761 results
Allen Bradley / PLCs / IEC 100 Contactors
The 100-E750EN11 contactor by Allen-Bradley/Rockwell Automation is a direct-on-line contactor that has been designed with 3 poles or main contacts. It has a voltage rating of 400 or 690 Volts AC. The contactor also has 1 normally open and 1 normally closed auxiliary contact and it has a coil voltage
Allen Bradley / PLCs / IEC 100 Contactors
This contactor operates at a frequency of 50 Hz and is specifically rated for voltages up to 690 V AC. The electrical connections utilize screws for secure attachments, and it is suitable for installation at altitudes of up to 2000 meters. Enhanced durability is ensured with a rated impulse withstan
Allen Bradley / PLCs / IEC 100 Contactors
The 100-D210EZD11 contactor is a Bulletin 100-D non-reversing IEC contactor manufactured by Allen-Bradley. It has an operating current rating of 210 Amps (AC-3). It comes with an electronic type of DC coil with a 110 to 130 Volts DC voltage range. It comes with 3 main contacts and 2 auxiliary contac
Allen Bradley / PLCs / IEC 100 Contactors
The Allen-Bradley 100-D210EP11 Bulletin 100-D IEC contactor can operate in multiple industrial environments since its components are durable and environmentally friendly. This contactor operates as a non-reversing contactor only and it needs to be paired with compatible equipment. This contactor com
Allen Bradley / PLCs / IEC 100 Contactors
This contactor features three normally open (NO) main poles, supporting a motor horsepower range of 5 to 50 HP. It is rated for 240 VAC operation and offers a robust surge withstand capability of 6 kV. Additionally, the 100-C60DJ00 can be installed on DIN rail or directly mounted on a base, enhancin
Allen Bradley / PLCs / IEC 100 Contactors
This power contactor is rated for an operation current of 26 A at AC-3 with a maximum operational voltage of 690 V. It supports dual voltage types for actuation, including AC and DC. Power consumption for the DC coil during activation reaches 50 W, while it drops to 2 W for holding conditions. The d