|
安规---必须记好这些
. Q$ k. o6 @" p# ?- `load test and short-circuit test 负载试验(短路试验) ; d, p' v; Y& `% U8 ^
plugging 反接制动与反向
6 [- x, @9 ^1 @$ q tintermittent periodic duty 反复短时工作制
2 C8 V; \& `! tfeedback control 反馈控制 ! X8 ^; n- L- J* O# W
feedback loop 反馈回路 3 O$ `. k& E% u9 ^
luminous intensity 发光强度 % J5 b4 {3 ~" u5 D
distributed capacitance 分布电容 8 D) O. h9 V5 j* |' r3 r
split phase motor 分相电动机 ' q& @, W/ u: t5 g
fractional horsepower motor 分马力电动机 ) m. E8 m4 @. F' W/ ~* K* J7 T
nonlinear control system 非线性控制系统
2 M+ Z7 C$ N! E: j7 }nonlinear (circuit) element 非线性(电路)元件 , F& f' e2 F- P8 r, ?
nonlinearity 非线性 7 ]* L. c/ |; f4 B3 P
second class load 二级负荷 ' m0 r5 }8 I; }. m+ X
rated condition 额定工况 1 m% h/ D. ?0 L3 k5 {1 D
rated value 额定值 # N9 Z' G8 S9 P4 v' o8 K
short-time duty 短时工作制 6 t( N/ T0 `8 h
short circuit current 短路电流 ' C5 y1 c) R& x! ~
short circuit 短路 4 W6 {" A" x7 I! M
series resonance 串联谐振 4 O2 `" G$ w$ k" s4 _
transducer 传感器(变换器) 5 \# n# x& }$ [* U8 B2 c4 t
magnetic core 磁心
4 v& ?6 s6 V/ ^/ O- o- |magnetization curve 磁化曲线
# _5 X3 W; U1 k( }8 ?: h( v6 O" Zmagnetic field 磁场 * i7 Y O) _$ E4 \7 j) u
magnetic field strength 磁场强度 0 V o1 R4 r: `% u- s" }& A
magnetic saturation 磁饱和 6 y; P9 w$ g. ]5 h+ C; K; Z3 R: p
magnetic hysteresis loop 磁滞回线 # b( V" y8 o% ]9 x
magnetic flux 磁通量 ! C* J! w" \) M: c3 a( e
magnetic flux density 磁通密度
3 Q+ y: {! Y2 y" ~( w% S( qsuperconductor 超导体
; u1 ^' X- S: z2 y8 b! Euninterrupted duty 长期工作制 % [# h$ {* ^' u2 z
programmed control 程序控制 ( y; R, X# z+ q& a
stepping motor 步进电动机 9 s6 R6 a, B. J0 q
parallel resonance 并联谐振 $ B- D& ]- G5 V' q- l/ ~ J& w- l
differentiation protection 差动保护
* ], o, b5 ]; T! x3 Z9 ~tachogenerator 测速发电机
2 q- b1 f0 a8 `/ W, P' g# H% |protective circuit 保护电路
7 T* A. H1 z; u; ?( M5 mopen loop control 闭环控制
0 x) J) j' g" tapparent power 表现功率 ' P: w- E2 H1 G, m+ G
comparator 比较器
; k( m) G! f! `! ^: G% C" Tnominal value 标称值
: K% s7 u) h: L( ]speed governing by frequency convertion 变频调速
" Q6 y5 @ J5 G" ?* N9 X/ A% hspeed governing by pole changing 变极调速
4 {( i7 f. j% `/ e2 V1 gampere-turns 安匝
. ~) M& d' M2 [* X; Msafety voltage 安全电压
) O. D1 h, H; W2 t) {semiconductor devices 半导体器件
3 L% K! p' y; `" W1 `. Q4 vthyristor 半导体开关元件
+ `, _8 W/ Z6 }7 Nsemiconductor 半导体
8 p( }$ D9 s+ g% `. u, }' k2 ~! E- l" }(absolute)magnetic permeability (绝对)磁导率
) ]: J$ |5 E) g b; O- |# ~! A7 r# Pcurrent rating (of cable) [电缆的]载流量 6 O5 \% n/ B1 e8 L
breaking capacity (of a switching device or a fuse) [开关电器的或熔断器的]分断能力 0 R& V* i0 z8 Y) R' W
auxiliary circuit(of a switching device) [开关电器的]辅助电路 g, t" h$ s# T* R+ R& ]& M8 k" U' n
alternating component (of a pulsating voltage or current) [脉动电压或电流的]交流分量 / W0 }6 S% Q9 J. F" W
direct component(of a pulsating voltage or current) 脉动电压或电流的]直流分量
0 ^) o; c8 X0 s. s# j$ e; G( D" \# `TTL circuitPI TTL电路
$ t, ]& g6 b8 x" P: ]# i! y: PPI regulatorPID 调节器
$ t$ w h# I$ W% u& XPID regulatorPD 调节器 + ~& |" {6 }; I0 ?* ?
