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HPC-09 v6 Example: 4 Hours Bed Heat

In this example, HPC-09 v6 Corrected Prediction (Red Graph) calculated that 4 hours Bed Heat was needed. HPC-09 then turns on the Heat for 4 hours, and then turns it off. The Green Graph is the actual measured Temperature, and we can see how well it corresponds to the Red Graph: This accurate Prediction is what makes HPC-09 v6 able to use a Minimum amount of Energy, and it sets our system apart from other bed heat systems! Read more about the HPC-09 v6 Intelligent Bed Heat Technology.

Red Graph: HPC-09 v6 Corrected Predicted Temperature: Green Graph: Actual Measured Temperature.

We also get a very good correspondence between the Corrected Predicted Strength (Red Graph) and the Real Time Calculated Strength (Green Graph).

 Red Graph: HPC-09 v6 Corrected Predicted Strength: Green Graph: Actual Calculated (Real-Time) Strength.

Strength Calculation

Correspondence between  Corrected Predicted Strength and the Real Time Calculated Strength is of no use if the Cube Strength and the Real Time Calculated Strength does not match! However, even in this department HPC-09 v6 has proved to be very reliable: Typical Standard Deviation between Real Time Calculated Strength and the Cube Strength is typically as low as 1.5 MPa. In the example below it is even as low as 1.36 MPa for 46 samples!

Bed Heat Documentation

HPC-09 v6 documents the actual In & Return Bed Heat Temperatures as a graph. This helps to determine if any detected Discrepancy between Corrected Prediction and Real Time Temperature is caused by problems with the Bed Heat!

 Red Graph: Bed Heat In Temperature, Blue Graph: Bed Heat Return Temperature.