| Page | 01 |
|---|
| Article | Description / Summary |
|---|---|
| UAP0027 | Conveyor App Utilising HOT keys for Tare and Known Weight Cal In this application the USC701 converts the loadcell information to a 4-20mA analogue signal. Periodic loadcell calibration is achieved through an automated process using hot keys on the access module. Initial Setup The value of the test weight ... |
| UAP0036 | Display RPM, Power, Torque using hot keys Hot Key Description The USC701 is configured to utilise "HOTkeys" in the AM702. To enable these "HOTkeys" the USC701 must have its front panel Selector Switch set to "0" before the AM702 is positioned. In "Hotkey" mode, the keys can be pre-programmed ... |
| UAP1054 | kg/sec Material Flow Tx + Count This application uses a load cell that must be calibrated using application " UAP0016 , Measurement techniques with Load-Cell" to indicate the weight on the belt in the chosen unit of weight in this case kilograms (kg) on ... |
| UAP0022 | Low Chlorine in Drum Alarm Operating Description A load cell is used to weigh a drum of chlorine. The signal from the load cell is conditioned by the USC701 to produce a 4-20mA output and a relay alarm. The 4-20mA output will represent 0 to 920kg of chlorine liquid within ... |
| UAP0032 | Melt Pressure Transducer (strain gauge ext zero span) Operating Description The USC701 will produce a 4-20mA output proportional to the mV input signal from the Melt pressure strain gauge. The output will follow the value stored in memory 7 of the USC701. The input is a 6-wire strain gauge transducer. ... |
| UAP0017 | Strain Gauge to detect extra material in Stamping Machine Operating Description Two or four strain gauge modules are mounted on the press face of a stamping machine to measure the stamping pressure. When in calibrate mode the machine is run under normal conditions, stamping one thickness of material, ... |
| UAP0016 | USC701 Measurements with Load-Cell/Strain-Gauge Introduction As the USC701 is truly a universal signal conditioner problems with setting up some sensors may occur due to assumptions made by the engineer at the time of user calibration. This article is intended to show the potential problems ... |