1FUNC - 双葉電子工業株式会社
Contents
1.2.
3. 2 4GHz
4. lt 3
5. lt gt
6. 5ch
7. GT OU OS 40C Gioie eR
8. MODE 1 FUNC REVO A 1 L Vs E Eh 4 DATA REVO ON 100 100 20 10
9. FHSS FHSS DATA S FHSS FHSS gt MODE MODE END SE MODE 4 No
10. 23 24
11. MODE 1 FUNC SWSH 70 SELECT DATA NOR NII END
12. HT5F1700B FT2F2100B 71 R2006GS LEp ON LED ID WwW LED al st e e lt jci En Gal 6 CHANNEL RECEIVER Gl 2 AGHz SPBEAB se a SPECTRUM Futaba 3 4 CH ICH S FHSS FHSS S FHSS FHSS 1 2 2cH
13. 1CH 2 6cH 6 B 2 gt gt 1 MODL 36 FLPR 52 ON Li EN INI LII gt
14. 1 MoDE END LR DATA No 1 4 1 SELECT STCK PMX2 ACROI 2 PMX1 PMX2 MODE 1 FUNC PMIX SELECT
15. D R MODE 4 DATrA 1 FUNC EXPO 100 0 100 0 2 4 END AcCRO SELECT HELI SELECT No
16. 29 30 T6J 2 4GHz ON OFF
17. ON PPM T6J 2 4GHz PPM 0 T14MZ T12Z T12FG T8FG 10C 9C 7C 6EX
18. AVCS AVCS
19. LE mm gt ch Mo TRAINER Mx CH 5 GYRO SW MT THH Ni MH ras cHr
20. MODE 3 SELECT 0 1 NORI 1 FUNC SWrT SW T ON 8 DATA ON 4 DAYA 0 100 0 100 100 0 3 4 LI END
21. ON OFF MODE 5 SELECT PARA 1 FUNC PARA END CEST AE 2 DATA 1 SELEcT REST Ea END
22. sa Q 3
23. MODE 3 1 FuNc TRIM 2 SELECT 4 _ DTRM KS 3 DATA 0 120 0 120 0 E 2 3 END
24. ON OFF Lv 1 56 OFF 2 54 3 50 EEC ER ON AN ON MIX OFF
25. 1 SSW J 73 74 1 2 2 4GHz 1 2 FASST Futaba Advanced Spread Spectrum Technology Fu taba 2 4GHz SS ID Futaba FHSS Futaba Frequency Hopping Spread Spectrum Futaba 2 4GHz SS ID Futaba
26. 19 59 99 59 A B D ON OFF ON SELECT DATA 1 10 1 MODE
27. 3 ee 4 4 5 6 7
28. 16 JJ gt lt 4 17 T6J 2 4GHz ID
29. gt Futabpa Futaba 695 5AIS 0 5 9 00 12 00 13 00 17 00 gt 299 4395 1080 TEL 0475 32 4395 577 0016 3 4 27 TEL 06 6746 7163 75 62 4cGHz Acno se RN ED CH TENN 2nd Et 6 2 4GHz HEr
30. R2006GS S FHSS 6 R2006GS S FHSS FHSS S FHSS FHSS Et 67 2 2Cz 6J 2 4GHz TR T6J 2 4G R2006GS Futaba FHSS Futaba FASST FHSS Futaba FASST Futaba FHSS Bb T6 2 4GHz
31. em b 2 gt lt
32. OFF 1 0 2 30 3 50 4 65 5 100 3 2 3 4 MODE DATA i 3 Or 0 100 0 25 50 75 100 1 FUNC NTH
33. 2 DATA ON 100 0 100 50 3 sELEcr CH2 END DATA TELVNI CRO OZX TE SH 25H 2CH ELE 1CH AIL vy 8 1CH 2CH EE MODE
34. FET gt 1 gt 2 1 2
35. lt 2
36. SE W THR CUT NOR THR CUT ESC THR CUT ESC PARA
37. 21 ON ON ON gt 1 MODL 36 gt 2 PARA REST DATA 3 36 4 lt 17 A ETFHSS gt 4 SWSH 68 1 H 3 135 HR3 120 HE3 90 27 lt gt 1
