取扱説明書
Contents
1. BBS S ans ii jp m ii 2214 u uns m m mA s a ns iii Vi 1 1 1 kk 2 3 kk 4 52. 1 OFF ON 1 Esthemat Slim VACUUM 4 5 6
3. Ilia 5A 15A RS 232C 8 7 n 5 CQ 1 2 25
4. Qa 6
5. Vi 1
6. 15A
7. TI CU 2 A
8. 0 1000 960 3 960 4 lt 1000 5 xz JE I 1 000 6 1000 7 1000 8 2 850 9 P i 950 0 P 1 940 1 P 930 5 P 1 930 13 P 8826 880 4 P 1 920 5 P 2 910 6 P 2 875 7 P 8 900 18 P CPM 1 770 9 r R 2 940 R I 1040 9 R 880 R 1 910 R 900 RR 870 R i 890
9. 6mm PORCELAIN TRAY SET 2 1 2 15A 3 5A 1 Em i i ON OFF
10. CLR 60 TMP DELAYI FINAL TMP FINAL DEL TIME 5 WAG VAC DEL IVAC LEVEL 5 00 5 00 700 5 00 960 5 00 5 00 700 5 00 960 5 00 5 00 5 00 2 00 600 2 00 1 00 600 1 00 1 00 600 1 00 700 930 700 880 700 920 700 910 680 875 00 600 00 00 700 00 00 700 00 00 700 00 00 700 00 00 680 00 00 00 600 00 00 700 00 00 700 00 00 700 00 00 700 OO 00 680 OO 00 550 950 550 940 700 950 700 940 700 940 700 880 700 925 700 910 700 960 700 950 700 890 700 935 700 920 C 61 11 START IMPI_UPTIME DRY TIME RATE
11. STOP LIFT Qs STOP LIFT ma STOP LIFT 39 Il CU 4 lt ESU 7778 PROGRAM UP IDRY FINAL DEL COOL TIME PROGRAM DATA PROGRAM DATA TMP DELAY HIGH TEMP TMP DELAY HIGH TEMP TMP DELAY FINAL TMP HEAT RATE FINAL TMP HEAT RATE FINAL TMP FINAL DEL UP IDRY FINAL DEL UP DRY FINAL DEL COOL TIME START
12. HIGH TEMP TMP DELAY 4 HEAT RATE FINAL TMP Ea UP DRY DRY FINAL DEL me mmm ET mm em VACUUM VACUUM VACUUM VACUUM VACUUM Cu 1 ER 1 5 on
13. 2 100 5A 5A 1 a Il CU
14. 1 ON OFF 4 1 2 3 4 5 PROGRAM DATA 7 2 8 9 ue 0 ew VACUUM 2 ma P 20 START w 4 9 PROGRAM 7 8 9 en 0 ew VACUUM VACUUM dit
15. 20 AL ZR MP 51 49 0 50 MM 51 99 2 FA 10 P 60 0 1
16. 1 ON OFF 2 8 9 G 3 17 2 e RADY 2 8 9 o C9 4 ENT 8 0 2 e 95 7 8 9 9 e o 8 4 1 2 3 ge 5 7 8 9 G TENT 29 1 2 30 ON OFF
17. 2 hPa 1 000hPa 1 008hPa 008 VACR VACr 1 2 2 g 7 2 8 9 6 1 20000 00909 506 0 es STOI PROGRAM DATA VACUUM x FT PROGRAM DATA VACUUM i PROGRAM DATA VACUUM 43 44 1 HEAT 0 60070 alolo 4 alolo 99066
18. P 36 START w STOP LIFT STOP LIFT STOP LIFT HOLD PR0G CLR
19. 1 1 P 62 70 680C 710C 5 930C 500 79 96 9300 C F hPa C hPa 1 ON 2 ON OFF 1 3 2
20. SA 0 0 15A Err 3 XXX 3 xxx 93 000 57 SEM S 10 40 30 75 ACTIOOV 10V 50 60
