GLOFA MASTERK
!!!! 8
4 4 4 4 4!! 8 4 8 8 8 8 4 4
1 1 1
1 1 2 ±
1 1 3
2 + < < ± 2 1
2 DIN BS ( C) (µv) K NiCrNi NiCrNiAI 2000~12000 5891~48828 J PeCuNi 2000~8000 7890~45498 E NiCrCuNi 1500~6000 7297~45085 T CuCuNi 2000~4000 5602~20869 B PtRh30PtRh6 4000~18000 786~13585 R S PtRhPt PtRh13Pt PtRh10Pt 00~17500 00~17500 0~21006 0~18612 ± 2 2
2 2 3
2 2 4 RJ + + + +
2 2 5 : K : 0 1 10
2 2 6 ± ± ± ± ± ±
2 K J E T B R S 14000 (2000 ~ 12000) 10000 (2000 ~ 8000) 7500 (1500 ~ 6000) 6000 (2000 ~ 4000) 14000 (4000 ~ 18000) 17500 (0 ~17500) 17500 (0 ~ 17500) 2000 2000 1500 2000 4000 0 0 2 7
3 3 1
3 3 2
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
4 0 1 K J 2000 ~ 12000 C 2000 ~ 8000 C 2 E 1500 ~ 6000 C 3 T 2000 ~ 4000 C 4 B 4000 ~ 18000 C 5 6 R S 00 ~ 17500 C 00 ~ 17500 C 4 2
4 4 3 16000 ( )
4 4 4 16000 ( )
4 4 5 NDR NDR NDR
4 4 6 16000 ( ) 0 16 17 18
4 4 7
5 GM 5 GM 51 ( ) ( F) BCD 1) BCD [ ( ) ] % I000 K BCD ( ) 2) (1) : 0 (2) : K 3) ( F) = X 10 ( F)= X 18 + 32 = X 18 + 32 10 X 18 + 320 = 10 \ BCD ( F) ( F) X 10 X 18 + 320" 4) (1) %I000On (2) %Q020~%Q0219BCD %Q032 (3) ( F) %Q040~%Q0419BCD %Q032 (4) 0 %Q031 5 1
5 GM 5) "On"(%Q031 ) "0" (K :200012000) (K ) "0" %Q032 "On" DataType (INTBCD)%Q020 %Q0219 BCD %Q030 "On" DataType (INTBCD)%Q040 %Q0419 BCD 5 2
5 GM 6) (1) 16 : 1 : 0 / 5 3
5 GM (2) 0 K 2000 ~ 12000 C 1 J 2000 ~ 8000 C 2 E 1500 ~ 6000 C 3 T 2000 ~ 4000 C 4 B 4000 ~ 18000 C 5 R 00 ~ 17500 C 6 S 00 ~ 17500 C 5 4
5 GM 7) 5 5
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) 0 1 5 C %Q012 On 5 6
5 GM 4) (K ) 0 1 1 "On" 1 (200012000) 0 0 "On" 0 (200012000) 0 1 0 20 30 %Q010 On 1 20 30 %Q011 On 0 1 5 %Q012 On 5 7
5 GM 5) 5 8
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) %QD020 5 9
5 GM 4) 1 / "On" "Off" "On" 0 %Q030"On" Datatype INTBCD %Q020%Q0219 5 10
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
6 / 6 1
6 6 2
6 6 3
6 4 4 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 3 2 1 0 6 4
6 [ Off(0):, On(1): ] 6 5
6 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 3 2 1 0 6 6
6 0~3 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 3 2 1 0 6 7
6 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 3 2 1 0 6 8
7 GET n1 n2 D n3 < GET GETP > GETP <GETP> GET ( ) 7 1
7 < > PUT PUT n1 n2 S n3 PUT : On ( ) PUTP : ( ) <PUT> PUT PUTP 00006 00003 D0050 00002 ( ) D M0000 M0000 PUT 00006 00003 D0050 00002 7 2
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
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 0 3 0 4 h 0 1 0 B D0100 00000 00017 D0000 7 4
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 0 0 0 1 ~ 15,, (1:, 0 : ) ( On(1) :, Off(0) : ) 8 1
8 MK P0000 P0001 Write Device Read ( 0 ~ 3) K ( 0) J ( 1) E ( 2) T ( 3) 0 ~ 4 Write SET 0 0 0 1~3,, (1:,0: ) 8 2
8 MK P0000 P0001 Write Device Read ( 0 ~ 3) K ( 0) J ( 1) E ( 2) T ( 3) 0 ~ 4 Write SET 0 0 0 1~3,, (1:,0: ) 8 3
