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- 2023-12-15
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- 威望
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Coils 1 F$ y; I) x8 }$ U
Name (1/0) Coil 9 j& e" j6 s H2 e5 a, |! w
Running/Stopped 1
. Y3 \2 {/ ]& B) C0 A9 M0 xLoad/Unload 2
% H I7 J2 J3 C. D6 _General Warning 3 ) Q7 {7 Z I) ~1 a$ q" c1 d
General ShutdownWarning 4
! z1 {& s1 E. o BGeneral Shutdown 5 3 I K5 a( L% Z9 q6 \
General Service 6 # Q! w7 J9 K9 w, G
General StartFailure 7
7 Z( j1 k7 Q {& c& r7 O" oEmergency Stop 8 " ?) F7 e# [0 ]/ D/ y; \9 Y
Automatic/Manual 9 / D# c6 Z0 {" k: `# l1 \8 P% h+ d
Remote/Local 10 ( V& \( _4 |+ Q4 T% T6 S& I! S
9 p$ E# T) b# G7 Q5 w! }6 G
; _' p( q* X! }5 m2 nAnalog Inputs Registers
& p: L8 v$ B2 L+ S7 N+ D0 KName Type Unit Status Value Value Interpretation
* F, R9 |: r$ r轴承润滑油压力 Pressure (mBar) mBar 1 2 Values are S16. 32767 = Sensor error.
5 m- @1 a9 B+ s3 W/ |& E% KBearing lubrication oil pressure core 2 Pressure (mBar) mBar 3 4
3 U# q$ C# G! k& @% k! c1 a; N主机2注油温度 Temperature 0.1 °C 13 14
& r3 @% _/ @1 n- ]& c* k控制器温度 Temperature 0.1 °C 15 16
( U+ d0 G) U& c. R压缩机出口 Pressure (mBar) mBar 17 18 7 p2 X9 q) G& n; G
接受器压力 Pressure (mBar) mBar 19 20
9 M# b7 b) j6 IReceiver 2 Pressure Pressure (mBar) mBar 21 22
+ ]$ M; j$ H# Q主机1喷油压力 Pressure (mBar) mBar 23 24 - U4 l. t1 Y% d( c8 ?, ^. K
主机2喷油压力 Pressure (mBar) mBar 25 26
" B( k u+ \" h& i; K主机1出口 Temperature 0.1 °C 27 28 1 a8 ~5 V* x0 U. U# K! E# U* D
主机2出口 Temperature 0.1 °C 29 30 0 ~5 H7 a0 o0 U; P/ f; i% p) }
冷却水出 Temperature 0.1 °C 31 32 2 K, h; ?& E; W# r; F+ t& }
轴承润滑油温度 Temperature 0.1 °C 33 34
0 b t8 E" M) M/ P- n) TBearing lubrication oil temp. Core 2 Temperature 0.1 °C 35 36 9 @+ C; M9 ~* ^# d% o
环境空气温度 Temperature 0.1 °C 37 38 ( e8 p& k5 H$ }) P4 L# S! y! B
空压机出口温度 Temperature 0.1 °C 39 40 # }& `! R6 L8 B7 D9 x) z, I; C
主机1注油温度 Temperature 0.1 °C 41 42
% y# w, x q V- c) z, E
5 S! f+ K7 n: K t9 d
+ y( n( V% r8 |; L/ N" d8 o8 N& jCalculated Analog Inputs Registers
) K( s$ |, M- g+ o- LName Type Unit Status Value Value Interpretation * h! m: c! k* f2 Y& x
轴承润滑的压差 Pressure (mBar) mBar 401 402 Values are S16. 32767 = Sensor error.
