1783-ETAP2F Product datasheet 

1783-ETAP2F Functional Description

The 1+2 Port EtherNet/IP Taps 1783-ETAP2F Allen-Bradley is a robust industrial Ethernet switch designed for reliable network connectivity in harsh environments. Featuring one auto-negotiating 10/100 Mbps copper port and two 100Base-FX fiber optic interfaces, this DIN-rail mountable device supports both horizontal and vertical installation. The 1783-ETAP2F Allen Bradley Stratix Ethernet I/P Switch operates within an industrial temperature range of -25°C to +60°C while maintaining stable communication across fiber distances up to 2 kilometers.

With its 1310nm optical wavelength and LC connectors, the 1783-ETAP2F Rockwell Stratix Ethernet/IP Tap delivers a power budget of 12.8dB for 62.5/125μm fiber, ensuring reliable data transmission in electrically noisy environments. The module requires external 24V DC power (20.4-27.6V range) with maximum consumption of 6.24W, and features rugged construction that withstands 30G operating shock and 5G vibration. Its compact design requires minimal panel space while maintaining proper clearance for fiber cable bending radius.

The Allen-Bradley 1783-ETAP2F 1+2 Port EtherNet/IP Taps provides essential network diagnostics and supports full/half duplex operation, making it ideal for industrial automation applications. Certified to CE, C-Tick, Ex, and KC standards, this tap module offers 8kV air/6kV contact discharge protection and operates reliably in 5-95% humidity conditions. The fiber interfaces maintain -31.8dBm to -14dBm receiver sensitivity with maximum 0.75dB insertion loss per connection.

As part of Rockwell Automation's industrial networking solutions, the AB 1783-ETAP2F EtherNet/IP Tap enables seamless integration between copper and fiber optic networks in EtherNet/IP systems. Its open-style enclosure and flexible mounting options make it suitable for diverse installations, from control panels to remote field locations, providing reliable communication infrastructure for critical industrial operations. The module's robust design ensures long-term performance in demanding manufacturing and process applications.