Introducing the SDL-TNL-152 Silicone Cold Shrink

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Introducing the SDL-TNL-152 Silicone Cold Shrink

As team Gamma has been visiting AHJs and integrators throughout the US we listened and responded to what we were hearing. Keep in mind that these networks are critical to keeping first responders communicating in and out of buildings. Cell signal dead spots prevent residents from calling 911 and sometimes it’s not possible to move to a different location inside the building to make the call. Therefore, getting a 95% to 99% coverage is a must when you are stuck in this situation.

Anything that can be done to help the technician build a network a little faster, with more precision and fewer errors is a huge bonus. Can you imagine that water ingress in one connection can attenuate the entire network. Yep, it’s the donor antenna pigtail that mates to the ½” hardline. This connection is exposed to UV, wind, rain, snow freezing temps, scorching heat, and O-zone.

We realized that integrators don’t have a sustainable solution for weatherproofing donor antennas. So, broadband tower climbers have been deploying Gamma cold shrink for a decade now, while unfortunately most integrators are still using electrical tape, which isn’t waterproof, and butyl to waterproof their outdoor connections. This method can work but is  messy and after the electrical tape is left in the sun over time, it starts to peel back. It’s ideal to avoid butyl blowouts and avoid destroying cable and connectors while trying to inspect them.

It is also near impossible to implement quality control because each installer does it a little differently. This means you have no way of knowing whether that connection is watertight.

This became a significant problem during the rainy season in 2023, California received double its normal rainfall. This wreaked havoc on in-building DAS systems. Currently, thousands of technicians around the country and world for that matter use Tape N Butyl to weatherproof outdoor RF connections.

I like being the bearer of good news, so here it is, Gamma designed a new and improved cold shrink to resolve that problem. Up until now, there isn’t a cold shrink on the market that has a shrink ratio large enough to seal a N hardline connector to a LMR-195 cable. This one exceeds 5:1. Not only does it seal, but it’s been tested to an IP-X8 standard. This means we dunk it in a tank, a meter deep and leave it there to verify there is no water ingress.

The SDL-TNL-152 seals the N pigtail on the donor antenna with a cable as small as an LRM-195 (0.195”) to the N compression connector on the ½” hardline.

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SDL-TNL-152 Cold Shrink

Our SDL-TNL-152 cold shrink provides excellent physical protection and moisture sealing for telecom connectors and cables. Gamma’s cold shrink is trusted by broadband carriers, DAS integrators, and internet service providers. It’s the ultimate carrier approved seal.

The SDL-TNL-152 cold shrink has a length of 152mm / 6. Before the shrinking process, this cold shrink has a Pre-Shrink ID of 1 and shrinks down to 0.165.

 

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A Quick Mention

Complete ERCES Handbook

In May 2023, the Safer Building Coalition released the “Complete ERCES Handbook”. On page 387, the book mentions a best practices to weatherproof the donor antenna connection. There are a few options mentioned. But I guarantee you that Gamma’s cold shrink is by far the best option. Not only has it been deployed on thousands of AT&T towers, but it’s been tried and tested for a decade now.

Watch the Video

Here is a quick video demonstrating how easy it is to install on a donor antenna pigtail from Our Vice President, Peter.

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RF142 Coaxial Cable – 4.3-10 Male to N Female

Now that we have your exterior cable connection covered, I’d like to introduce you to a sweet new jumper cable. Bi-directional amplifier manufactures like ADRF and Westell are now offering a new female bulkhead connector on their BDAs. The 4.3-10 is a better performing connector. It’s about time that they upgraded their connectors. Many BDA manufactures haven’t implemented this. The reasoning behind it is still unknown. Moreover, if we take a look at the difference in pins between the N connector and the 4.3-10 and it will give you a good idea as to why the 4.3-10 outperforms the N connector.

Most RG-142 jumper cables on the market are N to N, which means you need to buy a pricey adapter to mate the 4.3-10 female connector to the N jumper. If an integrator forgets to purchase the adapter and their technicians start installing the BDA. This results in stopping production and picking up a $60 adapter.

We resolved that issue. Just spec in our 24” 4.3-10 Male to N female jumper cable. It’s just one simple solution.

Type N and 4.3-10 Connectors

Type N and 4.3-10 Connectors

NF-RG142-4310M-24

Part Number: NF-RG142-4310M-24

These are just a few of our DAS related products. Feel free to check out the rest of our cool parts including ½” CMP Plenum rated corrugated cable, our universal compression connectors and our amazing cable stripper on our DAS Product page.

