Spacelog Apollo 13

Roger. And, on panel 275, we want all the circuit breakers open; no exceptions. Over.

Panel 275, all open; no exceptions.

Okay, and that's all for page 1-10. You want to read any of that back? I think you've got it all.

No, I think I've got it all.

Okay. Let's go to page 1-11. On panel 276, no change; on panel 278, we want all circuit breakers open; no exceptions. Over.

Panel 278, all open.

Roger. Now we'll skip all the way down to panel 306 where we want the MISSION TIMER to STOP and the EVENT TIMER to STOP. Over.

Okay. Panel 306, MISSION TIMER, STOP; and EVENT TIMER, STOP.

Okay. And those are all the changes on 1-11, Jack.

Okay. Ready for 1-12.

Okay. On page 1-12, panel 325, we want both CABIN PRESSURE RELIEF valves to NORMAL. Over.

Okay. Both to NORMAL.

Okay. On panel 326, we want the REPRESS PACKAGE valves to OFF; the SM O₂ SUPPLY valves to OFF; the SURGE TANK O₂ valve to OFF. Over.

Okay. REPRESS, SERVICE MODULE O₂ SUPPLY, SURGE TANK O₂, three of them, to OFF.

Roger. You did include the REPRESS PACKAGE there. Okay, GLYCOL RESERVOIR IN valve to CLOSED. BYPASS to OPEN, and OUT valve to CLOSED. Over.

Okay. GLYCOL RESERVOIR IN valve CLOSED; BYPASS valve OPEN; and RESERVOIR OUT valve CLOSED.

That's affirmative. Panel 350, no change. Panel 351, MAIN REGULATOR valves, two, to CLOSED, and the H₂O/GLYCOL TANK PRESSURE REGULATOR valve, OFF, and RELIEF valve, OFF. Over.

Okay. MAIN REG valve, two, to CLOSED. WATER/GLYCOL TANK PRESSURE REG and RELIEF valves, both OFF.

Okay. That's affirm. Those to the left, changes on 1-12. Let's go to 1-13.

Okay. Ready to copy.

Okay. Go down to panel 380, O₂ DEMAND REG valve, OFF, and SUIT CIRCUIT RETURN VALVE, pulled to OPEN. Over.

Okay, both O₂ DEMAND REG valves are OFF and SUIT CIRCUIT RETURN VALVE pulled OPEN.

That's correct. Go to panel 382. The first one, two, three, four are unchanged. We want SEC EVAP H₂O CONTROL valve OFF, and PRIM EVAP H₂O CONTROL valve to OFF. Those both are both counterclockwise. Over.

Okay, Houston. Reading back 382, SECONDARY EVAPORATOR H₂O CONTROL valve's OFF, and PRIMARY EVAPORATOR H₂O CONTROL valve, OFF.

That's correct. Those are the only changes on 1-13, and there are no changes on 1-14, and you've got it all, Jack. Over.

Okay. Real good, Joe. … configures for that panel.

Okay. You can get those configures when you can. And the next order of business I've got for you is a procedure to verify that MAIN BUS B is good. And a little after that, we'll want to read up to you, for your future information, a procedure for transferring LM power to the command module. Over.

Okay. That sounds good. You want to get this PLSS configuration done first before you give those other procedures, huh?

Yes, I think so. Stand by 1 second and I'll see if FLIGHT has any words for us before you start that.

Jack, Houston. Over.

Go ahead.

Okay, we don't have anything for you. Our only concern is that you'll wake up somebody; is there anybody sleeping right now?

No. We're all sitting here eating. I'm just going to get a bite to eat. Then I'll write down that switch configuration, or I'll copy the procedure now, if you want.

Yes, okay. Understand they are all up. Did you say you wanted to copy the other procedure now? Over.

I can if you want. It's your choice.

I'd rather you went ahead with the switch configuration, Jack.

Okay, let's do that and then I'll be back with you.

Okay. See you later. And tell Jim that Deke wants him to go to bed.

Okay. I'll tell him that right now.

Okay.

I'll tell you, I'll get my switch set done first before I eat so I won't disturb Jim any.

Aquarius, Houston. Over.

Go ahead.

Stand by 1 minute, Jack, before you go in there. FLIGHT has got one other item for you.

Deke wants you to go to bed.

Right now.

