<![CDATA[TXM Manufacturing: Latest News]]> https://www.txmstore.com Wed, 16 Sep 2026 06:51:36 +0000 <![CDATA[The Lost Art of Cable Lacing: Why Waxed Lacing Cord Beats Plastic Zip Ties]]> https://www.txmstore.com/blog/the-lost-art-of-cable-lacing-why-waxed-lacing-cord-beats-plastic-zip-ties/ Tue, 18 Aug 2026 11:28:55 +0000 https://www.txmstore.com/blog/the-lost-art-of-cable-lacing-why-waxed-lacing-cord-beats-plastic-zip-ties/ If you look inside a piece of military electronics from the 1960s, a vintage ham radio, or a classic aircraft wiring harness, you won’t find a single plastic zip tie. Instead, you will see rows of beautifully bundled, neatly stitched wires secured by a single, continuous strand of twine.

That twine is waxed lacing cord—and while plastic zip ties dominate modern hardware store shelves, lacing cord remains the gold standard for professionals, engineers, and high-end crafters alike.
What Exactly is Waxed Lacing Cord?
Waxed lacing cord (or lacing tape) is a specialized flat or round string made from high-tensile synthetic materials like nylon and polyester, or traditional organic fibers like linen and cotton.
The magic lies in its finish: the cord is heavily impregnated with a microcrystalline or beeswax coating. This wax layer isn't just for show; it serves vital mechanical purposes that make it far superior to standard string or twine.
4 Reasons to Choose Lacing Cord Over Plastic Zip Ties
While plastic zip ties are quick to snap on, they come with significant drawbacks that can ruin a high-quality build. Waxed lacing cord solves these problems elegantly.
1. Zero Risk of Wire Damage
Plastic zip ties are rigid and have sharp edges. Over time, engine vibrations or movement can cause the hard plastic to cut directly into delicate wire insulation, leading to short circuits. Waxed lacing cord is soft and wide, distributing pressure evenly across the wire bundle without ever biting into the jackets.
2. Knots That Absolutely Never Slip
Have you ever tried to tie a knot in standard nylon string only to watch it unravel seconds later? The wax coating on lacing cord creates a tactile, tacky grip. When you tie a knot, the wax physically locks the fibers together under tension. Once tightened, your knots will not slip, even under extreme vibration.
3. Sleek, Low-Profile Footprint
A row of plastic zip ties leaves behind bulky, sharp "heads" that catch on clothes, scratch your hands during maintenance, and take up valuable space in tight enclosures. A laced wire harness is perfectly smooth, highly flexible, and ultra-compact, allowing it to snake through tight conduits effortlessly.
4. Incredible Environmental Resistance
Engineered to meet strict aerospace and military specifications, premium waxed lacing cord is built to endure. It is inherently resistant to moisture, mold, fungus, flame, and mild acids—making it perfect for marine environments, automotive engine bays, and outdoor gear.
Featured Products From Our Store
We stock premium, high-strength options tailored for commercial construction, telecommunications, and heavy-duty workshop applications. Check out our top-rated inventory:
  • LUDLOW520 Waxed Nylon Lacing Tape 
    Built on a rugged nylon backing material, this flat tape is engineered specifically for telecommunication and commercial construction applications. It delivers an impressive 80 lbs. tensile strength and comes on a massive, long-lasting 540-yard roll. It is currently in stock and ready to ship within 24 hours.
    ? Shop LUDLOW520 Now
  • 9-Ply Waxed Polyester Lacing Cord (Part 900486747) 
    If you need maximum brute strength, this 9-ply continuous filament polyester cord features an incredible 150 lbs. minimum tensile strength. It offers a smooth finish with a 17–27% wax content for absolute maximum knot retention and high abrasion resistance. Each package contains a 1/2 lb. tube yielding roughly 187.5 to 195 yards.
    ? Shop 9-Ply Polyester Cord Now
Common Ways to Use Waxed Lacing Cord
Our customers use waxed lacing cord across a massive variety of industries and hobbies:
  • Telecom & Commercial Construction: The current industry standard for routing data lines, tidy server racks, and clean communication cables.
  • Electronics & Audio Gear: Perfect for organizing point-to-point wiring in tube amplifiers, custom PC builds, and ham radio setups.
  • Automotive & Aerospace Restoration: The historical standard for concours-level classic car restorations and aviation wiring looms.
  • Leatherworking & Crafts: The heavy wax build and high tensile strength make it a phenomenal hand-stitching thread for wallets, bags, saddles, and bookbinding.
How to Get Started: The Basic Technique
Lacing a cable loom is a deeply satisfying craft. The process generally relies on two fundamental steps:
  • The Anchor: You start your bundle using a standard clove hitch or square knot to lock the cord firmly to the wires.
  • The Running Stitch: You wrap the cord down the length of the bundle using a series of interlocking half-hitches (often called "spot tying" or "continuous lacing"). This maintains constant, even tension across the entire run.
Tip: When you reach the end of your run, simply trim the cord. The wax coating naturally prevents the cut ends from fraying!
Ready to Upgrade Your Next Build?
If you are tired of cheap plastic ties snapping, scratching your hands, and ruining the aesthetic of your hard work, it’s time to switch back to a time-tested classic.
    ]]>     If you look inside a piece of military electronics from the 1960s, a vintage ham radio, or a classic aircraft wiring harness, you won’t find a single plastic zip tie. Instead, you will see rows of beautifully bundled, neatly stitched wires secured by a single, continuous strand of twine.

