Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 21:02:17 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 23:33:44 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 18:56:56 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 19:07:37 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 0.2139 28.080 31.468 20.209 21.556 18.560 0.419 0.509 0.000 0.567 2.684 29.658 23.306 0.036 0.248 14.000 2.000 3.000 0.114 system restarted with larget initial h2o2 injection 0.2175 28.063 31.303 20.208 21.555 18.554 0.414 0.496 0.158 0.553 2.719 33.818 23.319 0.020 0.263 15.000 2.000 3.000 0.116 voltage still tappers off too quickly 0.2222 28.061 31.764 20.209 21.565 18.553 0.419 0.501 0.000 0.502 2.475 34.846 23.321 0.017 0.263 15.000 2.000 3.000 0.118 increased base injection period to 4 seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 2.4214 26.287 30.223 21.112 22.403 18.664 0.441 0.533 0.433 0.564 5.799 28.753 23.278 0.039 2.359 153.000 2.000 3.000 1.271 base injection period increased to 5.5 seconds 2.4328 26.262 30.183 21.102 22.405 18.668 0.436 0.502 0.000 0.512 5.421 33.628 23.296 0.024 2.374 153.000 2.000 3.000 1.276 system still unable to maintain voltage just on base injection - contamination? Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 2.4844 26.265 30.078 21.097 22.362 18.700 0.435 0.516 0.000 0.464 5.645 34.454 23.298 0.051 2.426 156.000 2.000 3.000 1.296 base injection changed to 140 amp/seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 2.6153 26.147 30.240 21.056 22.236 18.761 0.437 0.513 0.000 0.506 6.570 33.711 23.292 0.023 2.571 162.000 2.000 3.000 1.347 base injection period reduced to 50 amp-seconds 2.7269 25.957 30.270 20.843 22.117 18.812 0.438 0.536 0.095 0.565 3.283 29.236 23.280 -0.001 2.689 164.000 2.000 3.000 1.393 prop stopped, short mission will commence shortly 2.7936 25.911 35.468 20.880 22.079 18.846 0.437 0.510 0.000 0.508 3.016 35.065 23.300 0.011 2.760 166.000 2.000 3.000 1.413 10 minute mission 200 rpm 9.5231 25.884 35.658 20.131 21.095 19.632 0.505 0.492 0.000 0.513 4.419 34.033 23.315 0.033 8.130 258.000 13.000 4.800 3.110 started prop at 150 rpm 9.5300 25.861 35.493 20.128 21.092 19.635 0.503 0.498 0.054 0.529 4.598 32.852 23.315 0.013 8.138 258.000 13.000 4.800 3.112 still needs four times more peroxide than it should Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 11.4236 40.487 41.964 20.864 21.761 19.879 0.500 0.497 0.175 0.510 3.536 35.079 23.322 0.062 10.142 275.000 8.000 5.350 3.912 vehicle back in the water, stack manifold filled with oil 11.4525 36.420 41.738 20.961 21.743 19.885 0.509 0.502 0.000 0.510 4.134 34.924 23.322 -0.012 10.176 275.000 8.000 5.350 3.919 prop speed up to 150 rpm (up from 100) 11.4928 33.974 41.770 20.887 21.794 19.886 0.507 0.501 0.000 0.513 4.488 34.876 23.321 0.018 10.223 275.000 8.000 5.350 3.931 prop up to 200 rpm 11.7825 40.598 37.068 20.575 21.952 19.920 0.470 0.503 0.000 0.512 2.610 35.362 23.323 -0.007 10.706 279.000 8.000 5.350 4.026 zero prop speed, vehicle leveled in the pool, some gas shift in anolyte tank 11.8236 40.794 39.552 20.483 21.812 19.925 0.434 0.515 0.000 0.507 2.606 34.899 23.324 0.011 10.740 279.000 8.000 5.350 4.040 lowering vehicle to the bottom of the pool 11.9475 40.966 33.561 20.788 21.631 19.937 0.476 0.514 0.000 0.506 2.615 35.052 23.326 0.023 10.846 280.000 8.000 5.350 4.073 vehicle at 18 degrees 12.0167 