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1 GLOFA MASTERK

2

3 !!!! 8

4 !!

5

6

7

8

9 1 1 1

10 1 1 2 ±

11 1 1 3

12 2 + < < ± 2 1

13 2 DIN BS ( C) (µv) K NiCrNi NiCrNiAI 2000~ ~48828 J PeCuNi 2000~ ~45498 E NiCrCuNi 1500~ ~45085 T CuCuNi 2000~ ~20869 B PtRh30PtRh6 4000~ ~13585 R S PtRhPt PtRh13Pt PtRh10Pt 00~ ~ ~ ~18612 ± 2 2

14 2 2 3

15 2 2 4 RJ

16 2 2 5 : K :

17 2 2 6 ± ± ± ± ± ±

18 2 K J E T B R S (2000 ~ 12000) (2000 ~ 8000) 7500 (1500 ~ 6000) 6000 (2000 ~ 4000) (4000 ~ 18000) (0 ~17500) (0 ~ 17500)

19 3 3 1

20 3 3 2

21 4 G3FTC4A 1 Special 3fb TC4INI TC4ARD TC4RD GM3 2 Remote33fb TCR4INI (A) TCR4RD 3 Remote43fb GM4 GMWIN 31 TCR2INI TCR2RD G4FTC2A 1 Special 4fb TC2INI TC2ARD TC2RD 2 Remote44fb TCR2INI TCR2RD 3 Remote34fb TCR4INI TCR4RD GM4 GM3 4 1

22 4 0 1 K J 2000 ~ C 2000 ~ 8000 C 2 E 1500 ~ 6000 C 3 T 2000 ~ 4000 C 4 B 4000 ~ C 5 6 R S 00 ~ C 00 ~ C 4 2

23 ( )

24 ( )

25 4 4 5 NDR NDR NDR

26 ( )

27 4 4 7

28 5 GM 5 GM 51 ( ) ( F) BCD 1) BCD [ ( ) ] % I000 K BCD ( ) 2) (1) : 0 (2) : K 3) ( F) = X 10 ( F)= X = X X = 10 \ BCD ( F) ( F) X 10 X " 4) (1) %I000On (2) %Q020~%Q0219BCD %Q032 (3) ( F) %Q040~%Q0419BCD %Q032 (4) 0 %Q

29 5 GM 5) "On"(%Q031 ) "0" (K : ) (K ) "0" %Q032 "On" DataType (INTBCD)%Q020 %Q0219 BCD %Q030 "On" DataType (INTBCD)%Q040 %Q0419 BCD 5 2

30 5 GM 6) (1) 16 : 1 : 0 / 5 3

31 5 GM (2) 0 K 2000 ~ C 1 J 2000 ~ 8000 C 2 E 1500 ~ 6000 C 3 T 2000 ~ 4000 C 4 B 4000 ~ C 5 R 00 ~ C 6 S 00 ~ C 5 4

32 5 GM 7) 5 5

33 5 GM 52 1) 2) (1) : 0, 1 (2) : K 3) (1) 0 20 C 30 C %Q010 On (2) 1 20 C 30 C %Q011 On (3) C %Q012 On 5 6

34 5 GM 4) (K ) "On" 1 ( ) 0 0 "On" 0 ( ) %Q010 On %Q011 On %Q012 On 5 7

35 5 GM 5) 5 8

36 5 GM 53 I/O 1) "0" On BCD "10" 0Ah K 2) (1) : 0, 1 (2) : K 3) (1) _NET0_LIV[10] : On _NET0_RST[10] : On Off (2) %Q030 On (3) %QD

37 5 GM 4) 1 / "On" "Off" "On" 0 %Q030"On" Datatype INTBCD %Q020%Q

38 5 GM 5) Variable Name Var_Kind Data Type (AT Address) (Initial Value) ACT : VAR : ARRAY [015] OF BOOL ALARM : VAR : ARRAY [015] OF BOOL ALARM_NO : VAR : ARRAY [015] OF USINT BUFFER : VAR : DINT DIGITAL : VAR : ARRAY [015] OF INT ERROR : VAR : FB instance INITIAL : VAR : ARRAY [015] OF USINT : = { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 } K_TYPE : VAR : FB instance READ : VAR : ARRAY [015] OF BOOL READ _ACT : VAR : BOOL READ _ERR : VAR : USINT READ _STAT : VAR : BOOL READY : VAR : BOOL STAT : VAR : USINT TC_CH : VAR : ARRAY [015] OF BOOL := { 1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 } TEMP : VAR : ARRAY [015] OF INT 5 11

