|
安规---必须记好这些4 t+ W8 z, z! m* l* H2 j _
load test and short-circuit test 负载试验(短路试验) 9 w# D( |7 y1 e% A( Z+ s
plugging 反接制动与反向
3 }7 B( }( J" o" @8 I2 d, Eintermittent periodic duty 反复短时工作制 i( _7 @* |( q- s8 v, G
feedback control 反馈控制 " F, J+ M n0 T5 {5 Y
feedback loop 反馈回路
/ A5 s% P) f6 a+ C% Hluminous intensity 发光强度 * d3 {. n9 P0 p' w9 K2 e
distributed capacitance 分布电容 2 T' |$ T; h- ?" w! f# d, k; N
split phase motor 分相电动机
' |0 T, m9 x3 U; F/ f: g6 o0 u4 Wfractional horsepower motor 分马力电动机
, p2 W) Y4 p4 U% [% j% ~nonlinear control system 非线性控制系统
! j7 t9 U# Y+ V! L E1 |nonlinear (circuit) element 非线性(电路)元件 8 V8 j/ F" `% L# r
nonlinearity 非线性 # ]: o% J, ?4 m# T7 R6 d/ P
second class load 二级负荷 # O; e! @: R/ F. n2 [! y0 V
rated condition 额定工况
; ~2 e7 `; B: m/ Yrated value 额定值
* H- M- }* B: y* Xshort-time duty 短时工作制
. G6 H- e7 l8 Y2 _1 @short circuit current 短路电流 ( K2 @2 ]. d9 q& O8 P8 n
short circuit 短路 4 Z& u- j/ C" V# ?" M# ]
series resonance 串联谐振 4 c6 {, k' ^- p8 e
transducer 传感器(变换器)
0 Z# Y1 U, f Mmagnetic core 磁心 3 L+ A" e5 i0 r! c# a
magnetization curve 磁化曲线
( C5 N! b+ O; A" @; F- Wmagnetic field 磁场
+ }1 F% G# K# l Fmagnetic field strength 磁场强度 : ?+ c) e. F0 S* P5 {+ U, }( V" P
magnetic saturation 磁饱和
' @5 A( f% G" q$ B* a% Wmagnetic hysteresis loop 磁滞回线 |, @/ a7 g: w# \
magnetic flux 磁通量
$ r. [5 e3 Z. W, y7 _, F2 Xmagnetic flux density 磁通密度 7 B) B e0 V6 ~
superconductor 超导体 " |0 } H j. ~* ~" l9 v) y
uninterrupted duty 长期工作制
$ t# Z$ J- o- x) z" M8 gprogrammed control 程序控制
& c1 {6 J% M# d% j' o- \ _stepping motor 步进电动机 & H8 q8 G( N! Y! J# q/ n) I5 [
parallel resonance 并联谐振
* h1 N7 A+ x* {) Tdifferentiation protection 差动保护
* e$ W( R" x5 |- V U# O& dtachogenerator 测速发电机 % q, D% O) E$ A7 x7 S8 ]
protective circuit 保护电路 0 q8 x4 t* {9 l5 D6 h
open loop control 闭环控制
6 _# T: L, z* uapparent power 表现功率
. J, w3 i& q6 V. Y+ L8 H& A- V0 {, Zcomparator 比较器 * ^5 N v( m) e2 N
nominal value 标称值
7 |" x. ^9 A" r. c7 y+ }$ D1 f+ J6 Espeed governing by frequency convertion 变频调速 ' _. a+ S% p1 i4 J$ W
speed governing by pole changing 变极调速
$ _+ [ D/ ?& q t' V$ o; r) Tampere-turns 安匝 % c! P* {( M" N8 V3 o
safety voltage 安全电压 ' V% b! r3 ^5 l" @! b/ h
semiconductor devices 半导体器件
7 v1 @0 g: K% rthyristor 半导体开关元件
4 Z1 J4 g& p6 p. k! b, k0 ksemiconductor 半导体
1 N) D4 R% }5 d, Z(absolute)magnetic permeability (绝对)磁导率 ! a' {2 H* E; d5 q
current rating (of cable) [电缆的]载流量 ; z6 f: R& t1 m2 ?
breaking capacity (of a switching device or a fuse) [开关电器的或熔断器的]分断能力
% G' x, j2 J/ Y- i$ o% |% Hauxiliary circuit(of a switching device) [开关电器的]辅助电路
( I! b. Y/ e& s' t2 ~$ m$ w- Nalternating component (of a pulsating voltage or current) [脉动电压或电流的]交流分量 - Q7 n7 P' Q% M" f* f& o$ f5 p
direct component(of a pulsating voltage or current) 脉动电压或电流的]直流分量
9 a5 R3 ^! N9 G4 P% D/ N& ]TTL circuitPI TTL电路 % k q: }7 C9 c
PI regulatorPID 调节器 8 ?+ y; O% n( ~0 `8 y
PID regulatorPD 调节器
0 l }. `$ D: D# s+ U; Y; A: o- xPD regulator 调节器 $ e- ]8 [: x# t/ B5 Z! X$ L" f
main circuit 主电路 - V3 W' X: m8 C; I2 \
neutral point 中性点 % r; v1 X, x6 \1 \% ?( O) n
medium frequency 中频 2 A i& E# q) v* V. Y6 m
active power 有功功率 V2 R6 }+ p* ? x l
active element 有源元件
& d4 o; R: `; |* \first class load 一级负荷
9 i( h; F! T( H* e( C& yhard magnetic material 硬磁材料 3 b" ~9 |) t# s2 L
direct control 直接控制
* [0 [2 i' W9 g" `6 z$ O* i9 q! ^direct coupling 直接耦合
! r' v0 d( C O. W yremote control 遥控 ' Z/ S1 V' ]9 [5 k
sine wave 正弦波
9 d0 p9 P. T9 m" W: B0 yrectiffication 整流
4 [! Q. |+ F0 qilluminance 照度
% `8 z* w5 p; w+ ]$ L# N# `operational amplifier 运算放大器 9 `( O/ x( y4 s) Z: Y# ]
load rate 用电负荷率 # t) `& Q; |4 V: k- w% v3 I
piezoelectric effect 压电效应
' V6 ]4 G1 b, ?, [selector 选择器 1 {7 q) h0 a7 F
oxidation stability 氧化稳定性 : ]: p$ Y1 u) w9 J
couplingMOS 耦合
. M |8 _6 P' hMOS circuit 电路
( t3 `5 g3 Y6 K6 d9 ~' O3 l1 Blinear control system 线性控制系统
6 c, \2 Y5 K# {5 _' Vlinear(circuit)element 线性(电路)元件 ; X7 W' Z- M4 a9 c2 O/ Q& Z) t1 v0 U
linearity 线性 # ]3 z/ F. `+ I, Z3 I$ X
gas protection 瓦斯保护 1 A; r# f9 n# M' v* M0 @7 i