PD regulator 调节器
n/ z4 S5 \( j9 T8 U( _$ n! `5 B. imain circuit 主电路
+ s* P5 N1 S f3 r4 T& v' Ineutral point 中性点
8 e' l* n0 `0 Kmedium frequency 中频 . a9 K4 H# z, j, X
active power 有功功率
; J9 H& w$ q* f* e; V! t& Iactive element 有源元件
7 C2 m1 C7 o9 @( O0 c& @( nfirst class load 一级负荷 / u) h1 g5 B9 ^
hard magnetic material 硬磁材料
1 g- p! a7 X, A& M i" G% g1 j5 }. S1 Y- odirect control 直接控制
' C) \" y+ B0 L" \: c l" [6 idirect coupling 直接耦合 ! Z$ q5 {0 E( }, c; o \7 z; x
remote control 遥控 ; L" _1 T6 @% f; I; A7 A) G
sine wave 正弦波 5 \* @5 a3 e8 F/ `5 l
rectiffication 整流 ) F- {4 i% l' R7 ]9 F6 ^
illuminance 照度 ; J5 V3 g& v t, R; |4 u- C& w4 ?
operational amplifier 运算放大器 1 G6 N+ u( `( _4 u' s; d% |. E
load rate 用电负荷率 8 w/ z- l* i" y* s7 p
piezoelectric effect 压电效应 ! b) h3 a7 n5 i, S
selector 选择器
3 }4 j/ [5 l3 q1 W4 Ooxidation stability 氧化稳定性 ( h& R) ?- t' r6 a; }. t7 P4 \
couplingMOS 耦合
* D \ L/ F! i2 WMOS circuit 电路 2 @6 s$ |4 x& f- B7 i0 S' N
linear control system 线性控制系统
; O( q! p5 Z z* ?9 glinear(circuit)element 线性(电路)元件
4 B- }! M' o/ N4 f/ A/ J4 hlinearity 线性
: ?4 m! x3 F3 Y8 Agas protection 瓦斯保护
9 J, X- H* d0 c x2 K" Vreactive power 无功功率
_3 L* M! b) n7 Q% D( Hpassive element 无源元件 1 z3 B6 w! O& ~6 ~! V$ z* B
eddy current 涡流 # }8 u6 B+ |: V5 H
synchronous speed 同步转速
# G/ W% y/ w' d9 K7 Won-load factor 通电持续率 ! g$ Z I) a: |1 J; V
micromotor 微电机 ; U1 S# I% H, b& G
differentiator 微分电路 % v" q7 t, f$ R
regulated power supply 稳压电源
: Y5 L8 o Q' n7 @6 D$ Cvoltage stabilizing circuit 稳压电路 ; r0 x S9 g7 y+ h( E6 Y( I. `
sequential order of the phases,phase sequence 相序 9 ]5 K4 i& f5 f/ l' @) S3 ]
phase 相位(位相,相角)
8 q) z( H X- ^- `phase displacement 相位移 / `+ ^/ K/ K6 j1 `
temperature rise 温升 * J& b- {6 c9 b/ I; h7 D8 E6 G7 ?
connection diagram of windings 绕组联结圈
( M: E+ P2 q" Hwinding 绕组 8 \3 b& i1 l) ^: J' M3 q* d# c4 A
servo system 随动系统 7 S( p( w( D- P8 w& F
detuning 失调
) _# {* F5 v+ u7 Q. P* j0 X1 v9 c* sdistortion 失真 5 {9 A1 {. k1 h2 x
digital integrated circuit 数字集成电路
2 g7 x, Z% Q" u0 B8 P6 s0 Jdigital display 数字显示 7 M- [ }, H! J
digital quantity 数字量
9 u2 z- B* P. l9 U' ?6 k% z+ v6 icapacitive reactance 容抗
* e# R, H: l0 Q. }third class load 三级负荷 % w% i% G8 {) I
three-phase and three-wire sysyem 三相三线制 ! J# U& c% k: V w- V
three-phase and four-wire system 三相四线制 ) ^8 F+ e/ D* ]' P! y7 C4 n+ }
soft magnetic material 软磁材料
& J1 Z6 ~+ Z4 a8 ~thermo-electric effect 热电效应
$ m0 n, E$ c, B) f5 Xthermal stability 热稳定性
7 Y2 U @8 G, f4 W2 F8 r5 L" J4 ^thermistor 热敏电阻
! _3 C& U; x; ]; Sservomotor 伺服电动机 " ^! {) e! h: @3 m( ~
servo mechanism 伺服机构
1 y% X+ G1 H6 \ \' J6 C4 Ooutput 输出 9 b/ N6 G- o8 {$ C. e/ E
input 输入 & s0 J% j1 O' R9 @9 @; l q
flashover,arc-over 闪络
! M4 _; }+ z# b' c4 @' ]- ^D filp flop D触发器 ! W! x& y. j1 \# N# H- P* C1 z
DTL circuit DTL电路
