取扱説明書 - KOREA Mtt
Contents
1.2.
3. 0 0 0 0 00000111 5 809 000 00000 Rev 2 3 HHHHHHHHHHHHHHHHHHHHHHH RC3800 R 16TB_ 0 0 0 0 J RG800 D 16TB DN 0 0 RC3800 R 16 01
4. 6 1 5 M53806 RC3800 3800 00000 0000 Ho A oum 90 BI IN OUT 0 HH a S x 24v DC CoM
5. 6 1 10 M3820 OFF RC3800 00000 HHHH AIN OUT 000 Lo 1 DVM OUT C INg NJ D ING LO 24V DC POWER 30 0 8 53820 2 53820 0
6. MS3800HHHH 00000 Rev 2 3 30 800 160 011 0 0 0 0 0 0 800 160 0 0 0 0 0 RC3800 R 16 1 01 RC3800 MS3801 1 DC 5 O 153802 2 Ri _ f 0 080912
7. 00000 53800 200000 RC3800 1 HHHHHHHHL MS3800 PBT RC3800 1ch 1ch 1 500V 500V AC MS3850 MS3851 1 500 500 RC3800 MS3800 RC3800 4 20 RC3800 D R 04TB D1 A1 Mch DC24V AC100V RC3800 D R 08TB D1 DC24V AC100V RC3800 D 08 1 01 A1 8ch DC24V AC100V RC3800 D R 16TB D1 A1 J16ch DC24
8. 6 1 120 M53827 RC3800 00000 OUT 244 HHHH 0000 000 il DVM 0 117 1 _ T POWER 30 096 MS3827 Z MS3827 096 100 53827 5 53827 10096 25961500617596
9. mt MS3800HHHH 00000 2 3 40 RC3800 R 16 1 A1 0 0 0 0 0 0 803800 0 162 00 0000 RC3800 MS3801 H AC T 0 a o 6 U U OO 222 1 0 B 23 153808 NS3804 MS
10. 6 1 M3808 RC3800 3800 00000 0000 09 AUNO 00000 B IN OUT O i i COM POWER 30 8 096 8 8 MS3808 Z MS3808 096 10096 6 MS3808 S MS3808 100 25 50 75
11. mt 0000 MS3800 00000 Rev 2 3 6 1 20 M53802 RC3800 RC3800 00000 0000 AR 0 000 B B OUT 24V DC COM POWER 30 I 8 096 MS3802 7 MS3802 096 100 MS3802 S 53802 100 91 259615096 7596
12. 6 1 41 M53804 01 RC3800 2 3800 09 1 90 000 0 IN OUT O o L 24V DC 30 8 096 MS3804 01 7 MS3804 01 096 10096 MS3804 01 5 MS3804 01 10096 2596 5096 7596 gt gt MS3800 HHHHH Rev 23
13. 6 1 9 Me3810 800 RC3800 eo HHHHH 000 OUT o Q B B OUT gt oL 24 DC COM C POWER 30 096 MS3810 2 53810 096 100 MS3810 S MS3810 100 90 2596 5096 7596 7 MS3800 HHHHH Rev 2 3 NEE TE
14. POWER 803800 MS3801 153802 OUTPUT 153803 153804 MS3804 01 153604 03 153806 153807 153808 MS3808 01 MS3809 MS3810 MS3820 MS3821 RC3800 MS3850 153851 2 INPUT 183826 153827 RC3800 MS3801 6 0 DO MS3802 1 8 1380 163801 ALO Wg INPUT s 153813 163816 Es elle i 2 aE MS3804 01 u A Ws3808 01 5 511 69169 INPUT _ e gee 5 153806 o STRAIN exs 69169 9 SAIST IN a 8 10 za 6 _ 7 21 1 2 616 6960 m
15. 53800 O00000 Rev 2 3 uU 0 Jolly 3 m EA S aao 3 E A 4 6 Si 6 42 o mas uha qaya 6 BE 6 4 4 7 4 5 8 9 NA AN EE EE R 19 n 19 32 l 32 9 MS3801 33 M OZ Zaza __ 34 1153807