40.551 33.530 20.708 21.566 19.950 0.391 0.525 0.167 0.498 2.741 34.615 23.324 0.006 10.914 281.000 9.000 5.650 4.089 vehicle 1 metre from bottom 12.0339 40.274 33.118 20.744 21.524 19.946 0.499 0.515 0.000 0.494 2.627 34.797 23.322 0.023 10.928 281.000 9.000 5.650 4.094 vehicle at 35 feet!!!!!!!!!!! 12.0708 40.134 32.626 20.718 21.499 19.954 0.504 0.511 0.000 0.502 2.977 35.073 23.323 -0.002 10.959 281.000 9.000 5.650 4.104 50 RPM at 35 feet 12.0789 40.074 32.588 20.698 21.469 19.955 0.467 0.511 0.000 0.497 3.334 34.906 23.319 0.019 10.968 281.000 9.000 5.650 4.107 100 RPM, 35 feet 12.1025 39.775 32.562 20.742 21.415 19.957 0.506 0.509 0.101 0.516 4.255 34.580 23.322 0.045 10.995 281.000 9.000 5.650 4.113 150 RPM 12.2133 39.642 39.769 20.476 21.335 19.983 0.403 0.523 0.096 0.496 5.300 34.499 23.320 0.046 11.155 282.000 9.000 5.650 4.142 prop speed up to 200 rpm, still at 35 feet 12.6044 39.699 33.951 20.329 21.061 20.024 0.509 0.510 0.038 0.508 3.110 35.249 23.326 0.036 11.888 290.000 9.000 5.650 4.267 prop stopped and bringing vehicle back to the top 12.6564 39.484 33.251 20.367 21.103 20.024 0.400 0.522 0.000 0.507 2.612 35.121 23.323 0.006 11.945 291.000 9.000 5.650 4.284 vehicle at around 10 feet 12.7297 39.140 38.432 20.524 21.001 20.025 0.510 0.518 0.000 0.508 2.726 34.233 23.328 0.017 12.008 291.000 9.000 5.650 4.304 rapid ascent from 30 to 5 feet 16.2428 29.165 39.543 23.860 23.296 20.577 0.566 0.564 0.000 0.514 2.804 33.761 23.326 0.008 15.538 320.000 8.000 6.000 5.411 system in salt water - good work !!!!!!!!!!!!!!!!!!!!!!!!!1 16.2583 28.719 39.412 23.942 23.417 20.580 0.563 0.565 0.000 0.521 2.821 33.734 23.322 -0.013 15.553 320.000 8.000 6.000 5.414 stack voltage lower than in air, small shunt currents ??? 17.2667 28.570 38.795 22.803 23.401 20.389 0.567 0.567 0.000 0.498 2.758 35.155 23.333 0.019 16.663 333.000 14.000 6.000 5.757 vehicle out of water, more h2o2 will be added before balasting Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 17.5117 29.075 39.308 22.909 23.594 20.743 0.568 0.576 0.088 0.516 2.873 34.851 23.331 0.032 16.882 333.000 14.000 6.000 5.931 base injection period increased to 60 amp-seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 17.8403 30.551 39.950 23.191 22.240 21.439 0.575 0.576 0.052 0.519 2.842 34.878 23.329 0.049 17.164 335.000 14.000 6.000 6.206 system being charged with h202 to get air out of the center tank 18.2250 36.563 39.739 23.540 20.962 22.327 0.580 0.584 0.000 0.512 2.807 34.847 23.331 0.000 17.462 335.000 2.000 5.950 6.551 added 25 lbs of peroxide Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 18.5692 37.092 39.928 23.428 21.776 22.919 0.583 0.590 0.171 0.510 2.985 34.524 23.336 0.054 17.726 335.000 2.000 5.950 6.799 base injection period increased to 75 amp-seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 18.5875 37.114 39.900 23.450 21.798 22.941 0.582 0.594 0.000 0.526 2.832 34.561 23.332 0.056 17.740 335.000 2.000 5.950 6.810 base injection period increased to 90 amp-seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 18.8981 29.866 39.677 23.720 23.153 23.205 0.597 0.605 0.000 0.518 2.896 33.709 23.337 0.060 17.994 342.000 2.000 5.950 6.977 base injection period down to 75 amp-seconds 19.0747 34.383 39.574 22.631 22.344 23.090 0.593 0.593 0.000 0.511 2.813 34.672 23.337 0.013 18.160 346.000 10.000 6.250 7.073 stack voltage drops around 3 volts when