    That twine is waxed lacing cord—and while plastic zip ties dominate modern hardware store shelves, lacing cord remains the gold standard for professionals, engineers, and high-end crafters alike.
    What Exactly is Waxed Lacing Cord?
    Waxed lacing cord (or lacing tape) is a specialized flat or round string made from high-tensile synthetic materials like nylon and polyester, or traditional organic fibers like linen and cotton.
    The magic lies in its finish: the cord is heavily impregnated with a microcrystalline or beeswax coating. This wax layer isn't just for show; it serves vital mechanical purposes that make it far superior to standard string or twine.
    4 Reasons to Choose Lacing Cord Over Plastic Zip Ties
    While plastic zip ties are quick to snap on, they come with significant drawbacks that can ruin a high-quality build. Waxed lacing cord solves these problems elegantly.
    1. Zero Risk of Wire Damage
    Plastic zip ties are rigid and have sharp edges. Over time, engine vibrations or movement can cause the hard plastic to cut directly into delicate wire insulation, leading to short circuits. Waxed lacing cord is soft and wide, distributing pressure evenly across the wire bundle without ever biting into the jackets.
    2. Knots That Absolutely Never Slip
    Have you ever tried to tie a knot in standard nylon string only to watch it unravel seconds later? The wax coating on lacing cord creates a tactile, tacky grip. When you tie a knot, the wax physically locks the fibers together under tension. Once tightened, your knots will not slip, even under extreme vibration.
    3. Sleek, Low-Profile Footprint
    A row of plastic zip ties leaves behind bulky, sharp "heads" that catch on clothes, scratch your hands during maintenance, and take up valuable space in tight enclosures. A laced wire harness is perfectly smooth, highly flexible, and ultra-compact, allowing it to snake through tight conduits effortlessly.
    4. Incredible Environmental Resistance
    Engineered to meet strict aerospace and military specifications, premium waxed lacing cord is built to endure. It is inherently resistant to moisture, mold, fungus, flame, and mild acids—making it perfect for marine environments, automotive engine bays, and outdoor gear.
    Featured Products From Our Store
    We stock premium, high-strength options tailored for commercial construction, telecommunications, and heavy-duty workshop applications. Check out our top-rated inventory:
    • LUDLOW520 Waxed Nylon Lacing Tape 
      Built on a rugged nylon backing material, this flat tape is engineered specifically for telecommunication and commercial construction applications. It delivers an impressive 80 lbs. tensile strength and comes on a massive, long-lasting 540-yard roll. It is currently in stock and ready to ship within 24 hours.
      ? Shop LUDLOW520 Now
    • 9-Ply Waxed Polyester Lacing Cord (Part 900486747) 
      If you need maximum brute strength, this 9-ply continuous filament polyester cord features an incredible 150 lbs. minimum tensile strength. It offers a smooth finish with a 17–27% wax content for absolute maximum knot retention and high abrasion resistance. Each package contains a 1/2 lb. tube yielding roughly 187.5 to 195 yards.
      ? Shop 9-Ply Polyester Cord Now
    Common Ways to Use Waxed Lacing Cord
    Our customers use waxed lacing cord across a massive variety of industries and hobbies:
    • Telecom & Commercial Construction: The current industry standard for routing data lines, tidy server racks, and clean communication cables.
    • Electronics & Audio Gear: Perfect for organizing point-to-point wiring in tube amplifiers, custom PC builds, and ham radio setups.
    • Automotive & Aerospace Restoration: The historical standard for concours-level classic car restorations and aviation wiring looms.
    • Leatherworking & Crafts: The heavy wax build and high tensile strength make it a phenomenal hand-stitching thread for wallets, bags, saddles, and bookbinding.
    How to Get Started: The Basic Technique
    Lacing a cable loom is a deeply satisfying craft. The process generally relies on two fundamental steps:
    • The Anchor: You start your bundle using a standard clove hitch or square knot to lock the cord firmly to the wires.
    • The Running Stitch: You wrap the cord down the length of the bundle using a series of interlocking half-hitches (often called "spot tying" or "continuous lacing"). This maintains constant, even tension across the entire run.
    Tip: When you reach the end of your run, simply trim the cord. The wax coating naturally prevents the cut ends from fraying!
    Ready to Upgrade Your Next Build?
    If you are tired of cheap plastic ties snapping, scratching your hands, and ruining the aesthetic of your hard work, it’s time to switch back to a time-tested classic.
      ]]>             <![CDATA[TXM's Custom Telecom Bus Bars]]> https://www.txmstore.com/blog/txms-custom-telecom-bus-bars/ Mon, 17 Aug 2026 12:43:54 +0000 https://www.txmstore.com/blog/txms-custom-telecom-bus-bars/
      In the fast-paced world of telecommunications and data center infrastructure, maintaining a robust, reliable grounding system is not just an industry best practice—it is an absolute necessity. At the heart of every effective grounding network is the telecommunications bus bar. These high-conductivity components serve as the centralized connection points that protect sensitive networking equipment from electrical surges, clear fault currents, and guarantee system uptime.  Because no two server rooms, cell towers, or central offices are configured exactly alike, standard off-the-shelf components often fall short of meeting precise layout requirements. That is where custom engineering from TXMstore comes in. In this post, we will break down our specialized manufacturing capabilities—from custom punch outs to advanced tin plating—and clarify the distinct roles of Standard, TGB, and TMGB bus bars in modern telecom environments.
      Decoding the Tech: Standard vs. TGB vs. TMGB Bus Bars
      When designing a grounding system according to industry standards like TIA-607-C, engineering teams frequently work with three main classifications of grounding bus bars. Understanding their distinct functions ensures your facility remains compliant, efficient, and fully protected.
      1. Standard Bus Bars
      Standard bus bars are general-purpose conductive plates used across a wide variety of conventional electrical applications. While they offer excellent power distribution or localized grounding capabilities, they are not inherently tailored to the specialized architecture of telecommunications infrastructure. They are ideal for general industrial enclosures, mechanical rooms, or basic control panels that do not require specialized telecommunications hole patterns or isolated standalone hardware assemblies.
      2. TMGB (Telecommunications Main Grounding Busbar)
      The TMGB is the undisputed heart of a facility's telecommunications grounding network. It serves as the primary dedicated hub for connecting the building’s main electrical grounding electrode system directly to the telecommunications infrastructure. [1&91;
      • Where it sits: Typically installed in the main service entrance facility or the primary telecommunications central office.
      • Its role: It acts as the grand central station that accepts bonding connections from major backbones, structural steel, lightning protection systems, and individual equipment rooms. Because it bears the brunt of the entire system's grounding load, it is usually the largest bar in the building, traditionally machined from heavy-duty 1/4-inch thick solid high-purity copper. [&91;
      3. TGB (Telecommunications Grounding Busbar)
      Think of the TGB as a localized branch manager. While the main TMGB handles the entire building's entrance connection, a TGB is deployed in individual telecommunications closets, data center rows, or sub-floors to manage branch networks.
