取扱説明書 - SOOKI
Contents
1.2. V1 10 50C 909 RH
3. PV 57I CN gt gt v 1 3 27 ss 4 ww 9 D 8
4. 100 02 200 000 2 10 20 FREQ SPAN 9 FFT TRG PAUSE CONT 1
5. 52 11 XX 3200 x 1 x 2 x 4 x 8 x 16 x 32 1600 x 1 x 2 x 4 x 8 x 16 800 1 2 4 8 400 1 2 4 200 1 2 ms X X 00 5 13 SCALE 51 3
6. 2 se 2 59 ss se 22 457 25 57 2 25 57 25 287 25 2 25 _ 6 25 3 100 200 200 500 200 NI co co co NN 5 5 5 gt gt SS amp 4 SS 5 5 5 co 5 co co co 95 90 1000 1000 2000 2000 2000 2000 10000 10000 20000 20000 20000 20000 20000 ko gt lt gt Cm SN Ir en 1 20 4 so 0 0 20 0 gwu 5 0
7. _ 5 _ high pass __filter _1 2 _ 1 1 1 _ 5 Filter 1 HighPass _ Filter 1 1 _ 5 _ Filter _ 182 CRLF 1 139 Analysis Mode Data Type High Pass Filter Low Pass Filter Level Range Freduency Span Analysis Line Average Disp Average Type Average Count Window Function Pickup Sensitivity Pickup Sensitivity Magnify Sensor Type Trigger Mode TrIgger TrIgger Level TrIgger Slope Pretrigger 140 142 142 143 143 143 143 kk 144 kk 144 144
8. RANGE SD 1 2 Log 38 1 m s m s mm s p p mm
9. AC 99 AC NC 99 30 OFF 120 1
10. STORE 2 STORE 3 STORE XXXX XXXX 1 1000 4 3 5
11. gt 70 FFT STIART STOP SIART STOP STIART STOP 8 XI be YiLY2 Pe gt CR yy 78 1 k 1 1 2
12. START STOP 106 FFT STORE 2 S 1 S lt S 2 S 1 S FFT 1 STORE
13. STORE Di D YY Yi Mi FFT Eo LIN MAX _ N 1 2
14. 117 F FFT SD 50 126 SETUP
15. SD SD SD 1V
16. 3 4 ORF ON ON 5 1 8 93 _ FS 5 8 FS 5 8 gt FS 2 8 _FS FS 2 8
17. 33 _ 51 6 1 kHz TIHER gt gt nH RMS 2 2 p ESP P 9 mm EE 2009706709 16 45 04 SD 1 LOG
18. SD 1 ENT 2 SD ENT SD 3 ENT SD 1 ENT 2 SD ENT SD 3 PAUSE CONT 115 5 116
19. STORE SD 95 PAUSE CONT MENU VM TIME FFT RI VM TIME FFT 2 ACC VEL DISP FREQ SPAN FFT 7 LIGHT
20. SCALE EXPAND MOVE FFT X X Y Y X X 68 Log Linear Y Y FFT Log 80 dB 60 dB 40 dB 20 dB 20 dB 40 60 80 Lin
21. 1Hz 3Hz 10Hz 1kHz 9 lkHz 5kHz 20kHz ll PV 571 5 PV 57I 100 001 mV ms 2999 001 mV ms 100 0 001 mV ms 999 01 mV ms _ 0001 2048 _ BMP 22 START STOP START STOP emm _0060 a 994 0MB 999 398 OFF 1 2008 04 06 11 41 No 2 2009 04 06 17 25 _0050 2009 rp 08 15 45 MaN_0040 2009 04 08 14 35 MAN_0030 2009 04 08 11 12 FN_0020 2009 04 07 13 26 START STOP HIN_0010 2009 04 06 18 03 MaN_0000 2009 04 06 17 29 2009 04 09 16 06 37 6 lt 2
22. INST AVE FFT INPUT OPTION OPTION PV 57I PV 90I PV 41 OPTION USB TRIG IN DC IN USB TRIG IN SD USB 01520 CC 97 USB BL 112UI USB A B
23. lt SD LIN EXP MAX 67 FFT FFT FFT Y FFT Log X 1 X ENT 2
24. SD 0001 0002 0003 0008 0006 0003 SCALE EXPAND MOVE SCALE ON OFF KM 91 iP 2009 06
25. 1 FFT 2 75 ON 1 MB 51 2 kHz 10 STARTT STOP 1 8
26. 2 3 4 5 RANGE OL 1 PV 57I 2 1Hz 1kHz
