Make sure that the delta tune is set to "0".

Connect a frequency counter to the base of Q-10.

Adjust CT-2 for a reading of 10.24046 +/-50Hz.

Ensure that the set is in RX,on CH 40.

Attach a DC voltmeter to TP-1.

Adjust T-1 for a reading of 4.0 V +/- 0.1 V.

Change to TX ,then adjust CT-1 for a reading of 4.0 V +/- 0.1 V.

Change to CH 1,TX,and make sure that a reading of between 1.8-2.5 V is obtained.

Change to RX,make sure that a reading of between 1.9-2.5 V is obtained.

Set the power supply voltage to 9 Vdc.

Attach a oscilloscope to the ant socket.

Put the set on CH 20.

Adjust T-2,T-3,T-4 for the maximum wave form on scope.

Turn the power supply voltage up to 13.2 Vdc, and make sure the radio is set to high power.

Adjust L-4,L-8,L-9 for maximum reading on watt meter.

Rotate L-4 clockwise to obtain 4.4 W.

Rotate L-9 counterclockwise to obtain 3.8 W.

Ensure that the power output difference on CH 1 and CH 40 is within 0.3 W.

Put the set to lo power,and change the power supply voltage to 15.6 Vdc.

Adjust RV-5 for a reading of 0.5 W.

Change to CH 40,TX.

Apply 20 mV/1.25kHz audio to mic input jack.

Adjust RV-6 for maximum deviation.

Adjust RV-2 to exactly 2.15 kHz deviation.

Adjust RV-6 to exactly 1.6 kHz deviation.

Remove audio from audio input jack.

Adjust RV-4 that the set's RF meter reads the same as the external RF meter.

Attach signal generator to ant socket and set its output for 27.79125 MHz without modulation.

Attach a DC Volt meter to TP-2.

Adjust T-5,T-7,T-8,T-9,T-10,T-11 for maximum voltage, then rotate T-5 1/2 a turn clockwise.

Add a 1 kHz audio signal with +/-0.8 kHz deviation.

Attach an oscilloscope to the speaker.

Adjust T-12 for maximum reading on oscilloscope.

Set the RF signal generator to provide 100 āV (40dB).

Adjust RV-3 so that the signal meter reads "S-9"

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