28 Pole, Silver by HAT DESIGN WORKS
The HAT DESIGN WORKS 28 Pole Silver connector delivers professional-grade connectivity for demanding IT hardware applications. This silver pole connector is engineered for reliable performance in data centers, networking installations, and enterprise environments where durability and precision matter. Whether you're building robust infrastructure or upgrading existing systems, this 28-pole connector provides the dependable connection quality your critical operations require.
Key Features
- 28-pole configuration for comprehensive connectivity
- Silver finish ensures superior conductivity and corrosion resistance
- Professional-grade construction for enterprise applications
- Precision-engineered contacts for secure, reliable connections
- Compatible with standard IT hardware mounting systems
- Durable design built for long-term performance
Technical Specifications
| Specification |
Details |
| Manufacturer |
HAT DESIGN WORKS |
| Part Number |
P00045-S |
| Pole Configuration |
28 Pole |
| Finish |
Silver |
| Application |
IT Hardware Connectivity |
Frequently Asked Questions
What is a 28 pole connector used for?
A 28 pole connector is used for multi-pin connectivity in IT hardware, networking equipment, and data center installations where multiple signal or power connections are required simultaneously.
Why choose a silver finish connector?
Silver finish connectors offer superior electrical conductivity, enhanced corrosion resistance, and improved signal integrity compared to standard finishes, making them ideal for mission-critical applications.
Is the HAT DESIGN WORKS 28 Pole connector compatible with standard IT equipment?
Yes, this connector is designed to integrate with standard IT hardware mounting systems and professional networking infrastructure, ensuring broad compatibility across enterprise environments.
What makes this pole connector reliable for data centers?
The precision engineering, durable silver construction, and professional-grade design ensure consistent performance under demanding conditions, reducing downtime and maintenance requirements in critical infrastructure.
