KC2441C受信装置
Contents
1.2.
3. el
4. O O
5. 3 N VII KC2441C R II
6. i Fr 1 1
7. C D KC2441C R II 2008 9 2008 6 2 Copyright 2008 KINRYO ELECTRIC CO LTD Printed in Japan
8. 5 5 1 1 MAIN 0
9. 3 a
10. 1 10 14 YO R _ wb wo 16919 IS ele e 6 wm 7 Ke W db d Kko dk do kt kz 0 9 9 KS kte 2 10 K1 K10 10 K11 K12 K15 K16 2 K17 14 K1 K12 14 K15 K16 ec MAN ON 2 OFF OFF OFF OFF ON OFF OFF OFF OFF ON
11. 4 REC DW1 5 4 REC SYN ERR 6 ERR 7
12. 4 1 5 3 4 2 1 POWER 2 POWER POWER Ii 9888808880008888888898 L i lt
13. 3 6 4 20 3 MAIN 3 6 MAIN MAIN
14. 3 MAIN MAIN MAIN lt G2R 1 SD AC250V 10A DC30V 10A AC250V 7 5A DC30V 5A AC2500VA DC300W AC1875VA DC150W DC5V 100mA SC N4 120 150 1320 900 3 120 1
15. 1 E49 026120 2 JB051A E49J026091 5m 2 3 JB051B E49J026091B 10m 2 4 L N LA NO 1289 2 1 3 ee 1 2 F 307 000 310 975MHz 25kHz 160 3 4 5 6 MSK 7 2400bps 8 2 9 65 535 10 100msec 3 11 10 C 60 C 90 Rh 12 4 AC100V 240V 50 60Hz 1 50VA
16. MAIN G2R 1 SD AC250V 10A DC30V 10A DC5V 100mA AC250V 7 5A DC30V 5A SC N4 120 lt 150 I OE 5 3 1 2 3 4
17. 1 rere 2 3 4 IEC Pub 127 Second edition 1974Sheet F1 F2 2A 250V Semi time Lag T MAINU F3 5A 250V Semi time Lag T 5
18. x 3 7 4 3 1 0 5 2mmz 12 20AWG 6 6mm M4 V1 25 M4 2 3 6 100 135N cm
19. 1 1 2 gt 1 gt Hf VI
20. O 1
21. 5 2 1 2 OO GO_ DO_ EE 3 G2R 1 SD
22. 500V IV O OO 4 20
23. ON EMG SYN REC 10 6 1 3 3 1 1 2 10 C 60C 90 Rh
24. 1 2 3 4 5 6 IX PP PPP PPP PP I NAN AR NRA TA I EE EERE EOP PRO PORT ET I RN CE RR nS I NEE EE EE EE I I 1 RY 1 ll ER Ne ONO RN AAO 1 1 1 OTOP TOT PT TT DT TOT 1 1 2 EE 1 1 3 MR RS RNID ERS 2 2 2 1 3 2 2
25. 3 7 1 2 3 5 3 5 4 4 5 4
26. G2R 1 SD AC250V 10A DC30V 10A DC5V 100mA AC250V 7 5A DC30V 5A SC N4 120 lt 150 1320 500 3 8 w 500V 3 4 K1 K10 OFF K11 K12 K15 K16 OFF
27. MAINU RCU20 TO As OoO OO OOoOoOOooooo oo 0 4 DO O0000 Q 0 CZ RCU20 EOD OOOS ke 57 se Se 1 ERR CH100 1 Nn 1 54
28. RCU20 X2 RCU20 X2 21 1 KC2441C 30 5 32 5 lt 4 25 30 Ce N 8 1 a gt 2 8 lb W SG lt 1 GS SW 8 9 SAS EE la V G 9 LO co Se 32 5 Re 160 2 5 4 10 _ 225 J 32 5 4 IP40 SECC 5Y7 1 3kg 22 2 KC563A 4 MAX493 43 20 307 315MHz 23 3
29. L x 3 IN Q 4 100 _ ac 18 24 mm 18 24 200 amp 20 25 M3 8 4 6 20 60 20 3 3 C D
30. 4 POWER REC 5 6 REC SYN DW1 EMG ERR MAIN MAIN COM ON MAIN COM
31. 3 6 7 3 2 1 2
32. 5 6 ON OFF 7 8 9 10 11 12 13
33. COM GOwi 4 COM5 8 F3 5A COM MAIN C9 MAIN KO 13 3 6 OFF 1 2 3
34. II gt C D M4
35. 6 MAIN K17 MAIN 5A 3 SC N4 120 lt 150 0 PV RS 2 2 1 1 2 2 CH ADD 4 4 10 M8 2 2 DTM Oo nr RCU20 RLY17