21. DRY 20 30 CLR HEAT RATE 10 100C 2 HIGH TEM 100 1 200 TMP DELAY 0 0 FINAL 100 1 200 lt gt 52 9 lt gt 100mm 3
22. 2 TON 0FF STOP LIFT 1 2 DO 5 io 0 mm NE x SEsthemat Slim S s l Esthemat Slim
23. Esthemat Slim SHOFU
24. VACUUM 0 30 lt gt lt gt Quta 23 02 89 CLR
25. TEST ESt 55 5 e 9 59 68 9 mr DOWN doWn G 2 4 5 5 9 0 6 mr 1 2 415 5 0 mr PROGRAM DATA HIGH TEMP TMP DELAY UP DRY FINAL DEL VACUUM HIGH TEMP TMP DELAY HEAT RATE FINAL START TMP COOL TIME VACUUM Esthemet sim 6 ON OFF 9 2 3 0 0 e 90G
26. 24 OFF
27. 2 4 5 7 9 0 IO lt gt 1 DOWN doWn r N 9 9 301010 HEAT RATE FinaL TP TMP so PROG CLR 0 ENT COOL TIME 7 VACUUM 2 1 2 9 2 4 5 9 2 8 9 45 1 SWTC SWtC 9 CE 84950 7 8 9 Ge ec9 0 eo 2 1
28. ENT 21 Fa CLR C CF hPa 48 2 START P 100 800 Qusa E UP 0 0 CLR
29. ENT 7 DATA PROGRAM VACUUM
30. 2 0 2 7 9 0 esa 4 w PROGRAM DATA mmm gur ED ED EE ED VACUUM gt DATA DATA 1 LOAD LoAd 8 OC 4 8 8 8 G am 46 DATA 2 h PROGRAM DATA ED mm ED VACUUM N 1 1 8505 2090 6
31. w DATA PROGRAM HIGH TEMP HEAT RATE START TMP VACUUM Esthemat Slim 1 q 1 1 4 5 Qa _ 20 P 32 AC 50 60Hz
32. 9 1 CALB CALb 2 60000 0 9 4 2000 99066 P ODD 50490906 0 0 8 69 6690 O 2 4 8 9 8 s 0 es PROG ENT 5 209270 to 886 HEAT RATE UP DRY START TMP DATA FINAL FINAL DEL COOL TIME lt PROGRAM HIGH TEMP UP DRY START TMP VACUUM TMP DELAY FINAL DEL COOL TIME x pe 9 PROGRAM HEAT RATE START TMP N bh DATA VACUUM FINAL FINAL DEL COOL TIME PROGRAM HIGH TEMP DATA HEAT RATE UP DRY VACUUM TMP
33. 15A 100V 20cm 150cm 8 A
34. ON OFF 2 4 5 e 8 9546 9 og 0 em 2 6 e P 32 a PROGRAM DATA HEAT RATE VACUUM 272 a
35. VACUUM 5 1 2 3 7 1 0 2 2 3 4 5 9 8 orp 9 VACUUM 1 2 3 10490 HIGH Em N gt lt f TMP DELAY wm FINAL DEL FINAL START TMP COOL TIME VACUUM PROGRAM rm ED ER 1 yy DATA room FINAL COOL 27 16 91 3 0 17 18 19 28 8 002 4 9 on 9 PROGRAM HIGH TEMP DATA HEAT RATE START TMP TMP DELAY FINAL FINAL DEL VACUUM VACUUM L 1
36. hPa 1 000hPa FUL FuL 33 STOP LIFT b 1 2 68 1 9 eR ew Esthemat Slim 5 1 HOLD 0 G 0 8 8 5 eg og 0 er 8 4 2 HOLD
37. 0 mm ON OFF PROGRAM DA HEAT RATE FINAL UP DRY VACUUM FINAL DEL COOL TIME 9006 PROGRAM gt DATA HIGH TEMP TMP DELAY HEAT RATE UPIDRY i VACUUM FINAL DEL COOL TIME yy Esthemat Slim 1 38 lt gt ES G5mm 55mm 95mm 3 509 6 3096 2096 10 525 3
