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1.2. DE DC 8 0 1 2
3. RUN STOP Er 2 J 1 0 _ NR
4. BOX 50 70 P 7 ON OFF P 15 7 5
5. 6 3 0 ECG25 0 2A ECJ45 0 5A 1 ENTER 7
6. 2 3 10Hz 45 70Hz
7. C 3 ON EE
8. 26 RI 1 VibA FeA LMT oo eu Hz 2 A 2 gt
9. E FE3 FE3 P 53 STOP 1
10. 1 1 140 0 Hz 30 0 500 0Hz 30 0 200 0Hz EC 45 70 0 1 1 100 V 0 200V 100V 100V 100V 2 2 140 0 Hz 30 0 500 0Hz 30 0 200 0Hz ECJ45 70 0 2 2
11. P 23 48 NTN 53 1 1 P 56 2 3 NTN
12. 2 4 J 0 7 19 FE 4 J 0 7 20 OC Qc 7Y I E 3
13. P 39 42 9 OFF RUN ON LED LV ll LED 5 ie LED LL UJ L ED 2 OFF 2
14. 3 0 0 N a LED 5 8
15. IS 0 2 N P 6 P 9 N 2 AC100V AC100V AC100V AC200V AC100V NTN r AC100 115V AC200 230V
16. 2 AC100 115 200 230V 109 50 60Hz 10 100V 200V AC100V AC200V AC100V K UEO83 P 28 4 P 31 ON 5 P 20 P 40 HI1 20 P 50 3
17. J11 0 20 kHz 0 Eg ECJ45 2 1 14kHz 2 10kHz 0 30 0 200 0Hz 0
18. nf gnn H12 H14 H16 27 B Vib A B 1 J0 5 ea 2 2 NN P 30
19. 37 J OL J di DATA ENTER _ C yg DATA ENTER DATA MNo ENTER 1 0 1 T0 5 3 4
20. P DN LED P 1 U PDN P1 P3 H12 H17 H18 H20 50 No Pi LAA 0 V H12 17 HH18 FV
21. AC AC1500V DC DC500V 10mA 1 NTN 2 3 ED P 6 4 NTN NT N 3 1
22. OFF E r 2 E r 2 P 53 3 f 36 9 1 2 H
23. H 2 2 J0 5 1 B 2 H2 3 MAX P 48 H2 2 en H 2 2 DN 5 L IMIT H 2 2
24. J 0 7 G N G N K P1398 S MD N N 13
25. 3 K P1400 3 11m NTN K P1398 H 3m 3 SE
26. 33 1 P 30 H22 H21 T 0 5 2 FE 3 5
27. F F V J0 4 FV FV FV J04 S05 S20 L20 MD10 MD20 S20 N25 1 K20 N32 N40 2 G50 1 2 SV01 SV06 SV1 SV3 S30 V0O1 V12 MD30 C HF10 HF14 F V No 15 HS05 HS07 0 17 1
28. F V P 13 14 P 13 14
29. 0 100V 0 200V DC24V 200mA 3 OFF 10 ON 0 0 60 0 OFF 0 0 30 0 AC250V 0 1A 5 3 15A FGMB 5 2 x20 K P1398 NTN 1000V
30. 1 5 EDS 1 6 1 NR NR a 2 4 2 3 5 8 0 M RS 3 7 9 22 NTN 13 14 5 Acavsvidiepcs 23 36 seiwehaaar 26 CO 28 30 a 31 34 EC RE 9
31. 1 P 23 14 5 N 24V X1 0V N ON OFF O NOFF TT Tn nh mn WM Tn mn nH i ONOFF EER QI
32. 90 0 90 100 2 0 30 BerD OO RE 1 0 0 40 100 48 ON
33. 6 7 3 3 R S T 2 R S N Eo II
34. No 3 SI nn 2 eu 0 1 2 3 4 5 ME NY ed 5 1 L599 ea ed No 1 7 2gu od S lo Ju ea P 5p 29 oid OSA Gmm 7 JOG NO