      • Where it sits: Located throughout the facility in secondary equipment rooms, individual server closets, or remote distribution frames.
      • Its role: The TGB collects the local ground wires from equipment racks, enclosures, and cable trays within that specific area, binding them together before running a single, heavy-gauge conductor back to the primary TMGB. This elegant hierarchy prevents ground loops and dramatically streamlines cable management.
      Custom Capabilities Built for Your Next Deployment
      Every network topology presents unique mechanical, electrical, and spatial challenges. To help you bridge the gap between design blueprints and a flawless physical installation, TXMstore engineers tailorable bus bar solutions tailored to your project:
      Rackmount vs. Wallmount Form Factors
      Space optimization is everything in modern infrastructure. We fabricate custom bus bars optimized for both mounting profiles:
      Custom Punch Outs & Tailored Sizing
      Fumbling with uncooperative hole layouts or trying to manually drill through thick copper on-site is a major source of project delays and field errors. We eliminate this friction by providing fully customized punch out configurations machined precisely to your blueprints. Whether you need standard two-hole NEMA patterns with 3/4-inch or 1-inch spacing, specialized threaded/tapped holes, or unique multi-gauge hole combinations, we punch them to size cleanly before delivery.
      Bare Copper vs. Tin-Plated (Tinned) Finishes
      While pure copper provides outstanding electrical conductivity, exposure to oxygen and atmospheric humidity causes bare copper to oxidize over time, resulting in surface corrosion that increases electrical resistance.
      To safeguard your infrastructure against harsh or unconditioned environments, we offer Tinned Bus Bars in addition to our standard bare copper selection. Our electro-tin-plating process wraps the copper in a robust protective shield. This heavily resists corrosion, prevents pitting, and maintains an exceptionally low-resistance contact point for decades—making it the preferred specification for major telecom carriers and high-density computing hubs.  Tinned bus bars do require an MOQ, depending on the form and size needed.
      ]]>
      In the fast-paced world of telecommunications and data center infrastructure, maintaining a robust, reliable grounding system is not just an industry best practice—it is an absolute necessity. At the heart of every effective grounding network is the telecommunications bus bar. These high-conductivity components serve as the centralized connection points that protect sensitive networking equipment from electrical surges, clear fault currents, and guarantee system uptime.  Because no two server rooms, cell towers, or central offices are configured exactly alike, standard off-the-shelf components often fall short of meeting precise layout requirements. That is where custom engineering from TXMstore comes in. In this post, we will break down our specialized manufacturing capabilities—from custom punch outs to advanced tin plating—and clarify the distinct roles of Standard, TGB, and TMGB bus bars in modern telecom environments.
      Decoding the Tech: Standard vs. TGB vs. TMGB Bus Bars
      When designing a grounding system according to industry standards like TIA-607-C, engineering teams frequently work with three main classifications of grounding bus bars. Understanding their distinct functions ensures your facility remains compliant, efficient, and fully protected.
      1. Standard Bus Bars
      Standard bus bars are general-purpose conductive plates used across a wide variety of conventional electrical applications. While they offer excellent power distribution or localized grounding capabilities, they are not inherently tailored to the specialized architecture of telecommunications infrastructure. They are ideal for general industrial enclosures, mechanical rooms, or basic control panels that do not require specialized telecommunications hole patterns or isolated standalone hardware assemblies.
      2. TMGB (Telecommunications Main Grounding Busbar)
      The TMGB is the undisputed heart of a facility's telecommunications grounding network. It serves as the primary dedicated hub for connecting the building’s main electrical grounding electrode system directly to the telecommunications infrastructure. [1&91;
      • Where it sits: Typically installed in the main service entrance facility or the primary telecommunications central office.
      • Its role: It acts as the grand central station that accepts bonding connections from major backbones, structural steel, lightning protection systems, and individual equipment rooms. Because it bears the brunt of the entire system's grounding load, it is usually the largest bar in the building, traditionally machined from heavy-duty 1/4-inch thick solid high-purity copper. [&91;
      3. TGB (Telecommunications Grounding Busbar)
      Think of the TGB as a localized branch manager. While the main TMGB handles the entire building's entrance connection, a TGB is deployed in individual telecommunications closets, data center rows, or sub-floors to manage branch networks.
      • Where it sits: Located throughout the facility in secondary equipment rooms, individual server closets, or remote distribution frames.
      • Its role: The TGB collects the local ground wires from equipment racks, enclosures, and cable trays within that specific area, binding them together before running a single, heavy-gauge conductor back to the primary TMGB. This elegant hierarchy prevents ground loops and dramatically streamlines cable management.
      Custom Capabilities Built for Your Next Deployment
      Every network topology presents unique mechanical, electrical, and spatial challenges. To help you bridge the gap between design blueprints and a flawless physical installation, TXMstore engineers tailorable bus bar solutions tailored to your project:
      Rackmount vs. Wallmount Form Factors
      Space optimization is everything in modern infrastructure. We fabricate custom bus bars optimized for both mounting profiles:
      Custom Punch Outs & Tailored Sizing
      Fumbling with uncooperative hole layouts or trying to manually drill through thick copper on-site is a major source of project delays and field errors. We eliminate this friction by providing fully customized punch out configurations machined precisely to your blueprints. Whether you need standard two-hole NEMA patterns with 3/4-inch or 1-inch spacing, specialized threaded/tapped holes, or unique multi-gauge hole combinations, we punch them to size cleanly before delivery.
      Bare Copper vs. Tin-Plated (Tinned) Finishes
      While pure copper provides outstanding electrical conductivity, exposure to oxygen and atmospheric humidity causes bare copper to oxidize over time, resulting in surface corrosion that increases electrical resistance.
      To safeguard your infrastructure against harsh or unconditioned environments, we offer Tinned Bus Bars in addition to our standard bare copper selection. Our electro-tin-plating process wraps the copper in a robust protective shield. This heavily resists corrosion, prevents pitting, and maintains an exceptionally low-resistance contact point for decades—making it the preferred specification for major telecom carriers and high-density computing hubs.  Tinned bus bars do require an MOQ, depending on the form and size needed.
      ]]>             <![CDATA[How Often Should You Change Commercial Telecom Air Filters?]]> https://www.txmstore.com/blog/how-often-should-you-change-commercial-telecom-air-filters/ Fri, 24 Apr 2026 13:11:11 +0000 https://www.txmstore.com/blog/how-often-should-you-change-commercial-telecom-air-filters/ Dirty Filters Can Reduce Efficiency And Lead to Equipment Failure

