HI 1746-WS Weigh Scale Module
The only weigh scale module specifically designed to work with an Allen-Bradley SLC 500 series processor!
The HI 1746-WS Weigh Scale Module is a self-contained microprocessor-based I/O module with control inputs and outputs, that is designed to be easily plugged into the back plane of an Allen-Bradley SLC 5/02, 5/03, 5/04 or 5/05 programmable controller. The HI 1746-WS module can be used for a wide variety of process weighing applications such as batching/blending, filling/dispensing, check weighing, force measurement, level by weight and weight rate monitoring.
The module can control two (2) relays via two (2) TTL level outputs and transmits data via the back plane to the SLC. The 20 bit analog to digital converter in the weigh module controller updates one hundred (100) times per second and is capable of 985,000 counts of display resolution. This gives the instrument the ability to tolerate large “dead” loads, over-sizing of load cells/sensors and still have sufficient resolution to provide accurate weight measurement and control.
The HI 1746-WS module is set up by using the SLC 500, RS Logix500© Industrial Programming Software for Windows® or the optional Hardy Instruments Windows® Configuration Software. The software configuration applications must be installed in a PC with either EtherNet, DH+, DH-485, or RS-232-C that can initiate communications with the SLC 5/02, 5/03, 5/04 or 5/05. To calibrate the module, simply push “The Button” to effect a C2 calibration. C2 (electronic), Hard (traditional with test weights), and Soft (manual data input) calibration can be implemented from the SLC 500 AI Series DOS software, RS Logix500© Industrial Programming Software for Windows® or from the optional Hardy Configuration Software for Windows. The HI 1746-WS is IT-enabled which means the module has a built in IT excitation monitor to detect load cell problems, and with the addition of the optional HI 215IT Junction Box, the user can use the other IT functions for fault isolation troubleshooting of the weighing system.

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