Diamond Series bench scales are built to the highest specification for dependable industrial weighing. They are designed to be tough and long lasting, with no moving parts for outstanding reliability. Their design also protects against overloading or objects dropped on the scale. IP69K, spider design which helps to transfer shock loads and overloads away from the load cell, offering up to 150% overload protection.
Brecknell WS15, WS60 and WS120 bench scales offer the user a competitively priced scale incorporating four full load bridge load cells with self-leveling feet.
The BSF / BSG Torsion bench scale base is designed to be paired with a weight indicator to form a simple industrial weighing system. The Torsion bench scale bases are particularly rugged by design – engineered to resist overloading and sudden dropped loads.
3700LP
Description
Connects to a variety of Brecknell indicators. Choose from three sizes with capacities from 10 lb to 250 lb.
Additional information
Brecknell
http://www.brecknellscales.com/pdfs/3700LP_Global_L_09967-0010.pdf
Related products
BS Diamond Bases
Diamond Series bench scales are built to the highest specification for dependable industrial weighing. They are designed to be tough and long lasting, with no moving parts for outstanding reliability. Their design also protects against overloading or objects dropped on the scale. IP69K, spider design which helps to transfer shock loads and overloads away from the load cell, offering up to 150% overload protection.
WS15 / WS60 / WS120
Brecknell WS15, WS60 and WS120 bench scales offer the user a competitively priced scale incorporating four full load bridge load cells with self-leveling feet.
PC Series
Is a highly accurate and dependal price computing scale that features front and rear viewable displays.
BSF / BSG Torsion Bases
The BSF / BSG Torsion bench scale base is designed to be paired with a weight indicator to form a simple industrial weighing system. The Torsion bench scale bases are particularly rugged by design – engineered to resist overloading and sudden dropped loads.