Allen Bradley 100-FA40, Front Mount Auxiliary Contact with Screw Terminal, 4NO, 10 A

Description

Contact Current Rating: 10 A

Series: 100F

Pole and Throw Configuration: 4PST

Mounting Style: Front Mount

Normal State Configuration: 4NO

Number of Contacts: 4

Terminal Type: Screw

The Allen Bradley 100-FA40 is a versatile front-mount auxiliary contact designed to enhance the functionality and safety of electrical control circuits. With its four Normally Open (NO) contacts and a maximum current rating of 10 A, this auxiliary contact is a valuable component in industrial control systems. Its multiple features, including the front mount design, screw terminals, and durable construction, make it a valuable asset in various applications where reliability and performance are paramount.

Special Features and Benefits of the Front Mount Auxiliary Contact

• Equipped with screw terminals, this auxiliary contact ensures secure and reliable connections.
• The screw terminals make installation and maintenance straightforward.
• The front mount design simplifies the accessibility and visibility of the contact.
• With a 10 A maximum current rating, the 100-FA40 can handle a wide range of electrical loads.
• Its robust construction ensures long-term reliability and resistance to harsh industrial environments.
• This auxiliary contact finds applications in motor control, safety interlocking, and control circuits.
• It is compatible with a variety of Allen Bradley contactors, enhancing the functionality of your control system.

Four Normally Open (NO) Contacts

The 100-FA40 offers four NO contacts, allowing for multiple connections in control circuits. This versatility enables complex configurations and enhances the flexibility of your control system.

The Allen Bradley 100-FA40, Front Mount Auxiliary Contact with Screw Terminal, 4NO, 10 A: Versatile Usage

The Allen Bradley 100-FA40 Front Mount Auxiliary Contact with Screw Terminal, 4NO, 10 A is a dependable component that adds versatility and safety to control circuits in industrial settings, including:

• Motor Control
• Safety Interlocking
• Control Circuits