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Contents
1. 8 LJ 1 8 2 mm rs rt t2. 10 10 a a 3P SL WNE 1 3 3 PP1 1A 1b Pp pA 2b Pd 3 AA 3D
3. _ se 6 13 5V DO gP3 9 MIP i 3
4. com InC Me 8S81 G31 1 e ee OO 144MHZ CD S34 43HMHZz 3 NNE TE EEE SE ERE FM ecoeeeeseeeeeseseeeeeeeeseeees 9 ee 4 5 CD 8SS31 eeeeeeeesseteesasaesateeeetee ee 5 S81
5. NiCO NiCd 30B 2 nN ER nN Fe ON 3 2 160mAHI IE UV BUUmAh 0 Sa SE 9 SL Wy Nd NL er 2 Nn _ RBB i
6. 5 10 1 5 15 g0 P5 30 50 8 PUKHZ l 9d V M PTTT 4 e TS Tunin GteD _ 3 1 IMHz 100kHz 5 1MHz 100kHz 1 1IMHzZ 1 VF 0 f 5 F MAN P MOND D SEL 100kHz 10UKHZ
7. NiCd VOL OVOL PB e LODW OHIGH Pi NICOd e P45
8. IC S21 a K 2 3 mr 144MHzZ V J o 3 IC S31 6 K
9. DO13 5V SM CI3 5 I S28 144 00 146 00MHZ IC S3 430 00 440 00MHz FM F3 50C SMA DC5V DC415V HIGH 1 8A LOW 15mW 90mA 180mA 8mA 10C BHC 10ppm UC 50 D 54x 111X 35 5 70 3 4 1O Sg BWAW T AW TW TsmW IC S3 6W 4W 73W 8W 15mW 5 0kHzZ BUdB CK J IC 858 lst 30 8B5MHz cnd 455KHZ IC S3 lst 35 8MHzZ cnd 455kHzZ edHB SINAD 1BdHBz Typical I8dB 5KkHZ 5dB 15kHz BUQB b50QB
10. 400mS 30 ON 8 RF 1 VFD 5 Fe 3 3 COGALL T SQL 3 Lh UT B1 WP A
11. deg P1 P3 DF F 1 P 1A di V 4 43g CUMHZ 1A 6 00 A D438 20 438 0 MR 7 436 B0HZ B C F V M 1D 438 60 1 PA PD P3 3A 3D A D 5
12. P665 UT 81 UT 81 36 1 S31 mi s OFF rr C S 1 S31 439MHz Ff E 438MHZ DUPLE XX UP IC S31
13. a gt mW 3 jj 19 5 SCAN gt SQ OO Q nn GOQ 0 6 6 9 0 V M VFU S3 S21 re a 1 gt UHF 430MHZ
14. e 1 FF CF DN 1 1 1 a ET GOQ nn on nn Go 9 TT E LOW NIC dQ
15. pv SE MA POWER VFO DN FF 8 1 8 15 VDL SQL VOL RE QC SS CP 2 F 7 Nao A LE PTT
16. e UL VOIUmB e SQL Saquelch 3 V FO m TIDE i VFU p m llM 9 G 2UKHZ eVFO Variable FTBquBnCy Oscillator 1 PBOWER Dome 1 3 GQL oO 4 V M VF0 5 ot 6 Ef a a o SR
17. RS NO V M or SCAN ma SGAN TT VI M or SCAN 4 _ 9 F V M N SOAN 3 we sy Ne 8 9 i 824 0 g3 9 3 3d
18. 5 2 1 VF c FF SCAN SET SCARD V V r a 9 1 VF 9 SCAN et PT PT V M OT Po 4 M HH 89 11 HH 435 14 485 3
19. 35 9B 3H 3 amp 3d9 1 20 dd RR RE EE 4 4 4 43 10 44 1 44 1H Ah 4F 10 4 ot 4B 10 5 5 4B 11
20. F _ RPTM i SCANINASK SKIP V M CF V M CALL CFO OCALL CFO SCAN FE ____ F ____ C S31 UT 81 1PUSh COEDF 9 VF0U 15 R VFO 13 1 ww 18 Pg0 P27 Pe0 P27 P3B
21. hk amp 4 3d CF SCAN V M SOAN ON ON CG 3 _ PP 0 CF SCAN 88 V M SOAN 30 4 5 OFF Fs 1 42 J
22. e ED Light Emitting DiOdg 3 _ _ Se MOUNU IO S31 G P88 e MONIE MOnitOr 3 F PTT PTTT HIGH LOW 1 LED LOW 4 PTD 12 ePTT Push to Talk 3
23. 0 3W DOC13 5V 8O 10 8 JAIA
24. 438 00HMHz gt 438 00MHZ UP 88 5HZ 5MHZ 6 8 SN C 3 g PT M MN dD HE i 6 A PT CO 1C S31 l 4 CALL H p
25. CH OR i CIGHD QNO 0 9 G GGQG 1 e 5 S FI NN Meg lt yEg 5 316 CN b be LIGHT e PP Ge 10 M 75 A 2 9 lt e A VF
26. _ CEF SBOAN OFF 20 40 B0 OFF V M SCAN 6B0 40 20 OFF 9 ES tira lt AN EN TS AO p PT 3 5 P31 1 39 F SOAN V M SOAN ON
27. 400mS 4 GCAN CAN PTT UT 81 3 lm CU 4U 60 OFF Dp ON 1 3 i OFF 5 i P31S8 5 WIM lt CAN 3 V7M WID55SEYGisN CAN
