Example of control value
Set temperature: 28 °C
100% range: 3 °C
Set temperature minus 100% range: 28 minus 3 = 25
| Input 1 | 0 | Set value (e.g. set temperature in °C) |
| Input 2 | 0 | Actual value (e.g. set temperature in °C) |
| Input 3 | 0 | Control range or 100% range (e.g. temperature in °C) as the distance between the set value and the start value of the control range. If the actual temperature is less than the set value minus the input value then the control value has the value 100%. Refer also to the value table below |
| Input 4 | 1 | Control factor (at least 1) The control factor influences the steepness of the control curve in the control range Lower values result in a flatter control curve. Higher values result in a steeper curve. |
| Input 5 | 0 | Calculation cycle in seconds A zero as cycle time disables the controller |
| Input 6 | 0 | Lock 0=controller is active 1=controller is locked |
| Output 1 (send) | 0 | Control value (0 to 100 %) |
| Output 2 (send by change) | 0 | Control value (0 to 100 %) |
| Output 3 (send by change) | 0 | Number of calculation cycles performed. Comment: This output is used for additional information. In normal applications, it does not have to be assigned. |
| HS Commands (Output 1) | - | The commands assigned here are run when the value of output telegram at output 1 is not equal to zero. |
| HS Commands (Output 2) | see above | |
| HS Commands (Output 3) | see above |
| Telegram interval | - | Can be changed. |
| Recalculated on start | Yes | |
| Module is retentive | No |
| Actual temperature | Set temperature | Set minus 100% | Control value |
| <25 | 28 | 28-3=25 | 100% |
| >=25 <28 | 28 | 25 | Control range between 100% and 0% |
| >=28 | 28 | 25 | 0% |
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Info box |
Example of control value Set temperature: 28 °C 100% range: 3 °C Set temperature minus 100% range: 28 minus 3 = 25 |
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