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- 巽硫 皮
- 5 years ago
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1 MSE6-E2M a [ ]
2 MSE6-E2M GDCB-MSE6-E2M-PB-ZH PROFIBUS : : : 1. 2 Festo GDCB-MSE6-E2M-PB-ZH 1411a
3 MSE6-E2M MSE6-E2M MSE6-E2M Festo GDCB-MSE6-E2M-PB-ZH 1411a 3
4 MSE6-E2M DIL , / LED BF , / I/O Am.0 [Modul control] Em.0 [Flow] Em.1 [Consumption] Em.2 P2 [Pressure P2] Em.3 [Status] Am.1 [Input address] Em.4 [Selected input address] Em.5 [Selected input data] Festo GDCB-MSE6-E2M-PB-ZH 1411a
5 MSE6-E2M LED LED LED I/O A A A B B B C C C C C C C C D D D D.1.2 (Fail-Safe) D D E F Festo GDCB-MSE6-E2M-PB-ZH 1411a 5
6 MSE6-E2M MSE6-E2M, Tab , MSE6-E2M CPX-MMI-1 [...],,:[Limits],: [Limits], Festo 6 Festo GDCB-MSE6-E2M-PB-ZH 1411a
7 MSE6-E2M MSE6-E2M CPX P.BE-CPX-FB P.BE-CPX-MMI-1 CPX FB13 ( PROFIBUS DP ) CPX-MMI-1 Tab. 1 MSE6-E2M Festo GDCB-MSE6-E2M-PB-ZH 1411a 7
8 MSE6-E2M (: PLC ), (),, MSE6-E2M, P2 1 bar,,, MSE6-E2M,:, ( A) 8 Festo GDCB-MSE6-E2M-PB-ZH 1411a
9 , :, :, MSE6-E2M, MSE6-E2M, : MS6-SV-...-E-... MSE6-E2M 1.2 (:) :,,, : ( A.1) , ( A.1) EG EG, CE Festo GDCB-MSE6-E2M-PB-ZH 1411a 9
10 MSE6-E2M,, MSE6-E2M MSE6-E2M, (), ( ),,, PROFIBUS (CPX-FB13) 10 Festo GDCB-MSE6-E2M-PB-ZH 1411a
11 Fig. 2.1 MSE6-E2M 1 FE() 2 1: 2: MSE6-E2M 7 Tab. 2.1 Festo GDCB-MSE6-E2M-PB-ZH 1411a 11
12 / Fig. 2.2 MSE6-E2M, (2 1).,, MSE6-E2M : MSE6-E2M,,, MSE6-E2M,, PLC MSE6-E2M,,,, MSE6-E2M,,MSE6-E2M, 12 Festo GDCB-MSE6-E2M-PB-ZH 1411a
13 2 MSE6-E2M,,MSE6-E2M, MSE6-E2M 2.2 MSE6-E2M MSE6-E2M, MSE6-E2M,MSE6-E2M, :,, MSE6-E2M, (: PLC/IPC ), 7 C Festo GDCB-MSE6-E2M-PB-ZH 1411a 13
14 2, I/O 8 (8 )( ), I/O MSE6-E2M I/O / (16 16 ), 40,,: : DPV1 (PROFIBUS) Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
15 ,, :, : ( ) ( ), IP65 Festo GDCB-MSE6-E2M-PB-ZH 1411a 15
16 3 3.2 MSE6-E2M,,( ) MSE6-E2M, ( ) MSE6-E2M, 1., / 2., MSE6-E2M 3. MSE6-E2M, (±5 ) 4. 2 MSE6-E2M ( Fig. 3.1) Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a
17 3 MSE6-E2M 1 M18x1,4 B1 B2 B3 B4 B5 B6 B7 B8 B9 MSE6-E2M B10 L1 L2 L3 L4 L5 L6 L7 L8 MSE6-E2M Fig. 3.2 [mm] Festo GDCB-MSE6-E2M-PB-ZH 1411a 17
18 3 3.3 MSE6-E2M,:, MSE6-E2M, P2 1 bar, MSE6-E2M 3.3 kg MSE6-E2M : MSE6-E2M 6. MSE6-E2M 18 Festo GDCB-MSE6-E2M-PB-ZH 1411a
19 ,,:, MSE6-E2M, P2 1 bar, MSE6-E2M DIL (Sub-D,9 ) Fig. 3.3 DIL 3 DIL Festo GDCB-MSE6-E2M-PB-ZH 1411a 19
20 3, DIL DIL, IEC/DIN EN ( Protective Extra-Low Voltage,PELV) PELV EC/DIN EN (PELV) IEC/DIN EN PELV, IEC/DIN EN (, ) ( ) :,, 20 Festo GDCB-MSE6-E2M-PB-ZH 1411a
21 MSE6-E2M MSE6-E2M, (),,,/, (, ), MSE6-E2M,, : : ±25% : -25%, +10% : M18,4 : 16 A, 4 0 V Festo GDCB-MSE6-E2M-PB-ZH 1411a 21
22 3 ( ) M V EL/SEN 2 24 V OUT/A 3 0 V EL/SEN / 0 V OUT/A 4 FE Tab. 3.1 MSE6-E2M : 4(M18 ) 4(M18 ) ( ), ( ),,,, EMC 22 Festo GDCB-MSE6-E2M-PB-ZH 1411a
23 3 M V : (24 V DC +10/-25 %), M18 () 2 ( 0 V :16 A) Pin 4, 16 A Fig V 4 (FE) 5 6 Festo GDCB-MSE6-E2M-PB-ZH 1411a 23
24 4 4 ( ), MSE6-E2M,(),, MSE6-E2M,(),, MSE6-E2M P1, : ( ),: 24 Festo GDCB-MSE6-E2M-PB-ZH 1411a
25 4 4.1, Fig. 4.1 Festo GDCB-MSE6-E2M-PB-ZH 1411a 25
26 4 4.2 MSE6-E2M : DIL ( ) ( ), DIL DIL,, MSE6-E2M, DIL,, / MSE6-E2M, MSE6-E2M, MSE6-E2M, :,, : 1. MSE6-E2M 2. MSE6-E2M 3. MSE6-E2M DIL MSE6-E2M 1, 0 26 Festo GDCB-MSE6-E2M-PB-ZH 1411a
27 ,,MSE6-E2M, CPX ( Tab. 1) : Tab ,, C MSE6-E2M Tab. 4.2,:,,,, 100 ms.,,,: Tab. 4.3 Festo GDCB-MSE6-E2M-PB-ZH 1411a 27
28 4, / / Tab. 4.4, 28 Festo GDCB-MSE6-E2M-PB-ZH 1411a
29 , MSE6-E2M : ÓÓÓÓÓ ÔÔ Ô ÔÔ ÔÔ Ô ÔÔ Ô ÔÔ ÔÔ Ô ÔÔ Ô ÔÔ ÔÔ Ô 1 /;: 2 PLC/IPC ; Fig ; 4 ; Festo GDCB-MSE6-E2M-PB-ZH 1411a 29
30 4 4.3 Profibus-DP Profibus-DP, CPX ( Tab. 1) GSD Festo Support Portal CPX-FB13 (m), DP, (m+1), Fig LED Fig (Sub-D,9 ) 4 DIL 30 Festo GDCB-MSE6-E2M-PB-ZH 1411a
31 4 1 2 BF PS PL SF M 1 LED ( ) Fig. 4.5 LED () 2 LED ( 8.2 ) LED 1) LED 2) BF /() PS Power System() PL Power Load() SF System Failure() M Modify() 3) 1),LED BF 2), LED, LED 3) Tab. 4.5 LED DIL DIL : (MSE6-E2M Remote I/O ) PROFIBUS DIL ( Fig. 4.6) 4. DIL 3 MSE6-E2M ( Tab. 4.10) 5. DIL 3 6. Festo GDCB-MSE6-E2M-PB-ZH 1411a 31
