Spacelog Apollo 13

Okay. That's the panel 8 floodlights. Now we're going to take panel 5 and put the FLOODLIGHT rheostat to FLOOD and the LEB, that's panel 100, FLOODLIGHTS are also going to FIXED. And the purpose of this is to balance up buses A and B.

Okay. Panel 5; FLOODLIGHTS; you want the rheostat on. Panel 100, FLOODLIGHTS; you want FIXED.

That's affirmative. Okay. On panel 8: circuit breakers EMS, MAIN A and MAIN B, that's two, open.

Okay. Panel 8: EMS MAIN A and MAIN B, open.

Okay. On panel 250: circuit breaker BATTERY A POWER ENTRY and POSTLANDING, closed.

Okay. Panel 250: CB BAT A POWER ENTRY and POSTLANDING, closed.

Okay. The same for circuit breaker BATTERY B POWER ENTRY and POSTLANDING.

Okay. BATTERY B POWER ENTRY and POSTLANDING, closed.

Okay. And add BATTERY C POWER ENTRY and POSTLANDING.

BATTERY C POWER ENTRY and POSTLANDING, closed.

Okay. That's correct. On panel 5: circuit breaker BAT CHARGE, BATTERY A CHARGE, closed.

Okay. Panel 5: CB BAT CHARGE, BAT A, close.

Okay. And the same for circuit breaker for BATTERY CHARGE, BAT B/CHARGE, closed.

Okay, BAT CHARGER, BAT B, closed.

All right. Like to take MAIN BUS TIES, two of them, on and up. That's probably a verify.

MAIN BUS TIES A/C and B/C, on, verify.

That's correct. Circuit breaker BATTERY RELAY BUS, BATTERY A and B, closed.

Okay. CB BAT RELAY BUS, BAT A, and BAT RELAY BUS, BAT B, closed.

That's affirmative. Circuit breaker EPS SENSOR SIGNAL, MAIN A and MAIN B, closed.

EPS SENSOR SIGNAL, MAIN A and MAIN B, closed.

Okay. On panel 275: circuit breaker MAIN A, BATTERY C, closed.

Okay, Ken. Wait on that one here. I'm just about to lose you here. Just—I've got to change OMNIs.

Okay.

Okay. Could you give me that one again, please.

All right. On panel 275: circuit breaker MAIN A, BATTERY C, closed.

Okay. MAIN A, BAT B, closed on 275.

That's MAIN A, BATTERY C, Charlie.

MAIN A, BAT C, Charlie.

That's affirm. No—Negative on battery Bravo.

Okay. Negative on battery Bravo. That's MAIN A, BAT Charlie, closed.

Okay. Good. On panel 276: circuit breaker INSTRUMENTATION POWER CONTROL, 3 and 4, open.

Would you say that one again, Ken?

All right. On panel 276: circuit breaker INSTRUMENTATION POWER CONTROL, 3 and 4, open.

Okay. Panel 276: CB INSTRUMENTATION POWER CONTROL, 3 and 4, open.

That's affirmative. Okay. Panel 5: circuit breaker CENTRAL INSTRUMENTATION POWER, MAIN B, closed.

Okay. On panel 5: …

Okay. I'm sorry, Jack. Would you read that again, please?

Okay. On panel 5: CB CENTRAL INSTRUMENTATION POWER, MAIN B, closed.

Okay. That's correct. PRIMARY EVAPORATE WATER CONTROL valve to AUTO.

This is on 382?

That's affirmative.

Wha—Wha -

Okay, Jack. We want to put the PRIMARY and the SECONDARY EVAPORATED WATER CONTROL valves to AUTO.

Okay.

And, Jack, can you give us a readout on BAT B and the charger current?

Okay, Ken. That was the PRIMARY and SECONDARY H₂O CONTROL valves to AUTO on 382.

That's affirmative, and did you copy about the readout on the battery and charger?

Yes. Jim's on his way up.

Okay. Thank you. All right, the next little step after your water control valves is to perform the CSM RCS preheat. We'll do that on page E/1-5, steps 35 and 37.

