performance in long-term, high-intensity industrial environments. Rigorous reliability testing and verification ensures a low failure rate and simplified maintenance, effectively minimizing downtime and ensuring continuous, stable production.
Robot Body Technical Parameters
|
Model |
CRP-RC13-10-W |
|
|
Number of axis |
6 axis |
|
|
Maximum load |
10kg |
|
|
Maximum reaching distance |
1320mm |
|
|
Repeated positioning accuracy |
士0.03mm |
|
|
Robot body weight |
22.5kg |
|
|
Maximum travel |
J1 |
士360° |
|
J2 |
士360° |
|
|
J3 |
-75°~255° |
|
|
J4 |
±210° |
|
|
J5 |
士360° |
|
|
J6 |
土210° |
|
|
Maximum speed |
J1 |
107°/S |
|
J2 |
107°/S |
|
|
J3 |
200°/S |
|
|
J4 |
250°/S |
|
|
J5 |
250°/S |
|
|
J6 |
250°/S |
|
|
IP level |
IP54 |
|
|
Electrical cabinet configuration |
X2 collaborative electric box |
|
Installation Interface Diagram
The Movement Range Of The Robot
FAQ
Q: How does the Industrial Collaborative Robot (CRP-RC13-10) ensure safety during human-robot collaboration?
A: The CRP-RC13-10 is equipped with high-precision force sensors and intelligent collision detection technology. During human-robot collaboration, if contact with an operator or object is detected, it can instantly trigger emergency braking or deceleration. This eliminates the need for large safety fences and ensures safe human-robot collaboration, allowing humans and industrial collaborative robots to work side by side with confidence.
Q: What is the payload capacity of the CRP-RC13-10, and what applications is it suitable for?
A: With a payload capacity of 10 kg, the CRP-RC13-10 is suitable for applications such as automotive parts assembly, consumer electronics manufacturing, and precision machining. Whether handling small mechanical parts or installing precision components, this industrial collaborative robot excels with its precise control and stable performance.
Q: Can people without programming experience operate the CRP-RC13-10?
A: Yes. The CRP-RC13-10 features an intuitive and user-friendly interface that supports various programming methods, including graphical programming and teach-in programming. Even operators with no programming experience can quickly master the system and easily complete task setup and program adjustments for the collaborative robot.
Q: What are the advantages of the CRP-RC13-10 in terms of installation and deployment?
A: The CRP-RC13-10 features a compact and lightweight design with a compact body and a small footprint. This makes it adaptable to diverse production environments, from legacy production lines to smart workshops, eliminating the need for major site modifications. Installation and commissioning can be completed quickly, helping companies efficiently deploy collaborative robots.
Q: Is this collaborative robot complex to maintain?
A: The CRP-RC13-10 utilizes high-quality core components and an optimized mechanical structure, resulting in a low failure rate. Routine maintenance primarily involves basic tasks such as regular component connection checks and cleaning. The simple maintenance process effectively minimizes downtime and ensures continuous and stable operation of the robot.
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