32 4 7., 0.4 Nm ±10 % 1 2 ON ON ON DIL 1: 2 DIL 2: Fig. 4.6 DIL 3 DIL 3:( 8) 4 DIL 3: ( 1 7) (DIL 1) MSE6-E2M Remote I/O () DIL 1 OFF Remote I/O MSE6-E2M PROFIBUS Tab. 4.6 DIL 1 DIL 1 DIL 1.1:OFF DIL 1.2: OFF () 32 Festo GDCB-MSE6-E2M-PB-ZH 1411a
33 4 DIL 2 DIL 2 OFF() DIL 2 DIL 2.1:OFF DIL 2.2:OFF () Tab. 4.7 DIL 2 (DIL 3) DIL 3 8 PROFIBUS-DP, MSE6-E2M DIL 3.8: ON Tab. 4.8 (DIL 3) DIL 3.8: OFF (DIL 3) DIL 3, MSE6-E2M PROFIBUS : PROFIBUS-DP PROFIBUS 1;...; 125 Tab. 4.9 Festo GDCB-MSE6-E2M-PB-ZH 1411a 33
34 4 : : = = 38 Tab ( ) MSE6-E2M Sub-D Festo FBS-SUB-9-GS-DP-B MSE6-E2M Festo IP65 Sub-D : (UNC 4-40/M3x5) IP65 1) PROFIBUS-DP 1) Festo FBS-SUB-9-GS-DP-B 1 2 n.c. 3 B RxD/TxD-P / P 4 CNTR-P 2) 5 DGND (M5V) 6 VP - (P5V) 7 n.c. 8 O RxD/TxD-N / N 9 n.c. 2) CNTR-P TTL Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
35 4 IP65 Festo, 0.5 Nm ±10 % Festo (FBS-SUB-9-GS-DP-B) MSE6-E2M (T-TAP ), Festo Sub-D Bus in Bus out OB ON OB , 3 4 (IN) Fig. 4.7 Festo,FBS-SUB-9-GS-DP-B 5 (DIL ) 6 (OUT) 7 Festo GDCB-MSE6-E2M-PB-ZH 1411a 35
36 4 DIL Off ON Tab. 4.12, FBS-SUB-9-GS-DP-B MSE6-E2M, Festo 6: 390 / P ( B) nh 220 / N ( A) nh 390 5: Fig. 4.8 EN A (Festo ON ) 36 Festo GDCB-MSE6-E2M-PB-ZH 1411a
37 ,,LED PS() PL() LED BF () LED 8 LED PS LED PL LED BF LED Tab MSE6-E2M / LED BF, PLC BF() LED () LED LED ON OFF ON OFF ( PS-LED ) : (: ) : DIL / CPX Tab LED BF Festo GDCB-MSE6-E2M-PB-ZH 1411a 37
38 4 4.4,,/, MSE6-E2M, ( ), CPX, /( ) M-LED, CPX M-LED, MSE6-E2M,,,, CPX 38 Festo GDCB-MSE6-E2M-PB-ZH 1411a
39 5 5 MSE6-E2M, /, 5.1 (P ) (P ), (Em.0), (P11-P12) (P7), (P0.6),, / (P ) (P ) (P11-12) (P7),, (P0.7),, m = 1 = m * 64 + P P P11-12 P7 P0.6 P Em.0: Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a 39
40 5 5.2 (P ) (P ), (Em.1), 0,, Am.0 (Am.0.12), (Am.0.13), 0 (P ) (P ) (P ),, (P0.7), m = 1 = m * 64 + P P P Am.0.13 Am.0.12 P Reset Run/Stop Em.1: Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a
41 5 5.3 (P ), (Em.2), (P13-14) (P7), (P0.6),, / (P ) (P13-14) (P7),, (P0.7),, m = 1 = m * 64 + P P13-14 P7 P0.6 P Em.2: Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a 41
42 DP2 DT, DT P2 : DP2 = P2(t) - P2(t-DT);t =,, DP2, DP2_OGR,,, : ABS(DP2) > DP2_OGR 42 Festo GDCB-MSE6-E2M-PB-ZH 1411a
43 5 1 P2 DP2 DT DT 2 DP2 DT,DP 2 3 ABS(DP2) DP2_OGR ABS(DP2) DP2_OGR P2 P2 DP2 ABS(DP2) Fig. 5.4 DP2_OGR DT DP2 Fig , Fig , Fig ,, Festo GDCB-MSE6-E2M-PB-ZH 1411a 43
44 (P ) (P10), (Em.5),, (P15-16) (P0.6),, / (P ) (P10) (P15-16),, (P0.7), m = 1 = m * 64 + P P10 P15-16 P0.6 P Em.5: Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a
45 , (Am.0.1), (P19-20) (P17-18), Q Fig (Am.0.1), (Am.0.0) (Am.0.2) Am.0.1: Am.0.0: Em.3.0: Fig. 5.7 Festo GDCB-MSE6-E2M-PB-ZH 1411a 45
46 (Am.0.1), (Am.0.0),, (P19-20), (Em ),: RESET:, RUN:,, UP:, Am.0.1: Am.0.0: Em : RESET RUN UP Em.3.0 Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a
47 , (Status = UP), : : (Am.0.2), RESET : (Am.0.1), RESET, (Am.0.0), Am.0.1: Am.0.0: Am.0.2: Em : UP RESET RUN Em.3.0: Fig. 5.9 Am.0.1: Am.0.0: Em : UP RESET RUN Em.3.0: Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a 47
48 , : (Am.0.1), (Am.0.0),, (Am.0.1) (Am.0.0), (Em )() (,P17-18), (Am.0.0),, (Em.3.0), (P31-32) : (P19-20), (Am.0.1), (Am.0.2),, (Em ) (P ) (P ) (P19-20),, (P0.7), 48 Festo GDCB-MSE6-E2M-PB-ZH 1411a
49 5 m = 1 = m * 64 + P P P19-20 P17-18 P0.7 P Em : Em.3.0: P31-32: Am Am Am Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a 49
50 6 / 6 / 6.1 MSE6-E2M, I/O Em.0 / Em.1 Em.3 Am.0 Em / Tab. 6.1 I/O Em.3 Em.4 Em.5 Am.0 Am.1( 6.3 ) 6.2 I/O Am.0 [Modul control] MOTOROLA (MSB-LSB) Am 0 (2 Byte, 16 Bit) 50 Festo GDCB-MSE6-E2M-PB-ZH 1411a
51 6 / 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0: B1: B2: B12: B13: B3 B11: B14 B15: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit B0 : 0 = ( - ) 1 = () B1 : 0 = (), B0( ) 1 = () B2 : 0/1 =, () 0 =,( ) 1 =, B12 : 0 = ( ) 1 = B13 : 0 = ( ) 1 = 0 Festo GDCB-MSE6-E2M-PB-ZH 1411a 51