16. 6 1 11 3821 OFF RC3800 2 RC3800 ____ 00000 A N 0000 OUTH Lo DVM i OUT moO 1 _ 24V DC COM L J POWER 30 096 8 MS3821 4 MS3821 096 100 MS3821 S MS3821 100 ORO 25 50 75 W wan HHHHHHHHHHHHHHHHHHH MS3800 HHHHH Rev 2 3
17. 6161 M3807 OFF RC3800 0 RC3800 ___ HHHHH B IN OUTH 00 000 DVM 0 4 20mA C COM OUT HL 24V DC COM POWER 30 4mA MS3807 2 MS3807 0 20mA MS3807 5 MS3807 100 o 25 50 75 gt Ms3800 HHHHH Rev 2 3
18. RC3800 5 G Ms3800 HHHHH Rev 2 3 ER 4 4 _ MS3801 MS3802 12 HH 1 1 R INPUT 817 2 24 2
19. MS3800HHHH 00000 Rev 2 3 91 RC3800 R 04 0 800 4 000000000000 RC3800 R OATB DI RC3800 MS3801 DC 1 T POWER 2 201 5 153803 153804 INPUT 2 153845 MS3844 l Elo 153801 5 to _ 0UTPUT MS3804 01 08 01 a INPUT NS3804 03 e MS3806 MS3807 MS3808 STRAN Leke 38 153808 01 GAUGE IN MS3809 D ________ 8 2 153810 IN MS3820 n n MS3821 EX 153807 RC3800 0 I 183850 CHH MS3851 2 INPUT 153808 183826 wi s 5 153809 183827 MS3808 2Ex o INPUT 5 7 f
20. gt B Q Q 0x 0 011 OQ DO I E HHHHHHHHHHHHHHHHHHH MS3800HHHH 00000 Rev 23 65 111111 MS3807 HH 40 20mA 0001 000l 01 001 00
21. 53800 ODDO Rev 2 3 6100000 MS3800 6 1 6 1 10 M3801 RC3800 RC3800 X 7 AlW O o BIN ot i o BERF i CJ gt lt 24V DC POWER ICE BATH 30 096 8 MS3801 2 MS3801 096 100 6 MS3801 5 MS3801 100 SD 25 50 75 EE
22. 50 EE
23. 000 0000000000 0000 MS3800 00000 Rev 2 3 MS3808 MS3809 MS3809 030000000000 20000000000 30000000000 HH 00 00 110 11 1 0 2 r8 2 2 ____ eg 3 1 00 3 4 410 4 5 5 5 6 6 6 7 h 7 7 P I OUTPUT 0 OUTPUT OUTPUT 9 9 9 10 10 10 111 _ 24 _ 24vDC 111 1 _ 24vDC 12 POWER 12 aT POWER 12 2 POWER MS3810 MS3820 MS3821 00 HH HI 000 1 2 1 1 1 e Li j 3 3 N 3 np 4 3 1 4 L 5 5 5 L 6 6 6 7 7 7 i OUTPUT I OUTPUT H OUTPUT 9 9 9 10 10 10 111 _ 24vDC 110 24v DC 11 _ 24vDC 1 2 POWER 12 POWER 12 POWER 4 5 MS3826 50 51 MS3827 0 x 12 Sou 110 OUTPUT ES INPUT 7 2 2 Retuim 3 3 4 4 mt 5 5 6 6 OUTPUT 7 l 7 8 INPUT 8 ____ 5 9 9 s 6 26 10 10 111 _ 24vDC 111 _ 2 00000 00000 12 POWER 12 POWER k1www co I
24. 3 AA 24V DC 53800 121 Me3820HHHHHHHHHHHHH 53820 RC3800 Rev 2 3 53820 RC3800 2 69 1 0000000 22
25. RC3800 lele ele 0969 69109 69 69 96910909 69 69 lt 1 lt CYD 1 A 2 24V DC MS3807 B C 1 A B 24V DC MS3807 250 2 A C 24V DC MS3807 1 2 1 lt 2