38. 30 ON OFF PARA 2 DATA 1 SELEcT BF S ON OFF 5 END IN I LI 49 50 Br ms 4 2V 5V 1 MODE END DATA 4 2V 5V 4 2V 0
39. ON ON 0 MODE 1 FUNC FLTR 4A 100 0 100 0 SELECT ON OFF FLTR sELEcT 3 DATA ON
40. lt ERE E er CH3 F S 15 MODE F S 5 1 3 1 FUNC FS
41. 2 0 2 3 2 6mm A TSP _ _ 2 3 2 6mm SWE ET 20 WOO
42. 4 sw 2 LED SW LED Fucaba SW 51e e1 1C 6 CHANNEL RECEIVER 18 vv T6J 2 4GHz 1 MODE ON RF POwR down 90 MoODE 1
43. 1 1 2 2 3 4 4 5 2 gt 3 TH 60
44. 1 2 2 3 2 90 4 oO lt 1cm
45. 5 0 100 ON OFF 1 15 2 30 3 45 4 55 5 0 1 2 MODE SELECT 1
46. 3 30 50 30m 19 1
47. 1 SELECT TCUT 1 ON 2 3 2 DATA NOR ESC 3ch EPA NOR END SMW ON ON OFF ON
48. Ne 5 10cm ON OFF
49. ON ON LCD WARN MIX LILINI om NI UN NT V 1 2 OFF DATA 4 2V LCD 13 14 T6 2 4GHz 3 4 gt 1 2 3
50. 47 48 RE ACRO HELI ACRO HELI RR AE 2 DATA 1 SELECT TYPE END IMODE S FHSS FHSS PARA 2 DATA 1 SELECT MODE
51. REVR 37 Ee gt 28 2 EPA EPA 40 STRM 42 lt D R EXP gt 3 D R 38 EXPO 39 EPA D R D R D R ExXP
52. 1 N TH 58 1 0 2 30 3 50 4 65 5 100 3 2 3 4 gt 2 N PI 59 1 15 2 30 3 53 4 5 5 85 5 6
53. AVCS ON 30 15 lt gt 6 REVO 64 STFHSSI ON ss INI LA ON 7 GYRo 65 _VTTTI BR BFHSS IN I LI 5cH gt 8 49
54. OFF grrss INI ON OFF LIN END HE 2 5 0 100 QN 1 0 2 2
55. 2 3 END 1 SELECT 1 5 HEI 5 0 100 OFF 1 15 2 30 3 53 4 75 5 85
56. 1 FUNC ELVN 100 0 100 50 3 SELECT CH2 ELVN ON ELVN DATA DATA ON LM 100 0 100 50 3 SELECT CH1 END DATA 56 GMI ACRO 2 VPP
57. 31 NS 32 ACRO MODE END ON ON OF F IF HT SI MFR bh Lg Ha a HR lt gt _ _ Lo THEE 2 lt REVR RE FE REVR REVR REVR LNDR 2 NR 3a NIR 1 NLR 5 NR 5 NOR A TR TR _ LR ML 7 I MA c WM 1 EXPO EXFH EX ET z 5 A Vi A EHH EPH EPH EPH EPH EPH gt MM mW gt 1 Pe 4 LU A gt cz 3 Wy 4 ACT HK FM gt TK gt Mu gt INH lt HN LH LHH Do A 2 cIR FLR FER FR Rm TINH IN A lt
58. 6 gt 4 2 NO 12 Q 2
59. T6J 2 4GHz P48 PS2 Ps4 P52 V P54 P55 4 P68 74 1 2
60. ID EE 1 gt Futaba gt gt
61. 4 gt 6V OK lt gt 4 2V 44 0 Qo Qo
62. 3 4 DATA ON END HH ON RFHS3 N LI 3 SELECT 64 IGYROj HEul 5cH 5CH G190 GY240 MODE DATA
63. 1 a oN ON MIX OFF MODE Q SELECT 8 1 FUNC LTH HOLD ON ON DATA 2 DATA ON 50 0 50 0 TT LIL_ lt
64. ID ID oFF 1 ON ON 3 LED RF ID
65. Q 2 4GHz 2 4NNI29 0 S
66. MODE 1 FUNC LTH 0 100 0 25 50 75 100 TH ON TH 1 SELECT 2 DArA oON IM 2 DATA 3 SELECT 1 SwA SwB SwC 5 DATA QN SwC END EPI HE WE 9
