Spacelog Apollo 13

Okay, Fred. We still don't have a final answer on whether or not it'll leak. If you need it, I'd go ahead and use it; and standing by for your completion of the hose-insertion procedure.

Okay. The hose-insertion procedure … the second cartridge is complete.

Okay. That's complete. The next step is to switch to the primary CO₂ canister and remove the secondary canister and stow it. Over.

Okay. I'm going to have to get off COMM here; I'll let Jack get the headset.

Okay.

Hey, Joe. I'm on the headset now.

Is that secondary? … secondary?

Both cartridges are out.

Okay, Joe. Fred has the secondary cartridge out. We're back on primary now.

Okay, Jack. The next step is to place the command module canisters with the hoses attached in a suitable location to permit the bottom of the canister to be exposed to free airflow and tape them in place. Ideally, well, it doesn't matter. Just—just pick out your own spot.

Okay. I'm going to tell you where they are. They're both situated, as you say, with the bottom of the canister exposed to free air, and one is sitting right by the—the LMP's is sitting right by the EPS panel, and the CDR's is up in the tunnel.

Jack, Houston. The COMM got real noisy there, and I didn't copy that. Stand by a moment.

Okay, Joe. How do you read now?

Okay. That's real good, Jack; go ahead.

Okay. The canisters are situated as you—as you would like with the bottom of the canister exposed to free air.

Okay.

The position of the LMP's canister—The LMP's canister is sitting on the EPS panel now, and the CDR's canister is positioned up in the tunnel.

Okay. Real fine, Jack. The next step is to physically separate both blue hoses a good distance away from the canister so that we don't short circuit the flow, and tape them in place; and the ideal location for them would be up in the tunnel so as to get some flow into the command module. Over.

Both hoses in the—up into the command module?

Oh, you can use your judgment on that, Jack. We'd like at least one, and the recommendation that I got was to put them both up in the tunnel.

Okay. We have the LMP's blue hose up by the LMP's window and the—Of course, the red hose is separated by some 4 feet. And the—Okay. We're going to—and the other hose—the—has the extension on it—The CDR's blue hose, of course, has the extension on it, and it's blowing way up in the command module. And the red hose is about—Oh, it's right at the docking ring where the blue latches are, so there's about 4 or 5 feet difference from there, too. Is this satisfactory?

Okay, Jack. That sounds satisfactory. The next steps are—are suit-loop configuration steps, and the first one is to —

Okay. SUIT DIV —

— is to place the SUIT DIVERTER valve to the PULL EGRESS position.

Yes, I did. You want to remove—You want to power up both buses, with the BUS TIE motor switches; first of all, to see that there are no loads on the buses, and second, and then depower the buses by pulling the circuit breakers to insure that the motor switches don't—that the BUS TIES stay on so that they're there when we need them.

That's correct, Jack. Are you ready to copy the procedure?

Okay. Go ahead.

Okay. As the first step, I have one change to the basic configuration that we gave you, and it's two more circuit breakers that we want open. On panel 225—Are you ready to write that down? Over.

Yes. I'm all ready, Joe. Go ahead.

Joe, I'm all ready. Go ahead.

Okay. On panel 225, we want the RENDEZVOUS TRANSPONDER FLIGHT BUS circuit breaker open, and the S-BAND FM TRANSMITTER/DSE FLIGHT BUS circuit breaker open. Over.

Okay. TV RENDEZVOUS TRANSPONDER FLIGHT BUS, open; TV S-BAND TRANSMITTER/DSE FLIGHT BUS open on panel 225.