Greenconn Floating Connectors: Enhancing Connectivity for Collaborative Robots

In today's fast-evolving industries such as smart manufacturing, medical assistance, and commercial services, collaborative robots are transforming production and service methods. To operate accurately and reliably in complex and dynamic environments, these robots require high-quality core components like robotic arm joint controllers. High-reliability connectors, crucial for stable signal and power transmission, play a key role in ensuring the performance of these components.

Greenconn’s GGAC203-A002 and CGAD201-A001 series floating connectors, featuring exceptional floating capability, pitch precision, and reliability, deliver high performance for collaborative robot joint controllers.

Floating Capability and Connection Stability

These floating connectors offer superior three-axis floating capability: ±0.6mm on the X/Y axes and ±0.5mm on the Z axis, compensating for alignment errors and ensuring stable, reliable connections in high-precision robotic joint control. The fine 0.50mm pitch and flexible pin count options enable them to accommodate diverse circuit connections. Rated at 0.5A per signal pin and 3A per power pin, with an insulation voltage withstand of AC 250V, these connectors ensure stable signal and power transmission under high loads. Additionally, the wide operating temperature range of -55°C to 105°C allows them to perform reliably in harsh, fluctuating environments.

Material Quality and Long-Term Reliability

The connectors are made of high-temperature LCP insulation, ensuring long-term stability in high-heat environments. The phosphor bronze contacts have a nickel underlayer and an optional gold plating, providing excellent conductivity and durability. With a mating durability of 100 cycles and low contact resistance, these connectors ensure long-term reliability for uninterrupted robotic operations.

Efficient Mounting and Convenient Installation

By leveraging SMT mounting technology, these connectors enable a more streamlined and efficient installation, meeting the demands of high-density assembly and automated production in modern robotics. From compact designs to complex structures, they integrate seamlessly, providing highly adaptable internal layouts for robotic joints.

As collaborative robots advance in flexibility and intelligence, Greenconn's floating connectors will continue to enhance the connectivity of joint controllers, ensuring robotic stability and precision in tasks like precision assembly and minimally invasive surgical assistance, while driving the advancement of intelligent robotic automation.