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Now Offering Plenum Cable

Gamma Electronics Blog

Now Offering Plenum Cable

We are pleased to announce a new addition to our Cable Assembly product line: Plenum Cable.

We are now offering two new types of air dielectric Plenum Cable: half inch, ETL, CMP, aluminum shielded corrugated-cable, and half inch, ETL, CMP, copper shielded corrugated cable. These types of cable are perfect for ERRCS or public safety DAS and cellular DAS systems. These cables are a great addition to our growing line of Cable Assembly and DAS focused products.

Both cables can be ordered in white, red, and blue. Immediate cable is available to ship in both aluminum shielded white, red, and blue and copper shielded blue. Both the aluminum and copper shielded cables are currently available in 500- and 1000-foot spools. Smaller lengths are available upon request.

When combined with Gamma low PIM low loss connectors, integrators can achieve excellent results with DTF Return Loss testing lower than -31 and PIM testing results lower than -165.

Aluminum-Shielded Coaxial Air-Core Cable

The high performance and low attenuation of this coaxial cable allows it to be used in  a wide range of mobile applications, like 3G, 4G, indoor distribution, broadcast, various base stations, wireless cellular, and others.
Introducing the Multi-Cable Stripping Tool

Copper-Shielded Coaxial Air-Core Cable

 

The Copper shielded Coaxial Cable has a wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others. This leads to a lower VSWR, perfect shielding effectiveness, and extraordinary PIM performance leading to less loss and interference.

Introducing the Multi-Cable Stripping Tool

Our Plenum Cable is available now.  You can find out more about both types of plenum cable by clicking here.

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Other New DAS Related Products

Along side our Plenum Cable we have more DAS products to pair all together. Such as, RG-142 Jumpers, RF Compression Connectors, Multi-Cable Stripping Tool, and our weatherproofing products. Learn all about our DAS Products in this blog post.

RF Compression Connectors

As part of our growing DAS product line, we also recently released our RF Compression Connectors.  These connectors are available in 4.3-10 and Type N, (both male and female) with VSWR tests coming in under 1.15, Return Loss less than -23, and PIM below -155 dBc. Our RF Compression Connectors work with  our own coaxial cable, CommScope cables, (both aluminum and copper), as well as RadioFrequency System (RFS) cables.

Multi-Cable Stripping Tool assembled

Furthermore, our connectors are easy to install once the cable is stripped.  Simply slide the provided o-ring into the third corrugation “valley” of the stripped cable, after which you can slide the lower half of the connector over the o-ring and onto the cable. Lastly, attach the other half of the connector, and torque it tight. To buy our RF Compression Connectors, click here.

RG142 Coaxial Cable

The RG142 Coaxial Cable is a 50 ohm, cable built with a braided shield to allow flexibility, making it perfect for tight-area installations. The standard lengths are from 18 and 36 inches. Available in Type N connectors from N male to N male and N female to N male.

Purchase our RG142 Coaxial Cable here!

 
RG142 Coaxial Cable
RG142 Coaxial Cable - Type N Male to Type N Male

Type N Male to Type N Male

RG142 Coaxial Cable - Type N Male to Type N Female

Type N Male to Type N Female

Multi-Cable Stripping Tool

Multi-Cable Stripping Tool

Our Multi-Cable Stripping Tool can strip CommScope, RFS, or Gamma coaxial cables with ease.  It’s a revolutionary tool that comes with 3 bushings, each sized to work with different types of cables.  You can quickly swap out the bushings and be using the same tool on a different cable in seconds.

The Multi-Cable Stripping Tool also has a built-in stopping point, meaning the tool will only strip to a certain length on the cable, so you never strip more cable than you need.

The Multi-Cable Stripping Tool comes with the 3 different sized bushings, 2 allen wrenches, 1 dental pick (for finesse cleaning of stripped cables), a cutting tool, and a carrying pouch. To purchase our Multi-cable stripping tool, click here!