lowered into salt water 19.8689 35.976 38.974 23.381 23.372 22.341 0.592 0.615 0.000 0.523 2.914 33.824 23.334 0.008 18.817 356.000 10.000 6.250 7.445 vehicle ballasted and back in the water, we loose 1-2 volts from shunt currents Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 20.2336 32.026 39.054 23.015 23.631 21.918 0.596 0.618 0.000 0.528 2.920 34.002 23.333 0.036 19.241 369.000 15.000 6.550 7.550 bsae injection period reduced to 65 amp-seconds Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 31.2511 34.801 34.165 22.268 24.502 17.078 0.735 0.808 0.000 0.556 3.268 33.403 23.317 0.034 28.638 391.000 2.000 5.400 10.414 base injection period increased to 73 amp-seconds 31.2578 34.798 33.651 22.267 24.511 17.080 0.738 0.808 0.000 0.552 3.273 33.488 23.320 0.018 28.643 391.000 2.000 5.400 10.417 some alarms have been modified - going to sea Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 36.0881 30.388 30.420 21.567 20.523 16.270 0.804 0.897 0.000 0.544 3.454 32.849 23.317 0.032 32.805 404.000 0.000 5.000 11.867 base injection period increased to 80 amp-seconds 36.2925 30.859 31.335 22.243 21.250 16.378 0.817 0.906 0.084 0.567 8.132 32.539 23.333 0.045 32.972 404.000 0.000 5.000 11.929 running in the harbor at 300 rpm prop speed 36.5039 32.246 32.854 22.241 21.495 16.552 0.824 0.911 0.231 0.551 8.429 32.614 23.318 0.018 33.269 404.000 0.000 5.000 12.026 system has not done make-up injection jet, will increase base period to 90 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 36.5114 32.315 32.896 22.241 21.501 16.555 0.821 0.903 0.000 0.546 8.087 32.646 23.314 -0.007 33.281 404.000 0.000 5.000 12.028 base period increased to 90 amp-sec 36.5964 32.648 33.214 22.137 21.493 16.642 0.830 0.916 0.208 0.570 8.696 32.205 23.307 0.032 33.384 404.000 0.000 5.000 12.071 prop stopped and restarted Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 38.1864 35.975 35.822 22.489 24.273 18.558 0.825 0.911 0.000 0.567 3.509 33.475 23.319 0.007 34.818 415.000 10.000 5.000 12.751 will run five missions @ full power, 60 minutes on, 5 min off 38.2989 36.130 36.228 23.028 24.810 18.667 0.847 0.941 0.128 0.565 8.920 32.280 23.316 0.054 34.919 417.000 10.000 5.000 12.786 started first mission (300 rpm) 39.8522 40.160 40.001 24.303 26.430 20.349 0.860 0.952 0.012 0.572 7.924 32.610 23.319 0.017 36.894 420.000 6.000 5.150 13.698 mission stopped and restarted, cat ans anolyte temp are bit high 40.3456 38.839 40.328 24.145 25.137 20.703 0.849 0.928 0.000 0.523 3.429 34.002 23.326 0.065 37.367 423.000 0.000 4.850 13.995 fc out of water for oil manifold inspection 41.1994 38.049 39.548 25.011 26.926 22.292 0.869 0.969 0.000 0.552 3.602 33.192 23.328 0.025 37.893 429.000 7.000 5.050 14.628 system back in the harbor, will start prop soon 41.2092 37.917 39.511 25.194 27.129 22.293 0.865 0.959 0.000 0.558 3.556 33.553 23.328 0.057 37.901 429.000 7.000 5.050 14.633 about 50 ml of water was drained from stack manifold, fresh oil put in Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 42.5761 37.237 39.733 25.918 26.254 22.369 0.909 1.015 0.238 0.570 11.851 32.304 23.227 0.012 39.500 433.000 7.000 5.050 16.439 restarted again at 300 rpm 42.5886 38.614 39.906 26.314 26.470 22.371 0.900 1.009 0.243 0.568 10.886 32.654 23.229 0.003 39.520 433.000 7.000 5.050 16.449 oops 42.8675 36.759 40.231 26.268 26.431 22.321 0.886 0.976 0.000 0.555 3.655 34.124 