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Updated Operating Procedure (markdown)

Mikayla 2023-03-01 14:39:17 -05:00
parent 798918d11d
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Operating-Procedure.md

@ -21,7 +21,7 @@ After "Manual" mode, there are four options that all put the unit under control
The system tries to only use the highest priority reactors, but if those have insufficient available burn rate capacity, then it starts using the next lower priority group. Within one group, burn rates are split evenly among reactors in that same group. The system tries to only use the highest priority reactors, but if those have insufficient available burn rate capacity, then it starts using the next lower priority group. Within one group, burn rates are split evenly among reactors in that same group.
#### Example of Burn Rate Distribution #### Example of Burn Rate Allocation
Here we'll use an example facility with four reactors with the following burn rate limits: #1 = 250, #2 = 150, #3 = 180, #4 = 350 Here we'll use an example facility with four reactors with the following burn rate limits: #1 = 250, #2 = 150, #3 = 180, #4 = 350
@ -77,4 +77,14 @@ To stop the reactor manually, press the SCRAM button. This will trip the RPS, st
> Reactor has been SCRAM'd > Reactor has been SCRAM'd
## Automatic Process Control Operation ## Automatic Process Control Operation
<img width="751" alt="image" src="https://user-images.githubusercontent.com/2926271/221395739-1f54eaa4-305e-4356-a85c-4c74033837b9.png">
### Monitored Max Burn
### Combined Burn Rate
### Charge Level
### Generation Rate