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Micro-Tech 3102
11. Update component total registers.
12. Activate end charge output.
13. End recipe line, go to Section 6.3. If it was an autorefill, repeat recipe line.
The Discharge
1. Deactivate outputs: END DISCHARGE and END CYCLE.
2. Wait for discharge interlock, in this phase interlock led will be on.
3. Wait component start delay.
In this phase, discharge interlock must stay on if selected as STABLE,
otherwise -> STOP – CHARGE INTERLOCK.
4. Reset tare
5. Activate high rate discharge. High rate output and component output are
activated. Low rate output is also activated if HIGH+LOW is selected as
high rate mode in the component data. During all this phase discharge
interlock (if selected as stable) is tested.
6. When the zero weight value is reached, end discharge.
Deactivate high rate, low rate and component outputs.
7. Wait for stabilization time.
8. Update component total register.
9. Activate end discharge output.
10. End recipe line, go to Section 6.3
The Time Based Batch
1. Deactivate outputs: END CHARGE and END CYCLE.
2. Wait for component (charge) interlock, in this phase interlock led will be on.
3. Wait component start delay.
In this phase, charge interlock must stay on if selected as STABLE,
otherwise -> STOP – CHARGE INTERLOCK.
4. Set tare
5. Activate component output.
6. After the activation time defined in the recipe, component outputs is
deactivated.
7. Wait for stabilization time.
8. Update component total registers.
9. Activate end charge output.
10. End recipe line, go to Section 6.3
REC 4192 Rev B
Thermo Fisher Scientific
B-21