67. cH1 CH2 MR cH4 CHs 2 CH6 2 PB FET EP CH1 2 1 1 1 FET lt CH6 gt lt CH1 gt CH2 2 eg GE CH1 CE CH6 CH2 CH4 cH1 el cH2 CcH3 FET EP cH3 bm 9 a CH5
68. Futaba a 100 75 ON 0 G190 ON G190 LED LED
69. i ON OFF LCD ON amp a 10 T6 2 4GHz LE a gt HO PIT TH HOLD 6553 si 2 NM TRAINER IDLE UP NE
70. 1 FUNC TTIMR 99 59 10 4 SELEcT UP DN DATA TIMR 2 DATa SwA SwA SwB SwB SwD SwD THR ON ON ON THR ON ON SwA 3 UP DN SELECT 1 DATA END SELECT DATA EE FARA
71. 2 4GHz ID FHSS 15 15 V 4
72. REV 2 3 END NOR REV 37 38 gt DR EPA D R D R B MODE 1 FuNc DR ACRO SELECT HELI
73. 1 4CH FNC NOR OFF 5 6CH NOR OFF C FNC ON NOR ON OFF OFF ON FNC 4EX 4 NOR OFF
74. DATA PMIX ON PMIX 5 2 2 DATA ON AA 100 0 100 0 1 PMX1 3 SELECT DATA EE SELECT NLTN_ PL ee ON RFHS ON 59 INI LIM 4 SELECT DA
75. SELECT No A4 3 DATA 0 140 100 2 3 D R 0 D R 1 SELECT wt 2 DATA ACRO SwA SwD SwB HELI SwA SwB IDL SwB ExPol lt gt
76. 1 6 5 5 DATA 1 FuNc LPI 0 100 0 25 50 75 100 END TL PI TH ON TH ON 61 62 2600 rE 50 50 Sa OFF
77. 51 FLPRI 52 FLTRI 53 VTL V ee 54 ELVN es 55 ITCV 56 PCVI 57 HELI N TH N 58 N Pl N 59 TH 0 60 LPIl 61 HOLD 62 H Pl H 63 REVO EE 64 0 GYRO 65 SW T ei 66 RING 67 SWSH pp 68 DELY ee 69 HOVP 70 ee 71 71 es 72 73 LuLu 74 75 t
78. sz a 5 72 n RRS 1 1 Lo RATE Hi RATE Up RATE Dn RATE NT FE Mope wope AL re pn a ON AFR 78 TEL 0475 32 6981 299 4395 1080 FUTABA CORPORATION 2011 5 Futaba
79. Ih et FET Futaba Futaba 1 ED i T6J 2 4GHz FHSS S FHSS FHSS 6 T6J 2 4GHz S FHSS R2006GS R2104GF FHSS R2004GF FHSS
80. 1 FUNC GYRO 100 100 0 3 4 GYRO REVO ON 1 SELECT DATA ON DATA 3 SELECT OP SwA END 65 66 W HE 0
81. DATA F S 3 DATA NOR 2 SELECT F S F S 2 3 END CH3 43 44 Uk T6J 2 4GHz
82. INell HEull 3D MODE 1 FUNC RING RING ON 2 DATA ON LI 3 SELECT 4 DATA 0 0 200 100 100 gt 50
83. SFHSS IN I 2 DATA LIN VR SwA SwB SwD VR 4 SELECT DATA END 53 54 UVvTruv AcRO EIKVUK V ra eR 2CH 4CH 5 a 4CH V V MODE 1 FUNC VTL 100 0 100 50 3 SELECT CH4 VTL ON VTL DATA
84. 100 END 67 SWSHj HELil 2 HE3 HE3 Front H 1 EYE HR3 HR3 120 Front AFR HR3 H 3 HE3 A E P IO H 1 HO LT AFR ELE MODE SELECT A eS i Ce
85. 1 CH6 i Gi FET CE B CH 21 22 R2006GS Futaba a lt R2006GS GIR 4 6 CHANNEL RECEVER 1 GG gt _ AGHz CI ED sh Senss R2006GS 2 2 2
86. No er 0 SELECT ii END 12 ON ON ON CD WARN THR LILINI WI UN DATA ON