Match the Cable to the Bushing

Cable Brand (Type, Shield Material)

Part Number

Bushing

RFS (Plenum, Copper)

RFSICA12-50JPL

650

Commscope (Plenum, Copper)

HL4RPV-50

620

Commscope (Plenum, Aluminum)

AL4RPV-50

630

Gamma (Plenum, Copper)

PLN-CU-50

650

Gamma (Plenum, Aluminum)

PLN-AL-50

650

Gamma (Annular, Copper)

STF50-LSZH-1/2

630

Commscope (Annular, Copper)

LDF4-50A

630

All of the above products are available now.  Learn more about these products by visiting our DAS page, where you can also see our Multi-Cable Stripping Tool in use on different types of Plenum Cables.

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What is Plenum? What is Plenum Cable?

Gamma Electronics Blog

What is Plenum? What is Plenum Cable?

The term “plenum,” can reference different things in different industries, but whether we’re discussing HVAC or plenum cable, it all references back to the plenum space of a building.  So, what is the plenum?  What is plenum cable?  We answer those questions and more, and you can see every plenum related question we answer in the list below.
  • What is Plenum?
  • What is Plenum Cable?
  • Plenum vs Non-Plenum Cable
  • Where to Use Different Rated Cables
  • Can I Use Non-Plenum Cable if it is in a Conduit?
  • How Do You Know if a Cable is Plenum Rated?
  • Who Tests Cables to Make Sure They Are Plenum Rated?
  • Who Sets Plenum (and Non-Plenum) Standards?
  • What is the National Electrical Code (NEC) and Why Does it Matter?
  • Is NFPA 70 and the NEC the Same Thing?
  • Why Do NEC Cable Requirements Matter?

What is Plenum?

Plenum, (pronounced PLEH-nuhm), is a separate space in a building, typically between the building’s roof and a drop-down ceiling, that is primarily set aside for air circulation.  This plenum space is purposefully designed to house HVAC equipment, (or heating, ventilation, and air conditioning).  You can think of the plenum space in a building almost as the lungs of a building.  The HVAC equipment inside the plenum pulls the air in through vents and pushes the air back out through ducts that send the air to rooms throughout the building.

The Plenum does not always have to be in a ceiling space however, as some buildings do have the plenum placed beneath the floor.  Similarly, plenum space does not only have to be used for HVAC, and it is becoming increasingly common to see communications cables, like networking cables, also utilizing the plenum.

What is Plenum?

What is Plenum Cable?

Plenum cables are cables designed specifically for use within a building’s plenum space.  Because the plenum space is used for air circulation, it is critical that anything used inside the plenum not impact air quality or increase the danger of fire.  For these reasons, plenum spaces require cables that are plenum rated, meaning that they meet higher standards like being more resistant to fire and producing less smoke in the case of a fire.

Plenum vs Non-Plenum Cable

Plenum and non-plenum cables are the same cables with one key difference: the outer jacket, (or insulation), that protects the cable.  With that in mind, essentially any cable could become a plenum cable if it had the proper, plenum rated jacket/insulation.  There are 15 different levels and/or variations of jacket ratings for cables, with the highest ratings providing the most fire-resistant jackets that also produce the least amount of smoke, (in the event of a fire).  Only the highest jacket rating, CMP, (Communications Multipurpose Plenum), technically meets the standard of being a plenum cable.  Anything not rated as CMP would be considered a non-plenum cable.

While any cable can technically be made into a plenum cable, it is more typical to see networking cables, (like Cat5e and Cat6), in plenum variations.  Coaxial cable is another popular type of cable commonly available with plenum options, as these are often used in DAS, (Distributed Antenna System), environments.

One thing that should be noted as a key difference between plenum and non-plenum cables is the cost.  The higher the jacket rating on the cable, the higher the cost will be.  But there is no doubt about the safety benefits that come with the more highly rated cables.

Where to Use Different Rated Cables

Article 800 of the National Electrical Code (NEC) stipulates where different rated cables can be used in commercial buildings.   For example,

“Plenum-rated Type CMP cables [800.179(A)] can be installed above a suspended ceiling or below a raised floor that is used for environmental air [800.3(D), 300.22(C)]. Plenum-rated communications raceways [800.182] are permitted above a suspended ceiling or below a raised floor used for environmental air, but only if the raceway contains Type CMP plenum-rated cables.”

The last part of that paragraph is what really matters, as it states only “Type CMP plenum-rated cables” are what can be used in plenum areas.  So, what exactly is the difference in these cable ratings, and where are the different rated cables allowed to be used?