reactive power 无功功率 ( I& }+ t6 G+ I5 @
passive element 无源元件 + T" H$ A& f* U1 N C- X' V
eddy current 涡流 . U) u9 q2 @" V$ K
synchronous speed 同步转速 ! o- i8 O1 N7 Z1 N2 T* J% b) H; A: j
on-load factor 通电持续率 % }9 z) k$ V! _
micromotor 微电机
" G; P v) Q# ?# p4 T+ k. A3 r. ^differentiator 微分电路 - E2 A G' ]) ^
regulated power supply 稳压电源 ; }$ e3 [- @- ~6 i
voltage stabilizing circuit 稳压电路 8 D& {. n, [: G1 v9 a
sequential order of the phases,phase sequence 相序 # ]- r$ K: ~) F
phase 相位(位相,相角) % ^* H% m+ F8 q9 X
phase displacement 相位移 4 N5 X( R5 T( [3 s$ L
temperature rise 温升
7 V4 {$ V, g$ K) R+ P* \connection diagram of windings 绕组联结圈
0 |3 W( W5 p `$ Y3 Lwinding 绕组
`/ B6 r5 S0 wservo system 随动系统
: i$ U4 M6 V* X" d- k( a( Qdetuning 失调 " J6 C0 V+ L) }! e
distortion 失真 ! c! {" {3 k8 E! s+ @) Z
digital integrated circuit 数字集成电路 " f" n4 y2 E5 C9 e. i @5 s
digital display 数字显示 : Z: h d* D! v3 e; R! G3 c8 o1 W
digital quantity 数字量
+ }. Q& l( P* H: w+ z0 zcapacitive reactance 容抗
6 n0 |$ O: S' b# ?) l: l% S9 Xthird class load 三级负荷 , g4 P3 o( N( P$ p! J6 h9 l
three-phase and three-wire sysyem 三相三线制 8 @6 J8 d: o6 z: n
three-phase and four-wire system 三相四线制 3 z! ]! a. @- M
soft magnetic material 软磁材料
5 F( x/ A( A, U9 sthermo-electric effect 热电效应 T& K/ T# |5 R$ t% Z/ P; A
thermal stability 热稳定性
3 u$ D# b6 W. t4 z. n- }thermistor 热敏电阻
1 g( w, v" [: R- t- Kservomotor 伺服电动机 ' w( k# `/ O* |2 n" L# C# l
servo mechanism 伺服机构 1 X& e% A& {$ U& P; |" q$ L! l
output 输出 1 _ I6 h7 g. U% `4 S1 N# V
input 输入
$ @, M) B: V/ N4 zflashover,arc-over 闪络 ) M7 T; p' ?/ D; P6 E) j
D filp flop D触发器 $ M& p! C9 |- i/ { r" l
DTL circuit DTL电路 F) [! m8 I$ C" W& i8 Y
logic circuit 逻辑电路 , p) b# @. f7 |& U) q: G
excitation 励磁(激磁)
: N! r! m* V- R( Hcontravariant 逆变 . X5 l0 f& \+ J o! ^' C
bus,busbar 母线(汇流排)
8 E! \3 R- X2 T7 P+ [9 E+ Ycontinuous control 连续控制 3 a7 S9 d) i5 k4 e
continuous system 连续系统 + o( A. H4 P, Q% T; X
interlock 连锁 & O, g7 `9 ~9 o6 s' C0 y
connection symbol 联结组标号 0 Y' v2 D0 h/ N- W, E# Z8 K" r5 c! M
torque motor 力矩电动机 $ _4 n% D3 @1 F: Y* `6 a. t
analog quantity 模拟量 & j1 D. f. X' A/ _+ k2 e2 H* Q7 m
potential drop of internal resistance 内阻压降
) b' O G' N8 p: j+ \3 h2 z2 \whirling speeds 临界转速 ' E6 s7 n+ r; m8 U z
full load 满载 & o: v! U& f6 L( I6 f; b
pulsating current 脉动电流 $ p. k: K! ]3 _& G, E) F0 s
pulsating voltage 脉动电压
! Y# {! v+ w x2 R7 D* Lpulser,pulse generator 脉冲发生器 + O# }( `! d5 k8 k
puncture test 耐压试验
9 S% W' u4 u' Q) _# B' B1 Z3 h+ Fideal inductor 理想电感器 " u, t! J9 M! x+ x) {5 y
ideal resistor 理想电阻器 " `& Y2 {5 E3 i+ |: }
ideal voltage source 理想电压源 1 ~- ^. W, S. H4 s4 L
ideal capacitor 理想电容器 9 ^# }9 _: V* c
ideal current source 理想电流源
! c% x# s3 g+ \% g! _( Uideal amplifier 理想放大器
4 L: Y7 g/ P+ D% g4 }+ Yideal transformer 理想变压器
6 j1 m9 ]% {8 K% S( a0 m3 Xtemperature classification,thermal stability classification 耐热等级 1 e4 a( N3 t0 v' g# N, O- \
filtering,filtration 滤波
3 c0 \2 \8 a# S1 J: v8 A4 @/ xdiscrete system 离散系统
% v4 f! G' z: @zero-sequence protection 零序保护 * J8 a4 Z3 z. j9 d' Z
load,charge 负载(负荷) : A4 _; r* X7 x- f; h9 g
inductosyn 感应同步器
* g, B8 ]) m& T- c0 T, J8 n1 Winduced voltage 感应电压 " p/ r4 L2 b1 Z, K
inductive reactance 感抗 / v" R% W: M T Y5 ^/ O. t6 X
high frepuency 高频 . w- V4 ?! C- W
photoelectric effect 光电效应
# ]6 H" ?; J! ]3 Lovercurrent protection 过电流保护 , J s8 X' C5 ?+ N$ v
overvoltage protection 过电压保护 * C/ K( {/ B1 S% a% T% M! }
mains frequency 工频 ! J% C: O8 ]0 U
power factor 功率因数 1 {) R7 v% D! Q
constant control system 恒值控制系统
a; d, P# @ U) J6 aphasing 核相(定相) . M$ j8 I' c) d3 `; ]
glow discharge 辉光放电 - o' r6 F) E( H, R/ a
fundamental wave 基波 0 |1 ?% g: ~' b G- k
integrator 积分电路
5 H+ S# j+ V8 K4 L/ c0 L. `9 K2 E( rmutual induction 互感应
/ b9 }% w0 P+ ~ H" Qcommutation 换向
( L3 R6 I- F) b- K. Wchange-over switching 换接
/ t4 Q; V: w }% _- U N/ ]parasitic capacitance 寄生电容 3 Y, @1 L) D- d
detector 检测装置 1 L) J0 [2 ]% ~/ {# d
relay protection 继电保护
" c `. [- g8 {( [( Xskin effect 集肤效应 - p* O5 o* S% }$ B$ z, {9 j5 W/ z
coercive force 矫顽力 . ~7 d) K. @$ e# ?