      How often do commercial telecom filters need to be replaced? It’s a common question for design engineers and those who are tasked with servicing and maintaining equipment, but the simple answer is… it depends.

      In clean, controlled indoor environments like data centers or switching offices, it’s typically best to change filters 3-4 times a year based on a disciplined maintenance calendar.

      For harsher environments, such as outdoor enclosures, or for highly active systems like those used in medical, military or telecom capacities, the frequency of changing filters is exponentially higher. In most cases, the need to replace filters in specialty equipment is dictated by maintenance sensors. When sensors indicate that temperature, pressure and air flow are registering outside of optimal operating parameters, it’s typically a good sign that it’s time to change filters. Replacements in these environments can and still should be performed on a regimented basis but it may take some trial and error to determine the optimal schedule.

      Bottom line, filters that are loaded with dust and debris reduce airflow, which leads to inefficient system operation, and in some cases, equipment failure.

      Two simple things you can do to minimize the risk associated with clogged filters are to change them regularly and make sure you always have an adequate supply of replacement filters on hand. Developing (and sticking to) a filter replacement calendar is the best way to ensure all systems and equipment function efficiently throughout the year. As for always having replacement filters readily available, feel free to contact us. TXMstore is a leading air filter supplier providing replacement filters for existing applications and new filter designs to support product development. We’re here to help you keep your telecom space clean and your systems running efficiently.

      ]]>       Dirty Filters Can Reduce Efficiency And Lead to Equipment Failure

      How often do commercial telecom filters need to be replaced? It’s a common question for design engineers and those who are tasked with servicing and maintaining equipment, but the simple answer is… it depends.

      In clean, controlled indoor environments like data centers or switching offices, it’s typically best to change filters 3-4 times a year based on a disciplined maintenance calendar.

      For harsher environments, such as outdoor enclosures, or for highly active systems like those used in medical, military or telecom capacities, the frequency of changing filters is exponentially higher. In most cases, the need to replace filters in specialty equipment is dictated by maintenance sensors. When sensors indicate that temperature, pressure and air flow are registering outside of optimal operating parameters, it’s typically a good sign that it’s time to change filters. Replacements in these environments can and still should be performed on a regimented basis but it may take some trial and error to determine the optimal schedule.

      Bottom line, filters that are loaded with dust and debris reduce airflow, which leads to inefficient system operation, and in some cases, equipment failure.

      Two simple things you can do to minimize the risk associated with clogged filters are to change them regularly and make sure you always have an adequate supply of replacement filters on hand. Developing (and sticking to) a filter replacement calendar is the best way to ensure all systems and equipment function efficiently throughout the year. As for always having replacement filters readily available, feel free to contact us. TXMstore is a leading air filter supplier providing replacement filters for existing applications and new filter designs to support product development. We’re here to help you keep your telecom space clean and your systems running efficiently.

