Tyro Remotes develops, manufactures, and supplies radio remote controls for various industries
By utilizing a Wago signal conditioner, we were able to convert the power supply of 24VDC into a 0-10V signal that was compatible with the Tyro controller. This allowed for the signal to be converted into a percentage, which greatly improved the accuracy and reliability of the control system. The use of the Wago signal conditioner was a crucial step in optimizing the performance of the system.
Assuming you want to simulate battery percentage using a voltage range of 0-10V, you would need to assign specific voltages to each percentage. Here's an example table that maps voltages to percentages:
| Voltage | Percentage |
|---------|------------|
| 0V | 0% |
| 1V | 10% |
| 2V | 20% |
| 3V | 30% |
| 4V | 40% |
| 5V | 50% |
| 6V | 60% |
| 7V | 70% |
| 8V | 80% |
| 9V | 90% |
| 10V | 100% |
To simulate a battery's percentage, you would input the appropriate voltage, depending on the percentage you want to simulate. For example, to simulate a battery that's at 70% capacity, you would input a voltage of 7.0V as shown in the picture.
Additionally, the customer required the telemetry to have a reliable and stable connection to ensure that the data transfer was consistent and uninterrupted. The controller needed to be easy to use and configure so that the customer could quickly and easily set up and operate the device without any technical expertise.
The customer also needed the telemetry system to be durable and rugged, capable of withstanding harsh environmental conditions and long-term use in outdoor settings. The device needed to be able to handle extreme temperatures, humidity, dust, and water exposure without compromising performance.
Overall, the customer required a high-quality telemetry system that would provide accurate and reliable data, be easy to use, and be robust.
Controller configuration
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