23.237 0.022 39.972 433.000 7.000 5.050 16.690 prop stopped again 42.9708 35.602 39.606 26.292 26.349 22.300 0.920 1.033 0.241 0.570 8.150 31.672 23.238 0.027 40.036 433.000 7.000 5.050 16.747 started prop again at 250 rpm 43.9239 37.155 38.049 25.499 25.414 22.839 0.907 1.004 0.000 0.533 3.632 34.151 21.990 0.021 40.974 435.000 7.000 5.050 39.683 mission stopped (send off-line) by mvc upon receiving red alarm from us 43.9692 36.731 38.312 25.329 25.368 22.920 0.919 1.030 0.000 0.552 3.812 32.828 22.158 0.014 41.015 436.000 7.000 5.050 39.703 mission restarted - prop at 250 rpm Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 44.8525 35.088 39.229 26.451 26.118 22.428 0.941 1.055 0.000 0.562 8.414 32.629 22.527 0.029 42.189 438.000 7.000 5.050 40.290 base injection period increased to 95 amp-secs 44.9972 35.678 38.849 25.917 25.971 22.329 0.928 1.026 0.000 0.571 4.012 33.947 22.547 0.021 42.361 438.000 7.000 5.050 40.392 i hour mission ended, new mission to start in 5 minutes 45.0689 35.776 38.973 25.631 25.775 22.290 0.941 1.048 0.000 0.554 6.005 33.147 22.551 0.001 42.430 440.000 7.000 5.050 40.433 new mission starting - 250 rpm Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 45.1986 36.354 39.002 25.908 26.052 22.199 0.950 1.059 0.247 0.547 8.852 32.632 22.557 0.043 42.594 440.000 7.000 5.050 40.512 anolyte pump current alarms raised a bit Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 45.4281 37.605 38.763 25.694 26.798 22.081 0.930 1.031 0.000 0.547 3.731 34.302 22.587 0.025 42.886 440.000 7.000 5.050 40.670 ending mission, system will be restarted with pro at 250 rpm 45.4394 36.775 38.455 25.355 26.700 22.072 0.951 1.070 0.000 0.570 3.834 32.384 22.583 -0.004 42.890 440.000 7.000 5.050 40.677 FC left in the harbor for overnight run - prop at 250 rpm (approx 300W) Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 17:19:26 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 17:21:21 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Log file Opened for append: Wed Dec 31 17:23:11 Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 0.0936 29.652 30.361 20.222 24.443 24.022 0.778 0.873 0.168 0.481 3.782 33.018 20.351 0.014 0.136 7.000 2.000 4.800 0.045 system filled with 30 lbs of h2o2 after running out 0.1006 29.765 30.421 20.224 24.445 24.010 0.821 0.949 0.172 0.520 4.101 29.090 20.339 0.037 0.136 8.000 2.000 4.800 0.049 previous run time in salt water with load 53.52 hours 0.1067 29.775 30.446 20.243 24.449 23.996 0.780 0.860 0.000 0.473 3.516 33.981 20.357 0.032 0.153 8.000 2.000 4.800 0.053 going back in the harbor Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 0.1144 29.882 30.662 20.250 24.461 23.990 0.782 0.870 0.000 0.495 3.612 33.215 20.355 0.002 0.161 8.000 2.000 4.800 0.058 base injection period lowered to 65 amp-seconds 0.1239 29.969 30.551 20.258 24.473 23.990 0.822 0.935 0.046 0.514 3.910 29.432 20.338 -0.032 0.168 8.000 2.000 4.800 0.063 system was without peroxide for about two hours, no pumps running 0.1378 30.028 30.876 20.285 24.472 23.980 0.788 0.885 0.000 0.490 3.658 32.300 20.357 0.010 0.188 9.000 2.000 4.800 0.068 recovery battery drained to about 5 volts Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 0.1750 30.333 30.843 20.345 24.461 23.944 0.766 0.853 0.000 0.484 3.501 34.390 20.376 0.001 0.231 10.000 2.000 4.800 0.087 base injection adjustment delay reduced to 1 hour 0.2228 