Spacelog Apollo 13

Roger. As you know, we're going to do this on LM power, so this reflects that.

Okay. Real fine.

Okay, and have at it. We—we'd like to have the TM up for about 5 or 10 minutes to look at the data from the CM; look at your temperatures, et cetera. And after that, we'll go back to charging the battery again, and the charge will probably go until around GET 126.

Okay. Do you want the same readouts from me that I gave you before?

That's affirmative, Jack. And just to make sure that there is no mistaking the procedure, it starts out for the backout part: panel 3, POWER AMPL, OFF; TRANSPONDER, OFF; AC INVERTER 2, OFF; then goes to panel 250, et cetera.

That's—that's the way I read it.

Okay.

Okay; going back up into the refrigerator.

Hey, I thought it was the bedroom.

Well, it's got a new name now, because it is about 30 degrees cooler.

Roger. Returning to the deep freeze —

— Hey, Vance. One thing that I wanted to ask you—is on the stowage list where you have us putting the black-and-white TV camera on top of A-7 in an A … decontamination bag, I was wondering if it would be possible or if you—there would be any problem in putting it into B-6 along with the two 70-millimeter Hasselblad cameras?

Jack, I don't think there'll be any problem, if you can get it in, but let us get—work that and get back with you. Okay?

All right. I was just thinking. I'm trying to get as much weight as possible down there in that LEB. We have no SRCs and then our waste tank is—you know—rather depleted. I think it's about down to 40 percent or so. So I'm trying to get as much L over D as I can, and any heavy items we can get down there, I'd be greatly appreciative of you bringing it to our attention.

Okay. We copy that, and we owe you an answer on your last question.

Okay. And I'm in work, going to give you some telemetry.

Aquarius, Houston. We're receiving CSM data now.

Aquarius, Houston.

Say again, Vance.

Fred, we just lost data on Aquar—on Jack. Would you have him select best OMNI, please?

Aquarius, Houston.

All right. Go ahead.

Fred, we have enough data; recommend that Jack take off the TM and power back down again, using his backout procedure. Just let us know when he does it.

Okay.

And, after that, we'll start the battery charge, and we'll have to know when he starts that.

Okay. He's starting to back out now. Just out of curiosity, what—did you all get a readout on what the cabin temp was up there?

Yes, we're getting 45 to 46 degrees.

Now you see why we call it the refrigerator.

Yes, it's kind of a cold winter day up there, isn't it? Is it snowing in the command module yet?

Is it what, Vance?

Roger. Understand. Pete says to tell you that you'll have some time on the beach in Samoa to thaw out after this cold experience.

Hey, that sounds great.

Vance, have you all thought about what cameras you wanted to use? Right now, we've got configured a Hasselblad with a 250, and I've got the lunar-surface number 1 Hasselblad, and I've got the lunar surface sequence camera, also, rigged and ready to go. Did you have any other druthers about the …

You are referring to the photography of the service module, is that right?

That's right.

We have some procedures in work, and I've seen them, Fred. I think pretty soon we'll be shooting them up to you to specify which cameras and settings. But that—that sounds pretty close.

Okay, you might let them know that, if they hadn't thought of it, that we got this lunar-surface sequence camera on board which has its own battery pack setup, and to shoot quite a few pictures with, and that could also be used for this.

Roger. I know we are planning to use that camera, among others.

Okay, Houston; Aquarius. Jack has backed out of powering up the CM, and now he's proceeding to restart battery charge on BAT A.

Okay. And we are charging battery A now.

Roger. Charging battery A, Fred.

And, Fred, request now first reading of voltage—BAT A voltage and charger current. Over.

Okay, Vance. I can give it to you. I read it right after I started it. BAT A voltage was 39.4 and the current had jumped up to 1.4.