87. 5 6 MODE DATA 3 0 100 0 25 50 75 100 1 FUNC NPI 2 3 END 1 SELECT 1 5 59 P24 HE 5 0 100
88. FF FF FF FS FF FHSS F S NR NR ED NR ND NU AE A IAcT NIRNR_ wiRN TRNR TRNR TRNR TRNR TRNR RT NA eS A EP gt GTENTILMR TIMR TIMR TINMR TIMR ACT ES ms NH A TTMR TIMR MR TIMR 4 0 RE PHRH REST TYPE ILHT BF S FHS S CH 7 HOLD EXEL RD FH NLR LIN 1 A Mix P NS 35 ImoouEFvtcr2 T6J 2 4GHz 15 MODE O K S D DAT
89. NO 0 9 AN A Z SELECT 2 4 2 SELECT 1 END 36 EE rEvR ff F S MODE 5 eC 2 SELECT 1 FUNC REVR 3 DATA NOR
90. SFHSSI ON 1 56 2 54 3 50 4 75 5 100 gt 4 IL PI 6 1 2 1 15 2 30 3 45 4 55 5 70 gt EP 5 HoLD 62 ON gt
91. DATA 4 SELEcT 1 5 SwA SwB SWC ON SwC END ENIEy gt ACROOIJ VPP 2 MODE 3 4 SELECT 1 5 1 FUNC P CV P CV CV ON
92. CH1 DATA CH1 4 FNC NOR OFF CH5 6 NOR OFF CH1 4 FNC CH5 6 OFF END 45 EE vr gt ON 99 9 0
93. 1 A B 2 kk T6J HT5F17008 FT2F2100B TD lt 1 4 3 2 4 HT5F1700B HBC 3A 4 FT2F2100B LBC 4E5 HT5F1700B FT2F2100B A B HT5F1700B a HB
94. MODE SELECT 3 LT ea a 1 FUNC DELY 3 6 DELY 4 DATA 2 DATA ON 0 50 0 END 69 HEUI
95. 2 4GHz S FHSS U 1M23N24804 Futa Da Digital Proportional R C System FHSS 6J 2 4GHz FHSS Futaba Frequency Hopping Spread Spectrum Futaba 2 4GHz 6J 2 4GHz ID ID P18
96. 45 EPA 26 3 p R D R 38 100 100 100 EPA D R D R D R N EN YE ROD gt
97. 4A4 3 No 4 39 40 100 1 4CH 40 5 6CH 55 5 6CH 110 MODE 1 FUNC EPA 2 SELECT EPA I 100 1 4ch 40 5 6ch 55 ox 0 140 5 6ch 60 1 4ch
98. 5 6ch 110 3 No 4 4 DATA 0 140 100 2 4 END THIM 1 4 THIM 0
99. 8 ee 9 10 16 c aaa uaa uuunaunaaeeua 18 19 20 22 es 25 ee 32 ACRO HELI MODELI 36 ee 36 REVR 37 D R 38 EXP0 39 E P A 40 TRIM es 41 STRM 42 F S 0 43 TRNR 44 TIMR ee 46 PARA uuu LL 47 REST 47 TYPE 48 TCUT 49 BF S FIS ON OFF 49 BATT 50 STCK 50 ACRO PMX1 2
100. G190 C EE G190 G190 75 RE GAIN 50
101. lt gt EP 4 gt G190 G190 G190 G190
102. me Gvro ky DR AIL ELEVRUD DIR TD ZE MM cre cHr Ni MH LCD ON lt 11 HT5F1700B
103. 3 3cH 4CH 5cH ON S FHSS FHSS 6cH 15
104. 41 42 ST 6 1 8 MODE DATA 120 0 120 0 1 FUNc STRM g END SELECT NEST gt russ 2 FHSS
105. Ni I 0
106. TCV ON 2 No 4A4 5 DATA 0 0 100 0 25 50 75 1009 4 5 3 5 P CV ON P CV END 2 DATA ON 7 SFHSS IN I II 57 IN HE 5 0 100
107. 4EX 12FG 6J 14MZ 12Z 12FG 8FG 6J 14MZ 12Z 12FG 8FG 10C 6J 9C 7C 6EX 4EX T6J 2 4GHz 4 10C 8 12FG 2011 4 MODE 1 FUNC TRNR TRNR ON TRNR CH1 2 DATA ON IN I LIM ON SwC ACRO HELI 3 SELECT
