Loadstar's iLoad Analog Series load cell, based on new break-through technology, provides several unique benefits that make it usable across a wide range of applications. The iLoad Analog load cell has signal conditioning electronics built into the sensor itself, and does not need specialized external equipment for output measurement. The sensor itself is small, thin, and rugged, and provides high reliability as well as space-saving benefits to manufacturers. It mounts easily using commonly available hardware.

Loadstar’s breakthrough comes from its use of capacitive technology for load sensing. Unlike conventional resistive load cells based on either strain gauges or piezo-resistive techniques, Loadstar’s patented technology harnesses changes in capacitance to measure loads quickly and accurately.

The sensor accepts a 5V DC input signal and outputs an analog 0.5V – 4.5V DC signal proportional to the applied load. The full scale output range is 4000 mV — two hundred times that of traditional strain-gauge-based load cells. This signal can easily be measured using commonly available Digital Multi-meters. Loadstar provides a calibration chart of load vs voltage.

If you're looking for digital output, check out our digital load cells. Users seeking a frequency based output should review our miniature load cell only 1.25 inches in diameter.

Capacitive Load Cell Comparison (Digital and Analog Outputs)
	iLoad Mini Load Cell	iLoad Low Profile Digital Load Cell	iLoad TR Digital Load Cell	iLoad Pro Digital Load Cell
Diameter	1.25 in.	3 in.	3 in.	3.25 in. - 5 in.
Height	0.25 in.	0.5 in.	1.2 in.	0.66-0.90 in.
Capacity	10-200 lb.	50 lb.	10-100 lb.	50-10,000 lb.
Best Accuracy*	± 0.5% of FS	± 0.15% of FS	± 0.25% of FS	± 0.15% of FS
Mounting	Load Button or Threaded Stud	Female or Male Stud	Female or Male Stud	Robust Female 0.5 in. threaded boss
Cable Strain Relief	No (USB Type A)	No (USB Type A)	Yes (USB Type A)	Yes (USB Type A)
Signal Conditioner	DQ-1000	Built in to Load Cell	Built in to Load Cell	Built in to Load Cell
Off Center Loading	No	No	Yes	No
*With TARE at room temperature