38. 01 6 40 H PROGRAM DATA rm PE HEAT RATE FINAL TI ET START TMP COOL TIME VACUUM Ne 4 6 L PROGRAM DATA HIGH TEMP TMP DELAY ED UP DRY FINAL DEL VACUUM k 1 VER VEr 2 60090 0 9 4 alolo 99066 1 8 2 2 Gs OY GOiG
39. 1 2 3 RADY 8 9 0 ea PROGRAM oe 2270 HEAT RATE FINAL TMP FINAL DEL START TMP UNE COOL TIME VACUUM i PROGRAM DATA HIGH TEMP TMP DELAY HEAT RATE FINAL TMP START TMP COOL TIME VACUUM lt gt 1 UP 2 9 906 0 6 5 FinaL Tue STOP PROG 0 ENT LIFT UP IDRY START TMP COOL TIME 5 VACUUM 2 1
40. l 56 56 222020 0 56 5 57 i 57 EE Ta 57 57 58 8 Sa a S aaa awasqaku SSW Tanu w ww moi 59 59 59 9 LL 59 10 kkk 60 1121 9 2 2251 34 30mm 300mm 51 AL ZR MP 4918
41. 34 2 4 1 5 20996 29009 G eg 9 EI 505 2009 4 50 6 ENT 5 20995 2009 gt e Oe 4 HOLD 2 1 1 5 70 7 2 3
42. 34 I 34 34 34 35 35 2 36 36 2222 22 02 2207 38 39 uu u ua 40 220200044000 40 2 FX 77 JV 1 a 41 41 4 42 44 0 l l a aaa 45 i 46 46 Y 47 48 kkk 48 49 70 50 51 J J 55 56 56
43. FIN 1 ON OFF 1 2 8 99 2 9 99 0 PROGRAM DATA HIGH TEMP TMP DELAY HEAT RATE FINAL TMP FNAL DEL START TMP COOL TIME VACUUM Qa 1 DATA HIGH TEMP TMP DELAY RUN VACUUM 47 1 ON 2 1 2 38 OPTS oPtS L L 700209 G 8 9 W on
44. a e N x gt 1 a 100mm 4 STOP LIFT lt STOP LIFT gt 1 STOP LIFT 4 2 G 4 5 6 eg og 9
45. 15A 5A 15A 6 3xX3 mm 5A 5 0 x 20 9 1 59 10 TMPI_UPTIME DRY TIME
46. 0 C C C DATA m umma FINAL TMP Ei COOL VACUUM TMP DELAY FINAL w DATA mm um 200 3 Em 2 mr ET VACUUM VACUUM 7 49 1 MMHG 1 2 3 e 4 5 8 7 hPa 1 mmHg 2 HPA hPa MMHG mmHg 2 hPal 50 hPal mmHg rs 0 DATA TMP DELAY TMP DELAY VACUUM VACUUM DATA w DATA 3 3 VACUUM VACUUM
47. ON Z PROGRAM DATA EE ED ET Em VACUUM _ PROG OoOO g O ENT HOLD 886 G CLR 5 505050 00009 8 886 9 6609 CLr 4 PROGRAM DATA START COOL TIME k VACUUM 31 1 ON 2
48. P 40 48 PROGRAM DATA VACUUM P 20 P 22 3 A 8 A 1 2 20cm 150cm 20cm 1 OFF
49. U O 9 6 0 9 1 2 3 006 Ge og eg 8 1 2 3 49 9 1 8 8 eg 0 em 4 PROGRAM HIGH TEMP yy DATA HEAT RATE START TMP TMP DELAY FINAL VAC COOL TIME HIGH START TMP DATA TMP DELAY FINAL FINAL DEL VACUUM PROGRAM HIGH TEMP DATA HEAT RATE START TMP VACUUM TMP DELAY FINAL FINAL DEL COOL TIME ON PROGRAM HIGH TEMP TMP DELAY HEAT RATE FINAL START TMP COOL TIME VACUUM PROG