35. 0 0 50msec 0V 0 IN1 IN2 0 1 IN1 IE 2 IN2 1 2 HI10 HOO 4 7 3 H HO8 0 46 H 09 10 0 HO00 HO3
36. 2 L I MI C1 AL 1 OL n IT oP
37. ON P 57 12 4 RE K F1398 M3 P1398 2
38. 2 2 HO0 0 4 5 1 ON OFF 1 P 1 H 2 ON OFF 2 P 2 3 E 1 2 OF F 200mA
39. J 0 3 1 JOG 0 2 0 1 JO G JOG JOG ON RU N ON RU N JOG JOG 35 Oo 9 8 STOP 0 RUN 522
40. 2 J 0 0 ON OFF NM 3 ON 2 L oc L oc
41. 3 Fi OFF 2 CLS CL L oc 2 CE LED 7 seg LED 1 IN1 7segLED 2 2 IN2
42. ke 8 LIMIT 4 6 LIMIT STOP H2 2 RM 4 6 2 FE 2 3
43. FV FE 2 oo 2 0 7 4 4 P 6 gt oT 29 L Nr
44. L oc P 49 1 o 2 00A ECJ45 ECG25 s2 00 A 4 00A ECJ45 4 00 A amp 0 2A ECJ45 0 5A 0 10 2 50A ECJ45 0 10 5 00A
45. 150 T06 0 100 200V 27 T06 0
46. STOP sm JO 2 2 J HH J J0 0 J1 2 UP DN JO 5 i UP DN 3 3
47. lt 30 C Fre A C 1 C 2 O O OE OOP Fre A 5 n
48. 1V 1 6 7 P 49 2 8 P 17 19 P 45 46 2 AND 9 P 21 P 46 47 HO08 H10 10 P 13 14
49. ON 3 P 2 4 HH 2 H 2 AND OFF 1 1 H NTN P 18 19 NTN NTN 19
50. 1 P WM 2 AC DC P WM 3 56 AC100V 115V AC200V 230V 10 50 60Hz 50A 1 P WM 2 0A 30 4 5A 30 2 5A 5 0A 30 0 500 0Hz 20KHz
51. 0 5 a A RUNSTOP LED 57 RUN C 2 L 2 0 MD 2
52. 42 8 SMD MD 2 0 2 0 H23 H24 80
53. 100V 200V LV 52 2 1 FE 1 33 2 FE 2 2 P 29 33 FE 4
54. 2 MR 2 NA TD CN F 18 FE 3 EE NS ie NN
55. JI 24V TV 1 X1 OV OV RNN NPN 0 14 1 0mm 10 mm Gm 0 25 0 34mm 2 AI0 25 12BU 2 0 25 mm N0 J 0 2 1 X1 0V NPN
56. A 2 m 5m 10m H 1 0V 10m EE 10m 1 5D 2V
57. 2 1 J 1 0 1 OFF J00 1 0 1
58. FE1 FE2 P 29 H2 4 J0 6 0 H 2 4 J0 7 2 4
59. H12 H17 H18 H20 P 47 48 H1 1 B1 B2 A1 10m 7 2 H11 1 in1 eh nT A i i 0V Al 1 8 A1 24y
60. 20 8 Y1C Y1A _ 1 NR Gr NM 52 F 0 Me 1 a i AC250V 0 1A cos 1 al C2 EM C1 AL1 Y1C Y1A 9 10m R 2 C1 AL1 a 9 C1 AL 1 L I M 1
61. 1 2 2 5 9 TS FUNC RESET AN MM DATA ENTER UP UP DOWN DN 23 1
62. 1 EC J4 5 1 1 47 1 lt 1 50 0 100 2 2 50 0 100 3 2 3
63. 0 2 l LED i Ea gc RUN ED R UN c 2 lt c4 3 2 EE UP N No UP DN No uh
64. OFF 24V IN1 ll 4 7 5 1kQ 1 2 1 4w 3 2 EN IN1 2 H00 0 IN1 V 8 3 AM 8 ov OV IN2 0 H 0 0 P 45 Ps LED P 49 Il 1
65. 24 0V 3 3k Q E 24V 7mA PNP V 0 2 1 2 24V V X1 OV 9 Y1C Y1A J02 1 x1 OV ON gt PX 6 A