demodulation 解调
8 `( D# }2 Z8 s3 vdielectric loss 介质损耗
! z# z$ h/ s1 l! S5 Jcontact voltage 接触电压
4 I$ C9 Y0 u/ E! m P6 M+ L- fcontact resistance 接触电阻
8 K4 l1 O9 K& o* T( k) Z nearth fault 接地故障
( D9 ]" j4 h$ y5 b [ground device 接地装置 % R. _) f9 p7 P3 L V0 Q% h4 h0 J
resistance of an earthed conductor,earthing resistance 接地电阻 " s% L8 T: A. S# p9 V
cut-off 截止 % {% Q2 p. _/ l: l
partial discharge 局部放电
( _8 r/ ^3 M* O! T finsulation resistance 绝缘电阻
/ I' s# T- h& _absorptance(absorption ratio) of insulation resistance 绝缘电阻的吸收比 ) h( a, b L1 X3 H0 z4 [
step vlotage 跨步电压
6 o3 Q5 c( L% F+ M! e" i- ^programmable logic controllers 可编程序控制器 ' U9 d: g& j+ v( }4 M4 I& W
no-load test 空载试验
$ U& `2 b- B. X; P6 f/ bnoload operation 空载运行
# S: n p7 H3 `; Sopen-circuit voltage 开路电压 * V* @6 O5 e& r0 b& _( m) U
open loop control 开环控制 & l4 c1 Y( e* `# _/ R4 m
diamagnetism 抗磁性
: U! p5 [, J5 x5 m- mcontrol circuit 控制电器
) w( P* ~6 P) o3 d- b' i) Ishielded cable 屏蔽电缆 5 |) r- M9 W/ _8 |; j# c/ D7 @+ o
gas chromatograph test 气相色谱试验
$ ?! j) s! v$ x, S4 p3 E: b) @gas conduction 气体导电
/ E# i$ C4 ?3 g, `" X Nair gap 气隙
* n3 g. a. D. e: t5 Q( O2 C) csignal circuit 信号电路 ) f) F# r$ m) n6 W0 f+ o4 ~
small-power motor 小功率电动机
k8 |# L `9 L eresonance 谐振
& \6 B8 B7 A- U0 ]( hharmonic 谐波
7 v3 b0 `- E' p6 V# vimpedance 阻抗 6 `: K% S, m- M5 c% N' T
optimum control 最优控制
8 ]) A/ E$ d# |1 k: R0 Uautonomous control 自治调节
& m* y- M7 t" T/ F5 f( y# }synchro,selsyn 自整角机
& f$ @2 |& M i- L/ f( W- v" Y" Fautomatic reclosing equipment 自动重合闸 & {0 d- e; ^& P- j* V. N( r6 j
automatic protection device 自动保护装置
% L, S4 V A& |- d4 v9 B" t* Bautomatic control 自动控制
9 R6 O/ r# W/ d$ nautomatic control system 自动控制系统
3 {$ f$ w( Q0 Iautomatic regulating system 自动调节系统
! Y) P/ H- C2 h6 eslip 转差率 1 e; E# C4 |* D# K x2 ^
electric circuit 电路 " Q0 ?5 D, i- s$ }7 ?" Z
electric current 电流
1 d1 d7 O9 t# Y8 v& D5 Nbridge 电桥 " I: w. l0 J3 B- Q* j2 M
armature reaction 电枢反应
, F/ ^1 V5 U. {. ~/ V$ W; D Ovoltage,electric potential difference 电压(电位差)
; B0 u# b& y; F. Z4 ?electric corona,corona,corona discharge 电晕(放电) 6 \0 m( R) A. B
power supply 电源
8 b0 U" U$ C4 v( O% ]% w& e! O1 celectric field 电场 7 P' m0 b/ q) V6 O X* O6 `
electromagnetic wave 电磁波 * p. j: ~" T5 l, M0 G$ D8 }) k
electromagnetic induction 电磁感应 ' ~2 O' g9 n, S Y; n, o1 }( `+ O. \
electromotive force 电动势 4 @$ k; n5 k& q* W" ]; K) m' u
inductor 电感线圈 ( q8 B% ?& L* S7 G9 Z' ~4 ]
electric arc 电弧 8 Q& D( j. _' _1 y3 b0 v
electric spark 电火花
& C& L1 @0 X; f; @4 _electrolytic corrosion 电解腐蚀 3 ^% r+ \; ~9 K, ?$ i
dielectric 电介质
, Q0 i6 D9 Z& {+ rreactance 电抗 ; A* A( H3 ]' i5 I
clearance 电气间隙
# K4 W' l: V' G; q7 r& ~( Delectronic approach switch 电子接近开关
& [9 v; S( ~7 I0 x1 [* uconductance 电导
/ w( _/ c7 O8 N1 pequivalent electric circuit 等效电路 ! ^- N; Z' h( s% ^
earth,ground 地 $ p3 J9 X& r% ~1 p& {
speed regulation,speed governing 调速 - ]- y k, P: U+ m6 Y
speed governing system 调速系统
. r, `6 M s+ A: {range of speed regulation 调速范围
) q% ]1 i7 N# N1 V6 \* tspeed governing by voltage regulation 调压调速
+ e4 |$ u) {$ [6 s# S% x7 x6 vmodulation 调制 5 U @0 b! T1 w' t# W) q1 s
amplitude modulation 调幅
# {9 c* p- U5 L; ?6 V8 ^( D9 Wfrequency modulation 调频
/ c* ^' A# V/ j4 Q' }5 z0 E2、IEC试验室产品- V/ H5 r7 m+ V: i! x* }# k& Y
Abrasion test 磨损测试设备
- _7 `8 p8 y9 P- R. `Apparatus for burning test (vertical and horizontal) 水平垂直燃烧测试设备
1 w" e0 X' N f% n. m/ h, uApparatus for production testing of hand tools for live working 手动测试工具
0 L: Q3 D4 E7 l$ D! SApparatus for winding a flexible pipe 软管弯折试验设备
# b/ D7 I$ ~# k' \1 e7 UAppliance couplers test equipment (various) 各类测试连接器 6 B4 R/ a( Y) L2 G
Automatic & manual production test equipment - for final control 自动 /手动产品测试设备 - 出厂控制
7 L0 c1 h2 N6 _5 {5 tBall-pressure test apparatus 球压测试装置
# D D. z- w3 M: D( E* jBending equipment for conduits 管路弯折设备 $ I$ T$ `" w, c h% D& W; M
Bump test 冲击测试
+ |0 ?2 n+ ?/ T* y4 P- I7 OBurning test, horiz. 燃烧测试(水平)
" L4 Z$ E: V8 D$ N+ m. T4 SCable test apparatus (various) 各类线缆测试 5 k/ c" k% ^8 ]: ?3 |" X
Draining current measuring equipment 损耗电流测试设备 7 Q- L1 Z& X5 u4 i( j7 J
Drip proof test(special) 淋浴测试 + a6 h5 r, C1 \3 M- x
Drop test 跌落测试
$ |- } B' D2 g" K, EDust chamber 防尘箱
/ O; Q" h7 g5 p7 ADynamometers 功率计 / ]2 g9 w8 H% a, b/ Q! V$ R! f# l
Earth bond resistance tester Earthing resistance test appliance 接地电阻测试设备
( F* y+ {' ^/ K6 j1 A% NElectric resistance of non-metallic materials 非金属材料的电阻测试 4 @/ K* A& V% D" L, e: C
Gauges and similar mechanical checking devices 量规或类似测试装置
! S3 s: w0 b+ D' o9 n0 WElectrode arrangements 测试电极装置
6 Y) i' \5 M$ A1 i8 ], p9 Z9 AFlexing test equipment 弯折试验 8 r3 u2 N6 X$ J4 s# V& M/ j& A- _% I
Fume cupboard (protective cabinet) 防护罩 M& K& h1 z& m
Flexing test apparatus for cables 线缆弯折试验装置 0 S- o% h1 ?( F- `4 j% H
Flame hoods 燃烧罩
8 G l# U* _6 m$ u" REndurance test appliance for plugs 插头寿命测试
5 _, A2 T* {) k& f/ fEquipment for testing refrigerators 冰箱测试设备
+ \' ]6 A4 o, `. wEndurance test appliance 寿命测试
+ m7 z( N' i& y7 _+ y- @Gauges for appliance inlets Gauges for finished lamps 灯具量规 2 T" s- w( X4 [4 B
Gauges for lampholders 灯座量规
) }# O1 p, I% D0 R! |9 QHot wire ignition test 热丝引燃测试 1 U7 N; k# _& M: Y" {
Hipot testers Hot mandrel test apparatus 高压机 + q- W! R7 `, d( r. v2 A