50. US 5 oo 6 7 9 22 2 22222222 2 4424 2424 9 1 10 2 10 kk 10 11 OO 11 11 1 11 1 222 22 12 12 14 14 14 kk 17 17 ee 18 18 20 20 20 Mu 24 i 29 270575 30 aa 32 32 aaa 33
51. 3 1 CALB CALb 00 2 49599 2 9 N Z 18 7 VACUUM _ P w 1 2 3 4 5 PROGRAM 2 8 9 HOLD PROG CLR ENT 6 5 VACUUM START PROG ENT 1 2 9 9 54 ON OFF 1 2 3 4 5 9 on 0 mm PROGRAM DATA VACUUM 55 A E
52. CPM 860 L 940 L 970 L 880 L 1 910 900 ww L 870 L 890 AL CPM_FI i 860 JN 1 1 0 950 JN 2 1 0 940 1 3 950 2 940 940 JN 880 116 1 925 la 2 910 905 CP 1 870 960 950 8 890 1 5 935 8 920 i 910
53. HIGH TEMP TMP DELAY 7 HEAT RATE FINAL TMP 5 eg og 0 START TMP COOL TIME VACUUM 24 PR0G 0 ENT 1 2 CE me9 0 ENT lt HIGH TEMP TMP DELAY FINAL DEL DATA FINAL TNP VACUUM START TMP 6 8 O Oe 70 gt 4 b HIGH TEMP TMP DELAY Z FINAL DEL J COOL TIME b DATA FINAL HIGH TEMP TMP DELAY FINAL DEL PIB DATA FINAL VACUUM 4 1 2 7 8 9 0 yy M HIGH TEMP TMP DELAY FINAL DEL DATA FINAL VACUUM 25 10 11 26 5 0
54. ON 2 ON OFF 1 2 3 4 5 6 PROGRAM DATA 0 5050 8 9 e o VACUUM 2 200C ly mus 100C COLD CoLd 70 3 PROG 7 O 4 ENT PROGRAM DATA HIGH TEMP TMP DELAY UP DRY FINAL DEL START TMP COOL TIME VACUUM START TMP
55. FINAL TMP L J 2 TON OFF lt gt 0 ON 1 2 ON OFF 1 2 3 4 5 0 8 6 PR0G O ENT 5 GO 2009 ese STOP LIFT 100C 5 1970 oOYO
56. e ez 3 PROGRAM DATA HIGH TEMP TMP DELAY HEAT RATE FINAL UP DRY FINAL DEL j c VACUUM 48 PROGRAM HEAT RATE EE FINAL FINAL DEL START COOL TIME VACUUM C CF 1 C F 8 o g 45 7 0 ea C 1 2 1 gt 749740 2 9
57. 0 a 1 VAC 0 2000 4990 2000 6 9 1 2 3 15 PROGRAM HIGH TEMP TMP DELAY ED Emi UP DRY FINAL DEL START TMP COOL TIME VACUUM PROGRAM DATA HIGH TEMP TMP DELAY RUR UP IDRY FINAL DEL VACUUM PROGRAM DATA HIGH TEMP TMP DELAY ED wm UP DRY FINAL DEL START COOL TIME PROGRAM DATA mmm mm HEAT RATE FINAL START TMP COOL TIME VACUUM 41 1 TEMP tEMP 7 DG DY PROGRAM DATA 8 EEE EE HoLD 0 mr COOL TIME VACUUM 1 1 2 3
58. 4 8 7 PROGRAM DATA ET PE HoLD 0 ar VACUUM 1 P 45 2 VACT VACt 1 2 2 01010 PROGRAM DATA HIGH TEMP TMP DELAY 8 ws ED ED OTDR ost VACUUM Z 42 1 8 2 2 709740 C e HoLD am