8 MK 82 821 ( 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)= 18 + 32 = = 18 + 32 10 18 + 320 10 BCD ( F) ( F) 10 18 + 320 4) (1) P0000 On (2) P0001 On (3) P0020 ~ P0033 BCD P0042 (4) ( F) P0050 ~ P0063 BCD P0040 (5) 0 P0041 8 4
8 MK 5) P0000 M0000 0 [ PUT 00001 00000 h0001 00001 ] 0 [ PUT 00001 00001 00000 00001 ] 0 K 30 P0001 [ PUT 00001 00065 h0001 00001 ] SET 0 D0017 [ SET M0000 ] 0 SET [ GET 00001 00017 D0017 00001 ] [ GET 00001 00019 D0019 00001 ] 0 D0019 64 75 0 M0001 On M0001 [ = D0019 00016 ] 0 P0041 On [ = D0019 00000 ] [ = D0067 00000 ] [ < D0017 00000 ] [ GET 00001 00067 D0067 00001 ] 0 D0067 [ MULS D0017 00001 D0017 ] P0041 M0001 P0042 P0042 On P0042 [ MOV D0017 D0200 ] D0200 103 M0001 [ DBCD D0200 P002 ] [ MUL D0017 00018 D0100 ] BCD ( P0020 ~ P033 ) [ ADD D0100 00320 D0100 ] [ < D0100 00000 ] [ MULS D0100 00001 D0100 ] P0040 P0040 On D0100 [ DBCD D0100 P005 ] BCD ( P0050 ~ P0063 ) 138 [ END ] 8 5
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) 0 1 5 C P0012 On 8 6
8 MK 4) P0020 M0000 0, 1 0, 1 K SET P0021 0 D0017 0 D0019 1 D0020 1 D0022 D0067 0 M0001 On 1 M0002 On 0 20 30 P0010 On 1 20 30 P0011 On 0 1 D0100 0 1 5 P0012 On 8 7
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~P0033 8 8
8 MK 4) 0 P0010 [ MOV 00001 D0000 ] 0 [ MOV 00000 D0001 ] 0 K Write Device [ RPUT h0300 h000a D0000 00000 00002 M000 ] Write Write [ MOV h0001 D0002 ] 0 SET D0, D1 0,1 SET [ RPUT h0300 h000a D0002 00065 00001 M001 ] M0000 [ SET M0100 ] M0010 M0100 M0101 [ SET M0101 ] [ SET M0102 ] 52 M0102 F0090 20ms [ RGET h0300 h000a D0017 00017 00003 M002 ] D0017 :, D0018 :, D0019 : [ RGET h0300 h000a D0067 00067 00001 M003 ] D0067 [ > D0019 00000 ] M0103 0 M0103 On [ > D0067 00000 ] 92 M0102 M0103 [ < D0017 00000 ] P0040 [ MULS D0017 0001 D0100 ] P0040 On D0100 P0040 [ MOV D0017 D0100 ] D0100 121 [ DBCD D0100 P002 ] [ END ] D0100 BCD ( P0020 ~ P0033 ) 8 9
9 9 1 RUN LED 1 RUN LED 925,,
9 9 2 RUN LED 925 CPU FG FG FG Hardware 925 FG
9 32 TCRD : 16 TCARD : 10, ALM_CODE 16 TCRD : 17 TCARD : 10, ALM_CODE 17 925 A/S 9 3
10 10 101 G3FTC4A 10 1
10 102 G4FTC2A 10 2
10 103 G6FTC2A RJ + + + + 10 3
1 1 11 K : µ v ( ( J ( ( 1 1
1 E : µ v ( ( T ( ( 1 2
1 B : µ v R : µ v 1 3
1 S : µ v 1 4
1 12 121 ( ) (mm) (1) C (2) C B 050 1500 1700 R S K E J T 050 1400 1600 065 650 850 100 750 950 CA 160 850 1050 230 900 1100 320 1000 1200 065 450 500 100 500 550 CRC 160 550 650 230 600 750 320 700 800 065 400 500 100 450 550 IC 160 500 650 230 550 750 320 600 750 032 200 250 CC 065 200 250 100 250 300 160 300 300 (1) :, (2) :, 1 5
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
1 13 131 +() () ( 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 0~150 7 01 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 ±30 05 0~150 VXG WCAG 20~90 20~100 08 EXG WCRC G 20~90 EXH WCRC H 0~150 JXG WICG 20~90 JXH WICH 0~150 20~150 ±25 15 08 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