Radwag PUE 5.19C Terminal: Precision Weighing and Data Management for Industrial Applications

Features and Specifications: Radwag PUE 5.19C Terminal

Product Overview:

The Radwag PUE 5.19C Terminal is a high-precision weighing terminal designed for demanding industrial applications. It combines advanced technology with user-friendly features to deliver accurate and reliable weighing results.

Features:

High Resolution: 19,000,000 internal divisions for precise measurements
Fast Stabilization Time: Ensures quick and accurate weighing
Multiple Weighing Units: Supports various units of measurement for versatility
Tare Function: Allows for easy zeroing of the scale
Hold Function: Freezes the weight display for convenient reading
Peak Hold Function: Captures the highest weight value for dynamic weighing
Counting Function: Facilitates accurate counting of small parts
Checkweighing Function: Compares weight to preset limits for quality control
Data Logging: Stores weighing data for later analysis
RS-232 Interface: Enables data transfer to external devices
Large LCD Display: Provides clear and easy-to-read weight information
Rugged Construction: Built to withstand harsh industrial environments

Benefits:

Enhanced Accuracy: High resolution and fast stabilization time ensure precise weighing results.
Increased Efficiency: Multiple weighing functions and data logging streamline weighing processes.
Improved Quality Control: Checkweighing function helps maintain product quality standards.
Versatile Applications: Supports various weighing units and functions for a wide range of applications.
Durable and Reliable: Rugged construction ensures long-lasting performance in demanding environments.

Accurate and Reliable Weighing: Ensures confidence in measurement results.
Increased Productivity: Streamlines weighing processes and reduces errors.
Enhanced Quality Control: Helps maintain product quality and reduce waste.
Versatile Functionality: Meets the needs of various weighing applications.
Durable Investment: Provides long-term value and reliability.