High voltage test appliance 耐压测试
( V* x% R! O ?! {High frequency spark generator 高频火花发生器
. ]2 F5 q( E+ p5 N) R2 e t( d' VHigh current transformers 高电流变送器 $ Z& ^' s6 K' r* i
High current arc ignition test 大电流起弧测试 : x0 G" q8 N, N* _) ?* X7 Y
Heating tests 高温测试 X+ i8 E% a+ B% t3 f# U% L
Heating cabinets 高温试验箱 : ], w! Q3 E- j2 s* s
Hand held shower 手持花洒
% v, ?/ M5 g9 k6 x' Z% nGround continuity testers 接地电阻测试 + Y4 b1 \+ `! J
Gauges for plugs and sockets 插头插座量规
! k3 [9 A6 g6 o& I+ F% FHumidity chambers 横湿箱
' F$ g# Q+ O" h+ AGauges for starters 发动机量规
7 q% h% n) R; Q3 p; I% `6 S pImpact balls 冲击球 # l: Q3 J( ?% A: c8 P
Glass vessel for microwave oven testing 微波炉测试的玻璃容器 8 e( X8 B; Z. n9 V, f4 N
Impact hammers 冲击锤 " T# r) n i7 `, ^, V. ~) H1 o1 y
Glow-wire test apparatus 灼热丝测试设备 5 y5 N. _3 x- F2 G" V
Impact weight apparatus Inductive loads 电感负载
' U- r" J- y8 X6 fJet nozzles 喷嘴
( }4 s0 M" Y/ j* ALampholder testing apparatus (various) 各类灯座测试设备
. a" b4 P$ O$ y* _1 W- Z6 B9 H# cKit bunsen burner/ needle flame test 燃烧测试套件 (本申 / 针焰)
1 n' I& P/ H1 `8 ` e* \0 gLeakage current test appliance 泄露电流测试设备
5 [& ?7 {, r$ i4 w+ [' B) a. @Laboratory power supply with isolation and regulation 可控分离实验室电源 / P3 I6 b( L# q; x
Loading weights (various) 各类负重 0 E/ Z" m7 p- ~- D! s
Laboratory stablized power supply unit 稳压源 t; s) t5 A3 E
Luminaries testing equipment (various) 照明测试设备
4 z: H- M1 n* t* I, XMeasuring equipment for testing switches and socket-outlets (with DPM) 测试开关和插头插座测试设备
& `0 Y8 K$ M: Q: d; M- NMegohmeter 兆欧表
/ \" b- l" v4 W7 D4 O% mMechanical resistance testing apparatus for el. Irons Mechanismus for burning tests (vert. And horiz.) 水平或垂直燃烧机架
2 m! K$ k! m$ u) UNeedle flame burners 针焰燃烧工具 3 m9 k: H7 Q M' v; [9 s& h
Needle flame miniature burner 微型针焰燃烧工具 3 p1 Q! i! x" Z; n
Surge test circuit 浪涌测试
0 J1 O. \5 H: m9 i2 n9 w6 cNeedle flame tester 针焰测试 3 y* o, ^. w2 O; F
Resistance loads 电阻负载 - q* q( I# @" ^
Scratch test equipment 刮擦测试设备 % C8 B; s3 F6 G7 S' R
Power sources 电源 ( h& H* M) S; I; E: u% X
Probe for measuring surface temperature 表面温度探头
4 t% U+ s' J3 G( SPendulum hammer 摆锤 , \6 m8 [3 |" ~( K( \4 z
Plugs for endurance tests of socket-outlets 插头插座寿命测试 5 N8 O) E% a* G1 z5 k, [. T
Needle flame thermometer 针焰温度表 / W, C4 q ~1 ~1 j. m
Plugs and socket test equipment (various) 各类插头插座设备
# I! Y% w0 ?: }! M/ q( t8 S$ b' nSplash testing apparatus 溅水测试 * Z+ F; l) t3 E, ?" z2 Q2 ~* c4 W
Pendulum impact test apparatus 摆锤冲击测试
4 Y+ h* X3 f: M4 k/ Q; B# U9 |/ Z" JSpray apparatus, tubes 喷水测试 ' q8 O' c" y: ~4 h9 {, d, P
Solderability test apparatus 可焊性的测试设备
1 u' u( k; |+ ^+ W3 s& SStandard test enclosure 标准测试附件
' c- P0 c( g5 |. ?Temperature during operation, measuring equipment 温度测试
# ~2 ?: y4 ]. L0 {4 F# T4 LThermocouples 热电偶
* r7 B" c& X% K2 K# Z, MTemperature measurement 温度测试
( G* m" Q$ c6 I1 A$ M4 E& YTest apparatus for IP tests IP 测试 ) z, E5 h1 N9 v
Torque test equipment 扭力测试
$ M, R4 \* u; O4 L' W, G( aTest finger nail 测试指甲
7 m# J, w6 ~# q; n: tTest panes for hob elements 燃气炉测试盘
& w2 [5 Z/ B5 U/ t) rTest fingers 测试指
- ]+ Y1 t/ V/ P6 E; F( ~; P% kTorsion apparatus 扭转测试
& y6 \! r$ n1 |Test hook 测试钩 7 K( k; k# x7 p
Tracking index apparatus 漏电起痕测试仪
# X; b5 k/ H# H A# C+ CTest knifes 测试刀模
O9 _! u7 K" d( UWater evaporator 水蒸发器
9 v# ~6 ^3 \5 E/ L" ?4 bTest pin 测试真 : ^6 ~! k' |/ L6 l' ^" }
Tumbling barrel 滚筒试验装置 9 n" N+ v* v1 T- S/ A
Test probe 测试探头
( l+ V; F* d* I. ?' y. G# VVariacs Vessel for testing induction hotplates 测试热传导的容器 ! X c' b# R1 Z3 u
3、设备修理
$ `8 O6 @# s/ I4 q; B/ N: c3 Rcorrective maintenance 改善修理 ( `9 Y7 c1 l, e5 W
back repair rate 返修率
$ ^) l; E' \1 Y# M" dstepped(sizing) repair 分级修理 9 b- w2 a; a. U) }1 e. z
decentralized maintenance system 分散修理制
2 g$ R6 G# A" H9 o8 [8 Fwaste and ungraded product and back repair loss 废次品及返修损失 ! F+ K4 o9 C3 g1 {; j
unscheduled maintenance time 非预定维修时间
g; U0 ] v3 E3 |' d1 Pperiodic repair task 定期修理作业 ( u" B) x* \& O" x' [2 |
periodic repair 定期维修法 5 Y4 p5 Y% G( [$ k
location accuracy 定位精度 $ b9 q/ S* ?- K
transmission accuracy 传动精度
% X; f* w) w. l( o# @2 arevision of overhaul plan 大修计划修改
% ~6 _+ r& I& M1 z2 U$ C9 z) s. O. {assesment of overhaul plan 大修计划考核
7 R' P; Y4 `( H/ a0 _overhaul planning 大修计划编制
/ z9 `2 v& G; l, P; mbasis of overhaul plan 大修计划依据 ' [# F8 x t! C5 {
fulfilment rate of overhaul plan 大修计划完成率 7 @0 |" R) }) s1 o& n
implementation of overhaul plan 大修计划实施 7 ~8 c- o% j6 K5 r; C
overhaul cost 大修费用
" \) z' U, Y9 E" }9 @( coverhaul cost 大修成本构成 # t4 H5 A8 P( w- A* g% }
overhaul cost analysis 大修成本分析 * u' J# l5 p) E( a, \, o H
fulfilment rate of overhaul cost 大修成本完成率 + ]% n9 g" J! \! _5 b
overhaul guarantee 大修保修
+ v# u0 \# x5 V2 g0 einterval between overhauls, overhaul cycle 大修周期 ' b+ l# s% ^; G9 Q5 P8 ]
guarantee system of overhaul quality 大修质量保证体系
( f7 A* o& ]* r$ _3 A1 Coverhaul quality evaluation 大修理质量评定 I( g0 _$ h3 C u
overhaul quality control 大修理质量控制
" O/ F2 q" D2 P" v& d3 X0 w" Q0 foverhaul,capital repair 大修
) i; }$ ^( k% o% j3 _$ e7 Xassembly repair 部件修理法
7 c. A8 r; ]! W. W- _" hpartial repair 部分修理法 * s) Z( z; J9 g6 |$ h
compensation method 补偿法
# x! z& K# j, c* T3 Lproduction program of spqre parts 备件生产计划 9 Y- m6 P3 h! m
stand-by or redundancy system 备份或冗余系统
