The maximum difference between
load cell output readings for repeated loadings under identical loading and environmental conditions; the ability of an instrument, system, or method to give identical performance or results in successive instances.
The change in
load cell output occurring with time, while under load, and with all environmental conditions and other variables remaining constant; usually measured with Rated Load applied and expressed as a percent of Rated Output over a specific period of time.
Method of matching
load cell outputs in a multicell system by adjusting the excitation voltage to each individual load cell.
Not exact matches
The broad range of configurable
load cell interface modules with direct field bus connectivity or analogue
output feature a small form factor, plug - and - play installation, integrated diagnostics and ATEX certified versions.
The broad range of configurable
load cell interface modules with direct fieldbus connectivity or analog
output feature a small form factor, plug - and - play installation, integrated diagnostics and ATEX versions.
A
load cell is a device which produces an
output signal proportional to the applied weight or force.
The resistance of the
load cell circuit measured at the excitation terminals at standard temperature with no
load applied and with the
output (signal) terminals open - circuited.
The resistance of the
load cell circuit measured at the
output signal terminals at standard temperature with no
load applied and with the excitation terminals open - circuited.
The range of temperatures over which the
load cell is compensated to maintain rated
output and zero balance within specific limits.
Some indicators compensate for voltage drops occurring between the indicator and
load cells by increasing the indicator excitation
output voltage; other indicators compensate for this voltage drop by amplifying the
load cell return signal.
At heart,
Cell - Tech ™ is designed to boost strength and power
output by
loading the natural compound creatine in your muscles in an optimised way.
Today's silicon crystal solar panels are a dramatic improvement over the original Bell Lab designs, with some
cells achieving a conversion efficiency of about 35 %, but the power
output is still intermittent and
load factors are very low, around 15 %.
But the point is, what you need to realize, is even alkaline batteries eventually
output 1.2 v at standing / no
load, the nominal voltage for a NiMH
cell.