108. 6 0V 1 5kg cm 4 8V 0 1sec 60 4 8V 21 8x11 0x19 8mm 7 8g S3157 4 8V 6 0V 1 5kg cm 4 8V 0 1sec 60 4 8V 21 8x11 0x23 2mm 8 3g FET Futaba Futaba 7 V mAh mm g HT5F1700B 6 0 1700 T6J 2 4GHz H
109. gt ACT ELMN gt EN EN ELUN a EE ke WP 3 x LNER NR NR RT NR RS A RT TR my TNR TRNR RNR TPR TR Ta INR Hm HN FHPs FNHP FEL PFNL THEFT 5 OFF TTN TTM TTM TTN TTNMLJ ACT IT LTMR 1 TR RR ML PP MU RD SHP PH ES TY T LU BF S FHS S CH EXED _HELI SFH NHR ED M 2 NIS MoDE A END END gt SELECT SELECT gt A pATA 33 NS 34 HELI lt 1 L gt _ NII 0 ON ON OF F ML Mc WW WU gt MD gt 1 gt A EVR R
110. 6 6V 3 4 120mA R2006GS S FHSS FHSS 2 4GHz 6 3 7 7 4V 3 5 8 4V BEC F S 4 F S 25 0x43 1x8 8mm 8 5g S3003 3 2 4 1 kg cm 4 8 6 V 0 23 0 19 sec 60 4 8 6 V 40 4 X 19 8 X 36 mm 37 2 g S3114 4 8V
111. FLPR V V TL 2 REST ELVN 47 DATA 25 gt 1 REVR 37 gt 2 EPA EPA 40 14 15mm EPA 1cH 6cH 90 110 15mm EPA
112. NE AFR 1 FUNC SWSH E SWSH H 1 P AFR 4 DATA 2 DATA 100 100 50 50 50 END 68 Ei ON
113. 2 SWC MODE 9 No 9 ES 5 1 FuNc TCV 5 DATA 0 100 0 25 50 75 100 4 5 3 5 CV ON CV CV 2 DATA ON 1 sELECT em 3
114. 5 3 50 4 75 5 100 MODE SELECT 1 5 DATA 1 FUNc LPI 0 100 0 25 50 75 100 END HPI TH ON I TH ON 63 eVOl HEMI
115. A No 1 FUNC MODL No 2 ES I NNN END EL FHSS a ACRO HELI NO 4 MODE 1 FUNC MODL 2 TT a 0 1 3 DATA 40
116. BC 3A 4 CR 2000 Futaba Futaba Tx 1700mAh 71 12V V mAh mm g FT2F2100B 6 4 2100 T6J 2 4GHz LBC 4E5 Futaba 44 100 mm 200 mm 400 mm 500 mm 50
117. C 3A 4 1 Ac100V 2 Ac100v RM AC100V 3 LED OO 4 MM OM 0 TX RX S S 71 T6J 2 4GHz 2 S FHSS FHSS 2 4GHz
118. ECT gt DATA 1 FUNC FLPR FLPR ON FLPR 100 0 100 0 4 SELEcT 2nd DATA ON DATA 2nd CH3 CH4 CH5 CH6 CH3 CH5 END ULTR AcROOA 6
119. EVR REVR FEVR FEVR REVR PN NR RD NR RD TL TTFTHT H be er ee ON cerWNTFT FT HPT PI HPT PT HI 4 RE gt EMH RE ED ACT re w aw am Ja mm 2 TNHo NT 7 YR YR Y I DY DY ACT ES an THE ON gt KILLT VT AcTEND gt Ng AE 1 NH i i cm RING n gt RG gt RIN5 HE 0 THe lt gt gt VI 1 FI AcT NMH gt NH gt NH ss i pS 5 ex ER Ha Im GM Ei iMP MAME lt W gt AFR END EY EEL HEY Ee 7 SELECT THR PIT DATA HOP gt HP 6 Na NR A
120. TA DATA ON ON SwA SwA SwA SwA SwB SwB SwB SwB SwD SwD SwD SwD END 5 1 52 RPRN72 gt v gt lt D gt AcROO 2 6CH 1CH ON a ON 0 2nd SEL
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