C7 {/ a" v7 P6 b+ p3 r7 G( Estandard-size repair method 标准尺寸修理法 0 M* f) k" V# |+ x' ~/ A; c i' @
“eight steps”method 八步法 / t$ W4 {( ]8 a) D9 k# c/ Z
repeat location accuracy 重复定位精度
; P0 t* {* T7 C b$ i9 b5 cmiddle repair 中修
! x" W9 P' r+ }, ^. usystem with maintainable standby parts 有可维修备份的系统 / e6 e. o* [/ |' i2 e5 \; E
remote maintenance 远距离维修 : v. [! L) x" @/ Y
preventive maintenance 预防维修
0 q; ^$ c; m( S& Wscheduled maintenance time 预定维修时间
+ l" p J, L8 t1 k5 k8 `predictive maintenance 预知维修(状态监测维修) 7 A' P2 ^* ?7 E6 F1 h* ` n
quality system 质量体系
9 _: m0 L$ v9 S' E. F7 Equality 质量 6 a# C) s7 d: v3 ^, d
deferred maintenance 逾期维修
. O8 S/ |- E% u+ P" fnetwork planning 网络计划
1 v! a: }" m! h5 Y, p [) y1 Smaintenance skill training 维修技术培训
0 j" b) a% i1 t% Tmaintenance interval, uptime 维修间隔(正常运行时间) 0 P4 Z9 S1 y! ]% v
economic analysis of maintenance activities 维修活动的经济分析 & x2 l' m2 w5 K; ~
maintenance worker 维修工人
6 M0 Y, x/ }4 p* `maintenance protection 维修防护
9 y6 c5 F a d' V @maintenance shop 维修车间
" l2 n0 _! p5 ~8 s5 [4 a; Jmaintenance prevention 维修预防 2 d: I1 a3 }+ A# H6 x; Y1 C
maintenance cycle 维修周期 + y' q1 d1 w/ |: q& H$ q1 G
maintenance time 维修时间
: T1 C$ ]) x! ?9 hsynchronous repair 同步修理法
e! }" v6 V" E0 e6 Irepair downtime 停修时间 |8 o1 `' [: n' O9 N+ P! d
item repair 项修(项目修理) ( `' N$ W! C, R
repair on commission 外委修理 4 o8 b1 g; J2 H8 e
(TPM) total production maintenance system 全员参加的生产维修制
3 ^' y& h1 C _2 P' Qcontrolled maintenance 受控维修 ) | T. k, j; {$ w" r. m
life cycle maintenance 寿命周期维修 E7 E8 l" a; k/ }$ S \
hot repair 热修
; b6 s, }2 v$ E$ `repair schedule of equipment 设备修理计划
" O! E( t6 g! F$ C4 Zacceptance check for equipment repair 设备修理验收 $ H) Q% l0 f% _- t
quarterly repair schedule of equipment 设备季度修理计划 * r9 s1 O9 c: F5 Z+ ?5 t* H
technical check of equipment 设备技术考核
, e% s1 H+ A9 h G! }equipment overhaul plan 设备大修计划 # l# w* c2 P N. c& t' H: G
monthly repair schedule of equipment 设备月度修理计划
' Y- z% L4 |4 U. ^3 c# j1 Vequipment maintenance plan 设备维修计划 , E- S$ C. \. d0 n5 ?9 p6 L, }
three essential factors of equipment maintenance 设备维修三要素
, m1 {' k* Q* W6 {. C, @item repair plan of equipment 设备项修计划 9 ~5 j* U- n- Q: E; _/ |3 S
annual repair schedule of equipment 设备年度修理计划 3 W' j" L" D& O; w
breakdown maintenance 事后修理 ( j4 I. C; q$ D: g9 k
first-aid repair 抢修 % b4 l" ?+ N$ \. ~( [
accuracy of machine tool after overhaul 大修机床精度 , b& M# E8 Y, t) ^2 W
rolling (circulation) plan 滚动计划
0 |/ A1 d K5 P/ y' L& l uMIS maintenance 管理信息系统维修
! @! P$ m$ ]3 [process capacity index 工程能力指数 ! q% Y' t6 x9 h/ L* D# _; C8 l
working accuracy 工作精度
1 @7 ~# H/ ]( W) E' h4 erecovery repair 恢复性修理 5 S) Z( r6 ` O: B6 b0 c
rotational accuracy of machine tool 机床旋转精度 * _4 r1 a# _* h o6 B
machine repair shop 机修车间(分厂) - S' C' J- H2 T& z, R0 G
maintenance mechanic 机修技工
' y8 ]' C. o# dmechanical repair method 机械修复法
/ T! ]/ R$ ^) E( ginstantaneous efficiency of machinery 机械的瞬时效率
, w: T4 w3 h5 Z6 K) ?4 {6 k. _. L( `interchange method 互换法
( e! H5 u, u- ^1 c5 p" r. j/ U# pinspection 检验
' `' Q' I- @! P* ucentralized maintenance system 集中修理制
/ }/ Y; E' X0 t4 \4 P( g0 ]geometric accuracy 几何精度 7 U: ~2 L, ], {0 q6 b7 o) h% Q
seasonal repair 季节性修理
8 D+ b: r6 e# |) jrepair out of plan 计划外修理 ; s: F; e, b' \0 j; d$ _
scheduled maintenance 计划维修
9 D3 _8 a! a6 K$ z, \" j, X5 aplanned preventive maintenance system 计划预修制 0 M3 [" E* s! F/ r3 h$ a, w
planned repair 计划修理
7 p7 T. C: I0 u* i# X) E$ g( D8 qcontact accuracy 接触精度
' e9 T! P: M8 j2 {7 g! R. temergency repair task 紧急修理作业
' h8 e7 v1 X! p+ ^" x* }machining and fitting method on the spot 就地加工修配法
: J+ f2 t# s! V j) Lprecision index 精度指数
$ [. P( |6 K, y- @accuracy standard 精度标准
9 m( ]6 M- j6 V+ U: V& d3 xprecision retaining ability 精度保持性
& l$ b' |, h( Rprecision reserve 精度储备 % V& C u8 {" N
fine repair 精修
/ n6 M6 H2 F! N* P& p2 ufine repair mechanic 精修技工
% O% `# G& o. A7 o, b4 R1 Y$ qeconomic accuracy 经济精度 8 W7 |( Z. j+ Z1 n% e8 C( H
balancing precision grade 平衡精度等级
0 _, [0 [3 C$ j/ C) r1 ^mean time to repair(MTTR), mean repair time 平均修理时间 8 R0 r$ C% _; `; q, K
minor repair 小修 * }3 O, B& [6 D1 K# Y
fitting method 修配法 $ S( f: X; x5 g* g* }
repair link 修配环
O% F- t. n$ _, q" Nrepair specification 修理任务书 2 f3 k: J! o# a) u0 V
repair rasks dispatch 修理施工调度
) h5 `& x7 ~2 j& z/ R: Hrepair time, shutdown time 修理时间 . w4 d9 ?: K* k# c& f
downtime quota for equipment repair 修理停歇时间定额 9 m4 J, m* p+ ?8 ?' K, e0 ^0 k
repair facilities 修理用设备
- F( D9 w+ G" f1 g# P5 D5 `6 I# ~9 c' qrepair quality 修理质量 ! S5 J, Z. U' Y; G
repair quality index 修理质量指标 0 b* p' d% R0 e9 H0 \) L
repair quality plan 修理质量计划
) C9 I$ O9 U' m/ n h' S5 z7 hrepair quality assessment 修理质量考核 7 G$ D& I" J6 G% a$ z4 S8 U
repair symbols 修理标识 ' f) R4 H; l/ G
repair cost assessment 修理成本考核 8 P3 O: X) r4 ~1 d6 c) }$ D
repair size 修理尺寸
* P/ @ a9 h" n7 j7 x ?repair quota 修理定额
6 `: ]+ w. k7 Orepair cost quota 修理费用定额 ' \+ {+ A( \, a1 n2 R
repair scheme 修理方案
8 N: g5 C5 Z- l$ ]) d* O- T6 Frepair manhour quota 修理工时定额 2 A4 U3 D, _9 c8 _4 b3 W: L3 z
repair manhours assessment 修理工时考核
7 ]. {0 |) R! y. u1 k' u# {/ a; brepair technology 修理工艺 , \7 t+ i4 }" O2 D8 |0 `
maintenance engineering truck 修理工程车
) [1 M$ X1 c, Kmaintenance tool 修理工具