9 [4 Q$ y. M# m) U! ]5 M* I9 K& Klogic circuit 逻辑电路 : L7 ?7 k- j$ s& [9 f
excitation 励磁(激磁) % \, j$ l* d: T* t/ E( N( s4 P
contravariant 逆变
; ]( A2 f! ~* P8 F( B1 e! e5 e6 L' q0 B# Pbus,busbar 母线(汇流排)
3 b( s2 ~& l- ncontinuous control 连续控制 + e8 j. @' \: S) I5 P
continuous system 连续系统 8 q+ Q9 \% C& \: F2 v( F( w: v
interlock 连锁 ( Q1 c# t2 Q$ S' X
connection symbol 联结组标号
7 g+ L( N0 Z* z- mtorque motor 力矩电动机 ! m: p W- w% [6 n0 ~4 g
analog quantity 模拟量 % y2 s* L0 O8 y; i: U2 c' Q/ k4 e1 U
potential drop of internal resistance 内阻压降
" i" x8 l9 N7 m/ B) Y& Nwhirling speeds 临界转速 0 t$ N# x( `8 s1 Z. p
full load 满载
9 s3 k( W( u7 g; apulsating current 脉动电流
( ?9 y8 ~/ f) W+ v& Z! Q" Wpulsating voltage 脉动电压 / t9 w) s) l: `1 |
pulser,pulse generator 脉冲发生器
" l9 V, G. ]9 d, jpuncture test 耐压试验 1 y! c3 n# F$ v2 S4 n! \7 h' z
ideal inductor 理想电感器 , W9 g7 S, d8 o$ c& y
ideal resistor 理想电阻器 , ^& L6 Q) z5 D& _4 D k: s
ideal voltage source 理想电压源
# ^5 u' y, ]1 [3 B9 G2 |/ C0 g5 [ideal capacitor 理想电容器
) u9 ^9 I1 L0 k7 Q2 L* _ideal current source 理想电流源
3 W- C' d& K) iideal amplifier 理想放大器
! a6 E4 Q3 a$ c! H H7 k, Tideal transformer 理想变压器
9 ^# P$ N2 I- `+ Z# I. w4 ttemperature classification,thermal stability classification 耐热等级
9 l F0 A; @8 W; V2 _8 e6 X( efiltering,filtration 滤波
2 \- A4 |0 l+ _7 `# \; q9 @, Mdiscrete system 离散系统 6 [2 N* F. u4 @! M3 T1 U
zero-sequence protection 零序保护 , {9 _6 d* C' d$ c3 W" l8 a0 N4 j
load,charge 负载(负荷) 8 _3 ` t7 a% v1 M7 N# k8 Z+ }
inductosyn 感应同步器 4 Y6 [; x; T& A2 A- a
induced voltage 感应电压
/ T# x% G/ j, T: `/ ` ?" v3 Minductive reactance 感抗 , {/ {& K& ]4 r0 \/ L- m7 [3 M
high frepuency 高频 % B9 N' O7 t2 i' C# V1 W* E: r
photoelectric effect 光电效应 ( |4 w' U1 o9 n2 P
overcurrent protection 过电流保护 }$ {8 C% l( G* o6 k/ `! M( L& r, q4 {
overvoltage protection 过电压保护 ( |5 Z2 H$ D% p/ ~9 D2 A
mains frequency 工频
_0 s! s' c6 G( gpower factor 功率因数 0 O; k* U7 \& w, V% j
constant control system 恒值控制系统
- g4 b( {& L8 S! U+ W8 E8 \phasing 核相(定相)
5 ] l- z6 h- z5 ~# @$ C! bglow discharge 辉光放电
1 h& e _3 K% F' h2 Vfundamental wave 基波
3 ^( C+ l7 M1 D2 u) l1 Aintegrator 积分电路 ! `3 o) W+ c" O* g2 |5 b2 o
mutual induction 互感应
2 F8 F+ c! ~$ q7 O# ?commutation 换向
( h- L: U( T% s' q8 P& K& ochange-over switching 换接 9 `) Q$ r0 B4 K1 I! w
parasitic capacitance 寄生电容 6 o1 D7 U% _1 d# l& Z5 N% k
detector 检测装置
% ]" [" G0 A6 \, }/ M1 W7 L, Rrelay protection 继电保护
0 x+ z* C# b; z) B' m- G3 M6 A5 Yskin effect 集肤效应 : Z: Q+ U7 }1 m
coercive force 矫顽力
( Y) J5 \/ s2 t- N7 S* P, Vdemodulation 解调 * F' n+ e- I% v
dielectric loss 介质损耗 ) i$ x. Z' I' a) f, ]& H
contact voltage 接触电压 $ E: d% b0 r) l" a* c
contact resistance 接触电阻 % K- f. Q0 I. S& s @1 q, W; K
earth fault 接地故障
, b6 \, _2 m; S1 s% ~% m! _- xground device 接地装置 ' [3 ^, S9 c Z( p7 ^" b$ P