27. 10 us FT 10 us 1 8 94 1 SD 2 3 FT 4 92 FFT
28. 1 2 113 1 2 STORE 2 1 2 111
29. SD 2 3 3 19 SCALE EXPAND MOVE SCALE ON OFF RM 3 STORE 4 STORE XXXX XXXX 1 1000
30. CAT WAVE 78 1 MENU 2 ENT 3 ENT SD SD 16 001 001 0609 2009 06 09 14 24 _0608 2009 06 08 14 02 0000 2008 06 04 15 10 gt gt 2009 06 09 17 01 55 19
31. RANGE RANGE Randge 1 3 16 10 5 00 0 4 4 Fi RANGE 49 SD 90 1 amp
32. STORE 108 2 STORE 3 START 1 1000 ON
33. 4 5 START STOP 109 FFT 1 2 75 3 2 79 81 4 STORE 4
34. 1Hz 1kHz 5 0 01 ENT START STOP 3 3 2009 06 09 16 23 28 3 2 FFT 3 VA 12 FFT FFT
35. FF Language 975 9 2 ENT 2008 05 25 18 26 23 gt j 29 1 2
36. CC SL PAUSE CONT PAUSE CONT 09 4 50 1 SD SD 2 3
37. Over FFT INST LIN EXP INST AVE INST FFT ACC VEL DISP 545 0003 Ranggi 31 656 Hz kHz gt 30
38. 104 S S STORE 1 2 STORE 7 5 43 0 3 STORE XXXX XXXX
39. 1 2 50 1 SD SD 3 MENU ENT 4 ENT 5 BMP SD SD SD SD BMP BMP BMP
40. SCALE EXPAND MOVE SCALE ON OFF SCALE EXPAND MOVE 2 4 Y 946 5 0004 31 656 kHz ___ IS 2009 06 09 15 56 45 1 2 OFF 51 3 3 gt gt
41. 1 1 LULLLLLLLLLLIL TT STORE EE EFT 1 START STOP 2 START STOP PAUSE CONT PAUSE CONT START STOP 1
42. 51 52 FFT 69 70 XX Y FEFT Y 8 SD SD 126 0001 7 10002 MAN 0200 0003 0004 PAUSE CONT 64 BMP BMP SD
43. FFT FFT BMP BMP
44. START STOP 2 START STOP PAUSE CONT PAUSE CONT STARTT STOP 1 3 ISTART START STOP START STOP ISTOP START STOP 2 102 FFT
45. SD TRIG IN DC IN AC NC 99 90 V 240 AC 99 L CC 8 10 3 8 AC NC 99 2 3 8
46. 5 START STOP FFT STORB 2 7 74 74 74 1 7 1 N 1 N FFT 1
47. 9 10 5 1 a a 7 7 gt Oi Nee SD 16 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeoeoeooeeeeoeeeeeeoeeeoe 228 2 17 3 18 19 gt 20 oooeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeoeeeeeeeoeoeoo 92597 9 11207 2 2 27 29 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeoeeeeeeeeeeeeeooeeoeeee gt 1 24 ELT i 29
48. CSV Pickup Sensitivity Magnify Sensor Type Other Trigger Iime Start Time 2010 01 01 00 00 00 2 Level Range 2 117 Linear st X Scale VM FFT Y Scale Unit FFT Y FFT X Cursor Unit FFT X FFT Y Cursor Unit FFT Y
49. VM TIME FFT 290 30 FFT FFT VM TIME FFT VM TIME FFT FFT 64 17 18
50. 113 START STOP POWER 114 117 SD SD gt 5 SD 5
51. 5 START STOP 22 29946 0004 51 6 1 1kHz 777 100 000 Hz 200 0000 8 7 1 8 5 5 dB 4 2009 06 09 17 08 20 110 1 2 1
52. 1 Hz 3 Hz 10 1 kHz 42 20 KHz LINE 200 400 800 1600 3200 200 2 000 1 2 2 10 20 FREQ SPAN TRG
53. 10 VM TIME FFT INST 71 ENT ENT 178 Hz ENT VM TIME FFT 64 FFT 4 589 2 FFT ET z ACC VEL DISP
54. 7 RANGE VPL 32 37 1 PV 57I 2 IPV 571