, I: b5 ]8 u5 q主机温差 Temperature 0.1 °C 403 404
# G1 U. K8 L; X# |; n电机冷却器温差 Temperature 0.1 °C 405 406
2 I4 S+ o9 n* R- e, ?+ J' ODP Bearing Lubrication 2 Pressure (mBar) mBar 407 408 ) s3 b; D) y X! i& t7 w+ Z3 v8 M, N
Delta T Element 2 Temperature 0.1 °C 409 410
C& L) H; d9 N. q% TDT Motor Cooler 2 Temperature 0.1 °C 411 412
7 z7 Z3 |1 g" M: L6 S
- r; k- C; [/ p5 v. O% d ( q& K& k; X* X' g' D
Digital Inputs Registers
& L4 E& @8 l2 H$ oName Status Value Functional Interpretation 0/1 - X7 L, M6 e! ^4 F# u
Starter Feedback contact 2 517 518 开 / 关
% q- a# j6 U: O2 N/ F" O主机2电机过载 519 520 可以 / 触发 " a) c# v9 Y! R) y" I' Z* I
紧急停机 521 522 触发 / 可以
; q: ^' g& F: H远程启动/停机 523 524 停止 / 运行 9 x3 e* p' b( k% N3 j9 q
远程加载/卸载 525 526 卸载 / 加载 " I3 }) T+ N) H+ H
远程压力控制 527 528 本地 / 远程 5 A1 ]! A% [: @" m8 i* ]
压力设定选择 529 530 压力带1 / 压力带2 " {" o, [- G8 J/ v6 U2 p( u# G1 f
电机过载 531 532 可以 / 触发
0 n J* \. H1 i风扇电机过载 533 534 触发 / 可以 ?, H9 s: u. n0 A) f
启动反馈 535 536 开 / 关 # \3 X4 W A' H; Y, x6 L& `
相序 547 548 触发 / 可以 T* W/ J& ?+ v: z0 r% l- X0 c9 V
后冷冷凝物排放 549 550 水 / 无水 ! t. V& J5 ]: z/ m, }2 {$ E, n4 }# l/ {
Bit Description (1/0)
* j% S+ g) d3 [3 p7 B9 P6 S, z 0 PreWarning ! b% E, y: D7 G+ i' E1 z; P9 [6 F
1 Warning
$ n( r$ Z: w$ ?/ a; o) j2 D 2 ShutdownWarning
! _. l1 `) T; A6 d! j# p 3 Shutdown # w5 V6 `$ T/ T p
4 Service
, T+ i* Q0 L- c3 {. Q 5 Permissive . Q, z4 u, G/ |/ i' h* S- o/ `6 c
6 Sensor Error ' C( x2 }7 Y! K4 J2 w, m0 H
7 Set/Not set
6 b4 C8 I$ `. o9 s z R+ ~! } 8 SPM valid measurement ( l6 S# O3 |$ z1 C! b. l/ {
13 PrePermissive
- f8 `8 b- S/ d" B! p' p( v; e
3 J. ]5 E! B9 i: p9 r; M& M- `% ?
. J0 _' J& L- J6 l8 ODigital Outputs Registers
; p, R3 O1 n6 }# \: d& F. ~; CName Value Functional Interpretation 0/1 & [; w( G, l2 ^' z& e( B
Line Contactor 2 2551 停止 / 运行
# _6 @) B; M0 o" qStar Contactor 2 2552 开 / 关
% U4 X5 U! ?5 l+ t/ f$ Z. V5 nDelta Contactor 2 2553 开 / 关 # k* s; G* Y$ P, ]
第二旁通泄压阀 2557 开 / 关
2 y; H1 O$ A2 T% J8 G: y+ T排气 2558 开 / 关 7 Q9 L0 I1 n2 k) Q
线型接触器 2560 停止 / 运行
1 O. p8 Y0 T9 I2 M星型接触器 2561 开 / 关 9 D7 E. R( M9 G. R5 b9 S! o" t
三角型接触器 2562 开 / 关 ' t# p) |( `; A8 Y0 w& ?, o; Z0 y
加载/卸载 2563 卸载 / 加载
0 `* ~* o7 F6 A9 U自动运行 2564 不 / 是 , g8 F" I. d: e3 O5 q
普通警告 2565 是 / 不
; B- s8 q4 d% h普通停机 2566 是 / 不 # X- B M e. B1 _
二次加载/卸载 2567 卸载 / 加载
) C) J. T- v$ u, [5 u& j, C4 V冷凝液排放AC 2568 不被激活的 / 激活的
1 {( n5 U- d) {+ L" ^: U% n风扇马达启动 2569 不被激活的 / 激活的
8 n) _9 ^6 l0 t) ?) {. } 9 \$ s3 r4 K) Y1 {
4 h) a) |1 ], a; X# F7 k8 E' Z" sCounters Registers
