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||Compression Style CCTV ConnectorsCompression Style CCTV Connectors are used when you want a weatherproof seal. Compression style CCTV connectors provide a high quality termination and provide years of trouble free service. Since CCTV connectors cause the main issues with attenuation in CCTV it is best practise to do the job correctly the first time and check each run after a connector has been installed to make sure you are getting good signals. Compression style CCTV connectors are the premium connector of choice.
||Crimp Style CCTV ConnectorsCrimp on Style CCTV Connectors are very common, when installed correctly provide years of service, the biggest issue with these connectors is the installer gets a few strands of the shielding in contact with the center pin which causes distortion in the picture and if the cables are not tested as each connector is installed trouble can be abound and it is always harder to trouble shoot a cable run after it is installed and causes much more labour. Take the time to install them correctly.
||Other CCTV ConnectorsOther CCTV Connectors consist of T`s, Converters, adapters, elbows and Twist on CCTV connectors.
Installing Compression Style Connectors to RG59/RG6 cabling
- Connectors are color coded for cable type. See chart below or manufacturer’s recommendation
- Strip cable to dimensions shown on chart. Remove cable jacket and dielectric
- Fold exposed braid back over cable jacket leaving smooth foil attached to dielectric
- For Quad Shield Cable: Fold outer braid back over jacket, remove outer foil and fold inner braid back over jacket
- Trim center conductor to proper length, see (A) dimension
- Insert cable into rear of connector. Insertion depth is shown, on chart. For F connectors, dielectric should be flush with support mandrel face.
Tips & Tricks
Installing Crimp Style BNC connectors to RG59 cabling
- The key to a good crimp is proper cable & connector preparation
- When crimping other mfg’s connectors, minor adjustments to the crimp height may needed. Simply adjust adapter up or down
- Keep adapters secured in tool to prevent loss
Tools required: Side cutters, needle nose pliers, X-acto knife, a cable stripper and a BNC crimper.
The stripper is required because the different bands in the coax cable have to be cut precisely to different lengths and depths, and this is difficult to do without the proper tool.
The BNC Crimper is used twice in the process - first to crimp the BNC pin to the main conductor, and then to crimp the collar over the outer insulation at the end of the operation. A quality crimper can make the difference between a connection that works and one that has to be discarded.
It is also a good idea to make a length of test cable and try it out between a couple of computers on the system before actually going through the trouble of pulling cable through wall and ceiling spaces. You don't want to do all that hard work only to find you've got the wrong cabling! The connector itself consists of three parts: the connector itself, the center pin, and the crimp barrel.
STEP 1: PREPARE CABLE
Prepare the end of the cable with the cable stripper tool. Leave yourself a few extra feet of cable length for mistakes. If you get a bad connector, you'll be able to cut it off and try again.
Setting up the cable stripper may require some trial and error adjustment.
Leave about 1/4 inch of cable sticking out the front of the stripper. You then rotate the stripper about the cable until the two layers of insulation and the shielding are cut through to their proper depths.
The center conductor is about 1/2 inch long (it will be cut to fit). The exposed portion of the inner insulation band is about 1/8 inch and the braided shielding between the two insulation bands has been cut back cleanly to the same length as the outer insulation band.
If the cable stripper does not completely do its job, you may have to clean up the cable end with an X-acto knife or needle file. Care counts here. The center conductor should not be nicked, nor should any of the braided shielding be exposed - the most difficult part of this operation is to strip the shielding without damaging the inner insulation band.
STEP 2: CRIMP PIN
Fit the center pin from the connector package over the center conductor as far as it will go. The resulting length of exposed center conductor is the amount of conductor that will have to be cut off for a proper fit. Take the pin back off and cut the center conductor to the correct length with side cutter pliers. It should be 3/16 inch plus or minus. Now when the pin is placed back on the conductor, its base should just reach the inner insulation band (the center conductor should no longer be exposed.)
Place the pin on the center conductor, snug up the crimping tool over the pin (in the special die portion of the crimper provided for the pin) . . . and when you're absolutely sure everything is properly aligned, crimp the pin to the center conductor. Be careful. If this is messed up, you have to start over prepping the cable again with a new connector. Have a few more connectors on hand, even though you'll get good at this, mistakes are made, and if you don't have enough you'll put a real time strain on your project. You will use them!
The base of the pin is seated on the top of the inner insulation band. The crimping process flattens out the pin a bit where the crimping tool applies pressure to it. Clean up any sharp edges left by the crimper with a jeweller’s file, if necessary.
STEP 3: INSTALL BNC CONNECTOR
Slide the Crimp Barrel (or collar) over the cable before installing the connector itself - we will come back to the crimp barrel in the next step, but you have to slide it onto the cable now (you can't force it over the much larger connector later).
You must insert the connector unto the cable. The knurled cylinder portion fits over the pin and inner insulation band and is press-fitted-twisted into place. It has to fit snugly between the outer and inner insulation bands, and during the process, it fights with the braided shielding for this tight space.