resistance of an earthed conductor,earthing resistance 接地电阻 3 s8 W( W+ u& X. y& R8 c
cut-off 截止
/ F" }( N1 f. @! x" tpartial discharge 局部放电 , k- O5 s! H9 L" T* L
insulation resistance 绝缘电阻 3 Z& }* i% Q8 V" ?" O
absorptance(absorption ratio) of insulation resistance 绝缘电阻的吸收比 5 G1 @- L7 q6 O. ]9 A# K; k
step vlotage 跨步电压
4 r8 ?4 `, A5 A3 G* S2 l! [programmable logic controllers 可编程序控制器
& k$ F U2 d$ ]( Kno-load test 空载试验
' P1 l, g0 w9 Ynoload operation 空载运行
( O# i. @0 d; i# M% G fopen-circuit voltage 开路电压 , \+ n$ W+ T( f d
open loop control 开环控制
: V: ^, i3 H7 N+ M/ hdiamagnetism 抗磁性 * G0 u6 H5 L/ @! x. Q
control circuit 控制电器
# N0 \* w) k9 D9 U! s1 Kshielded cable 屏蔽电缆
, a& ^ V+ p$ {4 n9 i/ O* Rgas chromatograph test 气相色谱试验
4 k2 t2 b4 H4 C |- o" Bgas conduction 气体导电 - e! `$ B5 f) n p; I( d/ I
air gap 气隙
( c9 W; R$ v5 E+ o& O5 vsignal circuit 信号电路
2 Q! j- k% F4 a7 Bsmall-power motor 小功率电动机
- O) F( e. k9 s fresonance 谐振
! e/ c6 I& {" s, ?* [( @harmonic 谐波 1 v8 b) U7 Y4 K6 `3 S! i9 D
impedance 阻抗 . K6 W- M% W9 n$ f0 d; w$ Q. O
optimum control 最优控制 - }3 \% B. f0 F* t6 w" n1 K
autonomous control 自治调节
$ h! y; Q# [7 N( d1 g; Csynchro,selsyn 自整角机
0 k [5 y' C) i+ U* Bautomatic reclosing equipment 自动重合闸
+ U1 D+ P0 \8 g7 W* x7 zautomatic protection device 自动保护装置 9 r0 i/ O+ m# |4 B" P+ y) N) m' m
automatic control 自动控制
! ^0 J3 i- k, V' h: E4 {automatic control system 自动控制系统 4 @# w" y% N1 N- Q! l% X
automatic regulating system 自动调节系统
+ Z7 Q9 ]/ ^- Sslip 转差率 6 r- _( u, ~8 Z# ~
electric circuit 电路 3 S* |9 h" m' m- Y
electric current 电流 $ e3 O+ W0 l8 d) w$ x
bridge 电桥
6 _6 l: H+ s- C4 O! l* Carmature reaction 电枢反应 0 {* f* x# D& t1 {
voltage,electric potential difference 电压(电位差)
4 {2 B8 h N) y5 I4 e" celectric corona,corona,corona discharge 电晕(放电)
9 L3 G S: l2 Z$ p1 hpower supply 电源
6 b5 R# M' ?1 s( t5 V0 Melectric field 电场 + T+ Q9 |) ~6 D( w- l
electromagnetic wave 电磁波
& m: G3 _2 z* A( D' O: S8 R1 Uelectromagnetic induction 电磁感应 % B% T- k8 v; Y/ M& _
electromotive force 电动势
: ?8 ^. \. y+ M4 g! E- N8 O) Jinductor 电感线圈
; |4 q* l2 d0 \" K; celectric arc 电弧
' a. g V5 X. Z5 P% f4 S. lelectric spark 电火花
* m9 i7 H; J5 J h X7 S. u5 telectrolytic corrosion 电解腐蚀
5 {* H7 |5 }8 t s" `dielectric 电介质 0 R# P' H6 C. I5 H! Y/ F
reactance 电抗
% g2 J1 R' c8 p9 Iclearance 电气间隙
7 _0 v( @8 g5 y. \; o5 g oelectronic approach switch 电子接近开关
. {1 o3 F1 |. Nconductance 电导
% e3 n7 l- D7 X% C+ ^- Wequivalent electric circuit 等效电路 4 j& u! [/ R! N
earth,ground 地
/ N+ z$ d7 T) G( X, ]" r; s0 C. Xspeed regulation,speed governing 调速
) |. _& u! a4 c- qspeed governing system 调速系统
$ H9 u; t6 N2 |/ ~% n. jrange of speed regulation 调速范围
+ D; l y- T- o; `* r& _" rspeed governing by voltage regulation 调压调速
+ _5 k9 F9 f3 w; n: n& C1 L9 cmodulation 调制 # t/ m, U2 y) ~# F9 Z0 D; v9 D
amplitude modulation 调幅 " x2 P, O- x7 H+ Y! {/ ^( Q
