Cables

Do you need to route your cable throughout your home or office? Our 50 pair 66 wiring block will provide you with a clean and professional solution for your wiring needs. A 66 block will accept an incoming phone or data line from your service provider and allow you to route the connections to wherever they are needed A wiring block will have 4 columns. To understand how the routing will work, let’s take a look at a single row. On this row there are 4 contacts. Contact 1 and 2 are for the incoming line and contacts 3 and 4 are for the outgoing line. Contact 1 is wired directly to Contact 2 and contact 3 is connected directly to contact 4. So the question is, how do we make them talk to each other? For this example, we’ll do a simple 1 pair connection. You will take the incoming line and punch down into contact 1. You will then take your outgoing line and punch down into contact 4 in the same color code. Now both our incoming line and outgoing line are connected, now we just need to connect them to each other. If both lines are wired directly across from each other, you can simply use a bridging clip to pair the connection from contact 2 to contact 3. If your incoming and outgoing lines do not match or if you just need to change your wiring setup over time, you can use cross connect wire to punch down from contact 2 of your incoming line to contact 3 of the outgoing. Our 66 wiring block is made with a durable and high impact, flame retardant material. It is rated for and exceeds Cat5e standards and accepts between 22-26 gauge wire. It is wall mountable using the tabs at the top and bottom of the base and can accept a wall bracket, which is sold separately and available here: http://www.showmecables.com/product/8... For all of your cable and accessory needs, choose Show Me Cables.

Do you need to route your cable throughout your home or office? Our pre-terminated 66 wiring block will provide you with a clean and professional solution for your wiring needs. A 66 block will accept an incoming phone or data line from your service provider and allow you to route the connections to wherever they are needed A wiring block will have 4 columns. To understand how the routing will work, let’s take a look at a single row. On this row there are 4 contacts. Contact 1 and 2 are for the incoming line and contacts 3 and 4 are for the outgoing line. Contact 1 is wired directly to Contact 2 and contact 3 is connected directly to contact 4. So the question is, how do we make them talk to each other? For this example, we’ll do a simple 1 pair connection. You will take the incoming line and punch down into contact 1. You will then take your outgoing line and punch down into contact 4 in the same color code. Now both our incoming line and outgoing line are connected, now we just need to connect them to each other. If both lines are wired directly across from each other, you can simply use a bridging clip to pair the connection from contact 2 to contact 3. If your incoming and outgoing lines do not match or if you just need to change your wiring setup over time, you can use cross connect wire to punch down from contact 2 of your incoming line to contact 3 of the outgoing. The pre-terminated block has the incoming and outgoing lines already punched down. It has a Male and Female Telco connection to allow you to use a Telco cables to connect from the service line into the block, then from the block into your premise wiring to save time. You will simply need to use bridge clips and cross connect wire as needed. Our 66 wiring block is made with a durable and high impact, flame retardant material. It is rated for and exceeds Cat5e standards and accepts between 22-26 gauge wire. It includes the wall mount bracket and cover for

Do you need a reliable, high speed data connection for your home, office, or business? Our Cat7 patch cables are made using 4 twisted pairs of 26 gauge pure copper conductors and offers a double shielded jacket. Each pair has an individual shield in addition to an overall foil shield for maximum protection against EMI interference. The cables are made using stranded conductors for maximum flexibility and are pre-terminated with RJ45 connectors and cable boots. Cat7 is capable of bandwidth of 600MHz and is the next step in ethernet cabling, advancing from the current uses of Cat6. Cat6 can send a 10 gigabit signal between 37-55 meters, while Cat7 can support 10 gigabit ethernet up to 100 meters. Cat7 is backwards compatible with Cat6a, Cat6 and Cat5e and will work with any existing networking equipment. Our Cat7 patch cables provide a high speed, flexible, and cost effective solution for your wiring needs. For all of your cable and accessory needs, choose Show Me Cables.