55. Language 8 mw 30 3 SD SD _ OFF ON Language English OFF MAN_0000 MAN_9999 SIA OFF ON OFF ON 7 8 7 8 00 00 23 59 1 5 10 30 60 0001 1000 Log Linear Log Linear _ XX Hz kcpm odr 0 03125 Hz 20 00000 kHz Y Log Linear 4
56. 5 2 Sm 2 lt RT 2 EE WAVE 1797 4 2 STORE 3 STORE 2
57. es 3272 59 5 eb 02 91 109 85 86 gt 87 88 126 41 5 a 4 I 2008 205 708 16 46 26 VM TIME FFT RANGE 153
58. 5 AC 12 POWER OFF 10 2 AI B DC IN ON OFF POWER 1
59. SCALE EXPAND MOVE 2 4 846 4MB 0004 51 6 1 kHz X 1 69 FFT 4 2 EN X 100
60. 13 14 1 ee _ PV S71 VP S1KI VP 53S 0 8 1 kG 50 cm PV 57I PV 901 PV 41 BNC CVP526 VPIA PV 57 57A
61. 100 1 1 START STOP STARTSTOP STARTSTOP 1 1 _________ 1 STORE qq 1 START STOP 2 START STOP PAUSE CONT
62. 2 119 1 2 30 3 30 3 LIGHT LIGHT 121 _ 1 Ei 5 8 2 3 4
63. 7 29 eeeeccecececceceeeccecececcceceeccoceccccccecccccceceoccceccccececcccececccccecccccceccccccecccceceeeseo ee 2 37 em 221 39 ir 3 i 40 UN 41 48 51 53 54 99 ooooeeeeee 56 65 69 4 75 77 MM 77 100 78 79 Fd a 79 82 83 LL 44 84 BMP EEEIEYVTYYTITITYT7TTVOVOVO7cvvhr0W8ob 65 85 BMP ee 86 87 87
64. LIGHT SCALE ON OFF FFT 51 69 ON OFF 3 gt SCALE EXPAND MOVE POWER ENT BMP 1 FFT RANGE
65. Nr 47 FFT 1 START STOP 2 START STOP ISTART PAUSE CONT PAUSE CONT 4
66. PAUSE CONT START STOP 3 START 1 ISTOP 4 START STOP 2 101 FFT START STOP START STOP START STOP TARTsTop i ITT STORE ls 1
67. 3 START STOP START STOP 103 STORE STORE PAUSE CONT 1 SD SD
68. 39 SD 10 2 Hb 4 99 ms 12 pp 0 19 SD SD 17 18 SD VM TIME FFT 2 120 SD SD 36
69. 2 SD 124 SD 2 gt FAT12 FAT16 FAT32 7 gt SD lt 1 IEATJ IPAT IEAT16 IFAT32 SD 2 SD USB SD SD
70. FEFET 1 94 4 ENT 4 ENT ENT ENT ENT ENT ENT BMP BMP ENT 89 90 FFT 4
71. 20 17 BL 112UI USB MUSB S 6 CO 5 CARD DC IN 11 15V USB IN USB 1 USB B B CC 97 21 VA 12 1
72. ENT ENT 1 ENT 2 PAUSE CONT 114 SD 5 SD 1 ENT 2 SD ENT SD 4 SET_0000 SET_9999 ENT SD
73. 5 0 01 0 01 ENT START STOP 571 15 SD SD MS 96 SD SD SD SD SD
74. 133 VA 12 RE WAVE RIFFHeader 5 fmt Rion VA 12 data memo VA 12 paus VA 12 WORD 16 DWORD 32 double IEEE char RIFF 134 fmt 16 womp z2 Zicomn _ ok _ 1 wBitsPerSample 2 WORD 1 16 wPBitsPerSarmple 8 2 2
75. 153 2N4 10 1 2 1 20 96 FFT ON IFFT Rectangular Hanning Flattop LINE 200 400 800 1600 3200 ON
76. FFT 91 109 LL 110 111 BMP 85 86 87 88 126 FFT FFT _ 9 5 8 Range 21 6 1 8 80 238 2009705709 16 45 59 _ FFT VM TIME FFT RANGE
77. TFT 240 320 EL 24 AC 5 SD FFT X 201 DC 159 2 800 2048 1600 4096 3200 8192 dB LINEAR dB 80 60
78. 77 9J 4 50 1 SD SD 2 3 3 SCALE EXPAND MOV
79. 126 SD 1 ENT 2 STORE 1 ENT 2
80. 2 1 1 2 START STOP START STOP FFT