( t W. j! j1 g; W2 M* K$ ]$ JName Unit Value = (65536 x W2) + W1 Reference counters for % calculation 5 a9 F9 \" D3 B t4 C
Value W2 Value W1
' O% ^4 b# u5 x6 s( y0 K' g4 [, H. ]- g运行时间 s 1001 1002
/ p" q0 `$ A3 `加载时间 s 1003 1004
3 q/ o2 i2 V. d3 C4 k0 ~电机起动次数 Count 1005 1006
r8 D, `. k6 y! x9 l) W: g加载继电器 Count 1007 1008 ) g: h; {, g& H2 a+ o% z5 I
控制器运行时间 s 1013 1014
" a) i% i9 E1 c6 w快速启动 Count 1015 1016 " J( {1 H, U5 t$ W ?( Y
紧急停机 Count 1017 1018 - p* ]; U% j6 C5 o: O1 Q
冷凝水排污AC循环 Count 1027 1028
3 M9 }0 V; g' a+ p4 e1 \1 @可用时长 s 1039 1040
2 l' k" R6 U5 U- f% k7 k ~1 G不可用时长 s 1041 1042
4 U+ p- f/ s, l; S0 U$ X紧急停机时长 s 1043 1044
. d G _7 Y9 ` k显示时间 s 1089 1090
" ?# E! a$ s1 Z& U
8 x* C6 E. Z2 O' x+ j' M9 a) J
1 _0 \& |; |8 ~, }" p' dSpecial Alarms Registers 9 u: J/ e: x3 P2 B7 ^6 y4 q. d
Name Status 6 F6 G' O6 o& R' y7 e! x
无效的压力控制 2703 ; V* j+ q$ l9 e L- x
浓缩排污 AC不正常 2716 ; _3 }5 p( W" R3 K |/ u
扩展模块交流 2742 # P8 V# |) R9 @* R; t9 f
ASM2报警 2922
; {/ n0 f/ j( q: v- x6 ?% h& t4 V Bit Description (1/0) - b h. d7 Q: f7 M% E4 u
0 PreWarning
L! j6 o0 p& c! I. Z& I 1 Warning / @# ?; U4 x: o2 f+ l
3 Shutdown ( r7 J# x' }" Q8 J
% k9 F9 A6 a6 e; c- R% x
) x! u5 T8 L4 pMachine Control Mode 0 }) z7 \. x, t" G8 N5 X9 e9 A$ f
Register 702 - LO byte
6 x2 l1 t) X$ Y1 D) P6 @Name Value
4 Y [ }: r% K/ ^% t! f2a - Local Start/Stop & Pressure Sensing 0
9 C" s' Y/ b7 L. f2 y) U3a - Remote Start/Stop, Local Pressure Sensing 1
+ C* ?: S7 h, f# X h h7 K/ t4a - Communication Start/stop, Local Pressure Sensing 2 , q4 N7 ?+ E6 E5 D2 I, Q
2b - Local Start/Stop, Digital Contact Pressure Sensing 16
- O& X9 h- p, f; I/ g3b - Remote Start/Stop, Digital Contact Pressure Sensing 17 " [/ F( x1 p$ _. E5 W( O+ I
4b - Communication Start/Stop & SPS Control 18
# p: P! W; w* T3 D8 E4c - Communication Start/Stop & Speed Control 34 6 C, ?6 g( `, w1 z- J
4d - ES/EQ Controlled 50
8 t0 v" T3 i6 ^" i' M2e - Local Start/Stop & 4-20mA Speed Control 64 ' q* c- G- q c3 k0 g
3e - Remote Start/Stop & 4-20mA Speed Control 65 9 ^ U. M* v6 n9 P$ n9 E
: [# B! _ o' Y! n) }! R1 _
! u% E# ~5 y+ p) J( ^Machine Mechanical State 4 j. o; Y {: `4 i0 ?, Z6 k, U
Register 701 - HI byte ; x, I1 [1 `# d {5 i6 O5 [
Name Value
, N8 m; l% c/ V; R2 n6 UStop 1 * z* u4 H% |5 F' C, m, e6 h2 m% |5 d
Unload 2 4 S+ N' Y+ h0 I
Loaded 4 , [& \8 Z4 P! S+ R
k6 T$ A7 o+ a6 M0 [! j
; B' Q3 E3 Q( G) D' C) ]General Status % `2 }% W7 S/ y2 @
Register 703
: Z9 w3 |# J, I7 ZName Bit
0 a0 \3 H% S: q" K2 qPreWarning 0 ' V) b6 m7 D( ~; w
General Warning 1 , P% s1 S1 T1 ~1 ?
