RAK Rack Mount RJ45/RJ11 - Overview

The RAK series of Rack Mount and Wall Mount Standoff protectors will ensure the reliable operation of networked equipment connected to 10/100/1000BASE T Ethernet, RS422, RS232, Lease Line, Power over Ethernet (PoE), ISDN, T1, DDS, Dial-Up, and most other communication interfaces.

RAKs OFFER

• State-of-the-art, avalanche diode technology
• Compact in-line installation Easy, "hot swappable", single ports
• High speed, high energy handling capability
• Low shunt capacitance to reduce signal loss
• Convenient Front Input and Output or Standoff bracket for the full data cabinets

YOU RECEIVE

• Affordable, superior, equipment protection
• Improved reliability and maximized system up-time
• Adaptability to most industry applications

Transient surges can enter electronic equipment through any pathway provided. Facilities with reliable AC power protectors can still experience surge-related, system downtime. Transient surge energies from sources such as inductive load switching, ground loop currents and electrostatic discharge are clamped by AC protectors into the shared communication ground, resulting in damage to expensive communications hardware.

The RAK Series includes 16 port, 19" relay rack protectors as well as 16 and 32 port, 5" standoff units for wall mount protection or environments where 19" relay rack space is limited. A wide variety of communication interfaces are supported that include 10/100/1000BASE T Ethernet, RS232, RS422, Power over Ethernet (PoE) and high speed LAN/WAN applications.

For telco requirements we offer protection for Dial-up, T1, DDS, ISDN and other lease line environments. These devices exhibit an extremely fast response time of less than 5 nanoseconds.

All these features make RAK protectors the most cost effective and versatile devices of their kind available today. Whether you need to protect a single network concentrator, or an entire relay rack full of voltage sensitive equipment, Cylix RAK series protectors are an easy, cost effective solution to overvoltage problems.