Products

New and Original Allen-Bradley 20BC011A0AYNADC1 PowerFlex70 AC Drive, 480 VAC in stock

The Allen‑Bradley 1734‑TOP is a one‑piece terminal base for the POINT I/O™ modular distributed I/O system. It provides the physical mounting and electrical connection between POINT I/O modules and field wiring, featuring 8 screw‑clamp termination points in a compact 12 mm wide housing. As part of the POINT I/O family, this base allows you to independently select I/O modules, termination styles, and network interfaces. The 1734‑TOP is specifically designed for modules requiring up to 8 wiring connections and is compatible with a wide range of digital and specialty I/O modules.

The Allen Bradley 1734-TOP3S is a one-piece terminal base for the POINT I/O system. Its core function is to provide the physical mounting and electrical connections for I/O modules, distributing power and communication signals. This variant features spring-clamp terminals for fast, tool-free wiring  and has 12 termination points for higher-density applications. 

The Allen Bradley 1734-TOPS is a one-piece terminal base for the POINT I/O system. Its core function is to provide the physical mounting and electrical connections for POINT I/O modules, distributing power and communication signals. This variant features spring-clamp terminals for tool-free wiring, offering a reliable and efficient connection method for field devices.

The Allen Bradley 1794-IE8H is an 8-channel HART-enabled analog input module from the Flex I/O product family. Its core function is to acquire analog signals from field devices—such as pressure, temperature, and flow transmitters—and simultaneously read digital HART (Highway Addressable Remote Transducer) data, enabling both process monitoring and intelligent device diagnostics through a single wiring infrastructure.

The Allen‑Bradley 1797‑OB4D is a 4-channel, non-isolated sourcing digital output module from the FLEX Ex I/O family, specifically engineered for hazardous area applications requiring intrinsic safety . This module eliminates the need for expensive explosion-proof enclosures or external safety barriers by integrating intrinsic safety circuitry directly into the I/O hardware, significantly reducing cabinet space and installation costs . As part of the FLEX Ex system, the 1797‑OB4D is rated for installation in Class I, Zones 0, 1, & 2 and Class I, II, III, Division 1 & 2 hazardous locations . It provides reliable output control for field devices such as solenoids, actuators, and indicator lights in the most demanding industrial environments.

The Allen‑Bradley 1797‑IBN16 is a 16‑channel intrinsically safe (IS) digital input module from the FLEX Ex I/O family, specifically designed for hazardous environments requiring NAMUR‑compatible sensor interface. This module eliminates the need for external isolation barriers by integrating intrinsic safety circuitry directly into the I/O hardware, significantly reducing cabinet space and wiring complexity. As part of the FLEX Ex system, the 1797‑IBN16 is rated for installation in Zone 1, Zone 2, and Zone 22 (Class I, II, III, Division 1, Groups A‑G) hazardous locations, making it ideal for demanding applications in oil & gas, chemical processing, and pharmaceutical facilities.

The Allen‑Bradley 1794‑IE8 is an 8‑channel analog input module from the Bulletin 1794 FLEX™ I/O system, designed for applications requiring reliable and precise analog signal acquisition. It supports single‑ended current and voltage inputs, making it ideal for interfacing with field transmitters, analog instruments, recorders, and process loop controllers . As part of the distributed FLEX I/O architecture, this module works with a communication adapter and terminal base to provide flexible, space‑efficient I/O placement close to field devices. 

The Allen‑Bradley 1756‑L71S is a GuardLogix® 5571S safety controller from the ControlLogix® family, engineered to deliver both high‑performance standard automation and SIL 3‑rated safety control on a single integrated platform . As part of Rockwell Automation's Integrated Architecture™ system, this controller uses the Studio 5000 Logix Designer® environment and common network protocols, making it ideal for applications that demand rigorous safety compliance alongside complex machine control . The 1756‑L71S features a dual‑processor safety architecture that combines a primary controller with a 1756‑L7SP safety partner module. The safety partner is automatically configured and requires no separate setup or download, simplifying system integration . With no lithium battery required—the controller uses a 1756‑ESMCAP Energy Storage Module instead—maintenance is simplified and battery replacement concerns are eliminated.

The Allen‑Bradley 1756‑L62S is a high-performance GuardLogix® 5562S safety controller from the ControlLogix® family, engineered to run both standard automation and SIL 3‑rated safety control on a single, integrated platform. Featuring a distinctive red and grey front face, this Series B processor is designed for demanding industrial applications where functional safety and high‑speed machine control are equally critical. By combining a primary controller with a 1756‑LSP safety partner (sold separately), the 1756‑L62S delivers a fail‑safe environment suitable for mission‑critical sectors such as automotive manufacturing, high‑speed packaging, and complex material handling. Its doubled standard memory (4 MB) compared to the 1756‑L61S makes it particularly well‑suited for medium to large‑scale applications with extensive control logic and data requirements.

The Allen‑Bradley 1756‑L61S is a GuardLogix® 5560 safety controller that combines standard programmable automation control with SIL 3‑rated safety functionality in a single platform. Part of the Rockwell Automation ControlLogix® family, this processor is designed for applications that demand both high‑performance machine control and rigorous safety compliance . Built on the Logix control engine, the 1756‑L61S uses the same programming environment, networking, and I/O as standard ControlLogix systems. This design commonality simplifies system integration, reduces commissioning time, and allows safety data to be read by standard logic and HMIs without complex conditioning.

New and original Allen Bradley 1756-IT6I2 ControlLogix Enhanced Isolated in stock