      ]]>             <![CDATA[Times Microwave’s new LMR Tool Kit]]> https://www.txmstore.com/blog/times-microwaves-new-lmr-tool-kit/ Tue, 08 Feb 2022 09:42:57 +0000 https://www.txmstore.com/blog/times-microwaves-new-lmr-tool-kit/ TXM Manufacturing is now offering Times Microwave’s new LMR Tool Kit. This new kit includes all tools needed to make your LMR 105/200/240 type cable jumper assemblies. This is the first in a series of hardcase kits which will keep all the tools required for a specific job all in one place.

      LMR-240 kit open edit

      The new LMR tool kit includes:

    • CT-240/200/100: Crimp tool for LMR-240, LMR-200 and LMR-100 X series connectors
    • CST-195/200: Prep tool for LMR-195 and LMR-200 X series connectors
    • CST-240A: Prep tool for LMR-240
    • CCT-03: Cable cutting tool for LMR-100 through LMR-600 T


      • Buy on our webstore today at: https://www.txmstore.com/hardcase-install-tool-kit-for-lmr-195-200-and-240-connectors-with-hard-foam-cut-outs/

      Please contact us via one of the methods below if you need assistance and we will respond to you quickly.

      ]]>       TXM Manufacturing is now offering Times Microwave’s new LMR Tool Kit. This new kit includes all tools needed to make your LMR 105/200/240 type cable jumper assemblies. This is the first in a series of hardcase kits which will keep all the tools required for a specific job all in one place.

      LMR-240 kit open edit

      The new LMR tool kit includes:

    • CT-240/200/100: Crimp tool for LMR-240, LMR-200 and LMR-100 X series connectors
    • CST-195/200: Prep tool for LMR-195 and LMR-200 X series connectors
    • CST-240A: Prep tool for LMR-240
    • CCT-03: Cable cutting tool for LMR-100 through LMR-600 T


      • Buy on our webstore today at: https://www.txmstore.com/hardcase-install-tool-kit-for-lmr-195-200-and-240-connectors-with-hard-foam-cut-outs/

      Please contact us via one of the methods below if you need assistance and we will respond to you quickly.

      ]]>             <![CDATA[Opti-Tap and Opti-Tip Cables]]> https://www.txmstore.com/blog/optitap-and-optitip-cables/ Tue, 11 Jan 2022 12:09:11 +0000 https://www.txmstore.com/blog/optitap-and-optitip-cables/ TXM is now offering Opti-Taps and Opti-Tips to our customers. The Opti-Tip and Opti-Tap fiber cable assemblies are designed for both indoor and outdoor use. Opti-Tap is a fiber connectivity system used in outside plant (OSP) applications for delivering fiber-to- the-premises or -home (FTTx or FTTH, respectively). The Opti-Tip connector is a hardened array connector designed to provide rapid connectivity (for two, four, six, eight, or 12 fibers) in a durable, easy- to-install design. The Corning connectors make installation quick and easy, as well as watertight and weatherproof. Factory installation and testing insures reliable, low optical loss in all fibers. The cables have up to 24 fibers in a 3mm jacket with a 400lb crush resistance for durability. Because we assemble the cables in house, we will be able to create custom lengths with the needed connectors.

      We're happy to answer questions or help you with custom orders. Please contact us via one of the methods below if you need assistance and we will respond to you quickly.

      BY PHONE:

      (844) 266-3718

      BY EMAIL:

      sales@txmstore.com

      accounting@txmstore.com

      BY FAX:

      336-434-5500

      ]]>       TXM is now offering Opti-Taps and Opti-Tips to our customers. The Opti-Tip and Opti-Tap fiber cable assemblies are designed for both indoor and outdoor use. Opti-Tap is a fiber connectivity system used in outside plant (OSP) applications for delivering fiber-to- the-premises or -home (FTTx or FTTH, respectively). The Opti-Tip connector is a hardened array connector designed to provide rapid connectivity (for two, four, six, eight, or 12 fibers) in a durable, easy- to-install design. The Corning connectors make installation quick and easy, as well as watertight and weatherproof. Factory installation and testing insures reliable, low optical loss in all fibers. The cables have up to 24 fibers in a 3mm jacket with a 400lb crush resistance for durability. Because we assemble the cables in house, we will be able to create custom lengths with the needed connectors.

      We're happy to answer questions or help you with custom orders. Please contact us via one of the methods below if you need assistance and we will respond to you quickly.

      BY PHONE:

      (844) 266-3718

      BY EMAIL:

      sales@txmstore.com

      accounting@txmstore.com

      BY FAX:

      336-434-5500

      ]]>             <![CDATA[Bus Bars for Telecom rooms]]> https://www.txmstore.com/blog/bus-bars-for-telecom-rooms/ Tue, 12 Nov 2019 16:31:24 +0000 https://www.txmstore.com/blog/bus-bars-for-telecom-rooms/ In a typical Data Center, you will often have many different ground bars in use through out the facility. For example, in the electrical room, you will not only have the green wire low-impedance fault current path required, but you may also have a safety ground system with multiple ground bars used to bond the various metallic objects found within the room (electrical panels, conduit, air handling equipment, fire suppression, doors, gates, fences, etc)