52 6 / Em.0 [Flow] MOTOROLA (MSB-LSB), (2 Byte, 16 Bit) VZ + 15 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 VZ B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB VZ: ( VZ+ 15 Bit, = 0, ) B0 B14: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab. 6.3 VZ + 15 Bit [l/min] [l/min] [scfm/10] Tab Em.1 [Consumption] MOTOROLA (MSB-LSB), (2 Byte, 16 Bit) 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0 B15: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit 52 Festo GDCB-MSE6-E2M-PB-ZH 1411a
53 6 / Em.2 P2 [Pressure P2] MOTOROLA (MSB-LSB), P2 (2 Byte, 16 Bit) + 15 Bit VZ + 15 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 VZ B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB VZ: ( VZ + 15 Bit, = 0, ) B0 B14: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab. 6.6 VZ + 15 Bit mbar,: P2 [bar] [mbar] [kpa] [psi/10] Tab. 6.7, : mbar: 20 kpa: 2 psi/10: 5,, Festo GDCB-MSE6-E2M-PB-ZH 1411a 53
54 6 / Em.5 Em Bit MOTOROLA (MSB-LSB) () (2 Byte, 16 Bit) VZ + 15 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 VZ B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB VZ: B0 B14: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab. 6.8 VZ + 15 Bit 54 Festo GDCB-MSE6-E2M-PB-ZH 1411a
55 6 / Em.3 [Status] MOTOROLA (MSB-LSB) () (2 Byte, 16 Bit) 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0: B14 B15: B12: B1 B3:, 0 B6 B11:, 0 B13 B15:, 0 D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit B0 : 0 =, 1 =, B4 B5 : 0 =, = RESET 1 =, = RUN 2 =, = UP B12 : 0 = 1 = Festo GDCB-MSE6-E2M-PB-ZH 1411a 55
56 6 / 6.3 (:) 1. Am.1 2. Em = Em.5 = (ERR = 1) = (BUSY = 1) Am.1 [Input address] MOTOROLA (MSB-LSB) 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0 B13: SEL_ADR: 14 Bit B14 B15: 0 D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit Em.4 [Selected input address] MOTOROLA (MSB-LSB) 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0 B13: ADR: 14 Bit B14: BUSY:1 = B15: ERR:1 = / D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit 56 Festo GDCB-MSE6-E2M-PB-ZH 1411a
57 6 / Em.5 [Selected input data] MOTOROLA (MSB-LSB) 16 Bit D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 B15 B14 B13 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1 B0 MSB LSB B0 B15: DAT: D0 D15 16 Bit MSB/LSB most significant bit( )/least significant bit( ) Tab Bit Festo GDCB-MSE6-E2M-PB-ZH 1411a 57
58 MSE6-E2M,,, 30 ms,,: x (MSE6-E2M, ): : MSE6-E2M 32767, Festo GDCB-MSE6-E2M-PB-ZH 1411a
59 ) m * Bit 2: Bit 6: Bit 7: m * m * m * m * m * m * m * m * ) m = 1 Tab ) m * m * ) m = 1 Tab. 7.2 Festo GDCB-MSE6-E2M-PB-ZH 1411a 59
60 : [Monitor] m * m = (1) MSE6-E2M () : LED Bit 2 [Monitor Vout/Vval] 6 [Monitor limit values] 7 [Monitor parameters] 1 = () [Active] 0 = [Inactive] : : Tab. 7.3 : [Monitor limit values startup] m * m = (1), Bit Bit 0 7 Bit s s s s() s s s s (P0.7), FN29 Tab Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
61 7 MSE6-E2M P2,, 8 Bit (1 Byte) : [Unit Pressure] m * m = (1) Bit Bit 0, 1: Bit mbar() kpa psi/ (P0.7), FN29 Tab Tab. 7.5 : [Unit Flow] m * m = (1) Bit Bit 2, 3: Bit l/min() scfm/ (P0.7), FN29 Tab Tab. 7.6 Festo GDCB-MSE6-E2M-PB-ZH 1411a 61
62 7 : [Unit Consumption] m * m = (1) Bit Bit 4 5: Bit l() m 3 Tab scf (P0.7), FN29 Tab : [Unit Flow standard] m * m = (1), Bit Bit 6, 7: Bit DIN 1343() ISO ISO (P0.7), FN29 Tab Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
63 7, 100 ms 8 Bit (1 Byte) : [Pressure change sample time] m * m = (1), Bit Bit 0 8: ms (P0.7), FN29 Tab Tab. 7.9, 16 Bit (2 Byte),, VZ + 15 Bit, : = Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a 63
64 7 : [Upper limit flow] m * (Low Byte) m = (1) m * (High Byte) 2 Byte :Low Byte * High Byte : (Low Byte = 255;High Byte = 127) : (), FN 10( ) :, ; ( ),, Tab : [Upper limit pressure] m * (Low Byte) m = (1) m * (High Byte) 2 Byte :Low Byte * High Byte : (Low Byte = 255;High Byte = 127) : () P2, FN 10( ) :, ; ( ),, Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
65 7 : [Upper limit pressure change] m * (Low Byte) m = (1) m * (High Byte) 2 Byte :Low Byte * High Byte : (Low Byte = 255;High Byte = 127) : (), FN 10( ) :, ; ( ),, Tab : [Auto shut-off delay time] m * m = (1) m * , MSE6-E2M, 2 Byte :Low Byte * High Byte : 10 (Low Byte = 10;High Byte = 0) : ,, ( 6.2.1) Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a 65
