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- 2023-12-15
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- 2023-8-29
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- 威望
- 1 点
- 经验
- 38 点
- 积分
- 109
- 帖子
- 4
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Coils
& }5 L8 O% p2 x& E) X! F$ F, iName (1/0) Coil
) j3 e3 Y) w. w; l# Y, jRunning/Stopped 1 * ]& r6 H. f$ N: l
Load/Unload 2
: q9 X e2 ?- E4 T0 n' I5 _% R: TGeneral Warning 3
8 G. j; s+ J# e7 cGeneral ShutdownWarning 4
5 Z" A3 E% w9 A% I8 y7 q i5 IGeneral Shutdown 5 ( O( e5 s8 i, D
General Service 6 * h2 k* Z: T, A( p3 P" R
General StartFailure 7
0 s- M4 k% E" w; H! ~ jEmergency Stop 8 a# U3 _9 J# d' Q2 ~3 V
Automatic/Manual 9
6 ~( E0 o" \ t: a9 iRemote/Local 10
( |5 w9 Q* Q2 K' Z" m1 r
3 @) j7 E0 j% n! G J, K ' q( _ X3 y; F% }4 M' A
Analog Inputs Registers - s: N, r8 M" b6 ?$ Q
Name Type Unit Status Value Value Interpretation ) F) `% x3 L$ `# C+ f
轴承润滑油压力 Pressure (mBar) mBar 1 2 Values are S16. 32767 = Sensor error.
V& i% k' _' e( f/ ^4 X7 d* jBearing lubrication oil pressure core 2 Pressure (mBar) mBar 3 4
5 C8 @( \6 w+ l) P1 ~* p$ q. J主机2注油温度 Temperature 0.1 °C 13 14
* x' L) I' f) Q% o$ X2 @' q$ U控制器温度 Temperature 0.1 °C 15 16 0 ?/ P3 j% S* e) @
压缩机出口 Pressure (mBar) mBar 17 18
( j- q: N) i1 `7 a接受器压力 Pressure (mBar) mBar 19 20
4 Y1 d- S9 {( z6 c& {. lReceiver 2 Pressure Pressure (mBar) mBar 21 22
+ E6 D, |; e! K1 s) O* {主机1喷油压力 Pressure (mBar) mBar 23 24
' n6 A& X& ]$ s主机2喷油压力 Pressure (mBar) mBar 25 26 3 s" {# q" R0 s0 F6 g. g2 B
主机1出口 Temperature 0.1 °C 27 28
9 a3 t. ^" Q% P% i. \$ {主机2出口 Temperature 0.1 °C 29 30
. X% P1 \; {$ @9 D/ D冷却水出 Temperature 0.1 °C 31 32 3 G$ q, \) J0 j6 @
轴承润滑油温度 Temperature 0.1 °C 33 34 ) \+ Y8 h# f3 u
Bearing lubrication oil temp. Core 2 Temperature 0.1 °C 35 36 ! z( Q7 n. i& `8 X- a
环境空气温度 Temperature 0.1 °C 37 38 % u8 S/ G4 ^" L+ r
空压机出口温度 Temperature 0.1 °C 39 40 " Q4 g, {" s' y6 l
主机1注油温度 Temperature 0.1 °C 41 42 2 t& L7 G2 q# L3 n8 S
' G) i, u' D, e- S) Q% H+ i
, N2 p# k1 m7 I0 vCalculated Analog Inputs Registers ( v, p- e! ^1 [( Q9 m* c
Name Type Unit Status Value Value Interpretation
3 o3 b0 c* ^/ O0 T轴承润滑的压差 Pressure (mBar) mBar 401 402 Values are S16. 32767 = Sensor error. & R! i* C+ Q* z( }3 i8 |; _
主机温差 Temperature 0.1 °C 403 404 2 u& L8 f0 L- O, W; g4 U; C
电机冷却器温差 Temperature 0.1 °C 405 406 7 c' `; Z D3 m: g
DP Bearing Lubrication 2 Pressure (mBar) mBar 407 408
& S9 Z0 S! a R0 YDelta T Element 2 Temperature 0.1 °C 409 410 4 a7 Z2 _# n/ W* m" n3 @2 V$ A
DT Motor Cooler 2 Temperature 0.1 °C 411 412
