FAQ for 1756-EN2TK
The 1756-EN2TK module is an Allen-Bradley EtherNet/IP communication bridge module. The part is classified under the Allen-Bradley ControlLogix series and it features an EtherNet-IP communication rate of 10 to 100 MB per second. The current draw of the 1756-EN2TK module is 1 Amp while the unit features an insulation voltage rating of 30 Volts continuous. The 1756-EN2TK module can be installed in any slot on the chassis where the slot width is 1. It comes with a current rating of 1.2 Amps and the thermal dissipation is rated as 21.28 BTU per hour. The 1756-EN2TK module features a conformal coating that protects it from humidity and other environmental contaminants. The conformal coating helps in delivering an extended life to this part, and this is due to the ability of the coating to protect the module against corrosion and other harsh environmental factors.
The 1756-EN2TK module provides increased performance, and it comes with a high capacity for improved productivity. The unit is built to meet the growing demand for smart machines and it is suitable for a variety of manufacturing applications. The unit is designed to enable faster system performance and it is optimized to provide for faster and safer reaction times. With networked safety functions with drives and motion systems, the 1756-EN2TK module delivers a scalable safety solution. The 1756-EN2TK module comes with an energy storage module that removes the need for using a battery. It features controller-based change detection with logging enabled for added security. To ensure maximum system performance, the module features enhanced diagnostics and troubleshooting capabilities. As a security measure, it also features the digitally-signed controller firmware for another layer of security.
Revisions for 1756-EN2TK
Please refer to the manual for more information about the 1756-EN2TK such as the wiring diagrams, data sheets,
firmware information and migration or obsolescence details.
|Revision Part #
||Also Known as
||1756-EN2TK/A, Series A, Rev A