Load Equation Resolution For Free

Load cell sensitivity refers to the relationship between the input force applied to a load cell and the output signal it generates. It is a measure of the load cell's responsiveness to changes in the applied force and is expressed in units of mV/V (millivolts per volt) or micro-volts per volt.

When force is exerted on the load cell, the spring element is slightly deformed, and unless overloaded, always returns to its original shape. As the spring element deforms, the strain gauges also change shape. The resulting alteration to the resistance in the strain gauges can be measured as voltage.

The resolution of a load cell is the smallest amount of force that can achieve a change in the output for a load cell. However, it is important to understand that selecting a load cell with a higher resolution doesn't mean better results.

Definition 2: Resolution can be expressed as the total number of pixels. With megapixel cameras, the resolution is generally the total number of pixels, divided by 1,000,000, and rounded off.

A load cell's resolution will determine what sensitivity (or readability) it can attain for a given capacity. That is, the resolution of the weighing system (whether it has one or multiple points) equals the system capacity divided by its sensitivity.

A loadcell is like a very stiff spring, an applied load causes a very small deflection. A nominal direct strain of 1000 x 10-6 is used to detect full load on a simple column loadcell. The typical deflection for a 10kN F207 loadcell at full rated load is 9µm, or 9 microns.

Answer: The load factor calculation divides your average demand by your peak demand. To calculate your load factor take the total electricity (KWh) used in the billing period and divide it by the peak demand (KW), then divide by the number of days in the billing cycle, then divide by 24 hours in a day.