C146 10N010 500 1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Heavy Duty Connectors - Housings, Hoods, Bases have become an increasing requirement within a wide range of applications. The C146 10N010 500 1 is an example of such a product, and its application field and working principle are well-suited to most industrial requirements.

At its most basic, the C146 10N010 500 1 is an independent common-mode-shielded shell. This shell has two sets of parallel fingers to create a rigid, stable connection between two separate pieces. As a result, larger DC and AC currents can be transferred without any risk of shorting or damage to the connector.

Within the context of Heavy Duty Connectors, the C146 10N010 500 1 is primarily used when larger currents are needed to be passed for long distances or when operating at high temperatures. At the same time, it provides a secure and reliable connection that is resistant to damage. The C146 10N010 500 1 also has a low insertion force, making it a relatively easy and quick connector to install and remove.

C146 10N010 500 1 also has an effective closure system. A snap-on lid prevents the fingers from being accidentally detached, ensuring continued connection without the hassle or risk of any unintentional disconnection. The contact inserts can also be keyed into position; this ensures that the parts are firmly attached and that there is little chance of them being inadvertently moved.

The working principle of this connector is the same as any other Heavy Duty Connector; it allows the transfer of electrical energy between two points via a single connective path. The contact surfaces between the parts are made from either metal or plastic, depending on the application and the conditions, and the contact force is exerted by spring elements. This ensures that an adequate contact force is maintained at all times.

Heavy Duty Connectors such as the C146 10N010 500 1 are invaluable for industrial as well as commercial applications. They enable fast, secure and accurate transfer of electrical energy in any type of condition and environment. As such, they are an indispensable tool in any field where large currents need to be transmitted.

The specific data is subject to PDF, and the above content is for reference