Crimp tools are designed for the connection of electrical and metal components by cutting, stripping, bending, and deforming.
A crimping tool is an essential part of the crimping process, the other parts being the terminal and wire. Handheld, bench mounted, electric, hydraulic, and pneumatic crimp tools are produced, and the use and volume of crimping largely dictates what method is acceptable.
Bench-based crimp tools require human operation, but offer consistent crimps at a rate of about 180 terminations per hour.
A fixed-speed motor drives this crimper type that has high quality crimps, is efficient, and is capable of high production rates.
Hydraulic crimp tools are hand operated and pump hydraulic fluid into the device to compress the die.
Terminals vary depending upon the type of cable being worked with, and thus different crimping tools and their associated dies differ accordingly. When a terminal is crimped to a wire, microconnections are created that allow current to flow through the connection.
There are several destructive tests an operator can utilize to ensure the quality of the crimp. Crimp height testing: Measured from the top surface of the formed crimp to the bottom radial surface, this provides a metric for the mechanical and electrical reliability of the connection. Crimping processes serve applications where soldering has been deemed too expensive, complex, or time consuming to install. What to Do When a Pipe Bursts in Your Home Feb 23What to Do When a Pipe Bursts in Your Home Uncategorized Do you know what you are supposed to do if a pipe bursts in your home?
Crimpers differ mainly by the die of tool, which vary depending upon the item to be crimped.

Terminal size is largely universal and can accept many sizes of gauged wire, which can also vary widely within the same nominative value. Common considerations include if the volume of crimping deserves an automated wire stripping and process machine, or if the application is better suited by an on-site, handheld crimping tool.
Bench mounted models are becoming increasingly common in automated crimping operations, reducing the demand for handheld models. Not only will dies vary based on the type of terminal connection being made, but also by the gauge of the wire, whether it is based upon American wire gauge or Imperial standard wire gauge.
While it might seem that a tighter crimp is better, over-tightened terminals will reduce the wire cross section. Closed-barrel terminals represent a larger segment of the terminal market, offering styles of insulation, quick-connect varieties, and unique terminal shapes and bends. A caliper or crimp micrometer is used for this test, and it provides a good measure of terminal compression and process control. There is overall less processing, and the connection will be more durable due to strain relief. While a slow leak under your kitchen sink is nothing to worry about, a burst pipe is a serious hazard that can cost tens of thousands of dollars in damage. As a portable, cold-working technique, crimping is extensive in the electrical and metal-forming industries. As such, the crimp tool is a means of compressing the terminal to both the wire's insulation (for positioning) and the wire's brush (for conduction). Many tools will have two crimping cavities to properly roll the terminal's crimps, and possibly more if there are two conductors in the wire.
Other crimping errors, like a loose crimp or wrong ratio of wire to terminal, may result in hotspots or burnout.

The wire is inserted into a tubular section of metal, and then the terminal is crimped into a shape similar to an ellipse.
Coaxial cable installations require extensive use of crimping, as well as automotive and electrical industries.
Some crimp tools will feature several gauge sizes and possibly a stripper to enhance the crimper's utility. Open-barrel styles assure maximum resistance to vibration and corrosion, and are more easily automated since the wire is laid onto the connector. You might think that turning the water off is vital, and it is, but even a tiny bit of water can ruin the wiring throughout your home, lead to electrocutions, and cause a fire.
The most common crimp style of an open-barrel terminal is known as an 'F crimp', and the terminal features two flanges: one for connection to the wire, and the second to clamp onto the wire's insulation which provides strain relief.
If a pipe bursts, turn off the power first.Once the power is off you need to turn off the water supply to the burst pipe.
Piercing of the insulation is acceptable only when accomplished with manually-actuated handtools; power tools will damage the conducting wire.
As long as your main water line isn’t affected, you should be able to close any necessary valves on your own. If a main water line bursts (like the one supplying your home from the city line), then you are going to need to call your local water company immediately.After the water is turned off you need to quickly remove any soaked, damaged, or wet items. From televisions to photos, the longer your belongings stay in water the greater the damage will be.Before you attempt to fix the pipe you need to get rid of the water.

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