Alliance Scale's New Wheel Loader Scale Provides Dynamic In-Motion Weighing

Share Article

Featuring an interface comparable to a smartphone or tablet with a touch-display that mounts directly in the cab, operators can always know how much material they are weighing.

News Image

This new wheel loader scale easily installs into the host hydraulic system and features a compact and robust touch-display digital readout that mounts right in the cab.

This new wheel loader scale from Alliance Scale, Inc. installs easily and lets operators see exactly what they are weighing in real-time and communicate with networks and printers.

Alliance Scale, Inc. has introduced a new wheel loader scale that easily installs into the host hydraulic system and features a compact and robust touch-display digital readout that mounts right in the cab.

The Alliance/Pfreundt Wheel Loader Scale is a heavy-duty weighing system that installs easily into the host hydraulic system and incorporates proximity switches for dynamic weighing during operation. Featuring a compact and robust electronics system with a touch-display that mounts directly in the cab, operators can always know how much material is being weighed and it has an interface comparable to a smartphone or tablet.

Equipped with interfaces for printers, networks, power supplies, and radio data transmission via WLAN, GPRS and GPS positioning, the Alliance/Pfreundt Wheel Loader Scale includes built-in support for ticket printing and global data access. Providing accurate weighing within ±1 percent, this onboard loader scale is a cost-effective alternative to a weighbridge.

The Alliance/Pfreundt Wheel Loader Scale is priced from $3,850.00. Literature is available upon request.

For more information contact:

Alliance Scale, Inc.
Raymond A. Secour, Jr., Marketing
1020 Turnpike St. / P.O. Box 509
Canton, MA 02021-0509
(800) 343-6802 FAX (781) 828-9510
e-mail: ray [at] alliancescale [dot] com
http://www.alliancescale.com

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Raymond A. Secour, Jr.
Visit website

Media