Allen Bradley 700C Series Contactor, 24 V ac Coil, 4-Pole, 10 A, 3NO + 1NC, 400 V ac

Ensure maximum protection for your motor control application with the 700C series of IEC Control Relays by Allen Bradley.

These devices are ideally suited for demanding industrial applications due to provided features such as timing options, extended contact life, and mechanically linked contacts. They use the same accessories as the 100-C contactors, enabling you to easily customise your motor control application. They also offer simple installation via DIN rail or surface mounting. The IEC design ensures that these control relays meet high international standards for quality and safety, and they also have IP2X finger protection.

Contact Rating: 25A (AC1)
Max. Rated Voltage: 690V
Dimensions: H 80.5mm, W 45mm, D 81mm

• IEC industrial relays
• High contact reliability
• 4-…10 Poles
• Switch up to 690V AC and DC
• Mechanically linked contact performance per IEC 60947-5-1
• Electronic and Pneumatic Timing Modules
• Environmentally friendly materials
• Space-saving coil modules
• Gold plated, bifurcated version for low level switching applications

CCC Certified
CE Marked
cULus Listed — File No. E14840; Guide Nos. NKCR/NKCR7

CSA C22.2 No. 14
EN/IEC 60947-1, -5-1
Meets the material restrictions for European Directive 2002/95/EC - EU-RoHS
UL 508

The 700-CF310KJ model by Allen Bradley is a control relay with 3NO/1NC contact configuration. It has a control voltage of 24V 50/60Hz and screw type terminals. The contacts are standard.

Relay coil voltage: 4-Pole AC Coil Voltage

Allen Bradley industrial components, from Rockwell Automation, are designed, tested and manufactured to meet high global standards for quality, reliability and safety. Their innovative devices ensure that you can find the ideal solution for your specific application at a reasonable price. They also offer a high-level of support to keep your processes running efficiently.

Overload relays are devices which protect motors from overheating due to excess current, which can cause damage to the motor. A motor starter is usually comprised of an overload relay with a contactor, which monitors the current flow in the circuit. If this rises the overload relay will trip to protect the motor by removing power. Overload relays can be reset manually or sometimes will reset automatically after a period of time. Overload relays are useful for keeping motors running efficiently and safely while protecting their lifespan.