… like that … I got up about 1 hour …

You know what I thought—I think what we saw venting was the result of our DELTA-Vs stirring up things, popping the relief valve. Yes. We don't see anything venting now. …

Okay, I'm going to go get the switch configuration done now before Jim goes to bed so I don't disturb him.

Okay. Real fine.

Jim thinks Deke sounds like Frank Borman on Apollo 8.

(Laughter) Okay. Sorry about that.

I'm going to give the COMM to Fred-o, now.

Houston, Aquarius.

Aquarius, Houston. Go ahead.

Okay, before I hit the sack, Joe, I just want to make sure—How are you still planning an MCC at 107 and what's the latest find?

Okay, Jim. We are still gathering our thoughts on the MCC, but some of the considerations go like this: FIDO tells us that we can do that correction probably as late as 118 hours, with no significant DELTA-V penalty, and with plenty of tracking thereafter to make sure that we've done the right thing, and to set you up for a late MCC if we need it, which we probably wouldn't. We are happy with the PTC mode that you are in now, and, although we are working up a—an AGS PTC mode to use after the midcourse correction, we'd kind of like you to stay in this PTC for a while because it is doing good. We are looking at the weather in the landing area. We don't think we'll have a problem but we are checking it real close, and if there is any changing that we want to do, we want to get it into this midcourse correction. And for reasons like that, we are considering possibly delaying the midcourse correction from 104 hours to some time between there and 118. We'd like to know what you think about it. Over.

We have no druthers. As long as we do the midcourse and there is plenty of tracking thereafter to correct for another midcourse; that's my only concern.

Okay, Jim. Roger that. And based on FIDO's input that he'd like to do it not later than 24 hours before EI, we will be doing it prior to 118 hours.

Okay.

Hello, Houston; Aquarius.

Aquarius, Houston. Go.

Question, Joe. Jim has been talking to me about how we are going to do this midcourse, and awhile back when we went through this power up, we had pulled the STAB/CONTROL ASA breaker. I was wondering—we lost the heaters in the ASA—I was wondering how it looked? What kind of shape it's going to be in?

Okay. Stand by on that one, Fred.

Okay.

Fred, Houston.

Go ahead.

Roger. I am told that we'd see 38 degrees for that package, and it'll be okay for the burn. We're massaging the detail procedures for this burn at this time and we expect to have a real clean setup to you in plenty of time.

Okay, very good.

And I don't know if Jack passed it on to you, but Jack and I just finished logging about 6 hours sleep, each.

Roger, Fred. Copy that. Is it a little chilly up there?

Yes. We made the mistake of putting up the window shades, which we won't do again; and with this powered-down mode, we're not generating much internally, and it really did get chilly.

Yes. I guess you'll have to generate your own heat in there for a while.

Deke says unstow the Exer-Genie.

Aquarius, Houston. Over.

Go ahead, Houston.

Fred, just wanted to let you know in advance that we're coming up on the redline CO₂ value for the secondary canister, and we expect to get there in something like a half hour, at which time we'll be asking you to switch over to the command module canisters. I have the rest of that procedure ready and I just wanted to warn you a little bit in advance. Over.

Okay. And I've got a question for you, Joe.

Go ahead.

Okay. The—I need to find out if the condensate container that we were going to use to strain some water in on the lunar surface—is that container also completely airtight? Okay to use it to put fluid in through here in zero g?

Fred, I didn't copy what you wanted to use it for. Over.

…

Fred, Houston. We'll have to stand by for 1 minute. We are in a noisy state of COMM.

Okay. How do you read now, Joe?

Oh, that's much better. Go ahead.

Okay. I was just going to say we haven't had an overboard waste water dump since clear back around the other side of the Moon. About this time, we're running out of the bags we've got on board here.

Okay. I'm—I'm stupid this morning, Fred. I'm not quite sure what you are getting at.

Okay, Joe. We need some place to put the urine.

Okay. It sounds to me as if the suggested receptacle is perfectly satisfactory. Do you think you can use it in its present configuration?

Oh, yes. We got all the innerconnects—hookups we need, but I wasn't sure if that gadget was devised solely with the 1/6g environment in mind, and whether it might leak somehow in zero g.

I'll have them verify that, but off the top of my head, I'm sure it's going to be all right. We'll check it, Fred.

Houston, Aquarius.

Aquarius, Houston. Go ahead.