frequency modulation 调频
6 }" b* _0 @6 O6 w9 v2、IEC试验室产品
+ S3 K, B4 f2 I9 _2 z# E6 R! dAbrasion test 磨损测试设备
+ q9 |. H3 c- XApparatus for burning test (vertical and horizontal) 水平垂直燃烧测试设备
! l) O7 A- e2 S* V; \; _; nApparatus for production testing of hand tools for live working 手动测试工具 & \# J. G( c# R1 J' \( x
Apparatus for winding a flexible pipe 软管弯折试验设备 5 `- q: Y" w& c! E
Appliance couplers test equipment (various) 各类测试连接器
( Z: `7 D* ^, ]4 \% V" ] |1 ~7 v1 GAutomatic & manual production test equipment - for final control 自动 /手动产品测试设备 - 出厂控制
& ~* t8 Z4 l7 | ^" e$ @- UBall-pressure test apparatus 球压测试装置
{( L# ]) {; Z3 J9 |' K2 O5 P. |Bending equipment for conduits 管路弯折设备 4 k' J+ z" Q% f% i+ @+ [9 I
Bump test 冲击测试
9 ^! E7 v: ~/ I9 o0 ? Z$ pBurning test, horiz. 燃烧测试(水平) , A; D; W9 [% p0 Y. Q1 E4 _
Cable test apparatus (various) 各类线缆测试
- c2 _& b3 A0 E QDraining current measuring equipment 损耗电流测试设备 4 K& Z0 T" p8 N2 o. b0 L, a4 P6 m
Drip proof test(special) 淋浴测试 & ]! ~( }% o( X* K3 C8 O8 V
Drop test 跌落测试
7 c/ g4 q. R3 n: _- _Dust chamber 防尘箱
* q2 u' w2 H, n/ M; B: o v4 G6 \, HDynamometers 功率计
) Y- ?! X2 W& D- r I& c# w0 YEarth bond resistance tester Earthing resistance test appliance 接地电阻测试设备
" i' t0 L" ^& IElectric resistance of non-metallic materials 非金属材料的电阻测试
$ }8 r# O3 B2 r$ d5 ^% wGauges and similar mechanical checking devices 量规或类似测试装置 ( o X1 ]- h+ D) l& }
Electrode arrangements 测试电极装置
6 L2 c7 @; Z. Y) c: lFlexing test equipment 弯折试验
4 s% c7 p1 H. m- z! mFume cupboard (protective cabinet) 防护罩 $ i9 ~; L) n0 J- w
Flexing test apparatus for cables 线缆弯折试验装置 ) v# v5 G8 h- u4 }7 d% r% p' N
Flame hoods 燃烧罩 ; c$ X7 s0 H" L
Endurance test appliance for plugs 插头寿命测试
( }1 p# L, Q3 S B; MEquipment for testing refrigerators 冰箱测试设备 ) R* M0 G! t0 [( T, R% @
Endurance test appliance 寿命测试 # s% B# v) F2 b: Z( {
Gauges for appliance inlets Gauges for finished lamps 灯具量规 3 K8 |+ D6 z @( |& }$ Q( B
Gauges for lampholders 灯座量规
& F- K' W6 k1 jHot wire ignition test 热丝引燃测试 u9 e/ `+ C/ ^+ q% d2 d$ U: m
Hipot testers Hot mandrel test apparatus 高压机
) ?" {7 Y6 x& I6 m, H, JHigh voltage test appliance 耐压测试
7 L1 e6 N. C) A+ h# yHigh frequency spark generator 高频火花发生器 ; K, K) q9 |! }( T! _$ o( G
High current transformers 高电流变送器 * ? i; o# b$ Z$ d9 N# i; ^; d
High current arc ignition test 大电流起弧测试
# }9 W. W( N7 P: v, r8 O `1 ^Heating tests 高温测试 / ]) H' J: T7 V8 A. U& W) Y9 k& P
Heating cabinets 高温试验箱
* A9 g5 D4 y# k! I1 w5 e3 _& h/ GHand held shower 手持花洒 6 W6 {. h5 X! H) v, w8 g
Ground continuity testers 接地电阻测试
0 B5 |8 j( o. ~- vGauges for plugs and sockets 插头插座量规
4 m; ?0 t/ o+ P; q8 C' b# H( zHumidity chambers 横湿箱
( p/ t8 p+ D& Q# i# d+ G+ sGauges for starters 发动机量规 " U5 c9 y1 C3 _! P
Impact balls 冲击球
+ s; a3 l8 n1 N4 q; f4 s' CGlass vessel for microwave oven testing 微波炉测试的玻璃容器
