West Penn KJS458MT-C5EI Category 5E Screened Keystone Jack
SKU
KJS458MT-C5EI
Model No
KJS458MT-C5EI
$10.21
Product Highlights
- Category 5e MT-Series Screened Keystone Jacks
- Designed to meet the need for today’s high-bandwidth applications
- These connectors are slim in profile for the highest density applications
- Special design features allow these jacks to be terminated with a standard 110 single-position tool
- The contact design provides enhanced plug-to-jack connection integrity allowing for easy connection

Speak to an expert
The Category 5e MT-Series Screened Keystone Jacks from West Penn are engineered for high-bandwidth applications, ensuring superior performance and durability in demanding environments. Their slim profile is ideal for high-density installations, and they support a 100-meter four-connector channel performance even in areas with elevated electromagnetic interference (EMI) levels. These jacks can be easily terminated with standard tools, making them versatile and user-friendly.
West Penn KJS458MT-C5EI Features
- High-Bandwidth Performance: Designed to support high-speed data applications, ensuring reliability for modern networking needs.
- EMI Resistance: Guarantees performance in environments with elevated electromagnetic interference, protecting signal integrity.
- Compatible Termination: Easily terminated using standard 110 single-position tools or four-pair tools, simplifying installation processes.
- Enhanced Connection Integrity: The specialized contact design enhances the plug-to-jack connection, improving overall connectivity and reliability.
- High-Density Design: Slim profile suitable for high-density applications, optimizing space in networking setups.
West Penn KJS458MT-C5EI Detailed Specifications
| Model Number | KJS458MT-C5EI |
| Category | Category 5E |
| Connector Type | Screened Keystone Jack |
| Bandwidth | Up to 100 MHz |
| Maximum Channel Length | 100 meters |
| EMI Compliance | Yes |
| Termination Type | Compatible with 110 and four-pair tools |
| Dimensions | Compact design for high-density applications |
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