81. gt OPTION BUFFER SRAM FLASHROM DSP TFT QVGA USB RION 1 2 START STOP 3 STORE 4 5 MENU lt 19 18 6 VM TIME FFT Te 7 96 8 ACC VEL DISP 12060 9 16 LINE 10 187 15 ENT 11 14 POWER 12 SCALE ON OFF 13 SCALE EXPAND MOVE 17 RANGE 1 START STOP
82. 3 3 STORE STORE XXXX XXXX 1 1000 0001 ISD 40 17 18 O 42 47 Ne
83. USB BL 112UI USB B B 157 10 50 90 3 AC 99 12 23C DC 12V 11 15 V 145mA 23C NM Me 214 BNC 216 lt 105 18 36 amp 238 131 5 44 850 2 PV 571 158 PV 571 3 TT IN
84. RION VA 12 VA 12 v 2 SD
85. 100 WAVE FFT BMP BMP 5 5 SD SD FFT SD USB SD USB A B 2 0
86. 51 3 4 5 EXPAND MOVE X X Y Y 45 X 52 mm s mm Y 46
87. 149 Layer Display ON OFF 149 Store Name RR NN 150 Store Number AN 150 Store Interval 150 Store Start Time kk 150 Wave Recording ON OFF kk 150 141 BEEP a pl Of l On Analysis Mode pl pl pl FEFT pl LIST pl Acceleration pl Velocity pl _ Displacement pl 142 ON 20 FFT High Pass Filter pl 182 pl 3Hz pl 1082 pl lkHz Low _ 5 Filter pl lkHz pl 5kHz pl 20kHz Level_ Range 1 0 6 Frequency SDgan 2 pl 100Hz pl 200Hz pl 50082 pl lkHz pl 2 7 pl 5kHz pl
88. USB 125 SD VA 12 _0000 5 STARTUP 0 5 HI H HI I HI HI HH HI HI I II HI II II HI II II II II II HI HI III II IM 0000 MAN_0001 RVD 0002 RVD MAN 0999 RVD 0001 4 mW
89. Linear Linear kHz PV 571 Pickup Sensitivity 1151 Display Time Display Layer Display High Pass Filter Low Pass Filter gt gt Pickup Sensitivity Magnify Window Function Average Disp Average Log Expand LIN TIME Expand FFTX FFT Y Log FFT Y Lin X X X FFT 7 7 Cursor Position LIST Cursor Position Time ON OFF Zoom Mode OFF 0001 5 200 Lower F 28 Cursor Zoom Move Store A
90. 2 FFT 80 28 VM TIME FFT FFT 09 7 FFT 351 6 1 7010 1 MN 4 2009 06 09 16 32 01 2009 06 09 16 38 10 31 40 41 54 FFI 347 2 0003 947 3 0003 Ranggi 31 6 1 51 6 1 191 000 175 000 166 000 181 000 165 000 186 000 192 000 187 000 190 000 gt 99 2009 06 09 15 43 36 4 038 2009706709 16 42 46 55 76 FFT
91. 3986 7 0 lt 992 DN 99 80 I NO I Ii 31 547 51 6 1 kHz Li 10 2 Hb 4 59 12 2 19 2009706709 16 45 04 VM TIME FFT ACC VEL DISP RANGE
92. _ xxxxxx dB 6 LIN 0 4A 9 0 5 Data Frequency INST 0 00000 68 03125 40 06250 46 09375 45 12500 52 15625 55 687 04 893 03 977E 03 408E 03 019 03 782E 03 642E 03 988E 04 229E 03 168E 03 18750 51 21875 62 25000 56 28125 56 MOT 100 02 102 WAVE WAVE WAV WAV RIFF WAVE RIFF RIFF 2 _
93. 2048 1450 2048 2048 1450 2048 2048 1450 5151515151515 SI SE SEES SEE EIS SS ST 1800 185 372 1172 28 186 323 11 28 9i el 2 wm os 360 Je 1 1 1 START STOP START STOP 1 1 1 ______ ENEI 1 STORE Il IE ass
94. 51Ox 0 01 510 0 01 2009 06 09 16 21 28 7 3 ENT START STOP 3 8 1Hz 1kHz 1Hz 26 1 2 ENT 2
