Transient Protection Design provides surge protection for cable feeds entering the building before being distributed throughout the building. Surge protecting and bonding incoming cable feeds with the electrical system ground will create an equal potential ground eliminating ground loop problems. This will allow for a more reliable cable system with less chance of noise and interference contaminating video and audio signals. Unlike other technologies on the market, TPD surge protection for Cables will not degrade performance over time with normal use.
Solid State Surge Suppressor & Hum Blocker
UHD, 4K and 8K Cable TV & High Speed Internet
Three Year Unlimited Free Replacement Warranty
Operating Frequency: 5MHz to 1.0GHz
Max Data Rate: unlimited
Operating Voltage: 95V RMS/135V Peak
Two Way Communication Compatible: Yes
Ultra High Definition Compatible: Yes
Response Time: < 1 nanosecond
Strength: 1000 amps per wire
Series Resistance: < 0.1 ohm
Insertion Loss: <0.5db (5MHz to 1.0GHz)
Enclosure Type: Metal Weatherproof
F Type male connection accepts RG6 or RG11
Integrated mounting bracket with ground connection
How to Protect Cable Lines?
Count incoming cable lines as well as outgoing cable lines to additional buildings and outdoor equipment etc. Surge protection and proper grounding these pathways are needed for proper performance of the equipment it is feeding. The TPD-CABLE allows two-way communication, unlimted data rates and will not degrade UHD, 4K and 8K signals.
Why Use Surge Protection on Incoming Phone & Cable Lines?
Lightning can ride into the building on ungrounded and/or unprotected cable and phone lines entering or leaving the structure. Accordingly, it should be a priority to surge protect and correctly ground all phone and cable company conductors which enter or leave the building. This includes surge protecting all phone or cable conductors as they leave and enter other buildings on the property. Of course, whole home surge protection of any facility starts by protecting all breaker panels. Protecting all systems with good quality surge suppression will pay for itself in short order, particularly in moderate to high lightning areas.
National Electric Code Recommends Phone, Cable & Satellite Type Surge Protection
NEC recommends incoming phone and cable surge protection. This protects and diverts unwanted transient surges from entering the home on incoming power wire, ground wire, phone lines, cable sheathing and center pin pathways. NEC requires that phone and cable company dMark locations to be located and grounded with a maximum five-foot ground wire to the service entrance of the building. This makes all grounds short for and limits the voltage developed in the grounding connections during lightning strikes. Its recommended that satellite antenna cables should also be routed past the service entrance and grounded there. This is at times may be difficult to achieve but that does not mean remote grounding points along with a surge suppression diversion can be put in place to achieve adequate protection to bring the home up to NEC standards and IEEE recommended practices for power of sensitive electronic equipment and electronics loads. Areas of the country with dirty and unreliable power from the utility company should also be considered high risk areas. A lightning protection system (which refers to adding ground rods, copper points and down conductors to a building) will greatly reduce the risk of fires caused by lighting however it is inadequate to prevent damage to electrical and electronic satellite equipment.
How It Works
Phone and coax lines should be brought into the home as close as possible to the incoming service entrance panel. Once they enter the building, they are to be grounded so that all three grounds (power, phone, cable) reference the same ground potential at or near the service entrance. Since the Transient Protection Design phone and coax suppression units are designed to dump the bulk of the energy to ground, the suppressors need to be grounded, and it is advisable to provide a ground bond as short and straight as possible, using a 14 AWG wire or larger. This concept provides a common reference point for incoming data and the AC power; therefore, the voltage potential between them is kept at a safe level. This is an extremely important step. If it is ignored, even the best protection equipment may not be effective. See an example design diagram here.
Protect all network equipment, all smart TVS's and all home business and school equipment that is networked to the system.