. \2 h4 }; O+ d/ Q8 zrepair time limit assessment 修理工期考核
) e* `9 \4 `( U8 qrepair assessment 修理考核 1 P3 c) L/ m8 c. |5 O6 I; ?3 ~
inspection before repair 修前预检
' i0 o" f# k8 t( C' _5 {4 _! Emeasuring and drawing before repair 修前测绘 . o4 [; d4 q( E
inquiry before repair 修前访问 2 d, k; a( Y8 D% t
service after repair 修后服务 8 V! T+ m/ k/ O. E0 _
optimum repair cycle 最优修理周期
$ \) A1 P; _) j6 k7 L1 Tassembly accuracy 装配精度
: A) G j6 C' s( \& celectric repair shop 电修车间(分厂)
& X0 ~0 [4 B) C7 |5 I0 Dmaintenance electrician 电修技工 / T7 W% z6 [0 M% B( M) A" j' x
repair cost accounting for single equipment 单台设备修理费用核算 , z4 ?) S5 x7 y; S7 a
adjustment method 调整法
: c5 l3 ~7 X, f5 B5 w5 t) Iadjusting link 调整环 - I Q6 s+ D) Z# s; B% ~& S. W
4、设备管理7 @% r$ }4 `$ q* h
probability 概率(几率)
/ D' a/ ^8 v. p: Q% V5 f: E: F+ j4 kvariance 方差
5 l" u, r* \; @7 E9 N& ?8 J0 wdecentralized maintenance 分散维修 & D \+ t) Z2 J' C1 n
dynamic test 动态试验 & a; b: y7 v3 x
power facilities management 动力设备设施管理
# L2 v+ r7 j3 }4 o( K. x! e- dduct-proof and protective equipment management 除尘、防护设备管理 0 S C; a2 r) K% ?. V$ r8 [
sampling investigation 抽样调查 V: i `4 u6 o
domestic production management of imported spare parts 备件国产化管理
5 U3 \. R. V9 O6 z$ I! ]5 ]standard deviation 标准偏差
0 {* l8 i# P8 r; ]; dbudget of installation 安装预算
/ R* H9 ?) x j/ l. zmachine contracting system 包机制 * U) p1 e, ~% a0 u
regulation of check and lubrication before on shift 班前检查与润滑制度 & _2 |$ {# o+ t/ W3 A# t
shift relief system [设备]交接班制度
3 e& Z& k# |! D' g- v C1 U- t《Equipment Management Regulation》 《设备管理条例》(《条例》) 《
' W( X9 |+ T; K j. p3 i1 U* trepair [设备]修理 ; b) [. u+ I: P" Z1 [0 ?8 k, x9 E
maintenance (and repair) [设备]维修 . q* k- w) c$ F9 k$ U. P
key-point investigation 重点调查
2 U& j- ?% e+ z; b6 m$ \2 p2 Rmanagement of key-point equipment 重点设备管理 : O9 H0 q0 T5 x. z
key-point equipment 重点设备
: o+ T: `( x; B- nliability accident 责任事故 ! }1 G' }9 _$ {" O f1 I
exponential distribution 指数分布
$ k- f' \8 z" A6 s5 \$ u/ I7 Vhistogram 直方图
0 |8 a* X3 q oprepayment and collection 预付与托收承付 " n L; Q7 X- W3 r1 z
prophylactic test 预防性试验 0 [$ G+ ]+ M. A8 }; l' M4 \1 a
prevention first 预防为主
; r9 p& T) v. H# M( borthogonal design 正交设计法(正交试验法)
o5 j" C1 r$ _normal distribution 正态分布
, s/ I8 l' Q6 N! H0 wtransportation vehicle management system 运输车辆管理制度 0 }1 ^% L6 p% Q9 \4 N3 {
three guarantees of quality 质量“三包” 1 ^ D4 h" G1 p& W( S; D
accident due to quality 质量事故
, d. d% _$ X6 @9 E( {* v2 ymanagement regulation of pressure vessel 压力容器管理制度
% }7 B' ~( X" w8 n, ymean time to failure 无故障运行时间 + l# k) r' E( g9 N/ u3 W. m
Weibull distribution 威布尔分布 x# ^7 A* W# ] L2 b7 h
idle equipment management 闲置设备管理制度
3 o& [- |, b4 t6 U! U. y- \, Yidle plant 闲置设备 / i4 P9 |" `/ j- v- L* W# f/ X
statistical analysis 统计分析
* t4 G, V$ i. ?maintainability 维修性 & D* E/ x% l4 v
maintenance information management 维修信息管理
0 `7 V5 m" j4 M, l4 e3 }& E3 W; Rcombination of service and planned maintenance 维护与计划检修相结合 " E& l! K2 W( v$ w
random event 随机事件 & N- m/ L/ z) m% A& S
numerical control (NC) equipment management 数控设备管理 ' y* o% K' O* @8 g- \
three-level service system 三级保养制 5 a ?& k9 l8 l$ h
mathematical expectation 数学期望
" K9 H" g5 H; g. [' Umathematical model 数学模型
; J5 o' W: X5 @' t& b% G% R' wmathematical statistics 数理统计 ; B8 F2 q! T1 c% L
technical facilities in production 生产技术装备 3 d' j- e+ x- V
production equipment 生产设备
F* n# t% W: F' S% O% Ylife cycle cost (LCC) 寿命周期费用 L5 {( b* Y- V2 |" g$ r+ [
mangement regulation of lubricant warehouse 润滑油库管理制度
$ @, l# X0 x9 Q8 j" L3 e$ Ocommodity inspection 商检(商品检验)
" m9 h. B, a+ s5 j! icombination of design, manufacturing and operation 设计、制造与使用相结合 ) x- ~- t# y1 X7 d$ t! e, c, ]' C
investigation on plant 设备调研 . o3 Z/ g! F; g/ j( V5 i5 z
reliability reliability theory 设备的可靠性与可靠度 6 I4 ~: x( D) J8 |& Y
energy saving property of plant 设备的节能性 ' V F% ?5 D( \+ J$ u: L! X5 Y
facility inspection and appraise through comparison for plant 设备的检查评比 & U7 n+ d Y5 u: ~+ p& w' `$ m
plant check system 设备点检制度
( L. B# Q2 T; F: n( F q' Kenvironmental protection property of plant 设备的环保性 ) L7 Y- d" T/ l9 ]* E
complete set of plant 设备的成套性
+ a4 k7 x3 p, [: G2 Ssafety of plant 设备的安全性 3 U( u6 | D: n3 ^
productivity of plant 设备的生产率
. L, k9 V$ b2 @/ i- Gdurability of plant 设备的耐用性
) x0 l5 M. a0 n) s" @- gflexibility of plant 设备的灵活性 e( Z- J: h( F L7 `# h+ G4 {- O
equipment condition monitoring and diagnostic technology manage 设备状态监测与诊断技术管理 4 H! F" X+ i% }8 Z( _" N
equipment condition management systen 设备状态管理制度 ) e, {/ q1 Y! \0 \4 M8 ^1 L
total plant management 设备综合管理 ) F' X! Y- ]7 i7 O g4 p% K6 W
dynamic management system of plant assets 设备资产动态管理制度 ; X8 V, M1 L2 R& C& d
plant leasing 设备租赁 # N7 ^! G% c8 g3 P
preparation system before equipment repair 设备修前准备制度
! ^4 a. @) b# r, v2 ]man-hours quota for equipment repair 设备修理工时定额
4 a+ g4 R+ k& Gexpense quota for equipment repair 设备修理费用定额 " n& S! Y) b5 y; P- v+ h' N
material quota for equipment repair 设备修理材料定额
4 x$ T6 B, [- [7 @1 y3 s! Hacceptance regulation of equipment repair quality 设备修理质量验收制度 + B) M9 W! i7 C G/ o* S, b
equipment model 设备型号
8 k" u8 V( W U* ]3 W U6 gtype of equipment 设备型式
8 W U% h# p& i- j' Ueconomical life of equipment 设备经济寿命 1 ^8 w0 `1 S3 u; B$ m8 ~