CMP

Plenum

CMR

Riser

CM

General

CMP (Communications Multipurpose Plenum) rated cables have the highest fire resistance ratings compared to other cables, in addition to having a low-smoke jacket.  Also, if CMP rated cables were to be burned, they would release a very low amounts of toxic fumes.  These are the cables that are often referred to as “plenum cables” that are used in commercial buildings.  Given their excellent safety characteristics, it’s easy to understand why they would be required in plenum spaces.

CMR (Communications Multipurpose Riser) rated cables are used in commercial buildings, typically in vertical applications, like on risers.  They are less fire resistant than CMP and will release a higher level of toxic fumes if burned.  For these reasons, they are not to be used in the plenum spaces of buildings.

CM (Communications Multipurpose) rated cables are also used in commercial buildings but can be used for much more general use.  They are the least fire resistant of the three ratings and, like the CMR rated cables, will release a higher level of toxic fumes if burned.  As you probably already guessed, CM rated cables cannot be used in the plenum, or in vertical applications, (i.e., risers).

While CMP rated cables are easily the most expensive, they hold the distinct advantage of being able to be used just about anywhere in a commercial building.  The same cannot be said of CMR rated cables, and CM rated cables will be quite limited in where they can be used throughout a commercial structure.

Cable Comparison Chart

Can I Use Non-Plenum Cable If It Is In A Conduit?

Yes.  You can use non-plenum cable in a plenum space, if the cable is placed inside a plenum-rated conduit.  Plenum rated conduit has many of the same properties you find in a plenum rated, (or CMP), cable jacket, specifically that the conduit is highly fire-resistant and is also considered to be low smoke.  Using plenum-rated conduit, however, is typically more expensive than using plenum-rated cable and involves more labor.  Metal and innerduct are the most common types of plenum-rated conduits.

How Do You Know if a Cable is Plenum Rated?

Samples of cables are sent to laboratories who test them to ensure they meet the necessary plenum requirements.  There are two primary laboratories that do most of the testing for Plenum Cables: Underwriters’ Laboratories (UL) and the Electrical Testing Laboratories (ETL).  If the cables do meet the necessary testing requirements, a certificate will be provided to the cable manufacturer that states the cable met and/or passed testing requirements.  It is common for cable manufacturers to make these certificates available to their customers.

You can also look up product numbers on either the UL or ETL websites.  If you find a product on one of these sites, it is what is referred to as being “UL listed” or “ETL listed,” which means that it passed the tests performed by those respective laboratories.

Who Tests Cables to Make Sure They Are Plenum Rated?

There are two labs who are best known for testing plenum cables: Underwriters Laboratories (UL) and the Electrical Testing Laboratories (ETL).  Both are Nationally Recognized Testing Laboratories, (NRTL), which means that they are recognized by the Occupational Safety and Health Administration (OSHA), which can be particularly important in the United States.

In truth, there is no difference between UL or ETL certifications as they test to the same standards.  What is important is to make sure the cable you get is tested by a Nationally Recognized Testing Laboratory, (NRTL), like UL or ETL.  For more information about UL vs ETL certifications, we highly recommend this post from Triad Magnetics.

Who Sets Plenum (and Non-Plenum) Standards?

What cables meet plenum standards is determined by the National Fire Protection Association, (NFPA).  In truth, the NFPA is only rating the outer jacket of cables and the jacket’s fire resistance capabilities, etc.  There are over 15 different cable jacket ratings, and for the purposes of what cables qualify as being “plenum rated,” only CMP, or Communications Multipurpose Plenum, qualify.

What is the National Electrical Code (NEC) and Why Does it Matter?

The National Electrical Code, (NEC), is a set of codes and standards established by the National Fire Protection Association (NFPA).  Obviously the NFPA’s purpose is to promote fire safety, and the National Electrical Code’s purpose was to create a benchmark, as stated on their website:

“Adopted in all 50 states, NFPA 70, National Electrical Code (NEC) is the benchmark for safe electrical design, installation, and inspection to protect people and property from electrical hazards.”

The NEC, (also known as NFPA 70), is not technically law, but nearly all state and local governments follow NEC guidelines and, in many cases, have made them law on a more local level.

Is NFPA 70 and the NEC the Same Thing?

Yes.  The NFPA 70 is the National Electrical Code (NEC).  The NFPA, as an organization, establishes fire codes and standards for many different applications, industries, etc.  For example, NFPA 1 is also known as the “Fire Code,” while NFPA 10 is the “Standard for Portable Fire Extinguishers,” and NPFA 54 is the “National Fuel Gas Code.  You can see a list of all the NPFA codes and standards here.  NFPA 70 is just one of the many codes established by the NFPA, and the terms NFPA 70 and the National Electrical Code, (or NEC), are synonymous.