95. AC BNC 0587 7 971 VP 51KI VP 53S LRK6N CAT WAVE PV 90 PV 41 NC 99 CC 24 BL 112U1 USB BL 112UI 2010 9019 USB SS 8 5 USB P 112 30 00 CC 97 159 160 105 RION VIBRATION ANALYZER 12 210 PAUSE CONT STORE START STOP deCO mm PAUSE CONT STORE START STOP 44 mm 161 162 A SOS 12 EI 9 OPTION 8 VO 14 16 36 47 63 124 14 RE 133 X 45 60 Gn 45 52 60 Y ee 46 62 53 61 ee 122 87 539 07 1 FN 120 59 60 82 46 61 68
96. 45 60 46 gt 61 MM CG 94 CN 60 110 35 5 22 35 35 34 19 6 36 47 63 45 60 FFT 69 18 17 11 74 78 ee 41 57 se 43 57 RR 122 118 112 92 93 NN 101 44 59 1 62 68 RENIN KOR7 UEEIIVIVOVO 7 7O07 70 38 DR 34 44 59 82 67 117 139 112 38 49 65 32 43 58 40 54 75 35 8 92 A SS 33 95 104 cc EE 98E 119 119 91 163 164 5 65 1 gt 1 RI cc 32 42 56 66 33 42 56
97. 87 Lk 91 91 EO 93 sD 97 101 110 110 069 111 2 877 112 112 ee 112 113 ee 113 es 116 117 119 ee 119 119 120 120 121 es 121 121 Re 122 12 TG OA eA 123 124 124 SD 124 125 126 es 127 EE 128 WAV 133 EG OG 139 139 140 142 X11 lt 151 152 162 X1V 1 VA 12 PV 57
98. FFT RVD CSV ASCII 128 FFT Analysis_ Mode Overload_Current Current Store _Address Store _Number StOTe_ Imterval Store _Start _Time 2 NE 7 7 4 _____0 000 625 FFT 499 375 379 200 000 CR LF CR Data_ T
99. 2 1 Ti 77 TAC 121 I 14 8 LLz _ 51 127 ____6__ _ 91 JJ 94 21 20 NC 28 32 42 56 oe 43 57 58 67 58 35 84 22 79 82 DR 64 71 74 91 93 97 2 JR 93 1 88 39 49 36 httD WWW_ rIOn CO jD 3 20 41 5 185 8533 TEL 042 359 7887 FAX 042 359 7458 2 18 22 2 5 192 0918 042 632 1122 FAX 042 632 1140 2 5 5 6F 530 0001 TEL 06 6346 3671 FAX 06 6346 3673 2 3 23 5 460 0002 052 232 047
100. 65 2 FFT 3 INST I1INST AVE 4 65 1 1 FFT 65 FEFT 2 FFT 3 EXP INST AVE 4 65
101. Pickup Sensitivity pl X0 1 pl X0 01 pl X0 001 Sensor Type NN pl Other Trigger _ Mode pl pl Repeat pl Single pl Time Trigger Source N pl Trigger 1 External Trigger 0 1 0 01 0 001 PV 571 eu RU 145 TrIgger Level 7 97 1 8 Trigger Slope 1 pl 4 Pretrigger pl None OFF 1 Pretrigger ON FFT X _ NI pl pl 2 pl 4 4 pl x8 8 pl x16 16 Log
102. 3 8 3 8 11 AC VA 12 USB TRIG IN DC IN 7 77 99 90 240 AC NC 99 AC AC AC AC POWER 5 1
103. 4 ENT 001 001 0609 2009 06 09 14 24 0608 2009 06 08 14 02 99 0000 2009 06 04 15 10 NTER 2009706709 17 01 55 0008 0003 NII 0002 60 3 4
104. SD SD 16 1 VA 12 2 Languiagg 3 4 5 Language ENT 5 1 _ OFF Languaee 3803FB 5 3806MB 17 18 4 ENT 15 82 53 gt gt ST
105. START STOP 5 START STOP 1 74 65 VM TIME FFT FFT LIN MAX INST AVE 65 START STOP START STOP FFT
106. LIN 34 5 1 p p 2 2 2 p p X 2
107. START STOP STORE START STOP PAUSE CONT PAUSE CONT STORE 5 7 eR __1 S1 S2 1 52 2 FFP PL 1 51 S2 1 S2 2 A 1 1 1 1 1 1 1 1 EXP la hate Cele START STOP STORE WAVE 1 MB WAVE 1 MB S2 STORE WAVB