operation and business management system 设备经营管理制度
) r- E9 M1 e4 ^/ A$ x0 itechnical document of plant 设备技术档案 8 \$ K w7 Y3 ?& }$ s2 Q. p
technical conditions of equipment 设备技术状况 9 d+ ~! n* b& P, ~
technical condition management of plant 设备技术状态管理
$ {* y @( a7 L8 W) nmanagement system for technical document and file of plant 设备技术资料管理制度
! K! g% _' _, Etechnical properties of plant 设备技术性能 / Z0 J. ~' e, Y( ^+ x6 J' s9 l
technical life of equipment 设备技术寿命 : N7 o0 l! c' O8 h6 k. M& L, |
specialized cooperation of plant maintenance 设备检修专业化协作 8 [& y: `- f u: ^
planning and management regulation of plant maintenance 设备检修计划管理制度 & x! d& X: @- ^9 M% ]( W
plant maintenance plan 设备检修计划
9 n2 m' a0 } {plant maintenance specification 设备检修规程
/ U0 N4 m. r: {+ F8 H) xplant maintenance quality 设备检修质量
( {# E( D- C2 z3 Idesign and construction of equipment foundation 设备基础设计与施工 5 l% X" C7 p. |
management of equipment order contract 设备合同管理 # x3 S0 i- w2 _" ^; u5 h- A( f
feasibility studies of plant project 设备规划可行性分析
* `! @& Y3 }2 j; }0 C# finvestment plan of plant 设备规划 0 W N, S$ w1 O5 J
performance of plant 设备功能(效能)
* ]. N* T( }" N1 i, c0 Roperational capability of plant 设备工作能力 , E J( |! {. m' d- C5 B
examination and check systems of plant management 设备管理考核制度 ( P: z9 i5 {$ {, `! X' Y2 G# w# l
economic responsibility regulation of plant management 设备管理经济责任制度 & Z3 R( y/ b; s
post standard of plant management 设备管理岗位标准
6 q* J; K, C1 B# Pplant management systems 设备管理制度 4 a. Y7 H9 X$ s, i1 z7 I- d
downtime quota for equipment repair 设备管理停歇时间定额(停歇天数) : c5 N7 X) X$ l. V
plant engineering modernization 设备管理现代化
Y0 k( h& P3 a/ Rplant management, plant enginerring 设备管理
0 ~. z5 G& }# Z# C; S; Qfixed plant assets management systems 设备固定资产管理制度 9 f* g$ \( m' R0 T' E
equipment failure 设备故障
0 m, g! j5 C: [( n& Uplant renewal management 设备更新管理制度
) t9 h, N' u0 P7 w5 Iplant renewal 设备更新 # I7 O- C* i6 h: G. s( P
plant replacement 设备更换 R( g# p/ E* H4 b
post responsibility of plant management 设备岗位责任
7 u9 u% ?- D4 I7 |! N2 f9 q: }equipment modification management system 设备改造管理制度 : T' w7 x: T6 @1 D& I, P3 L
plant reconstruction, plant modernization 设备改造 ' S0 w. C$ _% u
classified management of plant 设备分级管理 4 n3 m# J/ w: r+ e- r7 g" V
operation regulation with fixed qualified operator and fixed eq 设备定人定机、凭证操作规定
* z9 ?8 x% C; s: W2 Y: y. z8 n1 J“five disciplines”of plant operation 设备操作的“五项纪律” % m3 L) n. N5 o6 L6 l7 X
operation specification of equipment 设备操作规程
# ]5 S4 U) q- J9 Cmanagement regulation of equipment spare parts 设备备品配件管理制度
6 Z1 W: p6 ~6 d: @( |; _management regulation of equipment spare parts inventory 设备备件库房管理制度 , `. E, F; u, S1 C3 N/ d; O
to quote plant price 设备报价 ! B/ m, e% o. Q+ B
discard of plant 设备报废
' t/ p0 X( V3 w. vequipment installation management 设备安装管理
; L( ?; t: x* ~" M" s2 r: ~equipment installation 设备安装 7 W7 ]+ [0 `' X. a( a
tours system to inspect plant 设备巡回检查制度
" Q5 q4 n G' n" w( Z O- B% Cto enquire plant price 设备询价
) ^) r$ U, X+ n8 B* G6 X; E+ \plant model selection 设备选型 5 x u6 u3 D3 L1 _3 `5 Z
acceptance check and reception systems of plant 设备验收交接制度
- k, H$ v* C" d; Ostatistic-reporting system of plant 设备统计报表制度 # N$ R# J8 Y& F) N' q( f6 {
technical document and date for plant maintenance 设备维修技术资料
@1 _5 _. G Y. ]+ }. Gmanagement regulation of plant maintenance technology 设备维修技术管理制度 " _/ ?* s; S: n' m; [' R" G) J6 I
equipment maintenance quota 设备维修定额
; u. l$ h0 m; q. V) m$ i, oequipment service specification 设备维护规程 % N( S% V" T. T! T
unit account of plant 设备台帐
5 _+ M+ k% L" P) G* P4 ~9 m( F/ U: }equipment perfectness norm 设备完好标准
7 h! y# _7 m* @' Z& Q2 E: N+ yplant in good condition 设备完好 3 Y2 F7 V$ U' B5 b, q
claims for equipment 设备索赔
# d' u1 a2 t% [2 q- C. [specifications of usage 设备使用规程 0 m4 Z. K- V8 f0 T; L: e$ F
information feedback management in initial operation period of pl 设备使用初期信息反馈管理 + g0 R# L4 }: }
management regulation for operation and service of equipment 设备使用与维护管理制度 9 w; u) g2 p3 }* C1 c3 @$ s3 V
life-cycle management of plant 设备全过程管理 4 g1 X3 ]2 {; y! r' u/ ]
life of equipment 设备寿命 5 H0 }9 B& |) Y1 z
lubrication management regulation of plant 设备润滑管理制度 , C( x$ L1 v+ s. J
“five fixation” of lubrication 设备润滑“五定” 9 B( {& P( N$ L% I3 F3 ~
accident management regulation of plant 设备事故管理制度 8 H, X- i, ?# R/ u A: d' p1 `+ B
three do not let pass of plant accident 设备事故“三不放过”
0 v5 Y1 B! ?, N% Uplant accident 设备事故 : ^! ^# K0 P4 d* S: a; P
region responsibility system of plant maintenance 设备区域维修负责制
" }/ |' {: ^1 D$ N. ofore period and later period management of plant 设备前期管理和后期管理
" o1 K9 z, u* hregulation of fore period management of plant 设备前期管理规定
6 k# I2 w& v' ` Nwear compensation for plant 设备磨损补偿
! ]' @# C# K' g7 H* Y+ j5 Vplant ageing 设备老化
* S" T2 ]4 |' K, j r5 f9 ?arithmetic mean 算术平均值(均值) ! N, r- \9 ]- j
coercionary service system 强制保养制
! L9 A9 d I b6 x5 ?+ t+ ^effect coefficient of investment 投资效果系数 5 P; `+ A" N# b- J9 K
economic management system of plant 设备经济管理制度
+ ?8 P% Y: [3 Y+ F9 V, A0 J. _excellence selection activity in plant management 设备管理评优活动
7 x( L! U4 }& T- UPareto chart 排列图(帕累托图)
0 m6 i! L( b9 ]( a$ wload test 负荷试验
$ f6 [- M/ B* T. O* qbreakdown time 故障停机时间 ) h, ]; _7 P5 j% G) ?