26. mt 0 0000 MS3800 00000 2 3 6 1 13 826 3850 M53851 I OFF RC3800 RC3800 00000 DWM OUT IN 0000 Bour IN HHH 24 DC POWER 30 096 8 538 7 MS38XX 096 10096 MS38XX S MS38X 100 SN 2596 5096 7596 mt Ms3800 00000 Rev 2 3 HHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHH HHHHHHHHHHHHHHHHHHH 810 000000 HHHHHHHHHH D HHHHHHHHHHHHHHHHHHHHH HHHHHHHHHH 0 k i HHHHHHHHHHHHHHHHHHH
27. gt Ww HHHHHHHHHHHHHHHHHHH MS3800 HHHHH Rev 2 3
28. 20 mt
29. 09 249 09 MS3820 van
30. 5 HHHHHHHHHHHHHHHHHHH Ms3800 HHHHH Rev 2 3 HHHHH 4 1 4 2 4 3 53800 24V DC RC3800 RC3800
31. 53800 0 0 070509 4 Rev 2 3 HHHHHMITTHHHHHHHHHHHHHHHHHHHHHH 900 00000000 00000 2 00 00000000 HHHHHHHH HHHHHHHHHHHHHL 0000 0 UU 0 00000 00000 oo Ooo o 0 000 0 0 0 0000 00 0000 O HHHHHHHHHUHHHHHHHHHHHHHHH 3000000000 HHHHHUHHHHUHHHHHHHH 3 5379 8641 03 5379 8648 29 852 852100 029 852 8523 52 561 15990 052 561 3375 6 4807 4501Q 06 4807 4550 160 0008 1 305 0005 Sennan 450 0002 4 23 13 R 52000 14 14 Tel 0 Tel 0 Tel 0 Tel 0
32. RC3800 153801 0 T HDO amt PONER lt _ O 21 T B 5 8 153803 153804 a 0 Bo gea INPUT _ 153013 13816 77 8 al 153803 MS3804 01 ae a 153804 _ 1 eje MS3808 elle 9 153806 2 GAUGE IN z ll 9 153810 52 MS3820 ae 1 183821 gy 9 803800 183807 Z lt INPUT 153817 2 o 0 18 153851 INPUT ss aa re 69 K aJe z ta ele 19 153808 2 21 4 INPUT 4 20m 25 9 al 7 52 _ ej 908 8 INPUT i 2 153809 2 18 Mo INPUT 0 MS3809 3EX Source uma 3821 N INPUT F AO EX Load L 2 3850 o B OUTPUT 153851 L 0 WS3826 N MS3820
33. 15380 13801 MS3804 03 RC3800 INPUT 153813 163816 5 WS3801 P C 22 9 153802 3 OUTPUT MS3803 O 21 153804 5 NS3804 01 2 2 IN MS3807 EX MS3806 153808 STRAIN 25 CC NS3808 01 GAUGE IN w 168 MS3809 0 75 153810 IN 52 MS3820 Je MS3821 L SANE 1 9 153807 laa RC3800 INPUT 4 20w 202 9 516 gt 153850 5 183851 INPUT 153826 oo Z 0 RSI 2 215 NS3808 2Ex 4 ae INPUT 4 20m 0 ele j ws 8 0 MS3808 3Ex INPUT o 5 1 1 20 NS3809 2Ex o 888 2 a 010 3 INPUT 4 20mw gt 5 2 6 CH6 25 MI 7 CH7 26 TO O Peg 53821 INPUT 2 8 N 0 1 2 1 CH11 30 2 mE ao A MS3810 4 H4 33 p OIO 5 m5 34 011 0 OUTPUT 6 CH16 35 153820 153827 Instrument 8 Power 4 0
34. CJ 5 09 09 1 gt G lt I lt MS3801 kwa www 55 l ss HHHHHHHHHHHHHHHHHHH Ms3800 HHHHH Rev 2 3 10 M3802 200000000 MS3802 3 2 RC3800 2 2 21210 2 ol eje 59 69 ele DD BD 60 60 OA lt c gt So 00000 MS3802 3