That's affirm. On panel 2: CAUTION AND WARNING POWER to 1.

Panel 2: CAUTION AND WARNING POWER to 1.

That was POWER to number 1, Jack.

CAUTION AND WARNING POWER to 1.

Okay. On panel 5: circuit breaker EPS SENSOR UNIT, DC BUS A and B, closed.

Okay, Ken. The COMM from you is awful weak—awful weak, I—I can't—it's CB EPS SENSOR UNIT. Say again, after that.

All right, Jack. That's CB EPS SENSOR UNIT, DC, that's Delta Charlie, BUS A and B, closed.

Okay. CB EPS SENSOR UNIT, DC BUS A and B, close. And I'll give you the volts and amps.

Okay, that's correct. Go ahead.

Okay. Volts are 39.1; amps, 1.5.

Okay. On panel 3: MAIN BUS A and B, go to RESET and leave it in the center.

Okay, panel 3—Stand by; got to change OMNI's.

Okay. MAIN BUS A and B, RESET, then center.

That's affirmative. Okay, now we're at EI minus 5 plus 05. And, as far as you're concerned, Jack, the command module is using this for information only. This will be the LM doing an Earth-terminator AGS alinement; and at the time of 5 plus 05 is the time they'll be going ahead and releasing their ball. And this will be covered in the LM checklist; it'll be uplinked after this one. At EI minus 5, we perform midcourse number 7. Over.

Okay. At EI minus 05:05, the LM is making an Earth-terminator aline; and at EI minus 05:00, we perform MCC-7.

That's correct. At the completion of midcourse 7, the LM will maneuver to a separation attitude. And this attitude will be sent up on one of the pads that you're going to get before all the sequence starts. And it'll be flown to the LM ball angles on that pad.

Okay. Understand.

All right. At EI minus 4 plus 40, we want to perform page 1-6, step 39 of the entry checklist.

Ken, I—I didn't get it. We had to change OMNI's again. Could you say it—the EI minus 4 dash—or 04:40, we do something.

Okay. And at that time, you'll want to perform step 39 of page E/1-6. Over.

Okay. Perform step 39 of entry checklist page E/1-6.

That's correct. Okay. The next is the command module RCS activation, and that's step 4-1 of page E/1-6.

Okay. The next is perform CSM—or CM RCS activation for step 4-1 of page E—E/1-6.

That's correct.

All right, Jack. The next is at EI minus 4 plus 30. We want to verify that the LM is configured for command module RCS hotfire.

Okay. Verify LM configure for RCS hotfire at EI minus 04:30.

That's correct. Now to panel 5: circuit breaker G&N IMU HEATER, MAIN B, closed.

Okay. Panel 5: CB G&N IMU HEATER, MAIN A and MAIN B, closed.

That's negative, Jack. That's MAIN B only.

Okay. MAIN B only.

I'm sorry; I lost you that time. Say it again.

Okay. Let's repeat it. Stand by. Cut out. We've really got a strange attitude, so this is why we are having the COMM problem. Panel 5: CB G&N IMU HEATER, MAIN B, closed.

That's affirmative. On panel 1: ROTATION CONTROL POWER, NORMAL. That's two of them, to AC/DC.

Okay, panel 1: RHC, NORMAL, two to AC/DC, two controllers.

That's correct. On panel 7: SCS, LOGIC POWER 2/3, ON.

SCS, LOGIC POWER 2/3, ON, panel 7.

That's affirm. Back to panel 2: RCS COMMAND, ON.

Panel 2: RCS COMMAND, ON.

That's correct. Now the command module RCS check per step 4 of page E/2-1.

Okay. Perform the command module RCS check per step 4, page 2-1.

That's correct. Okay, at this point, we want to lock the rotation hand controllers.

Okay. After that, lock both rotation hand controllers.

That's affirm. On panel 8: SEQUENTIAL, PYRO ARM, two to ARM.

Okay. Panel 8: set PYRO ARM, two, to ARM. Do I get a MSFN GO for that?