36. 3m 500 V m 1 2 KC2441C 1 KC2441C 1 2 KC563A 1 3 T2A250V 4 2 2 1 4 T5A250V 3 1 2 1 5 1 6 1 1
37. 10990898609 amp 9880880829 POWER S2 No 1 SP1 OFF 2 SP2 OFF 9 3 H10 14 OFF 4 CH100 9 GR CH 9 ALT 10 7 8 9 10 14 13 14 HOLD 10 7 8 9 10 14 13 14 ALT HOLD ALT HOLD OFF OFF ON ON OFF MAIN OFF ON ON MAIN OFF ALT HOLD
38. POTPOURRI RO nN TPT 3 3 3 1 i RR EE Nn 6 3 2 ee 7 3 3 TT 8 3 4 Tn tT TO TTT TT 10 3 5 OAD PORN DN TOTO RTO NTT 12 3 6 13 3 7 14 3 8 EG EE EE EE 15 4 4 1 RO Se eR A I eR I Ab LHD 16 4 2 16 5 5 1 17 5 2 DD OTD OR TTT TT 18 5 3 TO eNO OO OD TT DOT DO OD ODO NO TOT TT 19 5 4 PPT TT TOT TT TD OT TDI TD OT TPT 20 5 5 EE EE EE 20 6 6 1 21 1 KC2441C OS 22 2 KC563A 23 3 PPP OD TO 24 1 1 1 KC2441C 10 14 4
39. 3m ERR 7 3 4 3 4 ON OFF 8 REC SYN DW1 EMG ERR MAIN 3 4 ON OFF 9
40. ON OFF ON OFF 5 4 1 2 3 4 5 Il 6 Il 7 Il 8 Il OO
41. DC12V 4 3 4 oO 3 6 4 20 3 MAIN 3 6 MAIN
42. MHz F 307 000 310 975MHz CH 1 MHz CH i MHz 0 0 o 307 0000 2 4 308 2250 0 0 I 307 0250 2 5 o 308 2500 0 1 o 307 0500 2 5 308 2750 0 1 I 307 0750 2 6 o 308 3000 0 2 o 307 1000 2 6 308 3250 0 2 I 307 1250 2 7 o 308 3500 0 3 o 307 1500 2 7 308 3750 0 3 I 307 1750 2 8 o 308 4000 0 4 o 307 2000 2 8 308 4250 0 4 I 307 2250 2 9 o 308 4500 0 5 o 307 2500 2 9 308 4750 0 5 I 307 2750 3 0 o 308 5000 0 6 o 307 3000 3 0 308 5250 0 6 I 307 3250 3 1 o 308 5500 0 7 o 307 3500 3 1 1 308 5750 0 7 I 307 3750 3 2 o 308 6000 0 8 o 307 4000 3 2 308 6250 0 8 I 307 4250 3 3 o 308 6500 0 9 o 307 4500 3 3 308 6750 0 9 I 307 4750 3 4 o 308 7000 1 0 o 307 5000 3 4 308 7250 1 0 I 307 5250 3 5 o 308 7500 1 1 o 307 5500 3 5 308 7750 1 1 I 307 5750 3 6 o 308 8000 1 2 o 307 6000 3 6 1 308 8250 1 2 I 307 6250 3 7 o 308 8500 1 3 o 307 6500 3 7 308 8750 1 3 I 307 6750 3 8 o 308 9000 1 4 o 307 7000 3 8 308 9250 1 4 I 307 7250 3 9 o 308 9500 1 5 o 307 7500 3 9 1 308 9750 1 5 I 307 7750 4 0 o 309 0000 1 6 o 307 8000 4 0 309 0250 1 6 I 307 8250 4 1 o 309 0500 1 7 o 307 8500 4 1 1 309 0750 1 7 I 307 8750 4 2 o 309 1000 1 8 o 307 9000 4 2 309 1250 1 8 I 307 9250 4 3 o 309 1500 1 9 o 307 9500 4 3 309 1750
43. O lt 9 10 11 5 5 20 6 AE 6 1 1
44. 100V 200V 10A 26A 5ms es DC12V DC9 18V 40W 13 70A 10s DC24V DC18 36V 40W 70A 10s 14 G2R 1 SD DC12V AC250V 10A DC30V 10A 6 15 ccos 0 4 L R 7ms AC250V 7 5A DC30V 5A 6 AC250V 7 5A 10 DC5V100mA 16 0 10Hz 3mm 10 30Hz 1mm 3 30 17 147m s 15G 3 3 18 IP40 8 19 W297 xH225 xD61mm 3kg 3 0 8 4 3 4 5
45. 3 4 5 11 11 O O 10m
46. POWER lt RCU20 X2 RCU20 X2 2 REC REC 3 REC
