How to Make Your Load Cell Transmitter Work More Accurately
In this video, we've shown you how to calibrate the weight transmitter Model 610 by ATO using a compression load cell so that you can make sure you get the most accurate readings possible in your measurement.
CHB Load Cell Controller Calibration | Compensation Factor Calculation
In this video, we will walk you through the calibration procedure of ATO's CHB series load cell controller and how to calculate the compensation factor for your specific load cell so as to improve measurement accuracy. Hope you'll find it helpful.
How to Test for Faults in Load Cells?
As the most essential as well as vulnerable part of an electronic weighing system, load cells might get damaged for many different reasons. How can you determine whether a load cell is at fault? This video is gonna smooth out this problem by showing you several basic field tests that can be performed on site and provides the information necessary to interpret the results.
How to Choose the Right Load Cell
This video explains the six main considerations as to the selection of load cells for different jobs. These factors are application, operating environment, types of material and sealing techniques, capacity/resolution requirements and output signal types. Hope this video will be helpful and get you prepared for the initial discussion with technical personnel during the selecting process.
Load Cell Transmitter with Output 0-5V/0-10V/4-20mA/0-20mA
This intro video describes the features of ATO-DY510 load cell transmitter as well as its specifications. Housed in aluminum alloy case and CE-certified, the transmitter can connect to single or up tp 4 load cells at built-in excitation voltage from 5V to 15V DC. Powered from 18-30V DC supplies, this high precision weight transmitter can accept a 0-20mV full scale input range and convert the low strength signal into a 0-5V/0-10V/4-20mA/0-20mA output.