59. HIGH TEMP TMP DELAY U FINAL IMP FINAL DEL COOL TIME VAC S VAC DEL 64 605 0983 11 TEL 075 5611112
60. 0 1 2 3 4 5 9 556 9 e 5 PROGRAM HIGH TEMP HEAT RATE DATA TMP DELAY FINAL Pro HEAT RATE OO 5 0 TMP DELAY FINAL TMP FINAL DEL START TMP COOL TIME 8 6966 20 8 050506 PROGRAM HIGH TEMP HEAT RATE VACUUM rem FINAL wo ET HIGH 1 2 3 TMP DELAY FINAL rans START TMP COOL TIME 12 9 3 0 13 14 15 gt 2 6 5 6 29 orp 9 PROGRAM mmm HEAT RATE DATA FINAL Foros START TMP COOL TIME VACUUM
61. 0 0 COOL TIME 0 30 3 VACUUM S 100 1 200C VACUUM E 100 1 200 VACUUM L 133 1 013hPa Quan 9 1 013hPa _
62. DELAY FINAL FINAL DEL COOL TIME 51 1 1 C 1 52 CALB 4 Oo e 4 5 6 7 0 9 Horp eg P 0 20000 s 529909 alolo 6 6869090 1 2 P 18 9 89 2 4 9 000 0 PROG ENT I PROGRAM DATA eer arm m RU ra N VACUUM js PROGRAM mmm pm ma RX VACUUM PROGRAM mmm pm mmm TD VACUUM N lt I 12 12 1 C 1 CALB CALb 4 Oo
63. er 2 STOP LIFT lt gt 1 8 00 2 4 9 oe 0 2 FAED 8 1 2 3 4 5 9 0 94 6 ENT 39 1 ON 4 151 161 TEST tESD 1 2 3 7900 Gue 0 es lt Il
64. Hz 1 1kVA 1 200C 95x65 mm 90 45 10 100C 2 ym E 52 AE DER 100 800 100 1 200 100 1 200 100 1 200 100 1 200C 0 30 209 302 20 302 0 30 0 30 0 30 133 1 013hPa 1 013hPa 518 No 0 50 No 51 99 W230xD300xH575 14kg 58 8
65. PROGRAM I e 5999 880G m 3 HoLD PROG 0 ENT VACUUM x 35 36 100C 5 lt gt 100C 1 ON OFF r w 1 1 2 9 2 8 9 ma G HoLp og 0 VACUUM 0 00C
66. TNP COOL START TMP COOL TIME VACUUM VACUUM VACUUM P 20 P 22 PROGRAM DATA HIGH TMP DELAY HEAT RATE FINAL TMP UP IDRY FINAL DEL VACUUM PROGRAM DATA HIGH TEMP TMP DELAY HEAT RATE FINAL TMP UP IDRY FINAL DEL START TMP COOL VACUUM A P 40 18 HIGH TMP DELAY HEAT RATE FINAL TNP em VACUUM P 34 L L gt P 32 PR P 34 EE LET mri UP DRY FINAL DEL START TMP COOL TIME VACUUM P 35 19
67. e 4 5 6 7 0 9 Horp eg P 0 20000 s 529909 alolo 6 6869090 1 3 895 7 9 Ge oo ex 1 2 12 8 9 8 2 7 0 PROGRAM DATA mm HEAT RATE FINAL FINAL DEL START TMP COOL TIME PROGRAM mmm mm HEAT RATE FINAL FINAL DEL START TMP COOL TIME VACUUM gt 9 PROGRAM DATA mmm HEAT RATE FINAL FINAL DEL START TMP COOL TIME VACUUM 8 PROGRAM DATA mmm mm HEAT RATE FINAL mmm START EJE COOL TIME VACUUM 53 PROG ENT 12C
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