100-K05DJ01, Allen Bradley 100K Series Contactor, 24 V dc Coil, 3-Pole, 5 A, 2.2 kW, 1NC, 690 V ac, Контактор

Allen Bradley 100-K Miniature Contactors

The Bulletin 100-K Miniature Contactors by Allen Bradley offer optimal flexibility due to their compact size, providing an ideal solution to suit your system requirements. These versatile contactors are specially designed for commercial and light industrial applications where panel space is limited. They ensure reliable, safe, and efficient switching capabilities for your motor control system, giving you maximum performance in a small package.

These miniature units have less panel depth requirements and are shallower than standard IEC contactors. They are available with several contact ratings and AC or DC operating coils. Optional 2- or 4-pole auxiliary contact blocks in a variety of auxiliary contact configurations are available separately. These cost-saving contactors are rated up to 690V and have 3 Poles plus 1 Auxiliary contact. The dimensions are: (H) 50 x (W) 45 x (D) 53mm.

These contactors have mechanically linked performance between the main contacts and internal aux contacts, which allows status feedback if contact weld occurs. Mirror contact prevents any status condition if a NO pole welds.

Features and Benefits:

• Compact size, allowing broader application use
• Choice of full-voltage non-reversing and reversing contactors
• AC and DC have the same dimensions
• IP2X Finger Protection for improved safety
• Optional integrated surge suppressor
• Fully compatible with Bulletin 193-K bimetallic overload relay
• Mechanically linked contacts to IEC 60947-5-1 on base unit
• “Mirror contacts” to IEC 60947-4-1 throughout

Certifications:

CE Marked
cULus Listed (File No. E41850, Guide NLDX, NLDX7)
CCC
Suitable for use with IE3 Motors (IEC 60034-30)

100-K05DJ01 Contactor

The 100-K05DJ01 model is a 3-Pole contactor which has a power rating of 2.2kW and 1NC auxiliary contact. The rated operating current is 5A. The control voltage for this model is 24 V dc, diode. This unit has screw type terminals.

How do contactors work?

Contactors are electromagnetic devices which can switch high amounts of electrical current and work with the use of an internal coil or electromagnet, which opens or closes the contacts when electrical current passes through it. They are similar to relays, however they can handle larger loads and are able to switch more than 15 amperes. This makes them ideal for heavy-duty, larger scale applications, such as switching several different circuits simultaneously. These devices can be remotely controlled and so can be used for logic controlling, such as turning different things on and off together. Contactors feature high coil voltages and they also have more input and output options than relays. They are often used to control electric motors and lighting systems.

Allen Bradley Contactors are expertly designed to consistently deliver excellent performance and meet your unique requirements. They have a range of motor control products, including IEC and NEMA contactors that can be combined with compatible accessories, to help you find your ideal solution.

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.

MCS features:

• A wide range of accessories available to cater for many diverse needs
• The ease of assembly, installation and modification provides high cost-efficiency and can reduce the number of parts which need to be held
• The compact size of the component parts offers reduction in enclosure volume required, as well as modern design and weight savings
• A modular design concept and an easy to fit 'clip-in' method
• Simple and fast DIN Rail and Surface Mounting

MCS MINIATURE CONTACTORS SELECTION GUIDE

Allen Bradley IEC Contactor Specifications

Bulletin 100 Contactors Product Profile

Controlling High Efficiency Motors - Brochure