Rack Mount Type Plugin Style Surge Suppressors

Description

Rack Mount Type Plugin Style Surge Suppressors are designed to fit inside equipment racks, often a standard 19" telecommunications rack. These devices are used to protect electrical equipment from voltage transients by plugging into an existing system or power module .

Working Principle

Rack Mount Type Plugin Style Surge Suppressors work by diverting excess voltage away from the protected equipment, thereby preventing damage from power surges. They typically utilize technologies such as metal oxide varistors (MOVs), silicon avalanche diodes, or gas tubes, each of which has different energy handling capabilities. Gas tubes, for example, have higher energy capabilities compared to MOVs or diodes . These suppressors are useful because they provide a reliable means of protecting sensitive electronic equipment from unexpected voltage spikes, which can occur due to lightning strikes, power outages, or other electrical disturbances.

Applications

Rack Mount Type Plugin Style Surge Suppressors are commonly used in telecommunications and data centers where equipment racks are prevalent. They are ideal for protecting servers, networking equipment, and other critical infrastructure housed within these racks from voltage transients .

Advantages over other Plugin Style Surge Suppressors

One advantage of rack mount type suppressors is their ability to integrate seamlessly into existing rack systems, providing a neat and organized solution for surge protection. This is particularly beneficial in environments where space is at a premium, such as data centers. Additionally, their design allows for easy access and maintenance without disrupting the overall setup of the rack .

Limitations

A limitation of rack mount type plugin style surge suppressors is that they are specifically designed for use within rack systems, which may not be suitable for all environments. This form factor may not be ideal for standalone equipment or systems that do not utilize rack setups .

Considerations

When considering rack mount type plugin style surge suppressors, it is important to evaluate the initial cost, which can vary based on the technology and features included. Operating expenses are generally low, but it is crucial to consider the durability and lifespan of the suppressor, as well as the potential need for replacement or maintenance over time. Ensuring that the suppressor meets relevant standards and approvals, such as UL or CE marks, can also be an important factor in the decision-making process .

6 Results
Rackmount Data Line Surge Protectors -- 512H-200V8W-FB/1U, RACKMOUNT, 8W, 12 PORT, IDC110-RJ45, HF
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode; Silicon Thyristor Diode; Hybrid
Rackmount Data Line Surge Protectors -- 516H-200V8W-FB/1U, RACKMOUNT, 8W, 16 PORT, RJ45-RJ45,HF
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode; Silicon Thyristor Diode; Hybrid
Rackmount Data Line Surge Protectors -- 524H-200V8W-FB/2U, RACKMOUNT, 8W, 24 PORT, IDC110-RJ45, HF
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode; Silicon Thyristor Diode; Hybrid
Rackmount Data Line Surge Protectors -- 612-240V-4W
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ11, RJ13 or RJ14 Phone Jacks; RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode
Rackmount Data Line Surge Protectors -- 616-18V-8W
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode
Rackmount Data Line Surge Protectors -- 648-C6
from MCG SURGE PROTECTION

MCG's rack-mount surge protectors (512H, 516H, etc.) are already internally con-. nected to the rack's metal framework. An additional ground wire is provided. for connection to the frame rack to insure continued excellent protection. [See More]

  • Mounting: In-line or Integrally Attached; Rack
  • Type: RJ41, RJ45 or RJ48 Data Jacks
  • Technology: Silicon Avalanche Diode