Stator Tester

The Stator Tester is used mostly by mechanics. It is usually made of adapter plugs and can be attached to power leads using a 12 volt battery. The mechanic should know in a matter of seconds what the exact ouput and condition is. The tester will show these reults using an ammeter. Other features include a built-in fuse guard which will help protect against polarity. The adapter plugs are about 42 inches. Most units come with a heavy-duty box which the adapter will be able to fit in.

The average dimensions of a Stator Tester is about 8.75 inches X 17.50 Inches X 3.50 inches. The prices depends on the actual size and voltage used. Some others cost more; depending on the manufacturer. Some other products that can go along with a tester include a fuse. A replacement fuse is very affordable. Other types of systems for stator testers are 100% automatic, meaning that there is little to no action needed on the part of the consumer in order for the testing to occur. The testor comes with fields and oils. The unit combines resistance testing and other automated instruments. The manufacturers created this unit in order to be used with DC stators and other fields.

In order to operate this system, masters are not required. Most of the testing is programmed into the system using lead wire colors. This will display the outcome of the testing on a video monitor. The operators will then know where to connect the leads. The leads will need to be connected to the clip block. The only action needed from the operator is to load the part and start the test. Each test system is created for each customer. While some brands are better than others, they pretty much all perform the same. A stator tester system is usually reliable and durable.

Some of the tests that can be performed include; resistance, hipot, surge and rotation test. When an operator is performing a rotation test, it has to be done in three phase stators. When testing, low AC is applied to the coil. In result, the magnetic field is produced directly by the energized coil. The ESW will operate through a broad range. The operator will never have to alter the radial or axial probe, which is located in the lamination bore. Some other equipment that can come with this system include a remote workstation, dual station and wire bonding.

Consumers also have the choice to choose certain tools to work with this system. One specific tool is the clip block. Most consumers consider this tool very helpful and is highly recommended. Standard and Adjustable V-blocks are used to prevent tipping of the parts. Loading will be more safer and easier for the operators to use. Resistance bonding is sometimes used in conjunction with wire bonding which is integrated into the system. The system can than be used for test, bond and other capabilities. The operator will also notice stator leads which can test over six leads at a time.