66. J0 8 C 1 AL 1 DC30V 0 1A CcC2 EM CPU 1 2 CPU 5 C 2 EM ED J 1 2 Y1A Y1C 1
67. X1 OV 24V V 1 2 3 4 5 ON OFF P 57 P 9 P 57
68. 5m LIMIT
69. 14017 11 lt TEL gt 0265 79 1782 lt FAX gt 0265 79 1781 P 13 14 460 0003 2013 7 2010 12 TEL 03 6713 3652 108 0075 2 16 TEL 052 222 3291 2 TEL 06 6449 6716 550 0003 1 1 P 7 4 1 2 3 4 3 17 NTN 2013 59
70. 90 90 H 1 30 80V 100V P 5 S MD P 10 P 6 HH
71. 0 1 1 0 0 2 2 3 H23 H24 0 6 0 38 2 HH 2 OI DS EDT EI E ECG25 ECJ45 ECJ45 lt J gt ECG25 0 10 2 50 A 0 20 2 00 A
72. 50 0 100 ECG25 140 0 Hz 20Hz ECJ45 70 0 Hz FE 3 30 0 500 0Hz
73. 7seg 4 OL ED LED UP DN 7 RUN STOP 97 ONO FF J0G J OG Vib A ON Fre A ON LIMIT
74. J 1 2 EM EM 0 0 EM C2 1 EM C2 2 3 4 EM C2 Y1A Y1C 5 J02 0 1 EM C2 ee Du uli yg 44 IN1 1 IN1 3 ON 4 1 OFF 44 1
75. HOO 6 7 1 IN1 0 0 60 0 J02 0 1 3 OFF HOO 0 1 1 IN1 HOO 2 5 1 IN1 P1 OFF 5 HOO 6 7 2 IN2 0 030 0 J02 0 0 1 3
76. 15 ami NM ZO OX KN OV ON 24V V 3 DC24V 7mA 1 3 2 X1 OV 16 24V V PNP H PNP PNP V X 1
77. 5m 4 KECG25 3 1 P 59 Ser No 2
78. 0 6 2 5 Fre A RUN 0 2 I RA mi 8 8
79. J 0 2 0 1 0 V 7 OFF ey 02 2 3 STOP 7 DATA STOP 1 HUH STOP 1 a ER un 4 STOP If FUNC 2 0
80. DC24V 1 3 24v i 24V OV IN1 9 4 1 50mA DC24V NR 0 NPN 0 Vi w IN2 2 2 IN1 0V 1mA 3V
81. IN1 ON 4 2 P2 ON OFF 4 2 P2 OFF HO3 2 3 2 0 1 HO3 HOO 0 1 P2 4 OFF 4 2 HO5 P2 ON IN1 ON HO3 0 1 P2 ON HO3 2 3 P2 ON 2 IN2 1 IN1I HO3 4 1 IN1 P2 ON J02 0 1 3 1
82. No No J00 J01 J04C J07 J10 J11 ECJ45 J12 H11 H21 H23 20
83. 2 3 17 P 15 24V PO DC 2 4V O N ON OFF DC 2 4 V 0 5W lt
84. HH 55 P 53 F V P 51 5Hz P 37 0 1 J0 P 13 14 FV J EE
85. 4or5 00 1 2 ON PO OFF High P1 P2 OFF TIN1 IN2 ON OFF OFF PO ON Low P1 P2 ON NTN IN2 OV OFF 1 1 IN1 High ON 1 IN2 OV OFF 1 IN1 OV ON 1 ON HOO 0 1 1 IN1 i 1 0 0 HOO 2 5 IN1 i ON
86. 3 E BOX 3 3 ES 0 7Nrm rN wy O 22 02 2 3
87. B OX gt 2 mm SN 15 12 5 6 2 5 io VY hl oO A NN SS el gls N Eo Ee o o sl a V1 30 60
88. 9s7 P 56 7 97 SY RRR OFF CPU OFF 20Hz FE 3 H21 P 56
89. P 28 P 84 7 4N 0 2 1 W _ T IT TIT IT IlU II Il HPLTTLTTTTLTTTTHTHTHILTTTT lw OOIOIO