      In the computer room, you will have a requirement for a copper ground bar to be installed inside each computer server rack. TXM offers both 19” and 23” bus bars which can be used on 2 post and 4 post racks. For more information on the options of Rack Mount Bus Bars available on our e-store, follow this link below:
      https://www.txmstore.com/rf-wireless-components/grounding/bus-bars/19-and-23-universal-bus-bars/

      There are also additional ground bar (s) mounted on the wall of the server room that will be used to bond all the server rack ground bars together, along with the conduit bonds, air handling equipment bonds, door bonds, UPS power supply, etc. This server room ground bar (s) must in turn be bonded back to the main ground bar in your Telco room, and back to the first service disconnect in the main electrical room. There are typically requirements for dedicated 5-ohm or less grounding electrodes that must be bonded to the server room ground bar (s). TXM offers various sizes of wall mount bus bars for standard, TGB and TMGB series bus bars. TGB bus bars (Telecommunications Grounding Bar Kit) provide a common grounding point within the telecommunications room. The TGB is the attachment point for all telecommunications systems and equipment in a specific telecommunications space. Therefore, each telecommunications space through out the building should have a TGB. These are typically installed on a wall inside the data telecom room, allowing each telecommunications room to provide a common point of connection for systems and equipment bonding to ground. TMGB bus bars(Telecommunications Main Grounding Bar) are used as the foundation of the telecommunications grounding system and serve as an interface between the building's service equipment (power) ground and the telecommunications infrastructure. The TMGB also serves as a central connection point for the telecommunications bonding backbone (TBB) and equipment. There is usually only one TMGB per building.

      For more information on the options of Wall Mount Bus Bars available on our e-store, follow this link below:
      https://www.txmstore.com/das-rf-components/grounding/bus-bars/wall-mount/

      You may have additional ground bars used for the bonding of the lightning protection system, back-up generator systems, electrical substations, equipment chassis, and many more. All of these ground bars and grounding systems must be bonded to each other in manner that does not cause additional problems with ground loops, resulting in harmonics and electrical interference.

      In addition, TXM also offers isolation rack adapter kits, which include the rack adapters along with isolation pads, bushing nylon washers and screws. These can be used for additional ground isolation protection when mounting telecom equipment onto the racks. For more information, follow this link: https://www.txmstore.com/telecom-accessories/hardware-shelves-racking/iso-rackmount-adapters/

      If you need further information or have additional questions, please contact us direct at sales@txmstore.com

      ]]>       In a typical Data Center, you will often have many different ground bars in use through out the facility. For example, in the electrical room, you will not only have the green wire low-impedance fault current path required, but you may also have a safety ground system with multiple ground bars used to bond the various metallic objects found within the room (electrical panels, conduit, air handling equipment, fire suppression, doors, gates, fences, etc)

      In the computer room, you will have a requirement for a copper ground bar to be installed inside each computer server rack. TXM offers both 19” and 23” bus bars which can be used on 2 post and 4 post racks. For more information on the options of Rack Mount Bus Bars available on our e-store, follow this link below:
      https://www.txmstore.com/rf-wireless-components/grounding/bus-bars/19-and-23-universal-bus-bars/

      There are also additional ground bar (s) mounted on the wall of the server room that will be used to bond all the server rack ground bars together, along with the conduit bonds, air handling equipment bonds, door bonds, UPS power supply, etc. This server room ground bar (s) must in turn be bonded back to the main ground bar in your Telco room, and back to the first service disconnect in the main electrical room. There are typically requirements for dedicated 5-ohm or less grounding electrodes that must be bonded to the server room ground bar (s). TXM offers various sizes of wall mount bus bars for standard, TGB and TMGB series bus bars. TGB bus bars (Telecommunications Grounding Bar Kit) provide a common grounding point within the telecommunications room. The TGB is the attachment point for all telecommunications systems and equipment in a specific telecommunications space. Therefore, each telecommunications space through out the building should have a TGB. These are typically installed on a wall inside the data telecom room, allowing each telecommunications room to provide a common point of connection for systems and equipment bonding to ground. TMGB bus bars(Telecommunications Main Grounding Bar) are used as the foundation of the telecommunications grounding system and serve as an interface between the building's service equipment (power) ground and the telecommunications infrastructure. The TMGB also serves as a central connection point for the telecommunications bonding backbone (TBB) and equipment. There is usually only one TMGB per building.

      For more information on the options of Wall Mount Bus Bars available on our e-store, follow this link below:
      https://www.txmstore.com/das-rf-components/grounding/bus-bars/wall-mount/

      You may have additional ground bars used for the bonding of the lightning protection system, back-up generator systems, electrical substations, equipment chassis, and many more. All of these ground bars and grounding systems must be bonded to each other in manner that does not cause additional problems with ground loops, resulting in harmonics and electrical interference.

      In addition, TXM also offers isolation rack adapter kits, which include the rack adapters along with isolation pads, bushing nylon washers and screws. These can be used for additional ground isolation protection when mounting telecom equipment onto the racks. For more information, follow this link: https://www.txmstore.com/telecom-accessories/hardware-shelves-racking/iso-rackmount-adapters/

      If you need further information or have additional questions, please contact us direct at sales@txmstore.com

      ]]>             <![CDATA[4-Post Adjustable 1RU Shelf - NEW VENTED VERSION with High Weight Capacity]]> https://www.txmstore.com/blog/4post-adjustable-1ru-shelf-new-vented-version-with-high-weight-capacity/ Tue, 24 Apr 2018 08:19:08 +0000 https://www.txmstore.com/blog/4post-adjustable-1ru-shelf-new-vented-version-with-high-weight-capacity/ 4P-19-SHELFBK-1RU - 4-Post, 19” Adjustable Shelf 1RU Black,

      NEW Vented Version with High Weight Capacity

      $134.00 each

      Due to customer demand, TXM has now upgraded our 4 post shelves to allow more venting and

      offer more weight capacity. 

