JS1F-6V-F

The JS1F-6V-F Power Relay is a 6 VDC high density low profile relay primarily used in home appliances, and automation and security systems. It has a contact rating of 13 A at 250 VAC, and is designed for switching relays with a large number of contacts. The JS1F-6V-F has been rated to provide up to 30 million electrical operations and 435 million mechanical operations.

The JS1F-6V-F has a working principle of operation that is based on the principles of electromagnetism. This relay\'s pull-in current is determined by the amount of current necessary to produce the opposing force needed to move the armature. When power is applied to the coil, a magnetic field is produced which causes the armature to pull down and make contact with the contact switch.

The JS1F-6V-F relay\'s contact arrangement is designed to guarantee a definite number of operations and reduce the possibility of contact bounce caused by large amounts of ripple current. The contact gap can be adjusted as needed, and the contacts are designed with gold overlay for better contact assurance. The relay\'s terminals are designed to be highly reliable with a low contact resistance and protection against spark-over. A unique feature of this relay is that it can be mounted horizontally, vertically, or directly into a printed circuit board.

The JS1F-6V-F Power Relay is a combination of the latest advances in technology and design. It is designed to provide superior operation and reliability, and is ideal for use in applications where maximum contact counts are needed in a minimum space. Typical applications include test equipment, programmable logic controllers, robotics, and industrial machinery.

In summary, the JS1F-6V-F Power Relay is a highly reliable and versatile 6 VDC relay designed for applications where maximum contact counts are needed in a minimum space. It has a contact rating of 13 A at 250 VAC, and is rated for up to 30 million electrical operations and 435 million mechanical operations. Its contact arrangement is designed to guarantee a definite number of operations and reduce the possibility of contact bounce caused by large amounts of ripple current, and its terminals are designed to be highly reliable with a low contact resistance and protection against spark-over.