35. 5 690 605 69691691 60109150 691 6969 69691 69 60101001 601 1 09109169 60109102 691 6969 696969 69100199 69 INPUT TB M3 5 M3 5 MS3850 3851 0UTPUT TB EE HHHHHHHHHHHHHHHHHHH MS3800HHHH 00000 Rev 23 RC3800 D 16TB Al1 OUTPUT TB M3 5 POWER ON LED MS3826 3827 3850 3851 INPUT 20 2g 69 99 29 5515 9 lg m INPUT TB M3 5 22 MS3826 3827 3850 3851 OUTPUT TB M3 5 Din a 5 3800 RC3800
36. DDK mt 5 800 00 00000 Rev 2 3 50 RG800 R 08TB II H 0 0 RC3800 08 0008 000000000 RC3800 R 08 DI RC3800 183801 44110 DC U U MS3802 0 153003 93804 i A 153804 03 22129 803800 INPUT 15581
37. R 08C1 DL RC3800 183801 Z De 0 2 U U 10 B 1 163803 NS3804 y A 16280 02 803800 INPUT 155813 083816 8 0 MS3801 CH K eme NS3802 PT MS3804 01 pxa 08 01 2 59904 MS3804 03 e 153806 ERN EX 153806 GAUGE IN sxe elle 153809 8 10 MS3810 C 183820 9 183821 L EX ollel 15 183850 f 8 153851 INPUT 153808 53826 5 Wsss9 INPUT O _ fl N _ 153808 2 0 INPUT 5 MS3808 3Ex INPUT EX 1 20 153809 2 3 2 INPUT gt 0 12 818 6 CH6 25 1 017 26 MS3809 3Ex Source MS3821 s em m 2 CM 9 19 N C 28 37 Z UD 17JE 13370 37 Load MS3810 882850 0 0 OUTPUT MS3851 ae 1 7 D MS3826 N 153820 153827 Instrument Source re GT L 0 Current 7
38. 100 MS3820 S MS3820 100 25 150 75 _ gt 0 Ms3800 HHHHH Rev 2 3
39. 3 3 5550 p 4 4 mt 5 2 000 5 6 1 6 OUTPUT 711 7 OUTPUT OUTPUT TAG NO 6 81 81 9 9 516 26 10 10 1111 _ 2 111 _ 2 00000 00000 12 POWER 12 POWER 53803 04 04 03 13 16 43 44 53804 01 08 01 53806 DD 00 00 1 1 1 STRAIN 51 49 09 3 3 3 IN 4 4 4 5 5 5 6 6 6 7 Jupa saa 7 7 OUTPUT OUTPUT OUTPUT 9 9 9 10 10 10 10 _ 24vDC 111 _ 24vDC 1111 _ 24vDC 12 POWER 12 POWER POWER 53808 09 53808 53807 17 HHHHHHH 020000000000 00 00 00 00 1 T 100 1 2 2 2 8 2 50 3 3 3 4 4 4 5 5 5 6 6 6 7 7 7 OUTPUT OUTPUT OUTPUT 81 8 8 9 9 9 10 10 10 11 _ 24VDC 11 _ 24v DC 110 _ 2 12 POWER 1 2 19 POWER
40. IBM i ka A 35 12 83320 akani 36 Ms3800 HHHHH Rev 2 3
41. 5 MS3800HHHH 00000 Rev 2 3 80 RC3800 R 08 1 0 0 RG800 D08Q A1 HHHHHHHHHH 800 08 1 1 407 IE Peor RC3800 0 183801 2 O A 153802 23109 15310 163804 z 153804 03 RC3800 INPUT 2 0 0 153813 163816 pa O SANGE MS3801 z lolo 153802 OUTPUT S3804
42. 6 1 4 M3808 01 RC3800 Zl has 2 3800 00000 0000 09 00000 IN OUT O i i 2106 30 8 096 8 8 MS3808 01 1 MS3808 01 096 10096 MS3808 01 S MS3808 01 100 91 25 50 75 26 MS3800 HHHHH Rev 2 3