90. E 0 2 12 J J 00 10 U PDN 0 5 U PDN E P 39 2 25 DATA ENTER nn lugp5 DATA ENTER xD ER J A A 1
91. 1 0 V 2 4 V 2 ml 3 IN1 IN2 1 lt B1 B2 P0 P1 P2 1 N M 3 2 3 4
92. STOP 0 2 2 PL H DA ENTER J J 00 J12 UP DN J04 FV DATA U PDN FV a P 89
93. 1 PWM 2 P 57 3 10m 3m 2 5mm M3 4 5
94. 9 10 OL 11 12 13 14 15 16 LIM I 17 F V _ E H00 2 7
95. 45 IN2 IN1 3 0 IN1 IN2 P 49 HO3 0 1 HOO0 4 7 HO8 2 IN2 HO3 2 3 HOO 0 3 HO03 4 4 2 ON 4 2 P2 HOO 0 1 2 High ON V Low O0FF 2 E 0V High TN2 OV IN2 P2 ON P2 OFF ON TN1 OV 0N 2 P2 0N High OFF 2 P2 OFF IN1 High 0N 2 P2 ON 2 IN1
96. F V ENTER P 51 _ 2 31 N TN UP JO 6 2 2 33 8S30 G50 5 6 E 4 DATA ENTER DATA ENTER S30 G50 06 5 6 T
97. No 2 HH20 EE No
98. P 1 P 2 ON OFF P 18 P 0 P 0 P 0 5 1 2 AND ON OFF 1 2 5 1 4 1 1 2 H 2 1 H P 2 H HH
99. UP DN 8 LIMIT L IMIT 9 C Ny ny x pd m er m eb DATA ENTER Ke gp 2 9 Ml A Fre A LI MI 0 9 10 L IMIT 9
100. sa AC250V 0 1A cos 1 mli dq IM RR 21 10 1 1 A EE B C E D E
101. 28 OL MS 2 Vib A RUN 0 2 LED 1 E C Cn 90 lt Nt A FeA LIMIT OO
102. 70 50 63 S 3 0 50 0 S 3 0 G50 ECJ4 5 40 27 G 5 0 0 0
103. FV P 51 FE V J01 OL OL OL AL1 J08 1 2 4 5 20V RR A OL EM 3 P 52 41 J 0 2 0N OFF
104. ES 58 E K ECG25 15 30 2 5 142 15 RI oooo SRlglS O 6 O 4 L K P1398 K ECJ45 9 5 60 2 5 142 i 15 W T L 5 9 82 ks NTN NTN 399 4601
105. LED OFF 2 NTN 1 3
106. 4 HH LED F V 32 FE 1 H24 HH HH DATA ENTER i DATA ENTER LED 150 STOP
107. 1 2 TIN2 2 2 RUNJ 49 No 20 No P1 4 No No
108. K PZ0466 NTN EC 4 5 6 3 P 25 lt gt gt gt 22 gt lt gt es EE HT EY 5 PR P 11 EN P 12 P 15 16
109. gt QO ON PO 0V 8 P1 P2 DC30V 0 1A ov 24V PO P1 P2 0V 10m 24VI_ 1240 H0 0 2 XY 3
110. E K EC646 15 0 250 0Hz NM 200mA 1mA E o iD P 1 57 200V
111. HO0 0 2 NN 3 X 1 1N1 a es Pl P1 58 ON OFF P1 OFF ON ON OFF 2P1 gt 2 3 P 45 J P 1 P HU 1 PO ON OFF 5 PO PO 18 4 2 2 AND ON NM NM UR UR TU
112. NTN 2 K20 100V N25 V01 VO08 100V N32 N40 G50 1 KK EC 4 5 F V F V Ne 9 F V ee wo 2 17 15 16 14 13 R N NN 120 160 200 240 280 500 F MM 1 FV 18 F C 3 No0 17 F F C
113. 180 AL1 0 ON OL ON gt Fo KJ O 3 L IMIT ON 4 L IMIT ON 43 5 L IMIT ON 6 AL1 C1 Y1A Y1C ON AL1 C1 Tr J 0 9
