Internet Explorer will soon be unsupported on this site. Please upgrade to a newer browser to continue using our site.

Dual Port F-Type Coax Grounding Block - 900 MHz

900 MHz | Accepts up to 8AWG Wire | Dual Port | Weather Resistant | UL Listed
100 % of 100
Quantity Discount Pricing
1-4 5-9 10-99 100-249 250+
$2.30 $2.13 $1.93 $1.77 $1.58

Quantity Available: 37

Dual Port F-Type Coax Grounding Block - 900 MHz

This Dual Port Grounding Block is used when grounding coaxial cable from an outdoor antenna or satellite dish. This grounding block helps to protect electronics from being damaged by power surges and lightning. It contains a weather-resistant housing cast with zinc-alloy and accepts bandwidths up to 900 MHz.


  • Connectors: F-Type Female
  • Accepts 8 AWG Wire
  • Dual Port
  • Weather Resistant Zinc-Allow Housing
  • Includes 2 Grounding Screws
  • UL Listed
Write Your Own Review
You're reviewing:Dual Port F-Type Coax Grounding Block - 900 MHz
Your Rating

Q: What does it mean to ground?

A: Grounding means that you are routing/connecting your electrical signals to the earth in order to prevent electrical shocks. It is a safety measure used to protect people from coming into contact with electrical hazards. With development in grounding over the years it can also help to remove unwanted electrical noise and make your devices work better.

Q: Why should I ground my electrical equipment?

A: Grounding is very important when it comes to protecting your satellite dishes and TV sets. It is essential to ground in order to prevent damage that lightning strikes can cause on your equipment. By grounding your equipment you will save a lot of money by not having to replace the expensive items that were fried in a storm.

Q: What should I use a grounding rods on?

A: Anything and everything! They are made to keep you safe by taking the danger away from you and most devices even come with grounding screws now to assure more safety.

Q: Is the lead length of the cable important in my protector installation?

A: Yes the lead length is very important. First it must be no longer than 20 feet in length and the shorter the better. It also must have the most direct path possible. The path should be straight and have no 90 degree turns. When the lead length is not short and direct there is a delay in the protectors response which can let unwanted voltage through resulting in that unwanted damage to your equipment.