For Sale by MRO Exchange
Description
The Allen-Bradley 1492-IFM40F is a 40 point feed through digital interface module from the Bulletin 1492 wiring systems family. Catalog number 1492-IFM40F, Series A, sourced new in the original Allen-Bradley factory box with the OEM wiring diagram insert and pink anti static bubble wrap intact. Manufactured in the U.S.A. under barcode 10662468170212.
This standard digital IFM provides a feed through termination point between a PLC I/O module and field wiring, allowing 40 individual screw clamp terminal positions to land on a single compact DIN rail mountable carrier. Connection to the PLC is made through a 40 pin ribbon cable header, with channels labeled on an integrated marking strip for circuit identification. The two tier screw clamp terminal design supports input and output digital signal wiring for SLC 500 and other Allen-Bradley discrete I/O platforms that use 40 pin pre wired cable assemblies.
Markings on the carton confirm UL Recognized, cUL, and CE certifications. The module ships in the original corrugated outer box with the factory label, internal kraft sleeve, and protective anti static wrap as photographed.
Specifications per the OEM datasheet for catalog 1492-IFM40F: standard feed through digital IFM, 40 points, open style, panel or DIN rail mountable, 0 to 132V AC/DC field signal range, screw clamp terminals, one terminal per I/O connection. Compatible with Allen-Bradley pre wired cable assemblies in the 1492-CABLE and 1492-ACABLE families for connection to SLC 500, ControlLogix, and CompactLogix discrete I/O modules.
Stock # 0526-02372
Please Note: This unit is surplus inventory, sold as-is from MRO Exchange surplus stock. Allen-Bradley is a trademark of Rockwell Automation, Inc. MRO Exchange is an independent reseller and is not an authorized distributor of Rockwell Automation. Product may differ from units available through authorized distributors in date code, country of origin, packaging, accessories, or firmware revision. The warranty from the manufacturer does not apply.