66 7 : [Auto shut-off low flow limit] m * m = (1) m * ,, MSE6-E2M 2 Byte :Low Byte * High Byte : 0 (Low Byte = 0;High Byte = 0) : ,, ( 6.2.1), ; ( ) (P0.7), FN29 Tab Tab : [Module time of operation] m * (Low Byte) m = (1) m * (High Byte),,,: (Low Byte * High Byte) , , Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
67 7 : [Shut-off Valve cycles] m * (Low Byte) m = (1) m * (High Byte),: (Low Byte * High Byte) , Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a 67
68 MSE6-E2M ( Tab. 8.1): LED 2 Fig LED LED 2 : 8.2 CPX-MMI ( Tab. 1) 68 Festo GDCB-MSE6-E2M-PB-ZH 1411a
69 8 3 ( ) ( I/O ) 8,( ) I/O, I/O : DPV1 (PROFIBUS) CPX ( Tab. 1) Tab. 8.1 LED MSE6-E2M LED LED CPX LED LED : 1 2 PS PL SF M 1 LED ( ) Fig. 8.2 LED () 2 LED ( 8.2 ) Festo GDCB-MSE6-E2M-PB-ZH 1411a 69
70 8 8.2 LED LED PS (Power System) / LED () / ON OFF / LED ON OFF / LED LED ON OFF / Tab. 8.2 LED PS PL (Power Load) () 1) LED () / ON OFF / LED LED ON OFF / 1) MSE6-E2M,( SF-LED ) ;,, PL-LED Tab. 8.3 LED 70 Festo GDCB-MSE6-E2M-PB-ZH 1411a
71 8 SF (System Failure) LED () 1) / LED LED LED LED ON OFF ON OFF ON OFF ON OFF / ( 1) ( 2) ( 3) ), LED 1(): 1*, 2(): 2*, 3(): 3*, Tab. 8.4 LED SF M (Modify) LED () / LED LED LED ON OFF ON OFF ON OFF () ( ) 1) 1) MSE6-E2M, PLC/ IPC, 1) (LED )(LED ) Tab. 8.5 LED M Festo GDCB-MSE6-E2M-PB-ZH 1411a 71
72 LED LED,, LED,,, ( CPX ) LED, 1 1 LED () Fig. 8.3 LED MSE6-E2M LED LED / () ON OFF LED LED ON OFF Tab. 8.6 LED Festo GDCB-MSE6-E2M-PB-ZH 1411a
73 8 8.3 MSE6-E2M : () I/O () () 8 ( ) I/O ( STI), 16 ( B), Tab ,MSE6-E2M 8 (),, ( CPX ) Bit 1 0,MSE6-E2M MSE6-E2M 4 5 / 6 7 Tab , Festo GDCB-MSE6-E2M-PB-ZH 1411a 73
74 8 / Bit Tab / Bit Tab ,, I/O I/O MSE6-E2M I/O ( ), ( ) 74 Festo GDCB-MSE6-E2M-PB-ZH 1411a
75 8 I/O I/O 16 16, I/O ( CPX ) I/O A0 A12, A15 1, Fig. 8.4 I/O E15 1, MSE6-E2M E0 E Fig. 8.5 I/O A15 0, E15, Festo GDCB-MSE6-E2M-PB-ZH 1411a 75
76 8, A15 1, E0 E7 (A15) =1?? A15 =0?? Fig Festo GDCB-MSE6-E2M-PB-ZH 1411a
77 8 1: 1937, ( C.4 ) = Dec. = Bin Fig , 0 5 ( C.4 ) 1 (1 Dec. = 1 Bin), : Fig. 8.8 (), C.5 Festo GDCB-MSE6-E2M-PB-ZH 1411a 77
78 8 2: 1, ( C.5) :, 1 : = * = Dec. = Bin Fig Fig , Fig (4 Dec. = 100 Bin) 78 Festo GDCB-MSE6-E2M-PB-ZH 1411a
79 8 8.4 MSE6-E2M,,,, LED (SF-LED) SF-LED 1 1 *, (: ) 2 2 *, ( ) 3 3 *, (/) Tab. 8.11, : LED 1938(),, : 0 1 E. Festo GDCB-MSE6-E2M-PB-ZH 1411a 79
80 8 :, 4) 0 10 [Upper limit exceeded] 1) Em.0 Em.2 Em.3 ( ) ( ) ( ) 1) 2) 3), 4) m = : m * , Bit 6 Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
81 8 4) 15 / 2) Em.0 Power Off/On, Em.2 Power Off/On, 25 [Fault in parametrizing upper limit] 1)3) Em.0 Em.2 Em.3,, ( Tab. 7.11) : m * , Bit 7 Tab ) 2) 3), 4) m = Festo GDCB-MSE6-E2M-PB-ZH 1411a 81
82 8 4) 26 [Fault in actuator supply] 1) Am.0 24 VA,, : m * , Bit 2 Tab [Fault in parametrizing] 1)3) Em.0 Em.3, ( 7.2 ) : m * , Bit 7 Tab ) 2) 3), 4) m = Tab Festo GDCB-MSE6-E2M-PB-ZH 1411a
83 A A A.1 MSE6 -E2M [bar] 4 10, [bar] ) ISO :2010 [7:4:4] [ C] 0 50 ±5 1 } 2 [l/min] 4500 ( P1 = 6 bar, P2 = 5 bar ) P1 P2 2 } 1 [l/min] ) ( 6 bar ) [g] 3300 / [V DC] 24 ±25% 24 V [ma] 300 [V DC] 24 25%/+10% [ma] 100 ( ) [V] [bar] 0 14 [%FS] ±3 [%FS] ±0.3 [l/min] [%FS] ±0.3 [%FS] ±3 [%FS] ±0.2, [%FS] ±0.8 Festo GDCB-MSE6-E2M-PB-ZH 1411a 83
84 A MSE6 -E2M [bar] 4 [bar] 1 [bar] 1 EN IP65 ( ( 3) DIN/IEC 68/EN ; 1 DIN/IEC 68/EN ; 1 1) 2) 3) Tab. A.2. Tab. A.1 1 (SG1) 2 (SG2) Hz, 0.15 mm ; Hz, 2 g ± 15 g( 11 ms ); 5 ± 15 g( 6 ms ); Hz, 0.35 mm ; Hz, 5 g ± 30 g( 11 ms ); 5 - Tab. A.2, DIN/IEC68 84 Festo GDCB-MSE6-E2M-PB-ZH 1411a
85 A A.2 MSE6-E2M /!,, Festo (): 1. /: : MSE6-E2M, Festo GDCB-MSE6-E2M-PB-ZH 1411a 85
86 A Fig. A mm, /, Festo GDCB-MSE6-E2M-PB-ZH 1411a
87 B B, B.1 : 1. MSE6-E2M, ( Fig. B.1): (:) Fig. B.1 3 Festo GDCB-MSE6-E2M-PB-ZH 1411a 87
88 B : : 250 l/min : 2 min : 80 l/min 2.,, ( ),,: 10,, l/min 3. ( Modul control Am.0 B 1),, 4., ( : E m.3.0 = 1) ( B0) Modul control B2 () Modul control B1,, 5., 88 Festo GDCB-MSE6-E2M-PB-ZH 1411a