technological adaptability 工艺适应性
( j0 u8 U3 z' @supervision of engineering facilities 工程设备监理 " [- c) g8 m% l; i" R- X
management of proccess-control-point equipment 工序控制点设备管理 + b* N) ] J/ l& _' k0 i$ k
contract change and cancellation 合同变更与解除 - S q% P( v/ d) u) P3 N# R
combined maintenance 混合维修
* z0 c. l4 L& Oregression analysis 回归分析 . C4 ~0 G0 @& G; o$ D- k2 h) u/ j/ c
interval between inspections 检查间隔期 0 H4 r4 s. v# Q# q
socialization of maintenance 检修社会化 9 e5 C2 K2 q+ k8 ?) ^* W; R7 p7 f
centralized maintenance 集中维修 8 W4 u+ L7 d7 O/ E: U9 m( b/ W4 G
technical advancement 技术先进性
1 Z! P* W" r: A; U4 s' [+ Bcombination of technical management and economic management 技术管理与经济管理相结合 $ m: n9 n4 n* F! r: j! {2 h4 n" Y, B
computer-aided plant management 计算机辅助设备管理
, r# N7 G* ^1 z: c ] ?P) planned preventive maintenance system 计划预修制度(ЛЛ + W% l; x) [. a' u. N' Q6 t0 I
FOB of imported equipment 进口设备离岸价
: {; E& ?9 X; nimported equipment management 进口设备管理
, Y0 a& ?& b4 f5 n" v4 NCIF of imported equipment 进口设备到岸价 ( X. i1 W4 H# y6 v( }' D4 t
precise,large scale,rare plant 精、大、稀设备 4 b$ N% w4 p: T# K
management of precise,large scale,rare equipment 精、大、稀设备管理 [' r! W0 l2 q E! Y1 m! o
“five fixed” of precise,large scale,rare,critical equipme 精、大、稀、关键设备的“五定” k; R7 E+ x/ ]4 d
economy 经济性
! t; C% e2 a gstatic test 静态试验 1 i& f L7 O+ `% a
open-case inspection 开箱检查
' I( P9 @* v, Maverage deviation 平均偏差
: p1 B/ [# s& ?' Nmean waiting time,MWT 平均等待时间
9 h: i h: G# b' m* j' F9 B7 erepair cycle 修理周期
" `& S" b7 F6 ]8 \1 K2 Q5 I+ X- j6 istructure of repair cycle 修理周期结构 9 x2 V$ ?6 ^$ y9 \3 G
combination of repair, modernization and renewal 修理、改造与更新相结合
6 q, d2 T" X! }3 K0 d- ~0 ?complexity coefficient of repair 修理复杂系数
9 H9 P' N6 g: T0 W+ a: ]time between repairs 修理间隔期
& v2 j8 O. n7 C; ^ vleased equipment management system 租赁设备管理制度 # A( s# o, n! E/ A
time value of fund 资金的时间价值
* K8 R& m3 L0 [! C5 ?natural accident 自然事故 5 k w4 X; d9 J, b+ K# k, u
self-made equipment 自制设备
6 E# \. f) \/ `% q" S4 amanagement system for selfmade equipment 自制设备管理制度 7 |7 G1 L- U' \6 t
self-made spare parts management system 自制备件管理制度 1 |7 W) Y8 Q4 G( R( [3 E
combination of professional management and mass management 专业管理与群众管理相结合
0 T) y, v) m% jtransfer of facility 转让设备(设备调剂) 3 S3 F) h( p8 z" N, J
typical investigation 典型调查 8 \* T8 g3 {5 G: U1 l; c
areal (departmental) repair center 地区(部门)修理中心 ! F' b b7 ]$ A' f
recovery ratio of used oil 废油回收率
; I, `6 V- _6 o- I9 I E+ qperfectness ratio of power plant 动力设备完好率 9 Y% e" q5 p6 H0 q
fulfillment ratio of periodic service 定期保养完成率
) J4 G8 |# T' nmean downtime(days) due to overhaul 大修理平均停歇天数
+ u6 a3 w& g7 t& K. k6 l: w$ Cperfectness ratio of key-point equipments 重点设备完好率 , z) C# i! u/ e' g0 x
qualification ratio under first acceptance check 一次交验合格率
6 q/ d6 B8 i2 U: g! P% B; L& e' ravailability of plant in use 在用设备可利用率
& ]/ Y \' b; O4 J5 l/ b1 {) nutilization ratio of installed equipments 已安装设备利用率 ) V. a5 p1 x/ H! I9 w
annual profit ratio per 10000 yuan fixed assets 万元固定资产年创利润率
& d6 ^! k, |1 ^! y* vmaintenance expense for 1000 yuan production value 万元产值占用维修费用
! L$ m+ T, t8 z1 Q; A( yinstallation ratio of owned equipments 实有设备安装率
: ]8 }+ @+ L2 x9 q6 ?comprehensive utilization ratio of plant 设备综合利用率
5 _/ i7 W- T5 d" ~added value rate of plant assets 设备资产增值率
& c2 ~+ J; b5 A% x6 w1 J, M& `3 Ucapital investment recovery period of plant 设备资产投资回收期
8 B! T: m; [7 Unewness degree of plant 设备新度
0 f, p& s! C/ k: d$ hprofit ratio vs net book value of plant 设备净资产创利润率
- N3 o. M. Z2 U' u* `utilization ratio of planned time of plant 设备计划台时利用率 7 ?/ K. I; W3 m
constitution ratio of plant 设备构成比 ' c E5 k/ h, m0 f/ j; P
load rate of plant 设备负荷率 6 W" ?% G. A. u- ?. B2 ^+ r+ m1 g
back repair rate 设备返修率
/ n J9 D6 m3 \6 F# q rutilization ratio of institutional time of plant 设备制度台时利用率
+ f' v. D1 ^# Aidelness ratio of plant 设备闲置率 ' ]$ @* h- X- u% K, V% W0 ]
plant capital investment recovery ratio 设备投资回收报率
5 w- r1 F- \/ ~" X. U9 n; Zcapital investment recovery period of plant 设备投资产出比 ( B/ D' J7 I5 _( f' l! I
perfectness ratio of plant 设备完好率 s. N2 p+ y: d$ O- b! X
plant daily service fulfillment ratio 设备日常保养完成率
0 P* S3 y/ }8 l$ c1 Eincident frequency 设备事故频率
# O% L+ P5 X, ^/ U+ C4 tutilization ratio 设备利用率
; X7 z0 i4 r- s4 Idown time ratio to accident (failure) 事故[故障]停机率 * b4 \3 ]& T1 W8 e1 z1 I9 U5 G
fulfillment ratio of cleaning and oil change plan 清洗换油计划完成率
$ S0 G; H+ B, W3 |4 t- Omean repair cost per complexity coefficient of repair 每个修理复杂系数平均大修理成本
5 i' y" Q, ] B: q* Rmaintenance expense per repair complexity coefficient 每个复杂系数占用维修费用 8 r; p$ x5 F; U8 m
industrial increase value ratio per 10000 yuan fixed assets 每万元固定资产创工业增加值率 9 M( _+ a) d. G' v. A0 m
failure intensity 故障强度
, \& v2 s9 O; ^. h+ G; c0 ]failure frequency 故障频率 & m6 N, U& o0 r# |8 V1 s9 ?9 p
perfectness ratio of critical equipments 关键设备完好率
6 {8 Q0 B1 F: c( `3 |, jperfectness raito of precise,large scale and rare equipments 精大稀设备完好率 6 t5 b" s: I' g* K9 ~
availability 可利用率(有效利用率) ( |) R, R, Y: }! q2 O% U: z& M- R
mean down time,MDT 平均停机时间 ! w. {4 |% s9 k* ]" ]$ U, [
mean time between failture 平均故障间隔期,平均无故障工作时间 6 ~9 q& F. _5 G+ Z9 L1 F( x
fulfillment ratio of repair plan 修理计划完成率 |
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