Typically, standard load pins fail for two reasons, either they are too large for the space, causing friction and disruption, or they don’t receive the proper force in the space which reduces the function of…
Strainsert has updated their application note on sheave load pins. Download a PDF version of the Bi-Axial Load Pin Application Note Load Pins are designed into sheave applications for measuring line tension. Sheaves are designed with either…
Strainsert has updated their application note on Bi-Axial Load Pins. Download a PDF version of the Bi-Axial Load Pin Application Note Bi-Axial Load Pins are designed for applications that measure a radially applied force (Pr) where the…
Strainsert now offers two load pin optional features: the Analog 4-20 mA Strain Gage Module and the DSC (DCell) Digital Strain Gage Module; both of which are mounted inside a Strainsert force sensor in either…
Strainsert now offers two new force sensing instruments: the Digital Strain Gage Module (DSC) and the Strain Gage Module (DSC-USB). As a premier manufacturer of standard and custom force sensors for research, testing, weighing and…
Strainsert now offers two new wireless force sensor products for accurate, efficient and fast force measurement readings where wired installations are difficult, cost prohibitive or undesirable. The two wireless force sensor products are the Wireless…
Strainsert provides the following Load Pin Quick Start Guide to assist engineers in setting up and installing our load pins in their applications. Start with all the required items at hand: Load pin Instrumentation Flying…
Here are the most common frequently asked questions about the performance of Strainsert force sensor products, including load pins, load cells, bolts/studs and tension links. Please contact us if your question is not answered below!…