HI 4050CW
2Pages

{{requestButtons}}

Catalog excerpts

HI 4050CW - 1

Analog and Digital Check Weighing Applications PROCESS WEIGHING • Static Check Weighing • Dynamic Check Weighing Give your Check Weighing an EDGE Features THE HARDY PROCESS TOOLBOX How important is using a Hardy Check Weighing system in your process? The Hardy Process Toolbox is a set of productivity tools that provide value for process weighing functions. Each tool saves time, increases accuracy, PRODUCTIVITY improves efficiency or reduces risk in process weighing applications. We’ve done the math for you: Electronic calibration without test weights Built-in Diagnostics and Troubleshooting Vibration immunity INTEGRATED TECHNICIAN Easy to configure and setup with a Rockwell Automation PLC Rockwell Add-On-Profile To learn more about the HI 4050CW visit our website: • Full product specifications • Ordering information • Application notes & User's Guide • Technical drawings www.hardysolutions.com Your system produces 250 packs per minute with an uptime of 85% a year. Overfill is 2 grams per pack. Product cost of $0.001 per gram. Overfill cost per year = $223,380 Reduction of just 1 gram overfill per pack =$111,690 savings per year. The high speed HI 4050CW check weighing system can process up to 250 high resolution (1:30:000) weight measurements per second. The 4050CW consists of a special version of the HI 4050 weight controller connected to up to four analog load cells and a Hardy junction box or a to a high speed Digital Sensor Point (DSP) via a digital interface card. The HI 4050CW is perfect for building new systems for either static or dynamic check weighing or retrofitting the weight electronics of older, less reliable systems. The 4050CW breaks the traditional analog strain gauge “speed barrier”, without the cost of MFR (Magnetic Force Restoration or other similar high speed/resolution technologies) yet it still delivers accuracies of up to 0.01% of full sensor capacity. OPEN PLATFORM: A HI 4050CW system is made of Commercially Available Off the Shelf (COTS) parts that are easy to understand, maintain and troubleshoot. Connect to your plant-wide system using standard protocols such as EtherNet/IP , Devicenet, ControlNet, Allen-Bradley® Remote I/O, Profibus-DP Modbus TCP/IP or Analog. , , It features a lower Total Cost of Ownership because it's simple to use, calibrate, integrate, and maintain. A Rockwell Add-On-Profile makes it easy to configure with RSLogix. AUTOMATIC EDGE DETECTION: Smart features of the HI 4050CW include EDGE detection, an algorithm that optimizes when weight readings are captured: • Automatic EDGE detection starts weight processing the instant a load settles onto the scale by monitoring changes in the signal waveform from connected load point. • Also works in conjunction with up to two additional external sensors such as photo-eyes to optimize process timing of weight readings. DIGITAL CERAMIC SENSOR: The Hardy ADVANTAGE® DSP is a high speed, high resolution, shock resistant sensor designed for industrial applications re- quiring a fast, accurate and repeatable response to changes in weight. ANALOG: Connect the HI 4050CW to up to four ADVANTAGE® load points and a Hardy IT junction box for high speed, high resolution weight readings compatible with C2 calibration.

Open the catalog to page 1
HI 4050CW - 2

Hardy carries a wide variety of strain gauge load points and scale bases to accommodate your application requirements. ADVANTAGE ® Series Load Point with C2 Calibration ANY-WEIGH® Scales Weighing Instruments Dedicated to Your Applications Controllers, Weigh Modules, Transmitters Allen-Bradley® Compatible Plug-in Weigh Scale Modules HI 3000 Series HI 4050 Controllers and HI 6000 Series Hardy 4050CW Instrument Resolution • Stable processed weight 1:30:000 Check Weighing • Maximum Displayed Resolution: 1:999,999 Software • Internal Resolution 1:8,388,608 Update Rate • Processed weight,...

Open the catalog to page 2

All Hardy Process Solutions catalogs and technical brochures

  1. HI 200DNWM

    2 Pages

  2. HI 2204LT

    2 Pages