WAGO's 736-852 Wire to Board connector is a versatile and robust solution for connecting solid or stranded conductors directly to printed circuit boards (PCBs). It offers numerous advantages over traditional connection methods, significantly improving efficiency, reliability, and overall system performance. **Advantages of the WAGO 736-852** * **Push-in CAGE CLAMP? Technology:** The 736-852 utilizes WAGO's renowned Push-in CAGE CLAMP? connection technology. This spring-loaded clamping system provides a secure and vibration-resistant connection that requires minimal insertion force. Solid conductors can be directly inserted, while stranded conductors can be easily connected using a lever. This significantly reduces wiring time and effort compared to screw-based terminals, eliminating the need for special tools and tedious tightening processes.
* **Tool-Free Operation:** The intuitive design allows for tool-free wiring, reducing installation complexity and the potential for human error. The lever operation for stranded wires ensures proper connection every time, removing the guesswork often associated with screw connections.
* **High Reliability and Vibration Resistance:** The CAGE CLAMP? technology ensures a consistent and reliable connection, even in harsh environments with vibration. The spring-loaded mechanism maintains constant contact pressure, preventing loosening and ensuring long-term performance. This is crucial for applications where system uptime is paramount.
* **Compact Design:** The 736-852 features a compact design, allowing for high-density PCB layouts. This is particularly beneficial in space-constrained applications where minimizing the footprint of components is critical.
* **Increased Safety:** The touch-proof design enhances user safety by preventing accidental contact with live parts. The spring-loaded clamping mechanism also contributes to safety by minimizing the risk of loose connections and arcing.
* **Reduced Labor Costs:** The speed and ease of installation offered by the 736-852 translate into significant labor savings during assembly. Reduced wiring time directly impacts project costs and turnaround times.
* **Ease of Maintenance:** The quick-connect, quick-disconnect nature of the 736-852 simplifies maintenance and troubleshooting. Components can be easily replaced or modified without complex disassembly procedures. **Product Highlights** * **Type:** Wire to Board Connector * **Wiring Method:** Push-in CAGE CLAMP? technology with lever operation for stranded wires. * **Number of Poles:** Varies, typically available in various pole counts to suit different application requirements. * **Conductor Range:** Accommodates a wide range of conductor sizes, ensuring compatibility with various wire gauges. * **Pitch:** Standard pitch, typically compatible with standard PCB layouts. * **Orientation:** Right-angle or straight (depending on the specific variant). * **Current Rating:** Designed for various current ratings, suitable for diverse power requirements. * **Voltage Rating:** High voltage ratings, ensuring safe operation in demanding applications. * **Approvals:** Meets relevant industry standards and certifications, such as UL, CSA, and ENEC. **Application Scope** The WAGO 736-852 Wire to Board connector is ideal for a wide range of applications, including: * **Industrial Automation:** Control panels, PLCs, I/O modules, and industrial machinery. * **Building Automation:** HVAC systems, lighting control, and access control systems. * **Power Supplies:** Power distribution units and power conversion systems. * **Medical Equipment:** Medical devices and diagnostic equipment. * **Transportation:** Automotive electronics, rail transportation, and aerospace applications. * **Renewable Energy:** Solar inverters and wind turbine systems. * **Consumer Electronics:** Appliances, lighting fixtures, and various electronic devices.
In essence, the WAGO 736-852 is a versatile and reliable wire-to-board solution offering superior performance, enhanced safety, and streamlined installation across a wide range of industries and applications. It represents a significant advancement over traditional connection methods, offering greater efficiency and reducing total cost of ownership.