3 y; P# f. o! M* B8 A4 |/ V; b9 i * g8 z9 A9 o/ K* c$ Y m7 B7 q
8 o9 k& x4 W2 i$ X: {9 s
Digital Inputs Registers ) s6 Z; y6 m$ Y7 X4 V
Name Status Value Functional Interpretation 0/1
' } B# h2 ?+ ]% zStarter Feedback contact 2 517 518 开 / 关 2 D& L K# e7 i9 b8 X. [( H/ v
主机2电机过载 519 520 可以 / 触发 8 E9 Z# g3 K* G9 ?/ @5 }$ q7 G; B
紧急停机 521 522 触发 / 可以 + C* ?, n( ] S0 s
远程启动/停机 523 524 停止 / 运行
( g- t S* ` | j( I$ G% [3 s5 p远程加载/卸载 525 526 卸载 / 加载
! F: X8 s1 O2 `" {! i: M* r远程压力控制 527 528 本地 / 远程 ! ]$ S+ ?% Z; q
压力设定选择 529 530 压力带1 / 压力带2
% f6 b! m, ~1 }- }8 ?电机过载 531 532 可以 / 触发 0 Y! n1 v# |8 P- N( P3 c+ W
风扇电机过载 533 534 触发 / 可以 0 T& c8 I* G. X9 t: g
启动反馈 535 536 开 / 关 2 N$ } \8 x+ }. N5 ?9 y/ m
相序 547 548 触发 / 可以
0 |$ N% g: Y- r后冷冷凝物排放 549 550 水 / 无水 6 u& L; n3 X3 ?2 o& Y a0 g* F% e
Bit Description (1/0) $ w, G) A1 m& M: M, J
0 PreWarning , k) k4 s) R$ \, j; c- r' j
1 Warning
8 m; p- D- N% |" p 2 ShutdownWarning
/ I1 m! C) _4 ?* D& m 3 Shutdown
% k6 f: z6 z2 a9 b9 U2 _: Y4 N" N i 4 Service K4 N# p) f3 o5 {1 y( z
5 Permissive & S* O7 W+ l4 a( n6 i
6 Sensor Error 8 M6 t6 N9 R4 K( b; m+ ]& P$ v y7 A$ s
7 Set/Not set
& p1 c( K9 h; H8 j$ T. o# a 8 SPM valid measurement . N& j( A" i6 R- s5 \ {
13 PrePermissive
* r6 t0 P; X/ v+ X
4 E) Y7 Y% ]) \! f, D5 Z . n0 U; C3 R2 p* R/ {
Digital Outputs Registers
8 O3 o& }2 g% b1 rName Value Functional Interpretation 0/1
/ c M" L) j5 T* VLine Contactor 2 2551 停止 / 运行 : J) y y0 j8 M" {
Star Contactor 2 2552 开 / 关 ( f L* p' P$ L* T" b
Delta Contactor 2 2553 开 / 关
5 A& m2 G9 l |5 f I1 u, X1 ]" ~第二旁通泄压阀 2557 开 / 关
, `8 O) j. ~- W& b$ Z3 f排气 2558 开 / 关
' B. W7 w8 [. v5 }( X, n' p线型接触器 2560 停止 / 运行
2 r. L4 x! M7 {+ l0 z' ?( Y l星型接触器 2561 开 / 关 ! E/ @% T7 {% w' n& e
三角型接触器 2562 开 / 关
0 ~2 B) v, }7 c* S加载/卸载 2563 卸载 / 加载
. Y) z' W$ M+ c/ ^7 h自动运行 2564 不 / 是 . X4 ~5 ?3 j, i7 w | x. {/ K
普通警告 2565 是 / 不
- i" i& D! x8 P+ K$ i1 \) b$ t5 ?普通停机 2566 是 / 不 1 r+ G2 b9 J1 W0 C4 l
二次加载/卸载 2567 卸载 / 加载 - n. i# h( ^5 h& V: a% m+ C
冷凝液排放AC 2568 不被激活的 / 激活的 6 |/ i5 i7 A1 c) ]& Z; @
风扇马达启动 2569 不被激活的 / 激活的 7 U. L) [$ `+ l4 K+ R
2 e$ X. H9 e7 e& t1 b$ R# { 3 w( B8 [% d3 A6 X: Z- ? W
Counters Registers
. X- {* i& \* L+ u z4 {Name Unit Value = (65536 x W2) + W1 Reference counters for % calculation + h. d3 G5 f2 c8 x: ?7 B9 Q% g5 H
Value W2 Value W1
4 G% ^; k! [4 N/ X运行时间 s 1001 1002 0 I6 p$ v9 `: v9 s2 |2 V) U
加载时间 s 1003 1004
( m) L) w; D2 v: K6 f电机起动次数 Count 1005 1006 ' O% a" [- z3 ~0 T+ @) E* n) C+ S
加载继电器 Count 1007 1008
& ^: W+ `. G: ^/ z6 {控制器运行时间 s 1013 1014
8 B4 w7 f. t) x- S) @. V* k快速启动 Count 1015 1016 . a" Q2 j# X! o t; u