) @' M9 R1 ]8 h" |9 AImpact hammers 冲击锤 ( F+ W$ I) ?6 s* N! Y0 j6 [
Glow-wire test apparatus 灼热丝测试设备 . \: P* ]' {# Q7 J; }4 Z
Impact weight apparatus Inductive loads 电感负载 % r& ?0 c4 J/ O' ~: o& H
Jet nozzles 喷嘴 7 P& p7 P5 F5 q2 y& L
Lampholder testing apparatus (various) 各类灯座测试设备
, O" z4 ]8 F9 d/ D4 G% QKit bunsen burner/ needle flame test 燃烧测试套件 (本申 / 针焰)
0 E5 H6 G! w6 `7 A$ j1 S# V1 `2 PLeakage current test appliance 泄露电流测试设备
* {* a: F: p( P: T: mLaboratory power supply with isolation and regulation 可控分离实验室电源
3 R5 c; y7 ]- I7 b/ |; S$ vLoading weights (various) 各类负重
* b9 S0 k m/ s: [- QLaboratory stablized power supply unit 稳压源 " q" Q8 G2 q4 O4 F0 d9 H3 I: z
Luminaries testing equipment (various) 照明测试设备
1 T* `; x* C2 |) H* @Measuring equipment for testing switches and socket-outlets (with DPM) 测试开关和插头插座测试设备 ' \3 a9 {' \% H* J
Megohmeter 兆欧表
% x7 i+ E9 M* P3 x; y1 z+ ^Mechanical resistance testing apparatus for el. Irons Mechanismus for burning tests (vert. And horiz.) 水平或垂直燃烧机架 ) w% N2 P- e$ l& _" |
Needle flame burners 针焰燃烧工具
( r! G6 i6 O2 I. P8 a- N3 YNeedle flame miniature burner 微型针焰燃烧工具 " S# G$ K. V4 N
Surge test circuit 浪涌测试 ' Z/ D5 ?7 N7 g$ E) k* ?1 s, T. m" z
Needle flame tester 针焰测试
9 T( ^( b* D9 V; N8 \Resistance loads 电阻负载 ( J2 {5 ^1 w! r" W z1 m' {
Scratch test equipment 刮擦测试设备 - T' Z0 U I# m( F6 N* G# ?
Power sources 电源
" j# D& c. {. x9 W7 g4 VProbe for measuring surface temperature 表面温度探头 # b9 U5 B9 ]& u/ `/ X( @
Pendulum hammer 摆锤 - v7 i0 O& @5 |- x: |) a2 f! s
Plugs for endurance tests of socket-outlets 插头插座寿命测试
8 V; s4 w/ J7 B+ o7 G7 T5 B9 g6 uNeedle flame thermometer 针焰温度表
( f( w6 M4 P4 P G" @/ Y# _Plugs and socket test equipment (various) 各类插头插座设备 6 J0 d+ M. U. n7 y. N
Splash testing apparatus 溅水测试 ) S0 K7 n: v7 a ~ |
Pendulum impact test apparatus 摆锤冲击测试 - k3 @. r4 e+ A2 e- d6 |( s: ^
Spray apparatus, tubes 喷水测试 3 Z1 z" n/ P4 O1 ~
Solderability test apparatus 可焊性的测试设备 W2 F9 V+ i& U- y
Standard test enclosure 标准测试附件
" [6 `8 v( u7 N. m7 ]Temperature during operation, measuring equipment 温度测试
7 { B# X" s0 P' B# kThermocouples 热电偶 # D5 R% x: n }; `) u' n t
Temperature measurement 温度测试 ! d" l3 u. Z0 g7 d1 ~3 U$ E
Test apparatus for IP tests IP 测试
x j% c# n& I0 }3 V* ^Torque test equipment 扭力测试
. Z& c0 C* N$ @* cTest finger nail 测试指甲
- }& o6 x8 Q/ l/ O0 f7 WTest panes for hob elements 燃气炉测试盘 # W* U9 g/ ]& V: M2 W3 J( N$ J
Test fingers 测试指
6 N9 d+ E7 C8 `2 `Torsion apparatus 扭转测试 + Z' E$ Y* T% y9 a/ F# w7 Z& w" l
Test hook 测试钩
/ I2 h2 Q; C% i3 R K2 X8 v$ u3 UTracking index apparatus 漏电起痕测试仪 5 M- D6 h; y* H! K( j
Test knifes 测试刀模
9 n; u! M* ?" \. uWater evaporator 水蒸发器
! l4 F6 f( h; e/ K% ?3 N/ q- f# uTest pin 测试真 5 @0 n3 N& P! D: h8 q0 w4 Q
Tumbling barrel 滚筒试验装置
