Medical Facilities Dataline and DC Signal Surge Suppressors
Last Updated: April 1, 2025
Description
Medical Facilities Dataline and DC Signal Surge Suppressors are designed to protect sensitive electronic equipment from voltage spikes and surges. These devices safeguard communication lines and DC power applications by preventing high voltage transients from damaging the equipment.
Working Principle
These surge suppressors operate by diverting excess voltage away from the protected equipment. They are typically configured to handle multiple signal lines and use technologies such as gas discharge tubes (GDTs) and clamping diode networks to manage incoming surges and attenuate potential let-through voltages. This makes them particularly useful in environments where equipment is susceptible to damage from lightning strikes or other high voltage surges.
Applications
In medical facilities, these surge suppressors are crucial for protecting equipment such as MRI machines, which require clean and stable power and data lines. They are also used in communication systems within hospitals to ensure that critical data transmission remains uninterrupted and secure.
Advantages over other Dataline and DC Signal Surge Suppressors
Medical Facilities Dataline and DC Signal Surge Suppressors offer the advantage of being configurable to protect multiple signal lines, which is essential in complex communication networks. Their ability to handle high voltage surges, such as those caused by lightning strikes, makes them more robust compared to standard surge suppressors.
Limitations
One limitation of these surge suppressors is that they must be carefully matched to the specific requirements of the application, including the maximum surge current and the number of protected lines. Incorrect specifications can lead to inadequate protection or unnecessary expense.
Considerations
When selecting these surge suppressors, considerations should include initial costs, which can vary based on the complexity and capacity of the device. Operating expenses are generally low, but durability and accuracy are critical factors, as these devices must reliably protect sensitive equipment over time. Replacement and maintenance costs should also be considered, as regular checks and potential replacements are necessary to ensure continued protection.
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]
- Application: Data Acquisition; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; DIN Rail (optional feature); Device Mount; In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: Screw Down Terminals
from MCG SURGE PROTECTION
The DLP H & HH series provides superior surge protection for data and signal line applications. Using higher capacity components, these units offer an improved level of reliability than other similarly priced products. To cover a broader range of applications, four different styles of protection... [See More]
- Application: Data Acquisition; Network Applications; Telecom. Applications; Audio & Video Applications; Medical Facilities; Computer Rooms; PLC I/O Ports, 4-20mA loops
- Mounting: Wall/Panel; Device Mount; In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: Screw Down Terminals; 0
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]
- Application: Data Acquisition; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; DIN Rail (optional feature); Device Mount; In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: Screw Down Terminals
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]
- Application: Data Acquisition; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; DIN Rail (optional feature); Device Mount; In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: Screw Down Terminals
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]
- Application: Data Acquisition; Network Applications; Telecom. Applications; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; Device Mount; In-line or Integrally Attached; Plug-in
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: RJ21X
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]
- Application: Data Acquisition; Network Applications; Telecom. Applications; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; Device Mount; In-line or Integrally Attached; Plug-in
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: Screw Down Terminals; Terminal Blocks or Punch down
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]
- Application: Telecom. Applications; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; DIN Rail (optional feature); In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Gas Tubes; Hybrid
- Connection: RJ11, RJ13 or RJ14 Phone Jacks
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]
- Application: Telecom. Applications; Medical Facilities; Computer Rooms
- Mounting: Wall/Panel; DIN Rail (optional feature); In-line or Integrally Attached
- Technology: Silicon Avalanche Diode; Silicon Thyristor Diode; Hybrid
- Connection: RJ11, RJ13 or RJ14 Phone Jacks
from MCG SURGE PROTECTION
Direct current equipment level surge protectors are designed to protect up to 15A of continuous DC load current. The MCG-12A-MCG-130A installs at or within equipment such as DC servo mechanisms, fire alarm monitoring systems, security system controls, telecom and datacom systems, etc. to provide... [See More]
- Application: Medical Facilities; Computer Rooms; Direct Current Equipment
- Mounting: Wall/Panel; DIN Rail (optional feature); Device Mount; In-line or Integrally Attached
- Technology: Metal Oxide Varistor
- Connection: Screw Down Terminals