28. RE cE a a lt CU 93m 1 l 4 DC4 15 lm ER C13 5V EE W UIPV lp DPO 654 PE DD 4 16V
29. OVF mS _ PB 8 CPU P48 P48 e 100 P44 DC18V DO18 1BV P3 DC4 16V
30. LED 3 5 SR N 0 NN 1 cm O w 15 MUNI 1 P14 N CH LIGHT YI ON O FF RCBW CrP CF 1 F TP P45
31. 10 8 De A 1 p F CH 3 EA ASK el CFD SCAN 0 4 P5 1 p V M 1 p 3 F SCAN SKIP
32. a 1 le ms 10 OB F LIGHT LOOK ET VOU SQU MONU LIGHD 1 F LIGHT M CH M1 CH g V M COALL CAN LIGHT DN sD ME
33. rt N DE bas i 2 1 FT ck 4dHM 2 HU SO 3 A 12Z 54
34. Oi 9 3 F SOAN 8 V M SOAN 30 F POWEH PTT 9 4 5 ON 1 DFF ON
35. F CMOND LIGHT ON e e e 11 1 e FO e e eTS e 1
36. CALL CH VFO HM 75A SB a VFD LOCK a 10C mam NIOH LOW
37. ie nh SE OU nl 29 PF BB IC S31 pb T T Ph B E gt 3 PH AN 0 68 7 a Cd 3D 34 1 GC Sd 34 35 B1
38. PEMS B00MS 40 50mS pmMms i opUm gUm F LED BUSY E P10 OFF LED ED 5 N OFF 46 am 6 19 Le UN S LIGHT 0
39. P DP P21 LOW 44 GgP12 OFF _e ON DFF Z6 E LOW G31 43 9 00 440 00MHZz
40. 7 ON OFF 1 NM 7 ON OFF Ot 1 1 S31 PUT BI OFF _ DN e
41. FD ECAN 1 a NE SM 4 VZM orGGAN VFO 1 S31 e DUPLEX 14 DD G31 U BI e BHMHZ a 10DO0kHz r 4 ON 0FF 34 e PT PT D
42. 8 BE T ON OFF ON co Ej 3PS VF Ot CAN DN 9 Oo 4CF V M SN EE EE FF FE i 99CH 4 i 3 e 19 OFF P32 lt 8
43. E eo B IO 31 3 8 e RR a i 1DUSh RWO IRIS DN li g Ce DE RR le S 1 0 4 4 5 ss OM 15 M CH CE 8300eeeoestaei 2 ZN 5 17 4 4 18 4 5 19 V 18 19
44. 4 4 4B eee 49 hh 18 51 4 IO ht 9 e Ne RR 4 E Ns d S G 1 1
45. NT tC Ct MOND I __ VF 16 0 99 CH BH 8 EE 4
46. S31 DUPL EX FF CALL DUP wm 1 1 F SOCAN SE T 5 VZM 8OAN 3 30 e UPLEX 34 8 UT 81 U BI 4 2
47. 9 V FU i C SI 145 00MHz IC 8S3 1 433 00MHz 8 ST Ga 12 CN 6 5 VFO SI OR VFD
48. P34 38 P34 P21 Pe 2 Pg9 19 18 NT S H BF 1 ODN FF 3 POWERD VDD 1 L VV Na 1 i EF 5 2 UN POWE
49. JNIOCH 181 15g 153 Fs gt S he WO CE EE RT Co ft Ww UPV DC4 16V lsz NICO D 4 16V D 18 1BV 1 gt
50. 4 4 EE aCe 1 3 1 1A ID 8A PD 3 3A 3db 6 OFF P8 NE U ON ODFF e DF PZ4 IS5 15 10U 10 t 05 5
51. MM 8 ea 7 e A 928 2 7 On 11
52. MS P18 1 N 1 i K HERR 0 nauon oun Se QQQoGu OY 44 SS 4 8CH 433 5RMHz 1 X 8 _ V M V M 433 5 MHZ 8 3 F MW 1 p sMW MemOry Write 4 M CH M HH 2 10 88 M
53. 435 46MHZ 3 F V M V ZM TE EE M OH sPPP P1 PP3 3 5s PP5 1 SCAN s VFD 8 SCAN
54. MOND 439 UUMHZ E FF 8 NN RN 1 VF J V M ANU a lt 82 CF SCAM SET LU dU VF
55. PTT PTTT 3 TP 5 V M RN IO 31 6 ho SN em RN PT WM ON EY AN E MOND 3 33 e gt 7R4ODNH 3 amp
56. 1A DCH w 3 3A DCH 9 M H 0 9CH CH 5 1 145 00MHZ OO 31 433 00MHZ IO 8S31 SM CH EMBTOi 4 GO GUGUG GS GO FF O 2 H MONDU a M CH L VFO w 14 g 0 3 4 98
57. 30 7 U9 1 SS Si 4 3 Cm 334 8 eg CFD CALD 8 4 _ ON CI CI CO C OO5 CD CO CO ME CO CT PO CO OC CO O71 OCT Cm AC
58. no QRQQQ QQOQ GO HIGH LDW L OW LL W OW Rk DS 4 Ss C CF PT 22 ee IC S3 5V HIGH BW 5W SI 9W LOW LOW EEEEBEEED 4W 4W Fe LOWD LOW EEEEE 4W 3W 1 1 5W LUW3 Low 1W pV eeliBW ELDW grow pm _15mW 15mW 15mW GH LODW3 1 1 5W eE LOW Economical Low 3 2 MMU TS
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