Model DFG-RSA Configurable Load Cell Adapter User’s Guide Thank you… Thank you for purchasing an Omega Model DFG-RSA adapter and software, used to connect common strain gage-based load cells, force sensors, and torque sensors to Omega models DFG-RS5 and DFG- RS3 indicators.
Switching the leads will fix the issue. Refer to the indicators’ user’s guides for details. The DFG-RSA adapter contains a circuit board with a screw terminal block to allow for the connection of these leads. Refer to the following procedure for setup instructions: 1.
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Model DFG-RSA Configurable Load Cell Adapter User’s Guide The screw terminal block will be visible, along with labels referencing the functions listed above: 2. Feed the four leads through the supplied strain relief (pictured above) and into the body of the adapter.
Model DFG-RSA Configurable Load Cell Adapter User’s Guide 4. Install the strain relief by pressing it into the receptacle in the DFG-RSA housing, as illustrated below: 5. Reinstall the cover and tighten the two Phillips screws. 3 SOFTWARE INSTALLATION The DFG-RSA adapter is programmed by a PC running the included software utility. Communication is achieved through an Omega indicator and a USB or RS-232 connection.
Model DFG-RSA Configurable Load Cell Adapter User’s Guide 4 USING THE SOFTWARE When software installation has been completed, plug the DFG-RSA adapter into the indicator, and connect a USB or RS-232 cable between the indicator and the PC. 4.1 General Menus File Close –...
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Model DFG-RSA Configurable Load Cell Adapter User’s Guide 4.3 Force / Torque Capacities & Resolutions Use the Force Capacities & Resolutions and Torque Capacities & Resolutions screens to program the capacity appropriate for the sensor. The number of available units of measurement and displayed resolution depend on the indicator being used.
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Model DFG-RSA Configurable Load Cell Adapter User’s Guide 4.4 Read Indicator & Adapter Use this screen to view information about the sensor and indicator. Click Read to view the indicator model number, serial number, and firmware version. The sensor’s identification number, serial number, direction(s), capacities, and resolutions are also visible.