Do you need a reliable, high speed data connection for your home, office, or business? Our Cat7 bulk cable is made using 4 twisted pairs of 23 gauge pure copper conductors. They are available in multiple colors as well as either a standard PVC or outdoor rated jacket. Cat7 is a dual shielded cable, offering an individual shield for each pair in addition to an overall braided shield for maximum protection against EMI interference. The outdoor rated jacket is suitable for an outdoor installation and is protected against weather and UV damage. Our Cat7 bulk cable is capable of bandwidth of 850MHz and prevents alien crosstalk up to 750MHz. Cat7 is the next step in ethernet cabling, advancing from the current uses of Cat6. Cat6 can send a 10 gigabit signal between 37-55 meters, while Cat6a can support 10 gigabit ethernet up to 100 meters. Cat6a is backwards compatible with Cat6, Cat5e and Cat5 and will work with any existing networking equipment. Our bulk cable is sold by the foot as well as 1000 FT spools to easily provide the right cable for your installation. Our Cat6a cabling will provide a high speed, flexible, and cost effective solution for your wiring needs. For all of your cable and accessory needs, choose Show Me Cables.

Are you looking for a quick and easy installation or repair for your coax cable? Our N Male Crimp Connector for RG8 and RG213 is an easy to use, 3-piece design for terminating your cable. The 3 piece connector consists of the connector housing, a ferrule, and the male pin. For this installation you will need: RG8 or RG13 cable, a strip tool, a crimp tool, and the crimp connector. Start inserting the ferrule over the jacket. Then use the strip tool to get rid of the excess jacket and dielectric in one smooth motion. Pull back the braided shield. Crimp the male pin onto the center conductor. Then place the connector onto the cable and pull the ferrule up to the base of the connector, folding the shield with it. Then, use the crimp tool to terminate the ferrule onto the jacket. For all of your cable and connector needs, choose Show Me Cables

Are you looking for a quick and easy installation or repair for your coax cable? Our N Male Crimp Connector for RG58 and LMR-195 is an easy to use, 3-piece design for terminating your cable. The 3 piece connector consists of the connector housing, a ferrule, and the male pin. For this installation you will need: RG58 or LMR-195 cable, a strip tool, a crimp tool, and the crimp connector. Start inserting the ferrule over the jacket. Then use the strip tool to get rid of the excess jacket and dielectric in one smooth motion. Pull back the braided shield. Crimp the male pin onto the center conductor. Then place the connector onto the cable and pull the ferrule up to the base of the connector, folding the shield with it. Then, use the crimp tool to terminate the ferrule onto the jacket. For all of your cable and connector needs, choose Show Me Cables

Do you have a DIY project or repair that you need to make? Our 3.5mm mono connector will provide an inexpensive solution for creating a single channel audio cable. A mono connector can be identified by the single black plastic band near the tip of the cable. 3.5mm refers to the diameter of the plug. It is the most common size plug for small electronic devices such as headphones. This connector contains an all metal plug and soldering points. To install the connector, you will need: A soldering iron, solder, a wire stripper and cable. Since this is a mono connector, our cable will need one center conductor and a shield. Unscrew the strain relief and slide it onto the audio cable. Using a cable stripper, strip back the cable jacket. Twist the shield together. Strip the jacket around the center conductor. Tin the center conductor and shield by adding solder to the ends of each wire. Tinning helps makes a more lasting and professional bond. Take the connector and with a vice or helping hands, tin the solder points on the connector. The sleeve is the longest piece of metal, coming out of the back of the connector. If you are unsure of which solder point corresponds to the tip or sleeve, you can use a multimeter to check continuity. Solder the tinned shield to the sleeve and the center conductor to the tip. Using pliers, pinch the strain relief onto the outside jacket. Slide up the strain relief and tighten onto the connector. Congratulations, you have successfully soldered the 3.5mm connector. For all of your cable and connector needs, choose Show Me Cables.