紧急停机 Count 1017 1018
' q$ E; F( W% i$ _- g8 ^ W5 `3 l4 Q冷凝水排污AC循环 Count 1027 1028
' R1 t* U; c; d& d" L可用时长 s 1039 1040 % A# N. ?* Y, F0 S3 A
不可用时长 s 1041 1042
3 @: u; E( S/ B: y紧急停机时长 s 1043 1044 ' q0 k4 t' T8 T) D
显示时间 s 1089 1090 3 ?1 M3 p) N, |- G0 k
. M; z! V! ^& w5 t3 n
" W1 D$ l; ~6 |2 H: p9 [
Special Alarms Registers . m4 L5 q5 b6 x1 M
Name Status
9 y7 | H A- T0 [) r: b无效的压力控制 2703 / S* }9 n/ L/ I. p% ^9 I
浓缩排污 AC不正常 2716 ! e8 [& q9 d6 T, A4 L/ ~
扩展模块交流 2742 9 [. N4 O* a) e: c Q& y. [
ASM2报警 2922
% w, Q* v6 h: X7 `, u6 z- d Bit Description (1/0) % J0 S3 v! g; R3 D# s1 e
0 PreWarning 3 r1 n1 S# B/ V2 U
1 Warning 1 }/ `0 E# B. {5 G1 ~, Z
3 Shutdown
0 G: \7 L: ~/ w$ M% d* j: i 3 [% n+ S- C* q8 J9 |
8 x' Y: s3 f( d. b# u7 f2 oMachine Control Mode - b5 Y" z# c- Z+ R8 N- L9 F! f" ?, N
Register 702 - LO byte
" U1 g! t7 X6 D4 b" mName Value . p8 H! N3 b T$ f
2a - Local Start/Stop & Pressure Sensing 0
! U0 [4 H! y0 n3a - Remote Start/Stop, Local Pressure Sensing 1
9 `3 W& n. y* P$ Y* Q) E6 b4a - Communication Start/stop, Local Pressure Sensing 2
: e+ {+ v! N. W: T' Y2b - Local Start/Stop, Digital Contact Pressure Sensing 16
, q6 W S8 {. U) q' L3b - Remote Start/Stop, Digital Contact Pressure Sensing 17
1 ?& q4 g5 o, L: k. Y4b - Communication Start/Stop & SPS Control 18 9 |- }# Y2 x a, M" Q; o
4c - Communication Start/Stop & Speed Control 34
; r6 t# c( D- W" U& {$ O4d - ES/EQ Controlled 50 % R- j5 B3 C1 [* }* ^! _
2e - Local Start/Stop & 4-20mA Speed Control 64
0 T( d9 d1 Y* v- z( H0 C- n! F3e - Remote Start/Stop & 4-20mA Speed Control 65 ; W" ~8 W6 e. [6 G5 V
6 U) u5 r5 n$ b) C9 j' l
& K- K. {1 r: a/ E1 B5 kMachine Mechanical State 7 k6 {: Y. ^7 H
Register 701 - HI byte
. y3 @$ D) @$ S& C1 X6 ?Name Value 2 ?8 }" g. ]* w
Stop 1
M4 C+ h% n5 HUnload 2
$ c' {4 R4 M- B/ iLoaded 4
7 R' V; c: x* o& K
* p2 x1 W7 i# \' a. C9 h1 @! c
/ I9 N3 ~% ]( P2 I7 TGeneral Status
8 ] r0 n% s; ^Register 703
4 ~3 B6 ~$ B+ w& q! w5 w i( IName Bit 9 f- H& y; l& N/ ]- c
PreWarning 0 / \3 u7 x9 ]- Z2 P' z
General Warning 1 ; P5 i9 }5 N) A
General Shutdown Warning 2
& d) j7 t1 P2 o# nGeneral Shutdown 3
0 l' H( C( q' z# HGeneral Service 4 ) I9 ~8 z" O6 e- g, Q, U
General Start Failure 5 , \$ W9 S% @+ N% h, A
Emergency Stop 6
& j/ a2 G& v7 Y: L/ _5 x. G& iManual/Automatic 7
9 R" R6 f' l: O( Y* M% [& DLocal/Remote 8 ' ^9 ^8 J; Q0 J7 n; n# V; D' e: e
Week Timer 9
- S8 `, X1 c) ePreWarning Service Running Hours 10 ) V% b1 {- D. h3 t' f6 L" l' t6 u
- 11
[! z0 I7 N& O: N) o( Q: YPreWarning Service Analog Input 12
/ `8 n* ^' H0 X- P& q8 xPrePermissive 13 % h9 R% H. N' ` y
