Iec Connector Cable

The official text of the standard is actually numbered 60320 but common vernacular usage shortens it to 320.

Iec connector cable.

For connectors that are not already on the continuity tester we can build adapters in order to accommodate just about every connector there is. The specification for iec connectors is iec 60320. Typically used for monitors computers printers scanners tvs sound systems and many more devices and appliances which have the iec 60320 c14 inlet. Our qc station has several connectors for testing many different types of cable assemblies.

The furman iec cable accessories are compatible with any audio video and security equipment that requires a 15amp or less rated heavy duty power cable. Our custom cables for instruments are shielded. The 320 refers to the number of the specification that describes power connectors. Different types of connector distinguished by shape and size are specified.

The connectors mount with cables are commonly referred to as female connectors or sockets whereas the connectors mount with panels are known as male. Iec 60320 appliance couplers for household and similar general purposes is a set of standards from the international electrotechnical commission iec specifying non locking connectors for connecting power supply cords to electrical appliances of voltage not exceeding 250 v a c and rated current not exceeding 16 a. The iec 320 c13 c14 connectors are based on standards created by the international electrotechnical commission an international standards body. This means that there is an inner wire that is surrounded by another outside shielding wire.

Abyc cable wire color codes for yacht boat marine wiring there are multiple colors used for different wires and cables in different regions for ac alternating current single phase three phase and dc direct current for design and installation based on the local codes rules and regulations. During this free webinar we will discuss different fiber cables types appropriate applications for each type the mechanics of performing a tier i test on fiber optic cable and calculating a loss limit for each component per ansi tia 568 requirements.