89 B B.2, : 1. MSE6-E2M 2., 100 ms ( 1) 100 ms, 10, 1 s, 3. MSE6-E2M 4. (Em.5), Am.1 0,, 5. (,) 6. 7.,, 8., : :1 s : :160 mbar ( ):200 mbar, Festo GDCB-MSE6-E2M-PB-ZH 1411a 89
90 C C 1) 0 () Tab. C.34 0 () Tab. C.35 0 () Tab. C.36 0 Force mode() Tab. C.37 0 () Tab. C.38 1 Fail Safe() Tab. C.39 2 () Tab. C m * Modulcode() Tab. C m * Revisionscode() Tab. C m * m * m * m * () Tab. C () Tab. C () Tab. C () Tab. C m * () Tab. C m * () Tab. C m * () Tab. C m * () Tab. C ( ) Tab. C Run/Stop 1( ) Tab. C ( ) Tab. C ( ) Tab. C ( ) Tab. C Run/Stop 2( ) Tab. C ( ) Tab. C ( ) Tab. C / ( ) Tab. C MN( ) Tab. C KN( ) Tab. C FN( ) Tab. C n ( ) Tab. C () Tab. C.4 1) m = n = 90 Festo GDCB-MSE6-E2M-PB-ZH 1411a
91 C 1) 4402 Fail safe() Tab. C Force mode() Tab. C () Tab. C () Tab. C m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab m * () Tab ) m = n = Tab. C.1 (Rx-Size) 1) Tab. C.41 (Tx-Size) 1) Tab. C.42 1) ( CPX ) Tab. C.2 Festo GDCB-MSE6-E2M-PB-ZH 1411a 91
92 C C.1 MSE6-E2M : (/) 4402 Fail safe() 4402 Force mode(/) () 1) 1) ( CPX ) Tab. C.3 - [...],,:[Limits],: [Limits] 92 Festo GDCB-MSE6-E2M-PB-ZH 1411a
93 C : 4401 MSE6-E2M () / : () ( ) LED SF LED [Monitor] Bit 0 /(KZS) [Monitor SCS] 1 / (KZA) [Monitor SCO] 2 (U OUT ) [Monitor Vout] 3 4 (KZV) [Monitor SCV] = () [Active] 0 = [Inactive] LED ( Tab. 7.3) Tab. C.4 // Festo GDCB-MSE6-E2M-PB-ZH 1411a 93
94 C :Fail safe() 4402 /,: ( PLC/IPC ),, Fail safe ( Fault mode Fault state), : Fault mode Hold last state Bit Bit 0, 1 Fail safe [Fail safe] Bit () [Reset outputs] 0 1 hold last state() [Hold last state] 1 0 Fault mode [Assume fault mode] Fault-Mode, D.1 Tab. C.5 Fail safe :Force mode 4402 MSE6-E2M,,,, Force ( Force mode Force state), : : : Bit Bit 2, 3 Force mode [Force mode] Bit () [Disabled] 0 1 [Enabled] Force Fail Safe Tab. C.6 Force mode 94 Festo GDCB-MSE6-E2M-PB-ZH 1411a
95 C : 1) 4402 MSE6-E2M, Bit Bit 6 [System start] Bit 6 0 () ; [Default parameters] () 1 ; ;; M-LED [Saved parameters] Bit 6 1, ( ), Bit 6 X : CPX, / ( ) CPX,, 1) CPX-FEC Stand Alone Remote Controller(), Tab. C.7 Festo GDCB-MSE6-E2M-PB-ZH 1411a 95
96 C : () 1) 4402 CPX (CPX-FB13 FB33/34) Bit Bit 7 [Analogue data format] Bit 7 0 INTEL (LSB-MSB,): [Intel format] Intel (, ) 1 MOTOROLA (LSB-MSB): MOTOROLA (, ) [Motorola format] 1) CPX (CPX-FB13,FB33/34) Tab. C.8 96 Festo GDCB-MSE6-E2M-PB-ZH 1411a
97 C C.2 /, D.2 : Run/Stop Run/Stop / 3485 MN 3486 KN 3487 FN Tab. C.9 - : 3480, Bit 0 [Entries remanent at Power ON] 1 = [Inactive] 0 = () [Active], Tab. C.10 Festo GDCB-MSE6-E2M-PB-ZH 1411a 97
98 C :Run/Stop ,, Bit Bit 1 Run/Stop 1: [Run/Stop 1] Bit ( 40 [Save the first 40 entries] ); 1 40 (,) [Save the last 40 entries], Tab. C.11 Run/Stop 1 :Run/Stop , Bit Bit 0 2 Run/Stop 2 MN =,KN =, FN = [Run/Stop 2] Bit Run/Stop 2 () [Inactive] FN [Rec. up to def. FN] FN + MN [Rec. up to def. FN + MN] FN + MN + KN [Rec. up to def. FN + MN + CN] FN [Rec. as of def. FN] FN + MN [Rec. as of def. FN + MN] FN + MN + KN [Rec. as of def. FN + MN + CN] ( ) Tab. C.12 Run/Stop 2 98 Festo GDCB-MSE6-E2M-PB-ZH 1411a
99 C : 3484, Bit Bit 3 [Fault end filter] Bit 3 0 () [Rec. outg. faults] (,) 1 () ( ) [Do not rec. outg. faults], 0 40 Tab. C.13 : 3484,: Bit Bit 4, 5 FN = [Fault numbers filter] Bit () [Inactive] 0 1 FN [Rec. only def. FN] 1 0 FN [Do not rec. def. FN] 1 1 ( 3487) Tab. C.14 Festo GDCB-MSE6-E2M-PB-ZH 1411a 99
100 C :/ 3484, Bit Bit 6, 7 / FN = [Module/channel filter] Bit / () [Inactiv] 0 1 FN [Rec. FN of a mod.] 1 0 FN [Rec, FN of a ch.] 1 1 ( ) Tab. C.15 / : (MN) 3485 Bit 0 7 (1 Byte) (MN) [Module number MN] 0 47 (0 = ) Tab. C.16 (MN) : (KN) 3486 Bit 0 7 (1 Byte) (KN) [Channel number CN] 0 63 (0 = ) Tab. C.17 (KN) 100 Festo GDCB-MSE6-E2M-PB-ZH 1411a
101 C : (FN) 3487 Bit 0 7 (1 Byte) (FN) [Fault numer FN] (0 = ) Tab. C.18 (FN) Festo GDCB-MSE6-E2M-PB-ZH 1411a 101
102 C C.3 : n ( 10 Byte, 40 ) Tab. C.19 : 3482 Bit 0 7 (1 Byte) [recorded faults ] 0 40 PLC, Tab. C.20 : 3483 Bit Bit 0 Bit 0 0 [no overflow] 1 [overflow] 40 40, 40 Tab. C Festo GDCB-MSE6-E2M-PB-ZH 1411a
