The SRS-2-5MM, manufactured by Bivar Inc., is a rigid LED spacer designed to elevate and secure LEDs on printed circuit boards (PCBs). This particular model features a 5mm standoff height. It is part of Bivar's extensive range of LED mounting solutions, known for their precision and reliability.

Applications

• Elevating LEDs on PCBs to ensure proper alignment with front panel openings.
• Providing consistent spacing between LEDs and other components to prevent shorts and overheating.
• Creating uniform height for multiple LEDs in an array.
• Used in electronic devices where visual indication is needed, such as consumer electronics, industrial controls, and instrumentation.
• Prototyping and development of new electronic products.

Features

• Rigid construction: Maintains a consistent standoff height.
• Precise dimensions: Ensures accurate LED positioning.
• Durable material: Typically made from nylon or similar plastic for insulation and mechanical strength.
• Easy to use: Simplifies LED mounting and soldering.
• Lightweight: Adds minimal weight to the PCB assembly.

Benefits

• Improved LED alignment: Ensures consistent visual appearance and optimal light output.
• Reduced assembly time: Simplifies the LED mounting process, saving time and labor costs.
• Enhanced reliability: Prevents stress on LED leads, reducing the risk of failure.
• Better thermal management: Creates space for air circulation around the LED, helping to dissipate heat.
• Professional appearance: Provides a clean and organized look to the PCB assembly.

Additional Details

The SRS-2-5MM is typically made from UL 94V-0 rated nylon, providing excellent flame retardancy. It is designed for through-hole mounting of standard LEDs with 5mm diameter. The spacer's design ensures a secure fit and prevents the LED from tilting or moving during soldering. The 5mm standoff height is ideal for applications where a moderate amount of clearance is required between the LED and the panel or other components. It contributes to the overall durability and longevity of electronic assemblies.