114. HO3 0 1 P2 OFF HO03 2 3 1 IN1 P2 OFF HO3 4 J02 0 1 3 2 IN2 P2 ON P2 OFF 0 5 0 0 5 0 0 0 50msec 0 V 0 3 0 0 5 0
115. 1 LIMIT OR 7 7 0 OR IMIT ECJ45 ECJ45 39 lt H gt IN1 High Low TN1 TN1 P1 1 IN2 OFF IN1 ON 1 IN2 OFF 1 ON 9 0 0 60 0 OFF 1 0 0 0 30 0 IN2 IN1 0 IN2 Low 1 2 1 IN2 High 2
116. 10 mm 1 NTN 2 3 5 PT CN 70 3P P K P1395 1Pin 0 V 2Pin 3Pin 0 7 N
117. EW 0 4 5 2 ON ON N LE D O on oFF N 2
118. 37 51 RO TR 3 10 52 53 wetszneesse say 54 56 i 57 59 2 E
119. 1 0mm 3m 2 5mmn B OX 10m 2 3 ml
120. X 1 IN1 IN2 0 AND X1 1 AND X1 2 3 AND ON OFF J OG J02 0 1 0 OG CA JOG
121. P 37 48 RR SM SV 9 9 E P 39 40 24 1 7 No 7 7 7 4 4 ECG25 0 A 3 ES B EC 4 5
122. _ RI A 4 7 6 7 4 SPEED lt 5 9 9 6 20 No 6 1 N 3 I
123. 2 00 ECT45 0 10 5 00 A 0 50 4 50 A 4 00 0 1 2 3 J0oG 3 0 J0G 1 JOG C HE10 I S30 J 1 1 EC 4 5 0 180 AL1 0 aa l 2 LIMIT 5 OR 6 AL1 3
124. O K P1398 KK EC 4 5 I O Sh 8h El OF en en gH 9 n 8h 8 9 lt Le o ECG25 3A ECJ45 5A 24V 1 Y Y1A 2 4V Y1c 1 AL 1 IN2 ov C1 1 81 NN 4 C 2 24V PO 2 1 8i 24V P2 L N S L 0 5 1
125. 5VYdc CPU CPU Al 0 05V 0V 0 HT Al 4 86V AC200 100 V U 100 22mV 1V 1 100V 44mV 1V 1 5 A1 0V 5m
126. ON HO8 Low HO0O0 HO3 1 0 120 0 LED no P A 1 ON J08 1 0 HOO HO03 OFF no P AL 1 OFF 0 1 30 0 0 B1 B2 0 B1 B2 A1 Al
127. P 15 16 _P 17 19 P 21 P 20 P 18 19 PL21 ECG2Z5 ECJ45 K ECG25 ECJ45 USE 3A ECG25 2 LACECJ45 91 N _ TS WS gt Relay Relay BOX BOX Mu 5 1 2 YiAlYic Em c2 et AL1 Polpi lp2 1 S AD
128. 2 2 2 IN1 P2 3 2 2 IN1 P2 4 IN1 4 2 P2 2 ON 2 0 0 60 0 HO 4 OFF 2 2 0 0 30 0 0 0 5 0 0 5 72 0 0 5 0 0 3 0 1 IN1 H 2 IN2 H EC 45 40 H18 H20 H22 H23 1 0 120 0 10 0 0 1 lt 30 0 i 1 0 0 B1 B2 1 A1 1 30 0 500 0 Hz 140 0 70 0 1 0
129. 7 7 1 oPWUWOoZZ I B1 B2 0V NPN B1 B2 H12 H17 H18 H20 P 40 47 48 Bl 0V 1 B2 0V 2 Bl B2 0V 3
130. ECF25 EC J45 ECH45 0 2 1 J 0 2 2 3 RUN P 39 P 42 0 RUN A 2 96 7 4 5 1 ECG25 140Hz ECJ45 70Hz 2 20
131. P 15 ON P 57 P 29 P 15 P 15 P 37 P 37 6 ON 54 P 37 P 49 7 8
132. S20 N25 1 FV H F AN 0 1 0 2 EN
133. ON OFF a OFF OFF LED E 2 P 11
