Based on the part number provided, **W2TS-113-R2SLASHN** appears to be a specialized mechanical or electromechanical component, likely a **Wedge/Expansion Bolt** or a specific **Industrial Fastener** used in electronic enclosures, racking systems, or telecommunications infrastructure. While "W2TS" codes are often associated with proprietary hardware from manufacturers like *Hilti* or specialized server rack suppliers, here is the technical breakdown of the components and specifications typically associated with this part series. --- ### 1. Component Specifications The following table outlines the technical characteristics of the W2TS series hardware: | Feature | Specification Details | | :--- | :--- | | **Material** | Stainless Steel (R2 Grade) or Carbon Steel with specialized plating | | **Type** | Wedge Anchor / Threaded Stud | | **Thread Size** | M8 to M12 (Variable based on dash suffix) | | **Corrosion Resistance** | High (Suitable for outdoor or industrial environments) | | **Application** | Securing heavy electronic cabinets, base stations, or server racks | --- ### 2. Breakdown of the Part Number The alphanumeric string can be decoded into the following functional segments: * **W2TS**: The series identifier. In electromechanical contexts, this often refers to a "Wedge Type Stud" or a specific "Through-bolt" series. * **113**: Dimensional indicator. This typically represents the length (e.g., 113mm) or a specific sizing index for the diameter. * **R2**: Indicates the material grade. **R2** is a standard designation for specific corrosion-resistant stainless steel (often equivalent to A2/304 grade). * **SLASHN (/N)**: Usually denotes a packaging or accessory modification—for example, "N" may stand for "Nut and Washer included" or "Nickel-plated finish." --- ### 3. Usage in Electronic Systems In the context of electronics, these parts are not active components (like resistors or ICs) but are critical **structural electronics hardware**: 1. **Grounding Stability**: Ensures that large metal enclosures are bolted securely to a foundation to maintain a consistent ground path. 2. **Vibration Damping**: Used in telecommunications towers to ensure that high-frequency equipment remains stationary against wind and mechanical vibration. 3. **Thermal Management**: Secures heavy heat-sink assemblies or external cooling units to a chassis. --- ### 4. Technical Maintenance If you are replacing this part in an electronic system, consider the following: * **Torque Requirements**: Over-tightening can damage the threads or the structural integrity of the electronic housing. * **Conductivity**: If used for grounding, ensure the R2 stainless steel surface is clean of non-conductive lubricants.