108. 1600 1 x2 x4 x8 800 lt 1 x2 x 4 400 1 2 200 x1 X XX Hz Hertz Kilo Cycle Minute order 68 X DC 110 SCALE ON OFF 69 70 69 4 7 RM
109. 50 SD 77 ON FFT WAVE SD WIAVE SD STORE 1 SD
110. 5 START STOP STOP 1 98 FFT STARTSTOP IiN amp N Jr STORE gt 7 25 FFT 1 START STOP 2
111. 2 87 57 1 kHz 20 kHz 0 100 0 999 mV m s 10 31 6 100 316 1000 3160 10000 m s rms 31 6 100 316 1000 3160 10000 31600 mm s rms 0 89 2 83 8 94 28 3 89 4 283 894 mm EQp p PV 57I 1 00 9 99 mV m s 1 3 16 10 31 6 100 316 1000 5 rms 3 16 10 31 6 100 316 1000 3160 mm s rms 0 089 0 283 0 89 2 83 8 94 28 3 894 mm EQp p 10 0 99 9 mV m s2 0 1 0 316 1 3 16 10 31 6 100 m s rms 0 316 1 3 16 10 31 6 100 316 mm s rms 0 0089 0 0283 0 0894 0 283 0 894 2 83 894 mm PV 571 3 Hz 20 kHz 0 02 141 4 5 rms PV 57I 700 m s2 0 2 141 4 mm s rms 159 15 Hz 0 02 40 0 mm EQp p 15 915 Hz 2 3 Hz 500 Hz
112. WAVB WAVE FPT WAV_0999 WAV 1 WAV_1000 WAV MAN 1234 SCREENSHOT BMP 12345600 hhmmss00 BMP si 126 SD 4 FF FFT WAVE FFT ON FFT 1
113. 1 1000 4 3 5 START STOP 105 S S STORE 218 8 8 wz ER gc 1
114. 1 kHz 20 kHz 7 4 5 10 10 A 18 dB oct 1 Hz 20 410 1 18 dB oct 159 1kHz 10 18 dB oct 3Hz 20 kHz 0 01 5 rms 0 1 mm s rms 0 01 mm EQp p A D 24 bit 55 512 kHz 51 2 kHz 1 8 rms mm s rms EQp p rms 1 2 2 1 1 100 57 200 Hz 20087 2 10 20 kHz 512 1024 2048 4096 819
115. 2 STORE 3 START 1 1000 107 ON gt 4
116. PAUSE CONT 1 1 ACC VEL DISP 97 43 547 1 0003 31 ___ _ 2 mm X Y X 5 418 20097D6709 16 46 36 SD
117. kk 144 RR 144 145 145 aN 145 145 145 DA 146 146 FFT Expand X X i 146 FFT Expand Y Log FFT 146 FFT Expand Y LIN FFT 1 1 147 TIME Expand X TIME X 5 14 TIME Expand Y TIME 5 14 Cursor Position FFT 147 Cursor Position LIST LIST La 147 Cursor Position Time 147 Scale VM VM X bi 148 Scale Unit FFT EE 148 Cursor Unit FT X FFT 148 Cursor Unit FFT FFT 148 List Display 148 Time Display kik 149 Zoom Mode OF 149 Zoom Move
118. 2 gt 7 X X Y MA X X XX 1 0 0 59 10 1 x 2 56 X 1
119. FFT Expand LOg pl 80 60 dB pl 60 60 pl 40 40 dB pl 20 20 dB 146 FFT Y Lin FFT 1 7127 7 pl 0 10 20 910 X TIME Expand 2 pl 1 1 2 pl 4 4 pl x8 8 1 x16 16 pl x32 32 TIME Y TIME Expand pi pl 7 14 FFT Cursor pl 0 3200 LIST Cursor Position LIST pl 0 9 TIME CUrSOr Time 1 pl 0 6191 147 VM X Scale pl pl Linear FFT Y FFT pl Log 1 Linear FFT X CUTSOr
120. 2 7 START STOP START STOP START STOP INST EXP FET LIN MAX gt gt gt 1 1 2 Xk k Yr 1 1 1 2 N k 9 LiT 12 LN NT FFT N 2 N 91 7 FFT 1 START STOP START STOP FFT EXP FFT N
121. SD 86 BL 112UI 21 1 2 3 ENT 4 ENT BMP BMP ENT 1 ENT 4 ENT ENT BMP BMP ENT 37
