This adjustment-mode sequence is valid only for T/TA and E versions.
2 ) A d j u s t m e n t M o d e
Adjusment memory table
Memory
CH
VHF Freqency
[MHz]
UHF Freqency
[MHzl
Contents
CH1 146.000
440.000 PD Voltage
CH2
146.000
440.000 Ref Frequency
CH3
146.000 (145.000)
440.000 (435.000) Hi Power
CH4 146.000 (145.000)
440.000 (435.000)
Mid Power
CH 5
146.000 (145.000)
440.000 (435.000) Low Power
CH6
146.050
440.050
RX Distortion
CH7
136.050
400.050 RX Sensitivity L
CH8
146.050
440.050 RX Sensitivity M
CH9
173.950
479.950 RX Sensitivity H
CH10 146.050
440.050
S Meter 1
CH11
146.050
440.050 S Meter FULL
CH12 146.050
440.050
Squelch
CH13
87.700
RX Distortion
CH14
87.700
S Meter 1
CH15
87.700
S Meter FULL
CH16
146.000 (145.000)
440.000 (435.000)
TX Deviation
CH17
146.000 (145.000) 440.000 (435.000)
TX Deviation NAR
CH18
146.000 (145.000)
440.000 (435.000) Mic Gain
CH19
146.000 (145.000)
440.000 (435.000)
CTCSS 88.5Hz
CH20
146.000 (145.000) 440.000 (435.000) DCS 255
CH21 146.000 (145.000)
440.000 (435.000) Tone Burst 1750Hz
CH22 145.050
435.050
aging
( ) = DR620E
After the above frequency is written in the memory,
it is set on the adjustment mode by the following operation.
FUNC^TS/DCS (Key Lock)
BAND->CALhMHz^MHz->TS/DCS->H/L^H/L
Memory switching of VHF and UHF can be done with the BAND key.
Adjustment mode is canceled when a power switch is turned on with CALL key.
[Cautions]
In RX Sensitivity adjustment^,Mand H),the following inequality must be realized.
CH7(L) < CH8(M) < CH9(H) [Example CH7=5A CH8=60 CH9=E0]
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