The Lockwood CAS-51AS-TH-SB Anti Static Threaded Stem 5 X is a precision-engineered component designed for secure, reliable fastening in industrial and commercial applications. Manufactured by Lockwood, this threaded stem features an anti-static coating, minimizing static buildup in sensitive environments. It is constructed from durable materials to withstand demanding conditions and provides a precise 5x threading specification, optimizing compatibility with various mounting assemblies. Used primarily in electronics, equipment enclosures, and facility infrastructure, it addresses static discharge issues and ensures structural integrity in high-precision settings. Its technical design includes a 3.5-inch height, 5.5-inch width, and 9.65-inch depth, making it suitable for diverse mounting configurations in professional environments requiring static control and robust fastening solutions.
Top AllPoints CAS-51AS-TH-SB Features
The Lockwood CAS-51AS-TH-SB threaded stem offers anti-static properties and corrosion-resistant materials, ensuring longevity in static-sensitive environments. Its 5x threading provides secure attachment across multiple industrial fixtures, while the threaded design facilitates quick installation and maintenance. The durable construction supports repeated use in high-demand applications, including electronic assembly, data centers, and cleanroom settings. Precision machining ensures consistent thread engagement, reducing installation time and potential failure points. Its compact size allows integration into tight spaces, enhancing workflow efficiency in commercial and industrial electrical installations.
- Corrosion-resistant material: Ensures durability in harsh environments
- Anti-static coating: Prevents static discharge in sensitive workspaces
- Quick-install threaded design: Simplifies assembly and maintenance tasks
- Precision-machined threads: Guarantees secure, consistent connections
- Compact form factor: Suitable for limited installation spaces
Ideal for static-sensitive industrial electrical fixtures and equipment mounting
Lockwood CAS-51AS-TH-SB Technical Specs
The Lockwood CAS-51AS-TH-SB features a stainless steel construction with an operating height of 3.5 inches, width of 5.5 inches, and a depth of 9.65 inches, providing a compact yet sturdy mounting solution. It weighs approximately 2.01 lbs, supporting repeated operational cycles without fatigue. The component supports standard 5x threading, facilitating compatibility with a wide range of fasteners and fixtures. It is designed for static-sensitive environments, with an anti-static coating that contributes to safe operation in electronic manufacturing, data center, or cleanroom applications. The stem is suitable for indoor use and can be integrated into various industrial assembly workflows. The product's precise dimensions, material properties, and static mitigation features make it a dependable choice for technical assemblies requiring static discharge control and structural stability.
- Electrical Compatibility: Not applicable, designed for static mitigation
- Construction & Finish: Stainless steel with anti-static coating
- Dimensions: 3.5" height, 5.5" width, 9.65" depth
- Weight: 2.01 lbs
- Material Safety: Corrosion-resistant, suitable for indoor environments
- Thread Specification: 5x threaded for secure fitment
What is a commercial threaded stem?
A commercial threaded stem is a hardware component used to secure, adjust, or mount equipment and fixtures in industrial, electrical, or electronic applications. Typically constructed from durable materials such as stainless steel, it features precise threading to enable secure attachment and adjustment. The Lockwood CAS-51AS-TH-SB model, with its anti-static coating and 5x threading, is designed for static-sensitive environments like electronics assembly, data centers, and cleanroom facilities. Installed in various mounting configurations, these components facilitate stable, static mitigation solutions, making them essential in high-precision technical environments and professional infrastructure setups, especially where static discharge control is critical for operational safety and equipment longevity.
Top premium threaded stems for static-sensitive environments in industrial facilities
Providing high durability and static mitigation, the Lockwood CAS-51AS-TH-SB threaded stem is ideal for static-sensitive electronic and electrical applications. Designed for moderate workflows in professional settings, it ensures secure mounting in industrial electrical panels, cleanroom fixtures, and data center infrastructure. Lockwood CAS-51AS-TH-SB offers precision threading and anti-static features, supporting reliable operations in critical environments for technical assembly and maintenance tasks.
- Operation in static-sensitive environments—such as electronics manufacturing
- Suitable for industrial electrical fixtures in commercial facilities
- Designed for moderate workload applications in professional settings
- Supports precise, secure fastening in technical installation workflows
- Ideal for static control solutions in electronics and data infrastructure
Why Choose AllPoints Lockwood CAS-51AS-TH-SB?
Compared to standard threaded stems, the Lockwood CAS-51AS-TH-SB offers enhanced anti-static properties and corrosion-resistant materials, making it suitable for sensitive environments. Its compact, industrial-grade design ensures stable, long-lasting performance in dynamic settings. The product’s high-precision threading simplifies installation, reducing downtime and maintenance efforts. Additionally, its construction supports repeatable, reliable connections critical to technical infrastructure and static-sensitive applications.
- Self-contained anti-static coating: Minimizes static buildup during installation
- Compact, precise design: Fits tight installation spaces with ease
- Corrosion-resistant stainless steel: Ensures longevity in demanding environments
- Easy-to-install threaded connection: Speeds assembly in technical workflows
- Designed for static-sensitive applications: Supports safety in electronics environments