39 6 / 6 1

40 6 6 2

41 6 6 3

42

43 6 [ Off(0):, On(1): ] 6 5

44

45 6 0~

46

47 7 GET n1 n2 D n3 < GET GETP > GETP <GETP> GET ( ) 7 1

48 7 < > PUT PUT n1 n2 S n3 PUT : On ( ) PUTP : ( ) <PUT> PUT PUTP D ( ) D M0000 M0000 PUT D

49 7 < > RGET [ RGET SI St D S n SS ] SI (AB) : G3F TC4A : 03h G4F TC2A : 83h, G6F TC2A :23h (CD) : (FUEA) (8bit) (8bit) : 0 ~ 7 St (EF) : : 0 ~ 31 (GH) : (RBEA) (8bit) (8bit) : 0 ~ 63 D Read Device M, P, K, L, T, C, D, #D S Read n Read, D SS M, P, K, L, T, C, D, #D RGET Read 01 ( : ) Read < > [ ] 4 GM3 PA1A K7P 30AS G3I D24A G3I D22A G3Q RY4A G3Q RY2A G3L FUEA 1 GM3 PA1A G3L RBEA G3I D24A G3F TC4A [ ] 1) 0 17 Read 2) Read D17 3) D1 [ ] 11( 0Bh ) RGET 7 3

50 7 722 RPUT < > RPUT [ RPUT SI St S D n SS ] SI (AB) : G3F TC4A : 03h G4F TC2A : 83h, G6F TC2A : 23h (CD) : (FUEA) (8bit) (8bit) : 0 ~ 7 St (EF) : : 0 ~ 31 (GH) : (RBEA) (8bit) (8bit) : 0 ~ 63 S D n SS Write Device M, P, K, L, T, C, D, #D Write Write, D M, P, K, L, T, C, D, #D RPUT Write 01 ( : ) <> [ ] 4 GM3 PA1A K7P 30AS G3I D24A G3I D22A G3Q RY4A G3Q RY2A G3L FUEA 1 GM3 PA1A G3L RBEA G3I D24A G3F TC4A 11( 0Bh ) RPUT RPUT h h B D D

51 8 MK Write P0000 ( 0 ~ 15) K ( 0 ~ 3) P0001 Device Read J ( 4, 5) E ( 6, 7) T ( 8, 9) B ( 10, 11) R ( 12, 13) S ( 14, 15) 0~16 Write SET ~ 15,, (1:, 0 : ) ( On(1) :, Off(0) : ) 8 1

52 8 MK P0000 P0001 Write Device Read ( 0 ~ 3) K ( 0) J ( 1) E ( 2) T ( 3) 0 ~ 4 Write SET ~3,, (1:,0: ) 8 2

53 8 MK P0000 P0001 Write Device Read ( 0 ~ 3) K ( 0) J ( 1) E ( 2) T ( 3) 0 ~ 4 Write SET ~3,, (1:,0: ) 8 3

54 8 MK ( C) ( F) BCD 1) GM3 PA1A K7P 30AS G3I D22A G3I D22A G3Q RY4A G3Q RY2A G3Q RY4A P0001 K BCD [ ( F) ] BCD [ ( )] 2) (1) : 0 (2) : K 3) ( F) = 10 ( F)= = = BCD ( F) ( F) ) (1) P0000 On (2) P0001 On (3) P0020 ~ P0033 BCD P0042 (4) ( F) P0050 ~ P0063 BCD P0040 (5) 0 P

55 8 MK 5) P0000 M [ PUT h ] 0 [ PUT ] 0 K 30 P0001 [ PUT h ] SET 0 D0017 [ SET M0000 ] 0 SET [ GET D ] [ GET D ] 0 D M0001 On M0001 [ = D ] 0 P0041 On [ = D ] [ = D ] [ < D ] [ GET D ] 0 D0067 [ MULS D D0017 ] P0041 M0001 P0042 P0042 On P0042 [ MOV D0017 D0200 ] D M0001 [ DBCD D0200 P002 ] [ MUL D D0100 ] BCD ( P0020 ~ P033 ) [ ADD D D0100 ] [ < D ] [ MULS D D0100 ] P0040 P0040 On D0100 [ DBCD D0100 P005 ] BCD ( P0050 ~ P0063 ) 138 [ END ] 8 5

