Worldwide Shipping Rice Lake 82456 920i® Programmable Weight Indicator And Controller - Deep Enclosure Universal Assembly, 115vac, Dual Channel Best Choice [U53DVuBn]

Robust Rice Lake 82456 920i® Weight Indicator and Controller

Introducing the Rice Lake 82456 920i® Programmable Weight Indicator and Controller - a versatile solution designed to meet the demands of various industrial applications. This deep enclosure universal assembly, powered by 115VAC, offers dual-channel capabilities, ensuring precise and efficient weight monitoring and control. With its user-friendly design and advanced features, the 920i® stands out as a reliable choice for businesses looking to optimize their weighing processes.

Unmatched Flexibility and Power

The 920i® indicator and controller are engineered for performance and convenience. Its adaptable design allows for universal, panel mount, or wall-mount installation, providing flexibility in various environments. The integrated USB port enhances communication with external devices, streamlining data exchange and integration. This powerful indicator/controller features a crisp, customizable LCD graphical display, programmable softkeys, and robust electronics, all encased in a NEMA Type 4X/IP66 stainless steel enclosure for durability and protection.

Comprehensive Features for Enhanced Efficiency

With the 920i®, users can take advantage of a wide range of features designed to enhance their weighing processes. The multi-channel display allows for individual scale or totalized scale readings, making it ideal for batching/mixing applications. The 920i® can control hundreds of I/O setpoints, manage gates and conveyors, and store crucial data and files in its onboard databases. This indicator/controller is equipped with 32 individual scale accumulators, 100 configurable setpoints, and two onboard option card slots, providing unparalleled customization and control. From peak hold and rate of change tracking to audit trail and alibi storage, the 920i® delivers comprehensive features that meet the highest standards of accuracy and reliability.