122. Xr FFT N 1 FFT 7 200 line 400 line 800 line 1600 line 3200 line 1 41 41 41 41 Hz 2 sec Hz sec 100 Hz 0 125 16 00 0 0625 32 00 0 03125 1 00 0 250 8 00 0 1250 16 00 0 06250 0 01 100 0 0 16 6 2500 FFT 21 5 200 400 line 300 1600 line 3200 line __ 0 04 1 FFT VA 12 2 1 FFT 12 FFT 1
123. 57 1 LS 1 PV 57I 2 IPV 571 65 FFT Over RANGE RANGE
124. REC 1 Il FFT Y yi 4 039 2009 06 09 16 48 52 SD 40 95 99 FFT 60 X X 3200 x 1 x 2 x 4 8 16
125. 0001 SD 76 1 1 RIFF WAVE FFT SD 126 ON 1 1 2 LON LOFF 3
126. 3 7 3 300 3 125 SD SD SD SD 2 GB SD SD SD SD SD SD SD SD 1
127. CO 1 AA VbL RANGE 43 49 43 1 SPAN LINE 48 1 PV 57I 69 2 IPV 571
128. FFT X p1 pl Hz Hz Hertz 1 kcpm kcpm Kilo Cycle per Minute pl order FFT Y Cursor _ Unit FFT YY 1 pl Linear List_ Display 01 OF ON 148 Tirme 5 OF ON OFF pl 1 Zo0om 1 Zoom pl ON OFF Layer _ Display pl pl Clear 149 Store 2 pl 0000 9999 Store Number 1 7 7 pl 1 1000 Store Interval pl lmin pl 5min pl
129. SD SD 2009 06 09 16 46 56 SD SD 17 18 VM TIME FFT 2 44 lt 21222 gt 120 SD 47 1 9 CO CD 1 gt CO CO gt
130. 1 START STOP 2 START STOP ISTART PAUSE CONT PAUSE CONT 4 5 START STOP STOP 97 FFT 1 1 1 START STOP START STOP
131. 2 nAvgBytesPerSec nSamplesPerSec nChannels Rion VA 12 460 VA 12 data ls _ VA 12 WAVE 16 135 RIONFORMAT Im m ET _ _ Ch1ValuePer Volt 8 0 1 52 5 2 Ch1Unit char m s2_ a ER II ls 132 Ch1InputRange char 296mm le lm ilsm js lm slemm _ 164 dwChlLowPassFilter 4 DWORD U OPDE 10 12 5 20 20 kHz lt 5 mh 136 _ dwChlHighP
132. Hz kcpm odr ENT HertZ kcpm Kilo Cycle Minute order odr 2 1 2 1 2 X odr 3 STORE 68 1 SCALE EXPAND MOVE SCALE ON OFF
133. Y Y Y Y Y Y 2 0 14 Y 72 Tgrame FFT FFT
134. 153 32 1 5 12 1 1 kHz 5 kHz 20 kHz ACC VEL DISP 39 104 TIMER PAUSE CONT
135. 40 20 dB 1 210 2 10 DC Hz kcpm order 1 7 mn s X 201 2 512 200 1 2 1024 400 1 4 2048 800 1 8 4096 1600 ex 106 8192 3200 xX 32 1 2 2 X ms Y m s mm s mm 156 SD 2 GByte FFT 1 1000
136. Range 10 Range 31 6 Range 100 dB 40 RANGE FFET Log Over RANGE FFT START STOP a _ 66 FFT FFT FFTT INST FFT 1 71
137. 10kHz pl 20kHz 1 Hz 10 Hz 1 kHz 1 kHz 5 2 20 kHz 0 1 2 100 2 200 2 200 1 kHz 2 5 kHz 10 2 20 kHz 143 Analysis Line 2 200 pl 400 pl 800 pl 1600 gt 2200 Average_ DISD 2Y 1 1 Average 1 Linear 1 pl Max Average COunt 1 pl 1 2048 Window Function No 1 Rectangular 1 Hanning pl Flattop 144 200 400 800 1600 3200 7 55 FFT Pickup Sensitivity p 1 2 pl 100 999
138. 10min pl 30min pl 60min Store Start Time 1 00 00 00 ON OFF Wave _ 1 2 pl pl Of pl 150 MAN_0000 MAN_9999 2 CD lt 23 59 00 YYYY MM DD _hh mm ss ss 00 151 RoHS WEEE CE EN61326 1 2006 x 1 PV 571 CCLD 18 V 2mA CCLD 24 V 4mA PV 571 CCLD 5 200 m s peak TRIG IN 1 25mW
