Allen Bradley 100 Series 100C Contactor, 24 V dc Coil, 3-Pole, 9 A, 4 kW, 3NO, 690 V ac

Allen Bradley 100-C 24V DC Coil Operating Contactors

The compact yet powerful 100-C series of contactors by Allen Bradley provides exceptional performance with enhanced reliability and efficiency.

These versatile IEC contactors can easily handle the high starting currents of modern motors and other loads with their high switching power. They are also designed to save panel space with their smaller frame. They offer high connection reliability and ease-of wiring due to having two separate power connections per pole, and have low power consumption, to save you valuable time and money. They are also RoHs compliant and are comprised of environmentally friendly materials, ensuring that you can make a better choice for your personnel and the planet.

These 100-C series contactors with DC coils include integrated surge suppression. 100-C contactors have reversible coil terminals and provide front and side mounting of auxiliary contacts. They can be attached to a 35mm DIN Rail mount or panel mounted. Breadth of line is 9...97 A. They have IP2X finger protection to prevent risk of injury to operators and risk of damage to the device. They are compatible with electronic overload relays and bimetallic relays. A complete range of accessories is available for all contactor sizes, helping you to create a flexible and flawlessly integrated starter component system.

Features:

• Max. switching voltage 690V (rated voltage) AC3
• 24Vdc coil draws 200W inrush, upto 16W Hold in
• Electrical Life: 1.3 million operations
• 3 pole, 1 NO auxiliary contact on sizes 4 to 11kW
• Built-in surge suppression with DC coils

Note

Please ensure the power supply and any contacts used in the circuit can withstand 8.3A surge current

Standards: IEC947, EN60 947, VDE0660, UL508, CSA22.2.

Allen Bradley MCS (Modular Control System) Contactors:

MCS is a modular motor control system allowing users flexibility to design and construct an adaptable system. It has been designed to take in to account the demands and requirements of modern motors and their users; satisfying requirements up to 85AC3.