      Depth Adjustable:22"- 40"(Solid), 22" to 36" (Vented)
      Usable Depth Adjustable:22" to 36" (Vented)
      Width 19"
      Height 1.72"(1U),3.47"(2U)
      Weight 17lbs.(1USolid),18lbs.(2U), 13lbs.(1U Vented)
      Weight Capacity 250lbs
      Material(s) CRS (ColdRolled Steel)
      Color/Finish BlackPowder Coated Finish
      Part Number 4P-19-SHELFBK-1RU
      ]]>       4P-19-SHELFBK-1RU - 4-Post, 19” Adjustable Shelf 1RU Black,

      NEW Vented Version with High Weight Capacity

      $134.00 each

      Due to customer demand, TXM has now upgraded our 4 post shelves to allow more venting and

      offer more weight capacity. 

      Depth Adjustable:22"- 40"(Solid), 22" to 36" (Vented)
      Usable Depth Adjustable:22" to 36" (Vented)
      Width 19"
      Height 1.72"(1U),3.47"(2U)
      Weight 17lbs.(1USolid),18lbs.(2U), 13lbs.(1U Vented)
      Weight Capacity 250lbs
      Material(s) CRS (ColdRolled Steel)
      Color/Finish BlackPowder Coated Finish
      Part Number 4P-19-SHELFBK-1RU
      ]]>             <![CDATA[Rack Mount and Wall Mount Copper Bus Bars]]> https://www.txmstore.com/blog/rack-mount-and-wall-mount-copper-bus-bars/ Fri, 08 Sep 2017 14:57:09 +0000 https://www.txmstore.com/blog/rack-mount-and-wall-mount-copper-bus-bars/ The TXMstore would like to convey our thoughts and prayers to all those affected by hurricanes Harvey and Irma. We wish you all safety and strength as you rebuild.

      Please know that we are here to help in any way we can. Our team is on standby 24/7 to quote you and assist you with orders.

      All stock items can ship first thing Monday morning for emergency orders.

      We do keep a good supply on hand for the following:

      Copper Bus Bars, Lugs, heat shrink

      Fiber Solutions including enclosures, jumpers and pigtails

      Racking and Hardware

      Cat5e and Cat6 patch panels and cables, as well as bulk cable

      RF Coax Bulk cable and jumpers, as well as cable attachment and entry products

      We will do our best to get you what you need as quickly as possible in any emergency situations.

      19" Horizontal Rack Copper Bus Bar Kit - 3/16" x 1" x 19" (BB14119TKIT)

      You can see our entire selection of grounding solutions below.

      https://www.txmstore.com/rf-coax-cable/rf-coax-accessories/grounding/ 

      ]]>       The TXMstore would like to convey our thoughts and prayers to all those affected by hurricanes Harvey and Irma. We wish you all safety and strength as you rebuild.

      Please know that we are here to help in any way we can. Our team is on standby 24/7 to quote you and assist you with orders.

      All stock items can ship first thing Monday morning for emergency orders.

      We do keep a good supply on hand for the following:

      Copper Bus Bars, Lugs, heat shrink

      Fiber Solutions including enclosures, jumpers and pigtails

      Racking and Hardware

      Cat5e and Cat6 patch panels and cables, as well as bulk cable

      RF Coax Bulk cable and jumpers, as well as cable attachment and entry products

      We will do our best to get you what you need as quickly as possible in any emergency situations.

      19" Horizontal Rack Copper Bus Bar Kit - 3/16" x 1" x 19" (BB14119TKIT)

      You can see our entire selection of grounding solutions below.

      https://www.txmstore.com/rf-coax-cable/rf-coax-accessories/grounding/ 

      ]]>             <![CDATA[HOW TO KEEP YOUR FIBER NETWORK AT TOP PERFORMANCE ]]> https://www.txmstore.com/blog/how-to-keep-your-fiber-network-at-top-performance-/ Mon, 14 Aug 2017 09:23:44 +0000 https://www.txmstore.com/blog/how-to-keep-your-fiber-network-at-top-performance-/ Clean fiber optic components are extremely important for a quality connection between your network products. As network providers improve their infrastructure to handle deployment of 40G and 100G systems, techs must pay even closer attention to their fiber optic performance in order to make sure all data is transmitting quickly and without failure.

      Contaminated fiber connectors can often lead to network failures and limited insertion loss. For example, if a connector is dirty, even a small 1µ contaminant can degrade the signal by 1%, resulting in 0.05dB of insertion loss.

      A larger 8µ speck of dust which is still invisible to our sight, can completely block the signal.

      Dust is not the only culprit for attenuation loss on a fiber connector. Airborne contaminants, oils from our hands, and residue left by water and other solvents are also common contaminants on fiber connectors.

      Not only are these contaminants more difficult to remove from the fiber connector, they also can cause damage to your networking equipment.

