Spacelog Apollo 13

Okay. Panel 3: AC INVERTER 1 to MAIN A.

That's correct. Now, AC INVERTER 1, AC BUS 1, ON.

Okay. AC INVERTER 1 to AC BUS 1 to ON.

That's correct. And we're going to also put AC INVERTER 1, AC BUS 2, ON.

Okay. AC INVERTER 1 to AC BUS 2, ON.

That's correct. Back to panel 5. Circuit breaker EPS SENSOR SIGNAL, AC 1 and 2, closed.

Stand by, Ken. I'm going to switch OMNIs here. You got cut out.

Roger.

Okay. Could you repeat that, please?

Okay. On panel 5: circuit breakers EPS SENSOR SIGNAL, AC 1 and 2, closed.

Okay. CB EPS SENSOR SIGNAL, AC 1 and AC 2, closed.

That's correct. Circuit breaker EPS SENSOR UNIT, AC 1 and 2, closed.

Okay. CBS—CB EPS SENSOR UNIT, AC 1 and AC 2, closed.

That's correct. And circuit breaker CAUTION/WARNING, MAIN A, closed.

CB CAUTION/WARNING, MAIN A, closed.

That's correct. On panel 3: AC INVERTER, AC BUS 1 and 2, RESET and back to the center.

AC INVERTER, BUS 1 and 2, RESET then center.

That's correct. On panel 225: circuit breaker FLIGHT BUS, MAIN A and MAIN B, closed.

Okay, panel—Okay, CB, FLIGHT BUS, MAIN A and MAIN B, closed.

That's correct. CB CTE, MAIN A and MAIN B, closed.

CB CTE, MAIN A and MAIN B, closed.

That's correct. On panel 4: TELCOM, GROUP 1, AC1.

TELCOM, GROUP 1, to AC1.

And TELCOM, GROUP 2, to AC2.

TELCOM, GROUP 2, to AC2.

That's correct. On panel 3: S-BAND NORMAL, TRANSPONDER, to PRIMARY.

S-BAND NORMAL, TRANSPONDER, to PRIMARY.

That's correct. We want to take POWER, SCE, to NORMAL.

POWER, SCE, to NORMAL.

All right, and POWER, PMP, to NORMAL.