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40606-001
Combination Pan Head; Pilot Point Mounting Screws; 12-24 Nominal Size; Includes captive lock washer; Zinc Plated; Package of 50
| Type | Mounting Screws, 12-24 |
Product Description
Use combination pan head, pilot point, sems mounting screws to attach equipment to racks and cabinets.
Key Features and Benefits
- Pilot point reduces cross-threading
- Combination head for use with Phillips and flat head screwdrivers
- Captive lock washer
- Zinc plated finish
Product Information
Enhanced Performance with Sems Mounting Solutions
The 40606-001 Sems Mounting Screws provide reliable fastening for equipment in data center racks and cabinets. These screws are engineered to ensure secure attachments in various mounting scenarios, including wall mount systems. With their robust design, they deliver long-lasting performance in demanding environments.
A standout feature of this sems hardware is the pilot point, which minimizes cross-threading during installation. This design allows for smoother screw driving, reducing installation time and potential damage. Technicians appreciate the efficiency gains and consistent results across multiple applications.
The combination pan head accommodates both Phillips and flat head screwdrivers, offering flexibility for different tool preferences. This versatility makes the 40606 screws adaptable to diverse workflow requirements. Users can select their preferred driver type without sacrificing torque or security.
Each screw includes a captive lock washer that stays in place, preventing loosening under vibration or thermal stress. The zinc plated finish adds corrosion resistance, enhancing durability in challenging conditions. These attributes contribute to the overall reliability of the mounting solution.
Ideal for wall mount study fitting screw applications, these sems mounting screws ensure precise and stable equipment mounting. They are commonly deployed in data centers, telecommunications rooms, and industrial settings. Chatsworth Products delivers high-quality hardware that meets the rigorous demands of modern infrastructure projects.