43. MS3800 00000 Rev 2 3 6 1 3 M3803 3804 3804 03 813 3843 M53844 RC3800 RC3800 HHHHH HHHH A IN OUT 201 000 BI IN OUT O wo COM 7 POWER 30 8 096 MS38XX 4 MS38XX 095 6 100 6 MS38XX S MS38X 100 o 25 50 75 gt EE MS3800 HHHHH Rev 2 3
44. MS3808 3Ex INPUT COM 8 5 MS3809 2Ex INPUT 5 MS3809 3Ex Source MS3821 1 2 1 Instrument 5 3 e 5 Ws3810 OO Wasi 227 MS3826 MS3820 MS3827 Instrument 18 Souree Current Loop CT 0 Current ________ 101 800 R 04TB A 0 000 01 RC3800 R 4 1 RC3800 D 04TB A 0 000000000 MS3800HHHH 00000 Rev 2 3 AC O RC3800 WS3801 CH 183802 OUTPUT 153803 CH MS3804 NS3804 01 NS3804 03 WS3806 WS3807 WS3808 NS3808 01 MS3809 MS3810 MS3820 M
45. POWER 30 0961 MS3806 7 MS3806 096 100 MS3806 S MS3806 10096 2596 5095 7596 gt HHHHHHHHHHHHHHHHHHH Ms3800 HHHHH Rev 2 3
46. 01 lt MS3808 01 153804 01 INPUT 216 NS3804 03 183806 lt MS3808 RAN EX MS3806 ele NS3808 01 GAUGE IN z 22169 153809 8 0 g 183810 IN l 16 MS3820 EX lt ool 53821 PX z MS 0919 153850 CHH MS3851 INPUT MS3808 f ___ 153826 0 Wsss9 INPUT 2 153808 2 INPUT 4 20m 153808 3 INPUT COM 0 1 CH1 20 EX 2 CH2 21 2 MS3809 2Ex 3 H 22 4 2 5 CH5 24 INPUT 4 20m 0 6 7 017 26 OE 153821 N 3 IR INPUT 2 37 883810 12 22 153850 183851 OUTPUT MS3826 N MS3820 153827 Instrument 118 SN
47. 16TB 1 RC3800 MS3801 AC 215 a F 0 9 5 83802 o Bo R 0 080212 el NS3803 1384 52 i A MS3804 03 sl lol 803800 INPUT MS3816 lt 158843 153044 Z 163801 1 2 86 21 153802 3 _ OUTPUT a S gt ZA Ol NS3804 01 INPUT lt ID MS3804 03 e ND 2 69 MS3806 dal MS3807 MS3808 STRAN EID 153808 01 GAUGE IN D 2 5 183809 MS3810 _IN 7 ciel 2273 153820 FX gt MS3821 J 2015 lt 153807 _ _ 803800 INPUT Ws3817 l ele 15 2010 Z3 lele elj z 153826 i DAIO 1 2 515 153827 INPUT KSO m a all el 153808 2 219 _ a INPUT 4 20w ge SSL eo De ONO 1 53808 INPUT 0 EX J _ NS3809 2Ex INPUT E Pus w 153821 INPUT DIO EX E L 883810 p HOJO 5 OUTPUT MS3826 N MS3820 153827 Instrument Power 0
48. 3 163816 6 OO WS3801 lt C 12 153802 _ OUTPUT m MS3804 01 a MS3808 O C WS3808 01 sl SEI INPUT e leto WS3804 03 gl 153806 lele 2 MS3807 4 153808 STRAIN M59506 2 0 153808 01 GAUGE IN 5 MS3809 0 _ 183810 w EX 153807 698 5 51 nao INPUT MS3817 2888 222 153850 8 153851 INPUT 153826 HOJO 22 INPUT 2 8 5 MS3808 2Ex ONO INPUT 4 20mA 8 MS3808 3Ex i A INPUT 2 5 MS3809 2Ex INPUT 4 20m 0 68809 18 Pur Met 578 153821 B 153810 A o 883880 153851 0 IP s 0 OUTPUT ws3826 N MS3820 MS3827 18 6 8 R 0 00 0 MS3800HHHH 00000 00 08 1 RC3800 D 6 Rev 2 3