47. No 10 14 ALT HOLD 7 K11 OFF OFF 8 K12 OFF OFF 9 13 K15 OFF OFF 10 14 K16 ON ON MAIN OFF IE OFF ANT ANT1 ANT2 DW1 ERR 10 MAIN
48. ON ON ON OFF ON OFF OFF ON ON OFF OFF OFF 14 OFF 12 OFF 12 OFF 12 OFF ON 13 OFF C 13 OFF C 13 OFF OFF 13 OFF C 13 OFF 13 oFF 12 K17 OFF ON K17 ON K1 K16 13 0 8 0 8s OFF 14 3 5 11 3 5 x 10 14 K1 K2 O K1 K3 x K1 K4 x K1 K2 K1 K3 K1 K4 O K3 K
49. 2 VII 10m 3
50. inryo RI KC2441C RI KC2441C 2 E4W473825 01 KC2441C RI
51. 1 9 I 307 9750 4 4 o 309 2000 2 0 o 308 0000 4 4 309 2250 2 0 I 308 0250 4 5 o 309 2500 2 1 o 308 0500 4 5 309 2750 2 1 I 308 0750 4 6 o 309 3000 2 2 o 308 1000 4 6 309 3250 2 2 I 308 1250 4 7 o 309 3500 2 3 o 308 1500 4 7 309 3750 2 3 I 308 1750 4 8 o 309 4000 2 4 o 308 2000 4 8 309 4250 S2 4 CH100 OFF o ON 1 24 F 307 000 310 975MHz co MHz ei MHz 4 9 0 309 4500 7 3 I 310 6750 4 9 I 309 4750 7 4 o 310 7000 5 0 o 309 5000 7 4 I 310 7250 5 0 I 309 5250 7 5 o 310 7500 5 1 o 309 5500 7 5 I 310 7750 5 1 I 309 5750 7 6 o 310 8000 5 2 o 309 6000 7 6 I 310 8250 5 2 I 309 6250 7 7 o 310 8500 5 3 o 309 6500 7 7 I 310 8750 5 3 I 309 6750 7 8 o 310 9000 5 4 o 309 7000 7 8 I 310 9250 5 4 I 309 7250 7 9 o 310 9500 5 5 o 309 7500 7 9 I 310 9750 5 5 I 309 7750 5 6 o 309 8000 5 6 I 309 8250 5 7 o 309 8500 5 7 I 309 8750 5 8 o 309 9000 5 8 I 309 9250 5 9 o 309 9500 5 9 I 309 9750 6 0 o 310 0000 6 0 I 310 0250 6 1 o 310 0500 6 1 I 310 0750 6 2 o 310 1000 6 2 I 310 1250 6 3 o 310 1500 6 3 I 310 1750 6 4 o 310 2000 6 4 I 310 2250 6 5 o 310 2500 6 5 I 310 2750 6 6 o 310 3000 6 6 I 310 3250 6 7 o 310 350
52. 0 6 7 I 310 3750 6 8 o 310 4000 6 8 I 310 4250 6 9 o 310 4500 6 9 I 310 4750 7 0 o 310 5000 7 0 I 310 5250 7 1 0 310 5500 7 1 I 310 5750 7 2 o 310 6000 7 2 I 310 6250 7 3 o 310 6500 S2 4 CH1000 OFF o ON 1 25
53. 4 K2 K4 x K2 K3 x K3 K4 O K2 K4 O K2 K3 O K5 K6 K5 K7 x K5 K8 x K5 K6 K5 K7 K5 K8 O K7 K8 K6 K8 x K6 K7 x K7 K8 K6 K8 K6 K7 O K9 K10 O K9 K11 x K9 K12 x K9 K10 K9 K11 K9 K12 O K11 K12 K10 K12 x K10 K11 x K11 K12 K10 K12 K10 K11 O K15 K16 x K15 K16 x 10 _ 14 POWBATT SRD OWENTT sp _ _ CN 1 2 3 4 NN ee 5 6 7 de sp sp2 9 N 10 8 LA sP1 SP2 i 11 a ia Kinryo HANDYRI10 N Kinryo OR 7 12 3 6 10 3 SL PE AC100 240V DC12V Dc9 18V AC L DC 2 I Acqy pc i ri i TCD 1 DC24V DC18 36
54. V POWBT J lt COM1 4 8 2 scoM1 4 1 COM5 8 AN 5 S18 S14 ls se Kinryo HANDY RE10 S13 S11 8 S14 S12 COM9 10 Q0 CD ji 8 a 2 COD gt COM15 16 24 25 SCOM15 16 CD oo e COM MAIN 26 CD x Ninryo HANDY RI M K17 MAIN MAIN
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