! F! u- O# g2 _* OTest probe 测试探头 1 P' _* z, l. f3 @1 J3 w9 F% c
Variacs Vessel for testing induction hotplates 测试热传导的容器 0 H. f7 S% t. Y/ O/ {( z3 C0 n
3、设备修理: f# I% d- \, n" x
corrective maintenance 改善修理
) K2 v, _+ l& @9 Vback repair rate 返修率 6 ^% X2 U7 @+ s8 W2 t- D- ]" z- P
stepped(sizing) repair 分级修理 2 D) S! E9 g1 y0 E
decentralized maintenance system 分散修理制 ( z, x) Z& ?7 U! W, `
waste and ungraded product and back repair loss 废次品及返修损失 0 N" y( h* l$ J' |0 D& _" p
unscheduled maintenance time 非预定维修时间 6 r' Z& e% V- s
periodic repair task 定期修理作业
; S1 G4 [& ~) ]+ }* @periodic repair 定期维修法 ) s D c( |( q* U. M
location accuracy 定位精度
' \( y" H% f$ P f/ ftransmission accuracy 传动精度 6 e9 S' D2 _& G h8 o* x" i
revision of overhaul plan 大修计划修改
9 j9 y6 ]$ S6 d2 C. fassesment of overhaul plan 大修计划考核
3 D' h! T- E3 {6 doverhaul planning 大修计划编制
) x: x) D$ z! s8 Fbasis of overhaul plan 大修计划依据
1 G9 Q0 O9 D2 ~ qfulfilment rate of overhaul plan 大修计划完成率
8 U$ Q0 i3 d* g/ }# w* a- j! ~: F+ zimplementation of overhaul plan 大修计划实施
8 n6 C: |7 ~8 l1 m" P) I7 [) coverhaul cost 大修费用
- N( g1 ?. v# S( @2 I. E6 n, _3 `* o( foverhaul cost 大修成本构成 2 X6 Y1 k. B/ }8 \
overhaul cost analysis 大修成本分析 7 T+ d4 x$ `& \, _* X4 ^* g
fulfilment rate of overhaul cost 大修成本完成率
/ ? x* O$ S c) U0 w0 {$ R2 Xoverhaul guarantee 大修保修
* `! e- _" O. M n8 qinterval between overhauls, overhaul cycle 大修周期 4 t% j0 S- c9 K2 L6 ^7 d
guarantee system of overhaul quality 大修质量保证体系
5 x5 i- S3 B. E1 |% I3 B$ ^: |0 h$ Woverhaul quality evaluation 大修理质量评定
4 v7 h% {4 A3 S/ p3 P$ zoverhaul quality control 大修理质量控制
- h7 T' q6 a. H; u( zoverhaul,capital repair 大修
5 T. @4 X9 h6 V4 K) \assembly repair 部件修理法 9 B) V8 F! C w3 ~6 k4 y3 S/ g
partial repair 部分修理法
. }: j$ ~$ n3 |) l1 Scompensation method 补偿法
( }: z, Q/ x. N% V& ?& C+ xproduction program of spqre parts 备件生产计划
# E6 P4 [/ b3 n& f3 u$ i4 `6 r+ Cstand-by or redundancy system 备份或冗余系统 % T+ r# k9 a/ t* s, f
standard-size repair method 标准尺寸修理法 ! t6 q6 K. a- ]/ S) p
“eight steps”method 八步法 ; v; l% |/ U/ @1 ~8 n
repeat location accuracy 重复定位精度
) v6 @7 ]) e0 x3 x1 zmiddle repair 中修
" K# _1 r F4 K5 }system with maintainable standby parts 有可维修备份的系统
, P- N- T0 }. b; J: Eremote maintenance 远距离维修
" K/ ^1 @2 `' G: ]" I5 Epreventive maintenance 预防维修 # e1 y7 X6 o* L, `
scheduled maintenance time 预定维修时间 " w( n( {$ ]7 l! l
predictive maintenance 预知维修(状态监测维修)
, n- `# a8 R! p6 f9 D3 Mquality system 质量体系 : P0 k B" f+ I9 w
quality 质量
. b+ v: @$ Q) zdeferred maintenance 逾期维修
7 q) P o- b0 cnetwork planning 网络计划 & H9 K5 Q: ?5 H, X6 n$ |
maintenance skill training 维修技术培训
! c/ P) W* x! |4 d- amaintenance interval, uptime 维修间隔(正常运行时间) 7 ^' B% r% c, d9 w! T; e/ e
economic analysis of maintenance activities 维修活动的经济分析 & l0 Q1 P, ~. L4 {9 v/ Z
maintenance worker 维修工人 $ g3 ^: v$ B: O! F. o+ m- N5 x