Why Do NEC Cable Requirements Matter?

As stated previously, the NEC is not technically law, but as the NFPA states, it has been “adopted in al 50 states.”  The NEC is the primarily guideline being used on state and local levels to establish electrical safety in buildings.  It is possible that some NEC standards may not be required in some areas, but it is unlikely.  Worse yet, if NEC standards are not followed, it could result in fines or loss of permits.  Additionally, in the event of a hazardous situation, (specifically loss of property or life), builders could be held liable for negligence for any code violations.

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2022 Wrap Up

Gamma Electronics Blog

2022 Wrap Up

The holiday season is upon us, once again, which means it’s time for the Gamma Electronics’ yearly “Wrap-up.”  We have much to be grateful for this year, (as we do every year), and before going any further, I want to make sure we thank our customers and partners.  We love working with each of you and look forward to building on our working-relationships well into the future.  Thank you for your continued support.

We also like to spend a bit of time each holiday season looking back at all that has transpired in the past year.  2022 had its share of news that is worthy of reflecting upon.

Merry Christmas & Happy Holidays from Gamma Electronics

New Products

In 2022 we released several exciting, new products.  We have continued our quest to provide quality weatherproofing for coaxial cables and connections of all sizes, and early in 2022 we released Weatherproof Boots for LMR195 coaxial cables, in addition to Weatherproof Boots and Cold Shrink Tubing that work with SMA connections.  We continue to find ways to weatherproof even the smallest coax connections up to IP68 standards, (and often higher).

Beyond Coaxial Weatherproofing, in 2022 we introduced our first products specific to the DAS, (Distributed Antenna Systems), market.  This past summer we released our revolutionary, Multi-Cable Stripping Tool, which makes it possible to strip multiple types of cable, (including CommScope and RFS), with a single tool.  We also introduced RF Compression Connectors alongside the Multi-Cable Stripping Tool, as these connectors will also work with multiple types of cables. These two new products have made it easier than ever for contractors to work with coaxial cables from different manufacturers, while improving efficiency and reducing costs.

New Training Content

In addition to new products, we also continue to provide content designed to help answer questions and assist our customers in achieving the best possible experience with Gamma products.  This past year we released content about using heat shrink tubing, heat shrink tape, cold shrink tubing, and how to weatherproof coaxial connections.  We also tried to tackle difficult questions about wildfire safety and heat shrink tubing.

The goal for our team at Gamma Electronics’ is not to just make great products but is also to provide content that will help our customers and partners feel confident not just in our products, but in how to correctly use our products to ensure best results.  Please feel free to let us know in the comments below if there is content we can provide that will help you better understand our products and/or how to use them.

2022 Holiday Hours

As a quick sidenote for the 2022 Holiday Season, our offices will be closed the week of December 26 through December 30, with our team returning to the office on January 2, 2023.    Being that our office is closed on weekends, we ask that if you need anything from our team before the end of the year, please make sure to reach out to the appropriate Gamma contact before Friday, December 23.

Looking Ahead to 2023

While 2022 kept us plenty busy we are even more excited for all that 2023 will bring.  As mentioned previously, we have only begun building out our DAS product line, and we will have exciting updates for this product line to come in early 2023.  But while we’re excited about our DAS lineup, that is not all that we have planned for 2023.  So please, keep a lookout in your inbox, on our blog, or on social media for updates in the months to come.

Merry Christmas & Happy Holidays

To “wrap things up,” I would like to again say thank you on behalf of the entire Gamma Electronics team.  We know that you have choices available to you in who you do business with, and we are grateful every time you choose to work with us.  Merry Christmas and Happy Holidays from the Gamma Electronics team.

Best Wishes,

Cameron Lanier

Director of Marketing and Media Communications

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Introducing the Multi-Cable Stripping Tool

Gamma Electronics Blog

Introducing the Multi-Cable Stripping Tool

We are pleased to announce a new addition to our Cable Assembly product line: the Multi-Cable Stripping Tool.

The Multi-Cable Stripping Tool is a unique new product that makes it possible to strip multiple types of coaxial cable, even cable from different manufacturers, with a single tool.  We have purposefully released the Multi-Cable Stripping Tool alongside some additional products, our new RF Compression Connectors, which are designed to be installed on coaxial cables following the cable stripping process, (click here for more information about our RF Compression Connectors).

