| 9:09 | IVC He signal: 5.7E-6 cc/s. MC X12004: 5.67K. He level: 74.1% |
| 9:30 | Fill N2 cold trap full, close IVC, start 1K pot, start condensing |
| 10:30 | MC thermometer H35 is open. Start circulation |
| 11:46 | Add 6mW to still |
| 13:51 | Plug in DCRC v2 tower temperature went up from 104mK to 114mK |
| 15:00 | Zero DCRC and zap squids |
| 17:29 | Tower temperature drops to 47mK after unplugging DCRC v2. DCRC v2 was heating the fridge. |
| 17:38 | Still seemed hotter, change still power from 6mW to 5mW |
| 17:42 | Tower temperature drops to 46.3 mK |
| 17:44 | Still: 4.4kΩ, 5mW; Cold plate: 17.1kΩ; MC: 79kΩ; Tower: 46.7mK; P1: 0.18mbar; G1: 124.4mbar; G2=126.6mbar; P2=6.5mbar; 1K pot=1.567K. Still temperature looks OK. Cold plate and MC temperature are high, there might be tough between 600mK and 100mK |
| 17:57 | Set still power to 0 |
| 18:25 | Tower=47mK; MC=76.8kΩ; Cold plate=17.5kΩ; still=4.5kΩ; P1=0.095mbar; G1=88.9mbar; G2=91.5mbar; 1K pot =1.561K; P2=7.0mbar. Is there touch between 4K and 600mK. |
| 18:41 | Power on DCRC v2, tower temperature goes up. Turn on FET heater, charge signal shows up after a while, tower temperature starts to drop. |
| 18:51 | Tower temperature drops to 47.6 mK. Zapping squids. One zapping and cool down cycle takes ~10min. |
| 20:26 | Start flashing the detector. |
| 20:33 | Fill N2 cold trap full |