30.653 31.045 20.420 24.429 23.917 0.783 0.870 0.000 0.490 3.586 33.336 20.380 0.055 0.266 10.000 2.000 4.800 0.110 0.3531 31.504 32.268 20.655 24.471 23.853 0.799 0.867 0.000 0.479 3.665 34.108 20.406 0.048 0.403 13.000 2.000 4.800 0.181 MVC going through it pre flight checks 1.2956 36.759 38.334 23.279 25.007 23.665 0.816 0.921 0.232 0.547 11.935 30.926 20.524 0.071 1.694 61.000 2.000 4.800 0.579 system tied to the dock, running at fuul prop speed Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 1.3592 36.831 37.916 23.534 24.819 23.583 0.798 0.898 0.233 0.537 8.865 31.911 20.536 0.017 1.812 61.000 2.000 4.800 0.618 voltage setpoint brough up to 32.5 volts 1.3689 36.846 37.930 23.543 24.800 23.564 0.793 0.894 0.000 0.536 8.409 32.270 20.542 0.056 1.828 61.000 2.000 4.800 0.623 will be disconnecting comms cable - ready to go to sea Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 1.3903 36.909 37.872 23.546 24.719 23.541 0.803 0.904 0.235 0.533 8.727 31.853 20.543 0.017 1.862 61.000 2.000 4.800 0.637 base injection period raised to 70 amp-seconds 1.4439 36.600 37.649 23.503 24.576 23.454 0.803 0.913 0.237 0.551 3.782 31.179 20.550 0.048 1.943 62.000 2.000 4.800 0.671 prop off - going to sea 1.4461 36.565 37.473 23.485 24.556 23.464 0.774 0.867 0.000 0.541 3.378 33.885 20.562 0.010 1.943 62.000 2.000 4.800 0.673 good luck baby Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 1.4581 36.621 37.795 23.449 24.556 23.438 0.775 0.861 0.000 0.515 3.355 34.124 20.560 0.035 1.963 63.000 2.000 4.800 0.679 reduced base injection period to 65 again Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 8.6169 33.028 33.156 22.442 22.262 17.462 0.925 1.048 0.072 0.560 3.896 31.482 20.791 0.024 11.601 133.000 0.000 4.850 3.673 gui started after day at sea, missions ranging from 20 m to 120 m depths 8.6242 33.030 33.142 22.454 22.273 17.467 0.900 1.008 0.000 0.545 3.696 33.456 20.807 0.018 11.605 133.000 0.000 4.850 3.675 fuel cell was towed out into the sea and towed back into the harbour 8.6386 32.979 33.148 22.422 22.169 17.494 0.902 1.003 0.000 0.552 3.661 33.580 20.806 0.042 11.616 133.000 0.000 4.850 3.680 FC performed very well, peroxide consumption still very high 8.8158 32.087 33.331 22.140 21.757 17.767 0.902 0.993 0.000 0.491 3.560 34.364 20.812 0.011 11.751 133.000 0.000 4.850 3.734 system out of water for more peroxide 9.4950 34.396 34.724 21.072 22.781 19.087 0.911 1.017 0.084 0.491 3.703 33.750 20.830 0.070 12.244 134.000 0.000 4.550 4.299 system filled with 30 lbs of H2O2, 13 liters of KOH drained from center tank 9.5028 34.403 34.763 21.081 22.804 19.100 0.911 1.018 0.000 0.505 3.636 33.665 20.825 0.078 12.251 134.000 0.000 4.550 4.308 propeller repaired, loose set screw was the problem 10.0281 36.311 36.729 21.899 23.518 19.936 0.903 1.002 0.000 0.486 3.526 34.824 20.838 0.010 12.637 136.000 2.000 4.500 4.626 system still in air, prop repair not completed yet 10.0294 36.308 36.708 21.904 23.521 19.934 0.900 1.006 0.000 0.484 3.515 34.750 20.838 0.001 12.637 136.000 2.000 4.500 4.627 10.2444 36.261 36.803 22.221 23.798 20.222 0.939 1.070 0.113 0.556 3.980 31.681 20.832 0.016 12.837 140.000 2.000 4.500 4.712 system back in the water, new prop was put on 10.4142 36.553 37.270 22.546 23.708 20.378 0.915 1.017 0.000 0.537 3.634 34.432 20.843 0.039 13.081 144.000 2.000 4.500 4.781 propeller not working again, will try to repair