Introducing the Multi-Cable Stripping Tool

Multi-Cable Stripping Tool Introduction Video

As the name states, our Multi-Cable Stripping Tool is capable of stripping multiple types of cables, including air and foam dielectric cables, as well as cables from different manufacturers.  This is made possible by the different bushings that can be interchanged on the bottom of the tool.  Each bushing is designed to help cables entering the tool perfectly align so that they are stripped correctly.

The Multi-Cable Stripping Tool comes with 3 bushings.  Want to strip a CommScope copper shielded cable?  Use the 620 bushing.  CommScope Aluminum Cable?  Use the 630 bushing.  RFS Copper Shielded Cable?  Use the 650 bushing.  The number on each bushing references a size, (in millimeters), that ensures different types of cables line up correctly once inserted into the stripping tool.

Multi-Cable Stripping Tool assembled

The bushings can be easily interchanged with one another, as there is a simple screw towards the bottom of the Multi-Cable Stripping Tool that, once loosened, will release the bushing.  Once the desired bushing is put in place, you simply tighten the screw once more to secure the bushing into place.

Our Multi-Cable Stripping Tool also features a stopping point, meaning the tool will not continue to strip once it has stripped the necessary amount.  It is possible for the tool to continue to spin, but because of the built-in stopping point, it will not continue to cut/strip the cable.

The tool can be used by hand via the T-Handle, or the T-Handle can be detached, allowing the Multi-Cable Stripping Tool to be directly inserted into a drill.

Multi-Cable Stripping Tool in Pieces
Multi-Cable Stripping Tool on Drill

Multi-Cable Stripping Tool – Key Features Video

The Multi-Cable Stripping Tool comes with the 3 different sized bushings, 2 allen wrenches, 1 dental pick (for finesse cleaning of stripped cables), a cutting tool, and a carrying pouch.

Multi-Cable Stripping Tool - Complete Package

Multi-Cable Stripping Tool

The Multi-Cable Stripping Tool is available now, and you can find out more Information about the tool and accessories here, or by clicking on a button below.  You can also learn more about the recently released RF Compression Connectors, by clicking here.

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Introducing RF Compression Connectors

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Introducing RF Compression Connectors

We are pleased to announce some new additions to our Cable Assembly product line; RF Compression Connectors.  The connectors are made for coaxial cables and are available in 4.3-10 and Type N, (both male and female).  These RF Compression Connectors have been purposefully released alongside another new product, our Multi-Cable Stripping Tool, (which you can learn more about here).

Introducing RF Compression Connectors

See the RF Compression Connectors Being Installed

As the name states, these connectors are installed by means of compression and can be quickly and easily installed in the field, (if necessary).  The connectors are installed in a few, simple steps.  After stripping the cable, take the provided o-ring and slide it into the third “valley,” or corrugation of exposed cable. Then, slide the lower half of the connector over the o-ring and onto the cable.  Attach the other half of the connector, and torque it tight.

RF Compression Connectors

Our RF Compression Connectors have excellent test results, with VSWR less than 1.2 and Return Loss less at -21 dB.  The connectors are available in 4.3-10 and Type N variations, both male and female.

RF Compression Connectors Compatibility

Perhaps the most impressive feature of these new connectors, is their wide compatibility.  Our RF Compression Connectors work with CommScope cables, both aluminum and copper, as well as Radio Frequency System (RFS) cables, in addition to our own.

You can see the compatibility specifics in the table below.

RF Compression Connectors Compatibility

Cable Brand

Part Number

Commscope (Copper Shielded)

HL4RPV-50

Commscope (Aluminum Shielded)

AL4RPV-50

Radio Frequency Systems (Aluminum Shielded)

ICA12-50JPLLW

Radio Frequency Systems (Copper Shielded)

RFSICA12-50JPL

Gamma Electronics

PLN-CU-50

Gamma Electronics

PLN-AL-50

Gamma Electronics

STF50-LSZH-1/2

Commscope

LDF4-50A

Introducing our RF Compression Connectors Video

RF Compression Connectors

Our new, RF Compression Connectors are available now.  You can learn more about them here, or by clicking on a button below.  You can also learn more about our new Multi-Cable Stripping Tool, which makes it possible to strip multiple coaxial cable types with a single tool, by clicking here.

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