49. 3804 03 X 69 69 803800 INPUT Z 159813 50816 elle _ 0 153801 GH er EIE MS3802 OUTPUT T 01 153804 01 INPUT 0 lt 2 lele 153804 03 z MS3806 5 MS3807 e GAUGE IN 183809 Je MS3810 EX IRN lt 9 153807 803800 ele 0 21 _ 153850 153851 2 INPUT 153808 MS3826 ssgog 215 22 INPUT 2 Ka elel ele gea MS3808 2Ex ES INPUT 4 2 lt 1 ij 5 il 5251 153808 3 lo INPUT 8 5 7 1 CH 2 0 MS3809 2Ex 2 4 CH4 23 INPUT 0 s 6 CH6 25 1 017 26 j MS3809 3Ex Source MS3821 8 CH8 21 INPUT N DAIO w i 211 5 0 11 CHI 30 EX a 903 x A 14 33 P DIO 153850 15 015 3 o B 8 5 OUTPUT 153851 16 6 35 T 0 153826 17 m 36 18 N C 37 153820 153827 19 Ne N Source 17JE 13370 37 GT L 0 Current
50. HHH HHHHHHHHHHHHH 30 gt HHHHHHHHHHHHHHHHHHH Ms3800 HHHHH Rev 2 3 6 9 s3801 0 0000960 MS3801 RC3800 MS3801 RC3800
51. MS3807 817 183808 MS3809 8 _ MS3808 2Ex INPUT 5 pa ETI MS3808 3Ex 1 COM 5 MS3809 2Ex INPUT 4 20w 5 MS3809 3Ex rm MS3821 INPUT 5 N DAIO EX Load L 2 153850 153851 0 OUTPUT Msg826 N MS3820 Power MS3827 Instrunent NM 813132 0 MS3800HHHH 00000 Rev 2 3 71 RC3800 R 08Q II H 0 0 0 O 0 RG800 D oea DPI HHHHHHHHHH
52. Power 153827 L Current Loop lt 5 Return HHHHHHHHHHHHHHHHHHH MS3800HHHH 00000 Rev 2 3 20 RC3800 R 161 A1 0 0 0 0 RG800 D 16TB A1 H RG3800 R
53. S3821 803800 MS3850 MS3851 _ INPUT 153826 MS3827 RC3800 MS3801 CORE 8 153802 1 0 6 j M 153803 NS3804 13804 03 Z INPUT lt e 0 E MS3804 01 lt T us3808 01 z 69 l INPUT 52 J EX MS3806 o mE Q e 6 2 1 IN 1 L EX N mM MS3807 INPUT 3 153817 153808 INPUT 1 4001 0 O 153808 2 INPUT 1 0 153808 3 INPUT 5 5 EX J 153809 2 INPUT INPUT e 153809 3 153821 153810 88 010 MS3826 153820 153827 Instrument 8 Source 7 1584
54. V AC100V RC3800 D 16 1 01 A1 16ch 24 AC100V DDN RO 01 DC24V 100 HHHHHHHHHHHHHHHHHHH MS3800HHHH 00000 Rev 2 3 30 00000 z 1 0457 5 FA O INPUT mt O OUTPUT TAG 8 DF3 6P 2DS 01 DF3 6S 2DSA 50 3800 16601 1 POWER ON LED OUTPUT CONNECTOR 17JE 13370 37 DDK MS3850 3851 INPUT CONNECTOR P a 11 i I IH IM H H H IH H H M H H H H H H
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