103 C : 3483 Bit Bit 1 Bit 0 0 [Recording active] 1 [Recording inactive] / Tab. C.22 Festo GDCB-MSE6-E2M-PB-ZH 1411a 103
104 C Byte Byte Byte (40, 10 Byte) 1) Byte n 1 [day] 2) n = 10 * d [h] 2) 0 23 n = 10 * d [m] 2) 0 59 n = 10 * d [s] 2) 0 59 n = 10 * d [ms] 10 2) n = 10 * d + 4 :, Bit ) n = 10 * d [Pos] ; 63 = 0 47, 63 n = 10 * d ) Bit : n = 10 * d : : : : 9 [FN] 0 255: ( 8.4 ) n = 10 * d ) 0 63 n = 10 * d + 9 1) d () [NB] = 0 39; = 0; 2) 3) = 0, Byte ( 3), Byte () Tab. C Festo GDCB-MSE6-E2M-PB-ZH 1411a
105 C C.4 : 1936 () Tab. C.24 : () Bit 0 3,Bit 4 7 Bit [System diagnostics] : Bit 0: Bit 1: [Output] Bit 2: [Input] Bit 3: / [Analogue/function module] : Bit 4: [Undervoltage] Bit 5: / [Short circuit/overload] Bit 6: [Wire fracture] Bit 7: [Other error] 1 = ;0 = Tab. C.25 : ,, Bit Bit 0 5 [First faulty module] Bit 6: Bit 7: Bit () Bit 6: 1 = 0 = 1938 Fig. 8.7 Fig Tab. C.26 Festo GDCB-MSE6-E2M-PB-ZH 1411a 105
106 C : 1938 Bit Bit 0 7: [Fault number] , Tab. C.27 C Byte 4 : = (4 * ) + ( 1937) : 1) m * m * m * () m * () 1) m = 1 Tab. C Festo GDCB-MSE6-E2M-PB-ZH 1411a
107 C : m * m = (1) (Bit 0 5) Bit Bit : : : : : Bit 0 5: 0 63 () Bit 6: 0 1 Bit 7: 0 1 (, 1937), Tab. C.29 : m * m = (1) Bit Bit 0 7: () 8.4 Tab. C.30 : 2() m * m = (1) Tab. C.31 2 () : 3() m * m = (1) Tab. C.32 3 () Festo GDCB-MSE6-E2M-PB-ZH 1411a 107
108 C C.6 ( ) : 0 CPX Force-Mode 0 1 Fail Safe 1 System Idle Mode 1) 2 MSE6-E2M (Rx-Size) 1) (Tx-Size) 1) 1) Tab. C.33 - :CPX 0 CPX Remote I/O, Remote Controller,FEC I/O CPX, 8 I/O-Byte Bit Bit 0 3 CPX [CPX mode] Bit Remote I/O FEC [Remote I/O] Remote I/O FEC [Remote I/O with FEC] Remote Controller [Remote controller] Remote Controller [Remote contr. with FB], CPX Tab. C.34 CPX 108 Festo GDCB-MSE6-E2M-PB-ZH 1411a
109 C : 0 Bit Bit 4 [CPX structure] Bit 4 0 [equal] 1 [unequal] Tab. C.35 : 0 Bit Bit 5 [Handheld] Bit [connection OK],,, PLC/IPC Force Tab. C.36 :Force mode 0 Force Bit Bit 6 Force mode [Force mode] Bit 6 0 [Disabled] 1 [Enabled] Force mode,tab. C.6 Tab. C.37 Force mode Festo GDCB-MSE6-E2M-PB-ZH 1411a 109
110 C : 0 MSE6-E2M Bit Bit 7 [System start] Bit 7 0 () [Default parameters] 1 [Saved parameters],tab. C.7 Tab. C.38 :Fail safe 1 Fail safe Bit Bit 0 1 Fail safe [Fail safe] [Reset outputs] 0 1 Hold last state() [Hold last state] 1 0 Fault mode [Assume fault mode] Tab. C.39 Fail safe 110 Festo GDCB-MSE6-E2M-PB-ZH 1411a
111 C : 2 / [Monitor] Bit 0 /(KZS) [Monitor SCS] 1 /(KZA) [Monitor SCO] 2 (U OUT ) [Monitor Vout] 3 4 (KZV) [Monitor SCV] = 0 =,Tab. C.4 Tab. C.40 : (Rx-Size) MSE6-E2M ( ) Tab. C.41 : (Tx-Size) MSE6-E2M ( ) Tab. C.42 Festo GDCB-MSE6-E2M-PB-ZH 1411a 111
112 C C.7,MSE6-E2M : 1) m + 0 Modulcode m + 13 Revisionscode m * m * m * m * ) m = Tab. C.43 : m + 0; m = (0 1) Bit 0 7 Modulcode [Modul code] 143: : MSE6-E2M CPX Tab. C.44 Modulcode :Revisionscode m + 13; m = (0 1) Bit 0 7 Revisionscode [Revision] Tab. C.45 Revisionscode 112 Festo GDCB-MSE6-E2M-PB-ZH 1411a
113 C : m * (Byte 0) m * (Byte 1) m * (Byte 2) m * (Byte 3); m = ((0 1) Tab. C.46 Festo GDCB-MSE6-E2M-PB-ZH 1411a 113
114 D D D.1, MSE6-E2M : 2) 1, ( D.1.1 ) I/O Fail-Safe 2 ( D.1.2) O 1) 2) Tab. D.1, : Force Fail-Safe, : 114 Festo GDCB-MSE6-E2M-PB-ZH 1411a
115 D (:) Fail-Safe 1 0 X Fail-Safe Fail-Safe x Force-Mode 1 1 LED Fig. D.1 Festo GDCB-MSE6-E2M-PB-ZH 1411a 115
116 D x Force-Mode 1 LED Fig. D.2, Fail-Safe, D.1.1,, /,,,,, 116 Festo GDCB-MSE6-E2M-PB-ZH 1411a
117 D MSE6-E2M Force : I/O /O, MSE6-E2M Force-Mode () MSE6-E2M MSE6-E2M Tab. D.2 Force-Mode ( / ) ( Tab. D.3) Force-Mode Force-State () Force-State () (0 = ) Force-State / / Tab. D.3 Force-Mode Force-State Festo GDCB-MSE6-E2M-PB-ZH 1411a 117
118 D Force Force, Force-Mode 0 = 1 = Force-State Force-State 0 = 1 = () Fig. D.3 Force Force-Mode 0 = Force 1 = Force-Value Force-State () Fig. D.4 Force Festo GDCB-MSE6-E2M-PB-ZH 1411a
119 D D.1.2 (Fail-Safe) Fail-Safe,(Fail- Safe ) (: PLC/IPC ), / /, Fail-Safe, MSE6-E2M Fail-Safe : Fail-Safe,,: ( PLC ) Fail-Safe (), Tab. D.4 Fail-Safe D.2,, Festo GDCB-MSE6-E2M-PB-ZH 1411a 119