When you think you've got the connector inserted under the insulation as far as it will go, push it a little farther. You'll know you're finished when most of the knurled surface has disappeared under the insulation and the center pin is rigid in its seated location inside the connector. If the pin is loose and the connector is on as far as it will go, the length of exposed inner insulation band when the cable was stripped is too short. If the pin is tight but a lot of the knurled portion of the connector is still showing, the length of exposed inner insulation band and/or center conductor when the cable was prepared is too long.
STEP 4: CRIMP BARREL
You're almost done. Now slide the crimp barrel (placed on the cable at the beginning of the last step) up as close to the connector as you can get it.<br>
It will take some effort to get as much of it as possible over the bulge in the cable caused by the last step.
If you have a general-purpose wire stripper/crimper, it has an "ignition terminals" opening that is a little bigger than the cable and a little smaller than the crimp barrel. This is a great tool for putting some leverage behind the crimp barrel when easing it over the bulge in the cable.
Now you can crimp the barrel using the other, larger opening in the BNC crimp tool die. This will tighten and deform the crimp barrel down over the connector and cable for a secure connection.
Crimping the barrel should force the bulge in the cable up over what remains of the exposed knurled portion of the connector to the connector's base. Now you can install another connector on the other end, and then test the completed length of cable. It is good practice to test each length of cable as you go rather than install all the connectors and cabling, and then try to track down a bad connection. With a little practice you will be installing the BNC connectors like a pro.
Installing a Twist-on type BNC Connector
Use a stripping tool to strip the shielding from the coax part of the cable. In order for the connector to go on smoothly you will want about 3/4" of the center conductor showing and about the same amount of the copper wire braid showing (see figure 2 below).
Make sure that none of the strands of copper wire braid touches the middle conductor wire when you twist on the BNC connector. If they accidentally touch, this will not damage the camera but can result in a black (shorted out) image from the camera.
Twist on the BNC Connector onto the wire until it is snug. You will repeat Steps 1 - 3 for the DVR end of the COAX cable.
Installation of the 2 Piece BNC Crimp type connector
A crimp type connection allows for quick and simple installation while still maintaining a mechanical and electrical connection fairly close to a solder type termination. Some of the key points to remember are as follows: Make sure to use the proper size connector for the type of cable you are using. Make sure all cuts and stripping is clean. Avoid nicks as much as possible. Use the proper crimp tool; don't try to improvise with pliers, etc. Follow these steps.
Installation of the BNC connector to the RG62 and RG58 cable
BNC connectors are not hard to install, but they must be installed correctly or they can cause problems down the road. Reproduced below are the instructions from Amphenol (the biggest connector maker). Here is a technique which requires no special tools other than a cable stripper and a crimping tool and which you may find easier than trying to measure the dimensions given in the Amphenol instructions below. You should have a look at the instructions from Amphenol , since some important warnings are contained in them, you may find an easier technique than what is described here.
- Place the Plug Body assembly on the work surface
- Place the male contact pin on the table with the tip of the pin aligned with the front of the plug assembly
- Place the cable next to the pin with the end of the cable just beyond the little hole in the side of the pin
- Carefully cut the cable outer sheath right where it lines up with the cable-entry edge of the Plug Body.
Do this with a razor blade or knife being very careful not to nick or cut any of the shield braid wires.
Its better to remove too little sheath than too much. You can remove more later if necessary.
- Slide the Outer Ferrule onto the cable
- Push back the braid to expose the inner conductor
- Using a razor blade or knife, cut off about 4mm (.156 in) of insulation from the end of the inner conductor.
Again, be very careful not to nick any of the conductor wires.
Place the Male Contact Pin onto the inner conductor, making sure all wires are inside the pin. If the pin doesn't fit snugly against the insulation, remove it and trim the conductors until it does. NO INNER CONDUCTOR WIRES SHOULD BE EXPOSED
Using the appropriate crimp tool (the gold-colored one for RG58, found in the "miscellaneous wrenches" drawer in RM 107) crimp the pin onto the inner conductor
Push the Plug Body Assembly onto the cable until you feel it 'snap' into place. The end of the pin should be flush with the edge of the Plug Body. If you can't push it in far enough because not enough outer sheath was removed in step 4, trim a little more of the outer sheath off until the Plug Body goes all the way on and the pin snaps in. BE VERY CAREFUL AT THIS STEP THAT NO BRAID WIRES ENTER THE PLUG BODY. THIS CAN CAUSE A SHORT.
Push the braid up over the Plug Body and trim it with a cutter or scissors so that it comes just up to the larger diameter part of the Plug Body. It should come all the way up over the knurled or ridged crimp barrel. Having braid wires stick out because they're too long is unsightly, but a greater problem is having them too short and becoming disconnected from the Plug Body.
Slide the Outer Ferrule up over the braid and the plug body as far as it will go, then crimp it in place with the crimp tool.
That's it You're Done!!
- If using RG62 cable (93 ohm) put the little bushing onto the center conductor as shown in the picture below. Bushing not needed for RG58
Note: All prices in US Dollars