56 8 MK 822 1) 0 GM3 PA1A K7P 30AS G3F TC4A G3Q RY2A G3I D22A P0020 P0021 2) (1) : 0, 1 (2) : K 3) (1) P0020 On (2) P0021 On (3) 0 20 C 30 C P0010 On (4) 1 20 C 30 C P0011 On (5) C P0012 On 8 6

57 8 MK 4) P0020 M0000 0, 1 0, 1 K SET P D D D D0022 D M0001 On 1 M0002 On P0010 On P0011 On 0 1 D P0012 On 8 7

58 8 MK 823 I/O 1) 0 GM3 PA1A K7P 30AS G3L FUEA G3I D22A G3Q TR4A G3Q TR2A On P0040 BCD GM3 PA1A 10 G3L RBEA G3F TC4A P0010 (P0020 ~ P0033) K 2) (1) : 0 (2) : K 2) (1) P0010 On (2) P0040 On (3) RGET P0020~P

59 8 MK 4) 0 P0010 [ MOV D0000 ] 0 [ MOV D0001 ] 0 K Write Device [ RPUT h0300 h000a D M000 ] Write Write [ MOV h0001 D0002 ] 0 SET D0, D1 0,1 SET [ RPUT h0300 h000a D M001 ] M0000 [ SET M0100 ] M0010 M0100 M0101 [ SET M0101 ] [ SET M0102 ] 52 M0102 F ms [ RGET h0300 h000a D M002 ] D0017 :, D0018 :, D0019 : [ RGET h0300 h000a D M003 ] D0067 [ > D ] M M0103 On [ > D ] 92 M0102 M0103 [ < D ] P0040 [ MULS D D0100 ] P0040 On D0100 P0040 [ MOV D0017 D0100 ] D [ DBCD D0100 P002 ] [ END ] D0100 BCD ( P0020 ~ P0033 ) 8 9

60 9 9 1 RUN LED 1 RUN LED 925,,

61 9 9 2 RUN LED 925 CPU FG FG FG Hardware 925 FG

62 9 32 TCRD : 16 TCARD : 10, ALM_CODE 16 TCRD : 17 TCARD : 10, ALM_CODE A/S 9 3

63 G3FTC4A 10 1

64 G4FTC2A 10 2

65 G6FTC2A RJ

66 K : µ v ( ( J ( ( 1 1

67 1 E : µ v ( ( T ( ( 1 2

68 1 B : µ v R : µ v 1 3

69 1 S : µ v 1 4

70 ( ) (mm) (1) C (2) C B R S K E J T CA CRC IC CC (1) :, (2) :, 1 5

71 1 122 ( ) (1) B 600 C 1700 C 05 ± 4 C ± 05% R S K E J T CA CRC IC CC 0 C 1600 C 025 ± 15 C ± 025% 0 C 1000 C 04 ± 15 C ± 04% 0 C 1200 C 075 ± 25 C ± 075% 200 C 0 C 15 ± 25 C ± 15% 0 C 800 C 04 ± 15 C ± 04% 0 C 800 C 075 ± 25 C ± 075% 200 C 0 C 15 ± 25 C ± 15% 0 C 750 C 04 ± 15 C ± 04% 0 C 750 C 075 ± 25 C ± 075% 0 C 350 C 04 ± 05 C ± 04% 0 C 350 C 075 ± 1 C ± 075% 200 C 0 C 15 ± 1 C ± 15% (1) :,, C % 1 6

72 () () ( C) ( C) (Ω) (3) (Ω) (3) + B BXG 0~90 0~100 (1) 005 R S K E J CA CRC IC RXG SXG RXH SXH 0~90 +3 (2) 0~150 0~ KXG WCAG ±25 WCAG 20~90 KXGS ±15 S 15 KXH WCAH ±25 WCAH 0~150 20~150 KXHS ±15 S WXG WCAG 20~90 WXH WCAH ± ~150 VXG WCAG 20~90 20~ EXG WCRC G 20~90 EXH WCRC H 0~150 JXG WICG 20~90 JXH WICH 0~150 20~150 ± T CC TXG WCCC ±20 20~90 TXGS ±10 TXH WCCH ±20 0~150 TXHS ±10 08 (1) : BXG + ( ) (2) : RS (3) : 125mm 2 1 7

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