120 D ( 4.2.2),, Fig. D.5 : / FN / / FN / 2 0 = 1 = FN 2 = FN + MN 3 = FN + MN + KN 4 = FN 5 = FN + MN 6 = FN + MN + KN MN =,KN =,FN = Fig. D Festo GDCB-MSE6-E2M-PB-ZH 1411a
121 D MSE6-E2M 40,, 10 Bytes 5 Bytes 5 Bytes ( C.3 ), I/O ( CPX ) D.3 /,,,:,/,, (:) MSE6-E2M (: ) MSE6-E2M,, : : LED : SF-LED ( ) Tab. D.5 Festo GDCB-MSE6-E2M-PB-ZH 1411a 121
122 D : Tab. D.6, : MSE6-E2M ( ) Tab. D Festo GDCB-MSE6-E2M-PB-ZH 1411a
123 E E MSE6-E2M 2 0 [No error] - 1 [General diagnosis] ( ) 2 [Short circuit] (KZS) (KZA) / 3 [Wire fracture/idling current I/O] 4 [Short circuit in actuator supply] 5 [Undervoltage in power supply] / / / () () /( ) /, ( Tab. 3.1) [Lower limit exceeded] 10 [Upper limit exceeded] 11 [Short circuit valve] [Wire fracture (open load)] (Open load) 14 [Condition counter exceeded] Condition Counter Condition Counter 15 [Module/channel failure] / (/), Festo GDCB-MSE6-E2M-PB-ZH 1411a 123
124 E 2 16 [Module code incorrect] 17 [I/O length incorrect] I/O CPX-CP : CPX-CP CPX CPX-FEC :, ( C.1,) : CPX-FEC : FST :, ( C.1,) : CPX-FEC : FST 18 [Address range exceeded] I/O DIL CPX /CPX-FEC 19 [Life cycle exceeded] / (: ) 124 Festo GDCB-MSE6-E2M-PB-ZH 1411a
125 E 2 20 [Fault in parametrizing signal range] 21 [Fault in parametrizing data format] 22 [Fault in parametrizing linear scaling] 23 [Fault in filter meas.value] 24 [Fault in parametrizing lower limit] 25 [Fault in parametrizing upper limit] ( ) (),, (), ( ), ( ), ( ), 26 [Fault in actuator supply] /, 27 [Wrong device type mounted] (: ) 28 [Alarm value reached] 29 [Fault in parametrizing], Festo GDCB-MSE6-E2M-PB-ZH 1411a 125
126 E 2 30 [No new output data (slave)] 31 [No bus connection (slave)] ( ) 32 [No STI read access (slave)] STI 33 [No parameter access (slave)] 34 [CP module lost / fault] (:CP CP ) 35 [CP configuration failure] (, CPX-CP ) 36 [Short circuit CP-Line] CP (24 V EL/SEN 24 V VAL) CP 37 [Fault in controlling] (: ) /, STI CP (CP CP ), CP CP,, CP CP, CP (CP CP ), CP CP : ( CPX-CP ), CP CP, CP 38 [Missing valve] (/), 126 Festo GDCB-MSE6-E2M-PB-ZH 1411a
127 E 2 39 [Maintenance required] 40 [CO-Life Guard] Life Guard, CAN, Guard Time Life Time Factor, 41 [CO-Heart Beat] Heart Beat, CAN, Heart Beat Time, [CO-CAN Overrun CAN (Objects lost)] 44 [CO-Invalid PDO received] PDO PDO PDO-Byte 45 [CO-CAN WarnLimit reached] 46 [CO-CAN recovered from BusOff] CAN CAN, CAN 47 [CO-Bus Power lost] CAN 24 VDC 0 V 48 [Fault in Calibration] ( ) 49 [Lower drop out signal] Dropout 50 [Upper drop out signal] Dropout 51 [Sensor limit exceeded] / / ( ), Festo GDCB-MSE6-E2M-PB-ZH 1411a 127
128 E 2 52 [Short circuit cold junction comp.] 53 [Open load cold junction comp.] 54 [Calibration data incorrect] 55 [Invalid process value], [Number of Modules incorrect] [CC-L: Station equip. status incorrect] CPX CPX CPX,, KSK, (), DIL ( ) 71 [CC-L: Bus connection lost] [Value out of range] [Function failure] [Configuration error] /, 101 [Execution error] 102 [Record error] 103 [Control error] 104 [System error A], I/O, 128 Festo GDCB-MSE6-E2M-PB-ZH 1411a
129 E [System error B] ;, 106 [Error in valve], 107 [Controller error], 108 [Encoder error], 109 [Error motor or power stage] [Subsystem module/ channel failure] Tab. E.1 ( 2) /, (/ ), [Switch unit defective], 129 [CBUS asic not ready] 130 [CPU Hardware Trap] /, 131 [CBUS C-manager not ready], 132 [Watchdog overflow] /, 133 [Remanent memory defective] 134 [Flash system memory defective] 135 [Number of mod., params.more than 64] 136 [Slave not ready] /, 137 [CBUS diagnostic telegram], 138 [CBUS init fault (gap)] ( ) 139 [Order queue full], 140 [CBUS-EEPROM error] 141 [CBUS C-timeout error], 142 [CBUS telegram fault], Festo GDCB-MSE6-E2M-PB-ZH 1411a 129
130 E [BIU access error] /, 144 [Licence error], [NETOS fatal error] /, Tab. E.2 ( 3) [Fault param. transfer module n] ( ) /, 201 [Invalid field bus address] DIL, 202 [Protokoll Asic not ready] Protokoll-Chip /, 203 [MMI serves CPX module] MMI CPX, MMI FB FEC 204 [Invalid setting switch unit] DIL, [unknown fault] Tab. E.3 ( 1) 130 Festo GDCB-MSE6-E2M-PB-ZH 1411a