under water 10.8047 35.910 36.971 22.304 23.202 20.618 0.926 1.023 0.000 0.489 3.572 34.260 20.848 0.019 13.498 155.000 2.000 4.500 4.911 system out of water for prop repair Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 11.5275 37.329 38.346 23.472 24.755 20.789 0.929 1.037 0.000 0.546 3.741 34.320 20.865 0.018 14.155 162.000 20.000 4.800 5.139 alarm paging activated for overnight run - only red activate 11.5378 37.195 37.934 23.429 24.727 20.791 0.929 1.043 0.000 0.553 3.759 34.007 20.863 0.005 14.163 162.000 20.000 4.800 5.142 system back in the water, going for dinner now 12.8344 36.332 36.839 23.378 24.446 20.907 0.961 1.075 0.000 0.537 3.820 33.685 20.885 0.032 15.427 179.000 14.000 5.100 5.471 prop programed to do three five hour missions at 250 rpm with 100 sec after 5 hr 22.6428 33.455 41.460 34.185 33.779 20.177 0.991 1.104 0.177 0.537 5.449 32.368 20.991 0.048 31.386 221.000 6.000 4.600 11.011 FC run well all night, vehicle listed to starboard a bit 22.6497 33.278 41.436 34.141 33.810 20.175 0.984 1.089 0.244 0.530 5.598 32.825 20.988 -0.046 31.393 221.000 6.000 4.600 11.014 moved vehicle around to list to the port, anolyte temp back to normal 22.6581 33.079 41.457 34.096 33.813 20.172 1.000 1.116 0.012 0.546 5.439 31.625 20.982 -0.001 31.404 221.000 6.000 4.600 11.016 peroxide temp lower as well after moving the vehicle about 22.6647 32.979 41.380 34.074 33.823 20.160 1.006 1.118 0.241 0.545 5.545 31.708 20.987 0.026 31.411 221.000 6.000 4.600 11.018 small trace of white stuff coming from went holes, KOH suspected 22.6714 32.960 41.360 34.045 33.798 20.163 0.988 1.103 0.242 0.543 5.704 32.349 20.990 0.014 31.415 221.000 6.000 4.600 11.019 night mission was aborted several times due to MVC problems 22.6944 32.923 41.344 33.909 33.809 20.153 0.967 1.082 0.000 0.538 5.401 33.373 20.997 0.032 31.440 221.000 6.000 4.600 11.025 going to test battery charging circuitry 22.7000 32.623 41.359 33.907 33.814 20.169 1.071 1.282 0.504 0.598 21.271 26.465 25.100 -14.871 31.451 222.000 6.000 4.600 10.036 battery being charged 22.7064 33.000 41.548 33.899 33.800 20.259 0.955 1.063 0.247 0.541 5.929 33.999 23.064 -0.003 31.478 222.000 6.000 4.600 9.205 stoped battery charging Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 22.7619 32.230 41.436 33.950 33.768 20.437 0.967 1.084 0.000 0.548 5.520 33.123 22.255 0.006 31.537 222.000 6.000 4.600 9.222 going to spin prop at full speed 22.7828 32.112 41.245 33.931 33.734 20.431 0.980 1.103 0.000 0.549 8.956 32.413 22.176 0.024 31.566 222.000 6.000 4.600 9.230 going to prop speed of 300 rpm 22.8136 32.504 41.753 33.894 33.749 20.434 1.000 1.137 0.167 0.563 13.259 31.323 22.096 0.054 31.624 222.000 6.000 4.600 9.245 prop speed at 400 rpms - maximum 22.8219 32.491 41.850 33.923 33.757 20.429 0.994 1.130 0.172 0.572 13.042 31.460 22.080 0.010 31.646 222.000 6.000 4.600 9.251 stack power at 410 watts !!! one awesame fuel cell 22.8522 33.599 42.735 33.973 33.786 20.422 0.987 1.133 0.226 0.560 13.681 31.273 22.029 0.074 31.735 223.000 6.000 4.600 9.272 putting prop under water - max power touching 470 watts 23.0642 32.908 44.060 35.465 34.174 20.393 0.979 1.103 0.244 0.573 10.634 32.221 21.876 0.046 32.273 223.000 6.000 4.750 9.456 prop housing temp is climbing, speed reduced to 300 rpm Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 23.0922 32.907 43.774 35.577 34.285 20.398 0.974 1.100 