134. REO B 3 5 FOOP Vib A J 0 5 ei 9 fe OO O RUN STOP AA R UN B 2 F V J04 3 10Hz B 3
135. Lo X1 OV NPN High 0 2 0 0 2 P 42 PNP 1 1 OV DC24V 7mA 2 24V V X1 0V 10m J0 2 1 24V V X1 0V 2 J02 0
136. 3 J 1 0 1 NT NN 0
137. JOG J ie V V ECG25 F ECJ45 H lt F V P 51 F N25 H N40 C HF10 0 17 Ne No0 17
138. 11 3 AC200V F D 1 E 1 2 P 16 3 M3 4 1
139. LIMIT OL LIMIT 46 STOP 2 FE 1 2 FE2 FV FE 1 FE 2
140. Na A di A 6 2 LC SE 3 Ea RN E UP E DN 34
141. 0 IN1i 0 IN1 OV Low OFF 1 P 49 High ON 4 1 IN1 OV ON 1 High OFF 4 1 TN1 P1 0V ON 1 P1 ON High OFF 1 P1 OFF 1 P1 OV OFF 1 P1 OFF 2 IN1 1 P1 IN2 AND V ON 1 P1 ON High OFF 1 P1 OFF TN1 P1 IN2 AND OV OFF 1 P1 OFF 4 IN1
142. 0 20 2 00A ECG25 ECJ45 0 50 4 50A 0 2A ECJ45 0 5A 0 24 ECJ45 0 5 0 2A ECJ45 0 5A BCG25 0 20 2 00A 0 2A ECJ45 0 5A ECJ45 0 50 4 50A oe 1 ga ECJ45 N40 4 5 2 2 00A ECJ45 4 50A 0 0 5 0 2 00A BCJ45 4 50A 30
143. P 9 B719 NN aS Ei 0 1 0 2 a J01 0 2 F V J04 0 6 0 7 P 87 LM A OA pXx o 1 1 P 26 1 NM P 31 05 3
144. 200 V 2 30 0 500 0 Hz 140 0 70 0 100 2 0 200 V 100 3 30 0 500 0 Hz 140 0 70 0 3 0 200 V 1 0 100 2 0 100 3 0 100 30 0 500 0 Hz 140 0 70 0 0 200 150 MAX 30 100 70 90 0 90 27 3 J IN i 1 J00 J10 RUN STOP
145. FV NTN 100V 100V 100V 200V 51 10 1 C 2 EEM gt 1 5
146. 100 V LL 0 200V 100V 100V 100V 3 MM 3 140 0 Hz 30 0 500 0Hz 30 0 200 0Hz ECJ45 70 0 3 100 vV 3 LL 0 200V 100V 100V 100V
147. 0 6 2 JO 6 0 MAX H23 H 2 3 H2 4 J 0 6 0 E P 48 2 3 H2 4 3 2 5 1 UP JO0 7 UP DN 3 0 1 8 0 DN JO 5 U PDN 4
148. 100V B 60 170V 200V E 0
149. IOIOOIOIOIOIOOOWIWOOO URURTUROPMNNO N N lt LL 1 3 5 6 7 AC100 115V 230V 50 60Hz 2 AC200 ml P 2 4 P 11 P 12 P 13 14
150. N PMPCO035 c 6 BOS SOO BOO K ECG25 2A K E ECJ45 4 5A EAE ECT RE SIE RAN CR ERAT TE EA ES ND I AEE A Co Re A CE OO ATA ETE TR ERE A EOE A Ay 0 2 0 Ne P 24 ECG25 ECJ45 NTN
151. p 1gusec 0 40 35 85 RH TT 1000m HF10 HF14 K10 K16 K20 100V N25 200V K20 100V N25 100V H 7 S05 S30 L20 HS05 HS07 VO7 V12Y VO01 V08 200V 7 SV1 SV3 SV01 SV06 MD10 MD30 57 N32 N40 G50 1 V01 VO08 100V 7 NM 2 2 1 3 6 5 6 7 V 1 10mA
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