      This can all be prevented, by using TXM’s Fiber Optic Cleaning Products. Our products will help you remove dust and contaminants so you can keep your fiber connections clean for optimal performance. TXM offers the following cleaning products:

    • One Click Fiber Cleaner Pens
    • Cassette Cleaners
    • Swab Sticks

      • Be sure to visit our Fiber Solutions page for all your fiber cleaning needs

      https://www.txmstore.com/fiber-solutions/fiber-tools/fiber-cleaners/ 

      ]]>       Clean fiber optic components are extremely important for a quality connection between your network products. As network providers improve their infrastructure to handle deployment of 40G and 100G systems, techs must pay even closer attention to their fiber optic performance in order to make sure all data is transmitting quickly and without failure.

      Contaminated fiber connectors can often lead to network failures and limited insertion loss. For example, if a connector is dirty, even a small 1µ contaminant can degrade the signal by 1%, resulting in 0.05dB of insertion loss.

      A larger 8µ speck of dust which is still invisible to our sight, can completely block the signal.

      Dust is not the only culprit for attenuation loss on a fiber connector. Airborne contaminants, oils from our hands, and residue left by water and other solvents are also common contaminants on fiber connectors.

      Not only are these contaminants more difficult to remove from the fiber connector, they also can cause damage to your networking equipment.

      This can all be prevented, by using TXM’s Fiber Optic Cleaning Products. Our products will help you remove dust and contaminants so you can keep your fiber connections clean for optimal performance. TXM offers the following cleaning products:

    • One Click Fiber Cleaner Pens
    • Cassette Cleaners
    • Swab Sticks

      • Be sure to visit our Fiber Solutions page for all your fiber cleaning needs

      https://www.txmstore.com/fiber-solutions/fiber-tools/fiber-cleaners/ 

      ]]>             <![CDATA[ What do the fiber terms OM1, OM2, OM3 and OM4 refer to?]]> https://www.txmstore.com/blog/-what-do-the-fiber-terms-om1-om2-om3-and-om4-refer-to/ Wed, 01 Mar 2017 11:09:47 +0000 https://www.txmstore.com/blog/-what-do-the-fiber-terms-om1-om2-om3-and-om4-refer-to/ Have you ever wondered what the fiber terms OM1, OM2, OM3 and OM4 refer to? If so, see below for a brief explanation. All OM Fiber is considered Multi-Mode. This can help you in your decision making.

      OM1 - Multimode

      • Color – Orange
      • Core Size – 62.5um (62.5/125)
      • Data Rate – 1GB @ 850nm
      • Distance – Up to 300 meters
      • Applications – Short-Haul Networks, Local Area Networks (LANs) & Private Networks

      OM2 - Multimode

      • Color – Orange
      • Core Size – 50um (50/125)
      • Data Rate – 1GB @ 850nm
      • Distance – Up to 600 meters
      • oGenerally used for shorter distances
      • o2x Distance Capacity of OM1
      • Applications – Short-Haul Networks, Local Area Networks (LANs) & Private Networks

      OM3 – Laser-Optimized Multimode

      • Color – Aqua
      • Core Size – 50um (50/125)
      • Date Rate – 10GB @ 850nm
      • Distance – Up to 300 meters
      • oUses fewer modes of light, enabling increased speeds
      • oAble to run 40GB or 100GB up to 100 meters utilizing a MPO connector
      • Applications – Larger Private Networks

      OM4 – Laser-Optimized Multimode

      • Color – Aqua
      • Core Size – 50um (50/125)
      • Data Rate – 10GB @ 850nm
      • Distance – Up to 550 meters
      • oAble to run 100GB up to 150 meters utilizing a MPO connector
      • Applications – High-Speed Networks – Data Centers, Financial Centers & Corporate Campuses

      Choosing the right fiber type for your application is important. Future proofing your network design is crucial for network planning, but there is often a cost for that speed. So plan well and spend wisely.

      TXM offers a wide range of fiber jumpers and options.  

      SHOP NOW

      ]]>       Have you ever wondered what the fiber terms OM1, OM2, OM3 and OM4 refer to? If so, see below for a brief explanation. All OM Fiber is considered Multi-Mode. This can help you in your decision making.

      OM1 - Multimode

      • Color – Orange
      • Core Size – 62.5um (62.5/125)
      • Data Rate – 1GB @ 850nm
      • Distance – Up to 300 meters
      • Applications – Short-Haul Networks, Local Area Networks (LANs) & Private Networks

      OM2 - Multimode

      • Color – Orange
      • Core Size – 50um (50/125)
      • Data Rate – 1GB @ 850nm
      • Distance – Up to 600 meters
      • oGenerally used for shorter distances
      • o2x Distance Capacity of OM1
      • Applications – Short-Haul Networks, Local Area Networks (LANs) & Private Networks

      OM3 – Laser-Optimized Multimode

      • Color – Aqua
      • Core Size – 50um (50/125)
      • Date Rate – 10GB @ 850nm
      • Distance – Up to 300 meters
      • oUses fewer modes of light, enabling increased speeds
      • oAble to run 40GB or 100GB up to 100 meters utilizing a MPO connector
      • Applications – Larger Private Networks

      OM4 – Laser-Optimized Multimode

      • Color – Aqua
      • Core Size – 50um (50/125)
      • Data Rate – 10GB @ 850nm
      • Distance – Up to 550 meters
      • oAble to run 100GB up to 150 meters utilizing a MPO connector
      • Applications – High-Speed Networks – Data Centers, Financial Centers & Corporate Campuses

      Choosing the right fiber type for your application is important. Future proofing your network design is crucial for network planning, but there is often a cost for that speed. So plan well and spend wisely.

      TXM offers a wide range of fiber jumpers and options.  

      SHOP NOW

      ]]>