0.247 0.577 9.380 32.420 21.867 0.042 32.322 223.000 6.000 4.750 9.478 logging interval increased to 1 s, will do few high and low prop speed runs 23.0950 32.903 43.761 35.577 34.293 20.398 0.972 1.100 0.000 0.578 8.900 32.380 21.864 -0.001 32.329 223.000 6.000 4.750 9.481 prop speed down to 50 rps 23.1400 32.913 43.401 35.737 34.445 20.399 0.974 1.084 0.052 0.578 4.283 32.946 21.843 -0.018 32.387 224.000 6.000 4.750 9.511 prop speed to 350 rpm 23.1525 32.848 43.224 35.806 34.486 20.400 0.981 1.093 0.000 0.565 7.191 32.655 21.844 0.038 32.398 224.000 6.000 4.750 9.518 prop spining up 23.2092 33.074 43.744 35.987 34.640 20.400 0.975 1.110 0.244 0.576 11.108 32.065 21.821 0.044 32.522 224.000 6.000 4.750 9.562 fc behaving well, prop speed down to 25 rpm 23.2514 33.196 43.242 36.118 34.726 20.399 0.978 1.099 0.160 0.570 4.365 32.344 21.817 0.011 32.568 224.000 6.000 4.750 9.592 prop speed at 25 rpm 23.2822 33.445 43.259 36.209 34.798 20.391 0.953 1.056 0.000 0.557 4.054 34.112 21.812 0.033 32.607 225.000 6.000 4.750 9.608 prop speed to 400 rpm 23.3181 33.405 43.388 36.405 34.908 20.398 0.980 1.125 0.183 0.577 12.978 31.427 21.780 0.029 32.671 225.000 6.000 4.750 9.630 prop at 400 rpms, stack power at 410 Watts 23.4311 34.240 44.652 37.005 35.256 20.383 0.975 1.102 0.246 0.557 10.889 32.288 21.777 0.001 32.957 225.000 6.000 4.750 9.734 prop speed down to 50 rpm 23.4900 34.036 43.824 37.114 35.436 20.382 0.870 1.065 0.460 0.607 4.585 33.532 21.770 0.015 33.030 227.000 6.000 4.750 9.775 set prop to 450 (maybe!!!) 23.5308 34.788 44.790 37.261 35.554 20.382 0.930 1.147 0.231 0.593 15.587 30.609 21.755 0.064 33.130 228.000 6.000 4.750 9.802 stack current at 14.8 amps, total power 479 watts 23.5350 34.891 44.729 37.252 35.566 20.382 0.941 1.168 0.239 0.561 17.660 29.764 21.743 -0.011 33.142 228.000 6.000 4.750 9.806 will lift the nose to get the prop fully submerged 23.5628 34.806 45.017 37.422 35.721 20.378 0.879 1.078 0.246 0.567 9.155 33.128 21.761 0.038 33.217 228.000 6.000 4.750 9.840 with prop in the water, the stack current went up 21 amps, power up to 580 Watts 23.5692 34.793 45.069 37.443 35.717 20.369 0.869 1.060 0.250 0.559 6.506 33.874 21.762 0.059 33.228 228.000 6.000 4.750 9.846 prop speed down to 100 rpm Time T_anol T_cath T_fwper T_afper T_batt I_any_A I_any_B I_h202 I_cath I_stack V_stack V_batt I_batt P_h202 MI_cnt MI_freq BI_secs RB_WH 23.5919 33.720 44.325 37.412 35.741 20.380 0.864 1.055 0.000 0.562 4.486 33.959 21.757 0.070 33.251 228.000 6.000 4.750 9.867 logging interval changed to 30 sec. 23.7131 32.631 43.768 37.692 35.993 20.365 0.864 1.058 0.000 0.565 4.372 33.895 21.741 0.034 33.385 230.000 6.000 4.750 9.924 FC did very well, preparing for shutdown 23.7644 32.362 43.416 37.766 36.049 20.360 0.861 1.055 0.463 0.575 4.194 33.960 21.744 0.002 33.443 232.000 6.000 4.750 9.949 prop stopping in preparation for pulling the vehicle out of the water for shutdo 23.9139 32.636 43.334 38.305 36.142 20.299 0.856 1.052 0.000 0.551 3.652 34.334 21.729 0.028 33.619 236.000 6.000 4.750 10.018 lifting out of water for shutdown 24.5772 36.386 39.789 28.300 30.806 20.200 0.859 1.052 0.000 0.497 3.849 34.336 21.691 0.027 34.165 239.000 13.000 5.050 10.298 system shutdown, sending off-line first 24.8969 36.861 36.944 28.647 30.244 20.380 0.254 0.290 0.000 0.189 -0.627 22.966 21.666 0.053 34.165 239.000 13.000 5.050 10.472 shutting down now