139. 2 25187 08070 FFT 24 A D 80 dB FFT 1000 100 SD 5 5 SD BMP USB SD gt 2 IN CPU RMS 770788 7 DISP gt 5 _ Acc
140. MM hhimm ss Free Repeat So1ngle Time 1 1000 1 1000 1min 5min 10min 30rm in 60min YYYY MM 19 DD_hh mrm ss 0 130 EEE ET 4 _ _7777777 XXXX y dB 6 2777777 38 818 11 LVEL_ 7 1 1 10 711996826044950 6 256294442550100 2 197332682261650 1 342814416939400 4 69985045928 7900 6 469924008903950 151 FFT FFT EEE CT _
141. SD SD 17 18 VM TIME FFT 2 120 SD SD 63 FFT 1246 5 51 6 1 kHz 2 _ 238 2009 06 09 16 50 55
142. START STOP ISTART 3 PAUSE CONT PAUSE CONT 4 1 99 5 FFT ISTOP START STOP 1
143. 0 FAX 052 232 0458 2 40 2 336 0017 TEL 048 813 5361 FAX 048 813 5364 5 22 2 812 0025 TEL 092 281 5366 FAX 092 291 2847 No 54232 10 06
144. 09 16 52 264 77 704 FFT 81 DC 0 82 VM TIME FFT ACC VEL DISP
145. 1 CCLD VP 40 FFT 3 8192 FFT 3200 240 320 TFT LED SD
146. 2 DWORD 40944 MEMORECTIMEFORMAT 40944 leemmy 8 BYTE 4 0k paus 40 k VA 12 chunkID ChunkSize PAUSETTIMEEORMAT 138 7 CRLF CRLF CSV 2
147. 2 200 400 800 1600 3200 FFT 100 2 200 Hz 500Hz kHzZ kHzZ SkHz 10 kHz 20 kHz 200 400 800 1600 3200 512 1024 2048 4096 8192 154 FFT WAVE SD 1 1 MB WAVE 20 kHz 10 100 Hz 2000 2 1 8 1 8
148. 20 1 MENU 2 FFT ENT gt 7 3 2008 04 09 18 05 43 FFT 24 1
149. ART STOP 5 1 Languagel ENT 2 ENT 1 2 19
150. E SCALE ON OFF M 3 4 STORE XXXX XXXX 1 1000 0001 SD 94 FFT 17 18 FFT 56 64 69 70 ee
151. assFilter DWORD 11 1 12 3 ie IU 2 50 1 196 dwTriggerType DWORD Free 10 Level 20 Time 30 Ext 200 dwTriggerMode 4 DWORD 0 10 20 Single 30 Repeat dwTriggerChannel 1 DWORD 1901 YYYYMMDD hhmmss0 D h 7 1 2009 6 28 8 30 Start1ime Char 20090628_0830000 WORD 0 1 1 ala slwwshh mm EE CTT slss __ gt gm shewshh lm lm 137 ml we 4 404 4 gt 12 we 4 lt woerialNr 1 8 1 8 12 5 40 k VA 1
152. ddress 118 _ 3 23C LR6 12 R6PU 3 LR6 10 119 PL gt
153. ear 210 x 2010 x x 2 70 61 FFT 62 FFT Log dB 1 m s 1 mm s 1 mm 1 Linear 5 mm s mm FET Y SD SD 12009706709 15 48 52 6 IE
154. ype Overload_Current _ _ EL Overload _ _ _ _ DISP Overload _ Result Overload _ Result _ Overload_ Result VEL Overload _ Result _ DISP High_Pass_Filter 12 Acceleration Velocity Displacement Pnvelope 0 3 1 z 3Hz 10 7 1697 5k 2 20 2 2 0 4 5 0 120 100 2008 2 lOkHz 20kHz 200 400 800 1600 3200 Linear 1 2048 Is999 Rectangular Hanning Flattop 100 7999 X UUL x 0 001 Frequency_Span Analysis_Line Average Disp Average_ Window Function Actual Sensitivity _ Num Actual_9Sensltivlity _ Magnify Store _Interval YYYY
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