CAS CI 2001B Floor Scale

CAS CI 2001B Floor Scale – Heavy Duty Industrial Platform Weighing Scale with High-Precision Indicator, LCD Display & RS232 Connectivity

CAS CI 2001B Floor Scale is a reliable and cost-effective industrial weighing solution designed for warehouses, factories, logistics centers, and manufacturing environments. Built with high-quality components and a durable floor platform, this heavy-duty scale delivers accurate and stable weight measurements while maintaining an affordable price point.

Equipped with the advanced CI-2001B weighing indicator, the system provides excellent performance, easy operation, and long-term durability. The indicator features a large backlit LCD display, high-precision resolution, and RS232 connectivity for integration with computers, printers, or inventory systems.

Whether used for pallet weighing, logistics operations, production control, or warehouse inventory management, the CAS CI-2001B Floor Scale offers the perfect balance of performance, reliability, and value for money.  

Features:

• High Precision and Reliable Performance - CI-2001B indicator delivers high measurement accuracy up to ≤0.01% of full scale and supports up to 5,000 display divisions, ensuring precise and consistent weighing results for industrial applications.
• Easy-to-Read LCD Display -The scale features a large 6-digit backlit LCD display, making weight readings clear and visible even in low-light environments or busy warehouses.

• Strong Industrial Construction- Designed for heavy-duty use, the floor platform is engineered to withstand daily industrial workloads such as pallet weighing, goods receiving, and production measurement.

• Smart Connectivity for System Integration - With RS232 communication, the scale can easily connect to computers, printers, and POS systems for data recording, inventory management, and process automation.

• Stable and Durable Operation

• Easy Calibration and Maintenance-The scale features single-pass automatic span calibration, allowing quick setup and minimal maintenance downtime.