General Shutdown Warning 2 ' n' r2 @; F& }) U4 s* r
General Shutdown 3
1 u% n5 f: s% x- h L1 j. HGeneral Service 4
: c7 |" v2 Y- u/ CGeneral Start Failure 5 9 W3 e- m9 A3 C+ ~4 I
Emergency Stop 6 + A* F A B$ \- f. i4 w3 o
Manual/Automatic 7
" r! r# V5 Z# C- f& w. dLocal/Remote 8
3 _8 D. a' H5 q# S; {$ UWeek Timer 9
* P: C1 g& X; I7 N& w+ APreWarning Service Running Hours 10 + @1 \7 a/ E* a$ I" Y6 Y. E; M5 m
- 11
4 s* T( }) v/ r0 I6 u2 o: @PreWarning Service Analog Input 12
+ a. @0 g4 y! u' O) k! gPrePermissive 13 ) [! @5 E" b s! j2 W
Test Mode 14
0 b& v! U$ r* g1 L% t0 B
* o9 E- ~% o$ n' K/ j/ R i/ @& L2 @8 `& T& }( I) J
ESi/EQi Status $ s$ y) G2 W8 T* b3 }# _% e' h
Register 709 6 [/ c* \7 z: W
Name Value
$ \0 @" l+ x1 B+ m/ F" wPowerUp ES/EQ 8209 9 x; _6 J. A$ c7 m$ i; e6 S) U1 {4 X
Local Operation ES/EQ 8225 6 \# h9 @0 ]% s0 P4 r
Central Stop ES/EQ 8242
& e; l3 o1 y2 TShutdown ES/EQ 8337
3 j: l4 v+ t9 s1 aAutomatic Operation ES/EQ 24594
`3 y$ ]5 w; w+ M D! A4 L ' G( ~+ T& k/ K0 g
" j" Y3 p$ s2 m
ESi/EQi Counters Registers 2 A3 A8 e8 t5 I' u9 j( s- P
Name Unit Value = (65536 x W2) + W1 ( b8 y5 f, E8 I: F, Z6 N
Value W2 Value W1
5 v* [& C- g: e e- B! w. N7 }: q4 mCompressor 1: Running Hours s 751 752
" B) z) X' @$ O- k' s# A& X : x0 r1 F. f$ o" K
7 S: F4 R% |3 O! N
Regulation Parameters
& p0 P& A7 U+ M0 VName Register Value Read Value Write Info
2 R: m- W o @& `% T9 A' HPressure Band Selection 861 PB1=>1, PB2=>2 PB1=>1, PB2=>2 used in local pressure sensing mode
$ r5 w+ \ H$ \7 c- M6 v$ s- } aPressure Band 1 - Load 862 mBar n/a
4 \7 h! i! ^- l% W1 g1 L/ d& f# sPressure Band 1 - Unload 863 mBar n/a & F' c& Z, l& d1 `
Pressure Band 2 - Load 864 mBar n/a & q9 J% F, g' J2 f7 f
Pressure Band 2 - Unload 865 mBar n/a
5 U W3 u) H# y7 K( T! `; }: GActual used Load level 866 mBar n/a only for app 2.79 or higher and latest Gatewxay application . s A: F# C7 H, U8 [1 {. T
Actual used Unload level 867 mBar n/a only for app 2.79 or higher and latest Gatewxay application
, \2 `/ q% I1 J) E3 o2 p. _Actual used Unload level 868 mBar n/a only for latest applications 1 T2 c5 Q' _8 J$ _9 M
h* B' T( g& c' M; s) Z3 Y
ES(i) Pressure Band Selection 881 PB1=>1, PB2=>2 PB1=>1, PB2=>2 used in local pressure sensing mode
! D& V# ]. E" J1 [3 VES(i) Pressure Band 1 - Load 882 mBar n/a ! d" L" z) z& M2 s3 A* X
ES(i) Pressure Band 1 - UnLoad 883 mBar n/a 5 I% E( V! Q% m8 Y& G4 O
ES(i) Pressure Band 2 - Load 884 mBar n/a
; A: n" M& g4 \ES(i) Pressure Band 2 - UnLoad 885 mBar n/a
5 P/ ]4 T6 Y8 L1 _# D' d: L' f, ] 7 L s3 \ d# P3 w9 t& o
+ G3 _& E% ]: v. lCommands - LAN mode
9 U I3 _# N6 b& V- M# M0 WName Register Value Read Value Write Info
# J; R6 D+ r6 v) R2 f; @% ^) OStart 2001 n/a 1 Start the main machine
- z/ M$ u I' l9 F8 H! b3 m% a' }* @- X( AStop 2001 n/a 2 Stop the main machine * I( @& |* q- K4 i- w5 c5 _
Load 2001 n/a 3 . c4 h# A& L' E1 ?; E: ?
Unload 2001 n/a 4 . a* w& [. @, j
1 c4 y: ~& i6 Q
Switch to LAN A control mode - local Load/Unload Control 2002 n/a 2 Accepted in LAN B. Use of this command is not mandatory (auto isolation after 20s) 3 M* A; v4 L8 `
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