The 106PS is a reliable high-accuracy canister load cell used for a variety of medium- and high-capacity compression weighing applications. The stainless steel IP68 welded-sealed construction ensures excellent performance even under extreme conditions. Common applications for the 106PS include silo, tank, and hopper weighing, railroad scales, and weighbridges.<\/p>","protected":false},"excerpt":{"rendered":"
The ANYLOAD 106PS is a stainless steel canister load cell designed for heavy-capacity industrial weighing applications, available in 50 Klb and 100 Klb rated capacities. Built from 2Cr13 stainless steel with a fully welded seal and IP68 rating, it is engineered to perform reliably in wet, corrosive, or outdoor environments where durability is critical.<\/p>\n
With a safe overload rating of 150% and breaking overload of 300% of full scale, the 106PS is built to handle demanding, high-load conditions common in tank scales, hopper and silo weighing systems, and truck scales. It delivers a full scale output of 3.0 mV\/V, along with non-linearity below \u00b10.030% and repeatability better than \u00b10.017%, maintaining stable performance across a compensated temperature range of -10\u00b0C to 50\u00b0C (14\u00b0F to 122\u00b0F).<\/p>\n
For hazardous location installations, ATEX, FM, and IECEx approved versions are available with the “-Ex” suffix, making the 106PS suitable for use in classified environments across mining, bulk material handling, chemical processing, and other demanding industrial sectors. The 106PS is also cross-referenced as a direct interchangeable replacement for the Coti Global CG-93 and Vishay Revere Transducers 93, simplifying retrofits and reducing downtime when replacing existing load cells in the field.<\/p>\n
If your application requires a rugged, high-capacity stainless steel load cell for tank, hopper, silo, or truck scale systems, ANYLOAD can assist with product selection and integration support. We work with system integrators and industrial operators to match load cell capacity, certification, and configuration to specific application and environmental requirements.<\/p>\n<\/p><\/div>\n