Do you have a DIY project or repair that you need to make? Our right angle 3.5mm stereo connector will provide an inexpensive solution for creating a dual channel audio cable. A stereo connector can be identified by the two black plastic bands near the tip of the cable. 3.5mm refers to the diameter of the plug. It is the most common size plug for small electronic devices such as headphones. This connector contains an all metal plug and soldering points and is angled 90 degrees for a low profile, compact solution. To install the connector, you will need: A soldering iron, solder, a wire stripper and cable. Since this is a stereo connector, our cable will need two center conductors and a shield. Unscrew the strain relief and slide it onto the audio cable. Using a cable stripper, strip back the cable jacket. Twist the shield together. Strip the jacket around the center conductor. Tin the center conductor and shield by adding solder to the ends of each wire. Tinning helps makes a more lasting and professional bond. Take the connector and with a vice or helping hands, tin the solder points on the connector. The sleeve is the longest piece of metal, coming out of the back of the connector. If you are unsure of which solder point corresponds to the tip or sleeve, you can use a multimeter to check continuity. Solder the tinned shield to the sleeve and the center conductor to the tip. Using pliers, pinch the strain relief onto the outside jacket. Slide up the strain relief and tighten onto the connector. Congratulations, you have successfully soldered the 3.5mm connector. For all of your cable and connector needs, choose Show Me Cables.

Do you have a DIY project or repair that you need to make? Our 3.5mm stereo connector will provide an inexpensive solution for creating a dual channel audio cable. A stereo connector can be identified by the two black plastic bands near the tip of the cable. 3.5mm refers to the diameter of the plug. It is the most common size plug for small electronic devices such as headphones. This connector contains an all metal plug and soldering points. To install the connector, you will need: A soldering iron, solder, a wire stripper and cable. Since this is a stereo connector, our cable will need two center conductors and a shield. Unscrew the strain relief and slide it onto the audio cable. Using a cable stripper, strip back the cable jacket. Twist the shield together. Strip the jacket around the center conductor. Tin the center conductor and shield by adding solder to the ends of each wire. Tinning helps makes a more lasting and professional bond. Take the connector and with a vice or helping hands, tin the solder points on the connector. The sleeve is the longest piece of metal, coming out of the back of the connector. If you are unsure of which solder point corresponds to the tip or sleeve, you can use a multimeter to check continuity. Solder the tinned shield to the sleeve and the center conductor to the tip. Using pliers, pinch the strain relief onto the outside jacket. Slide up the strain relief and tighten onto the connector. Congratulations, you have successfully soldered the 3.5mm connector. For all of your cable and connector needs, choose Show Me Cables.

Do you have a DIY project or repair that you need to make? Our 3.5mm TRRS connector will provide an inexpensive solution for creating a three channel audio cable. A TRRS connector can be identified by three black plastic bands near the tip of the cable. 3.5mm refers to the diameter of the plug. It is the most common size plug for small electronic devices such as headphones. This connector contains an all metal plug and soldering points. The plastic shell and strain relief protect the solder points on the connector. To install the connector, you will need: A soldering iron, solder, a wire stripper and cable. Since this is a TRRS connector, our cable will need three center conductors and a shield. Unscrew the strain relief and slide it onto the audio cable. Using a cable stripper, strip back the cable jacket. Twist the shield together. Strip the jacket around the center conductor. Tin the center conductor and shield by adding solder to the ends of each wire. Tinning helps makes a more lasting and professional bond. Take the connector and with a vice or helping hands, tin the solder points on the connector. The sleeve is the longest piece of metal, coming out of the back of the connector. If you are unsure of which solder point corresponds to the tip or sleeve, you can use a multimeter to check continuity. Solder the tinned shield to the sleeve and the center conductor to the tip. Using pliers, pinch the strain relief onto the outside jacket. Slide up the strain relief and tighten onto the connector. Congratulations, you have successfully soldered the 3.5mm connector. For all of your cable and connector needs, choose Show Me Cables.