Test Mode 14
5 b4 S* G# b2 z: Q g+ @
# U& v) I% \% {7 H& m+ G3 P2 D# ]' m1 K; [ 9 p# O; m! r) Y! F6 y" |/ h% g1 `
ESi/EQi Status 8 u6 E0 x" N/ d* o5 {
Register 709
) k1 a9 G4 @9 E m5 I4 E$ pName Value & g- Q; [, p$ }- Z
PowerUp ES/EQ 8209
: X. y: F7 S. I/ TLocal Operation ES/EQ 8225 # x( Y6 S, J. i5 w; w. v' P+ C
Central Stop ES/EQ 8242 5 n+ J0 x1 f5 V, g' ]! A+ P# s
Shutdown ES/EQ 8337
' j, O, H5 C& ]9 d1 D DAutomatic Operation ES/EQ 24594 ) I8 e$ G+ x7 p [
, P" |) _% U) y; V$ @8 [/ T2 H# U
" T0 e* b# |0 G6 Q
ESi/EQi Counters Registers
/ `% I# Z# Y3 ?, h0 N U9 RName Unit Value = (65536 x W2) + W1
: v9 T1 [5 ]0 a1 h' c9 ? Value W2 Value W1 9 M- @( s% l8 k# }5 |" g, [
Compressor 1: Running Hours s 751 752
7 B9 L5 w) A1 _4 ^
8 }1 y) E' g+ _- R% q, Z" n; |
. l0 q$ n4 B7 QRegulation Parameters ! q0 {5 t6 V6 M5 x0 S+ Y
Name Register Value Read Value Write Info ; p6 l( V" |) u/ {& K5 a2 w
Pressure Band Selection 861 PB1=>1, PB2=>2 PB1=>1, PB2=>2 used in local pressure sensing mode
" k& k. \6 W$ u# X2 MPressure Band 1 - Load 862 mBar n/a
. x% K7 H" |% O, U6 ]& N* W" YPressure Band 1 - Unload 863 mBar n/a : E- ~$ |% u& [: F. Y0 \% B
Pressure Band 2 - Load 864 mBar n/a
. R" _& Z* Z( w2 W9 \$ \Pressure Band 2 - Unload 865 mBar n/a % t$ G9 G9 d+ v8 ^
Actual used Load level 866 mBar n/a only for app 2.79 or higher and latest Gatewxay application
$ K& R# B+ ^5 H: ?Actual used Unload level 867 mBar n/a only for app 2.79 or higher and latest Gatewxay application + N" w( f" p+ N' J0 n5 Y
Actual used Unload level 868 mBar n/a only for latest applications
2 m0 O( W6 ~ Q1 e9 ^) a
- r7 o D; X7 |% SES(i) Pressure Band Selection 881 PB1=>1, PB2=>2 PB1=>1, PB2=>2 used in local pressure sensing mode
8 C4 O& J5 ~, B: h* J8 K1 eES(i) Pressure Band 1 - Load 882 mBar n/a - Q$ g# t+ i' c! ?% K
ES(i) Pressure Band 1 - UnLoad 883 mBar n/a ( l5 g0 E5 l& c) c
ES(i) Pressure Band 2 - Load 884 mBar n/a 0 i3 X* v6 b' a) N/ \) W4 t$ e
ES(i) Pressure Band 2 - UnLoad 885 mBar n/a
4 {2 X* Z' W% }' w% q, A
8 w# S5 W) S+ U; T' V# e- h2 O * n3 I- a3 t4 g! T& y0 u
Commands - LAN mode
/ W% R3 H* L. z& dName Register Value Read Value Write Info ) W' F* V: _! s) I: _
Start 2001 n/a 1 Start the main machine , b: o! V$ N! B
Stop 2001 n/a 2 Stop the main machine ! U; B% M& K% W0 t* o2 U' ]0 e5 x% o
Load 2001 n/a 3 ; J; Q! `. e! o4 {: ^( n3 ?5 @
Unload 2001 n/a 4 & [' ^1 x' h- a# q. y$ p5 y5 z8 Q8 e
9 b2 E, x! W! E2 C1 x2 B& NSwitch 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) ( { P7 D& y% {" B# e, ?& C
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