131 F F / O I I/O I/O I/O I/O, MSE6-E2M DIL Dual-In-Line,,,,: PLC/IPC / Tab. F.1 Festo GDCB-MSE6-E2M-PB-ZH 1411a 131
132 MSE6-E2M C CE... 9 CPX F Fail-Safe... 94, 114, 119 Fail-Safe Force-Mode I I/O... 14, 74 M Modulcode R Revisionscode , , , , , Festo GDCB-MSE6-E2M-PB-ZH 1411a
133 MSE6-E2M Force-Mode Force-State , Modulcode Revisionscode , Am.0 [Modul control] Am.1 [Input address] Em.0 [Flow] Em.1 [Consumption] Em.2 [Pressure P2] Em.3 [Status] Em.4 [Selected input address] Em.5 [Selected input data] , Fail-Safe... 94, 119 Force-Mode... 94, , CPX CPX Fail-Safe Force-Mode / Festo GDCB-MSE6-E2M-PB-ZH 1411a 133
134 MSE6-E2M, I/O... 73, , , , 97 Run/Stop Run/Stop (FN) / (MN) (KN) , Festo GDCB-MSE6-E2M-PB-ZH 1411a
135
136 Copyright: Festo AG & Co. KG Postfach Esslingen Phone: Fax: Internet: : de
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MSE6-E2M 8070282 1703d [8070289] MSE6-E2M MSE6-E2M-SY-ZH EtherNet/IP, MODBUS, PI PROFIBUS PROFINET, PROFIenergy, ROCKWELL AUTOMATION, STUDIO 5000 : : : 1. 2 Festo MSE6-E2M-SY-ZH 1703d MSE6-E2M MSE6-E2M
50-FB23-24_BES_V_ z1_ b
CPX CPX-FB23, CPX-FB23-24 CC-Link 1411b [8042126] CPX-FB23, CPX-FB23-24 P.BE-CPX-FB23-24-ZH CC-Link Mitsubishi TORX : : : 1. 2 Festo P.BE-CPX-FB23-24-ZH 1411b CPX-FB23, CPX-FB23-24 CPX-FB23, CPX-FB23-24
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/ MS6-SV-...-D-10V24 zh 8043786 1702a [8068989] : : : 1. / 2 Festo MS6-SV-...-D-10V24 1702a 1... 5 2... 5 2.1... 5 2.2... 6 2.3... 6 2.4... 7 2.5 EN ISO 13849... 7 3... 8 3.1... 8 3.2 (Common Cause Failure
CMMS-ST-G2-S1_BES_D_ z1_ a
CMMS-ST-C8-7-G2 STO (Safe Torque Off) 8047492 1503a [8047475] CMMS-ST-C8-7-G2 GDCP-CMMS-ST-G2-S1-DE Pilz und PNOZ. : : : 1. 2 Festo GDCP-CMMS-ST-G2-S1-DE 1503a CMMS-ST-C8-7-G2 CMMS-ST-C8-7-G2... 5... 5...
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Compact performance CPV CPV CPV...-VI zh 1609j [8064945] ... de... zh 1609j... P.BE-CPV-ZH (Festo AG & Co. KG, Postfach, 73726 Esslingen, 2016) : http://www.festo.com :service_international@festo.com,
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OVEM zh 8068021 1702e [8068028] OVEM-DE : : : 1. / 2 Festo OVEM 1702e 1... 5 1.1... 5 1.2... 6 2... 7 2.1... 7 2.2... 7 2.3... 8 3... 9 3.1... 9 3.2... 10 3.3... 11 3.4... 13 3.5... 14 3.6... 14 3.7...
50-FB39_BES_V_ z1_ N
CPX CPX-FB39 Sercos III 8028637 1504NH [8028643] CPX-FB39 P.BE-CPX-FB39-ZH CODESYS, SERCOS, SPEEDC : : : 1. 2 Festo P.BE-CPX-FB39-ZH 1504NH CPX-FB39 CPX-FB39 1... 7 1.1... 7 1.1.1... 7 1.1.2... 7 1.2...
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CPX CPX-FB14 CANopen 8041142 zh 1411d ... de... zh 1411d... P.BE-CPX-FB14-ZH... 8041142 (Festo AG & Co. KG,:73726 Esslingen,,2013) : http://www.festo.com : service_international@festo.com,, Festo P.BE-CPX-FB14-ZH
Cube20S small, speedy, safe Eextremely modular Up to 64 modules per bus node Quick reaction time: up to 20 µs Cube20S A new Member of the Cube Family
small, speedy, safe Eextremely modular Up to 64 modules per bus de Quick reaction time: up to 20 µs A new Member of the Cube Family Murrelektronik s modular I/O system expands the field-tested Cube family
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CMMP-AS-...-M0 STO EN 61800-5-2 STO 8042949 1412a CMMP-AS-...-M0 STO GDCP-CMMP-AS-M0-S1-ZH : : : 1. / 2 Festo GDCP-CMMP-AS-M0-S1-ZH 1412a CMMP-AS-...-M0 STO CMMP-AS-...-M0 STO 1... 7 1.1... 7 1.1.1...
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0000137925 REV 1.0 ... 4... 5... 6... 7... 8... 9... 11... 12... 13... 14... 15... 17... 18... 20... 22 ( 1)... 25... 26 ( 2)... 28 \ 1 ( 2A)... 29 \ 2 ( 2B)... 30 SSR ( 2C)... 31 \ ( 2D)... 32 \ ( 3A)...
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1 C H R I S T A L P H A 1-4 LSC 型 Part. No. 102041 A L P H A 2-4 LSC 型 Part. No. 10204 冷 冻 干 燥 机 操 作 说 明 新 研 制 的 LSC-8 控 制 器, 具 备 图 形 显 示 功 能, 能 以 数 据 表 形 式 显 示 参 数, 并 可 选 配 控 制 软 件 LSC-8 1/4 VGA 大 屏 幕
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