maintenance protection 维修防护 % d0 B7 X. M7 r: j; b
maintenance shop 维修车间 , p" Q4 f4 x& A% v
maintenance prevention 维修预防
" B3 A0 ?& u8 ~# y C% ~8 ~. ymaintenance cycle 维修周期 1 C/ L8 D( }* v) O9 P5 w
maintenance time 维修时间 - f4 Y2 K! {) Q% Z
synchronous repair 同步修理法 ' G: ^( f, y! w: ^/ B/ r- A
repair downtime 停修时间
5 _# m3 u" n8 W7 P; titem repair 项修(项目修理)
; F8 W% z/ H0 v3 _+ ?: O. r. i. N, Srepair on commission 外委修理 7 s8 A; C" U, s* F
(TPM) total production maintenance system 全员参加的生产维修制 / F3 }/ S6 K* I$ W3 V
controlled maintenance 受控维修 * g( F! o: _2 D( U8 ^
life cycle maintenance 寿命周期维修
% h, @; L1 j# V+ w# H2 q$ _) s) Fhot repair 热修 7 X& @" b" [2 D; w) K, i: D
repair schedule of equipment 设备修理计划
: @$ m' N0 L0 v. ^+ kacceptance check for equipment repair 设备修理验收 ( a B8 M) t( s5 w+ @- s( {" F
quarterly repair schedule of equipment 设备季度修理计划
! R! @8 _+ i6 i# c; x2 jtechnical check of equipment 设备技术考核 ( e4 Y5 H% `6 I9 ^1 L
equipment overhaul plan 设备大修计划
) U- ?- f: U' g# Umonthly repair schedule of equipment 设备月度修理计划 ) ^% t/ @6 y/ m Q- Y
equipment maintenance plan 设备维修计划 1 f8 ^* R" k! y! m8 X9 r
three essential factors of equipment maintenance 设备维修三要素
" P5 U( m. |" iitem repair plan of equipment 设备项修计划
# e4 ?: {/ } x$ C( K+ H1 v4 K6 _annual repair schedule of equipment 设备年度修理计划 5 i E$ d$ {" q
breakdown maintenance 事后修理
( ^: `7 @+ H( }- Z- f: S; Ofirst-aid repair 抢修
7 @4 \0 Z# y0 x" ?, c) A H- \accuracy of machine tool after overhaul 大修机床精度 ; k1 i2 a: l' j, h& o
rolling (circulation) plan 滚动计划
7 u; K h! v0 T9 q. ]% vMIS maintenance 管理信息系统维修 : \1 C6 V, Z2 _# s) Y+ J; F4 {
process capacity index 工程能力指数 % G* r! C0 \& D9 d
working accuracy 工作精度 7 d! s9 |! J3 g( H: q0 B _
recovery repair 恢复性修理 ! ~3 G4 \2 ]" I. u& _9 o. Z
rotational accuracy of machine tool 机床旋转精度 - n7 g8 _& b; B
machine repair shop 机修车间(分厂) " q( V+ j$ K. ~2 i1 J6 V" U
maintenance mechanic 机修技工
+ Q9 J, H$ f' a% C' _9 Z6 R1 Hmechanical repair method 机械修复法 b; V) u3 x' ^) {- Q
instantaneous efficiency of machinery 机械的瞬时效率 , Q n" J& U5 S& \5 U( u- [$ u
interchange method 互换法 % ^3 K$ a" F+ M
inspection 检验 ( U% e) K7 k1 j' I; N
centralized maintenance system 集中修理制
# O! U6 F- |/ B7 W) N) w% ogeometric accuracy 几何精度 7 l' g5 Y* B! c6 S: N
seasonal repair 季节性修理 - L3 }1 |& k" H' X# L
repair out of plan 计划外修理
1 K# a+ v3 J! }: ?/ Cscheduled maintenance 计划维修
3 p d/ n h7 \0 Q5 |7 s9 }planned preventive maintenance system 计划预修制
0 ~" l: T7 f6 bplanned repair 计划修理
& X. Q3 g# V4 d& N1 H( y kcontact accuracy 接触精度
7 a" V# {- E6 J% Q$ O2 Zemergency repair task 紧急修理作业
+ v& h7 C2 X+ ?2 Qmachining and fitting method on the spot 就地加工修配法
8 A+ a/ s5 ]$ M! A% {$ Wprecision index 精度指数
. R) H- |4 B8 b8 r* D8 `9 V6 A$ {accuracy standard 精度标准
& @0 X2 N1 {* f# o" p4 m- Lprecision retaining ability 精度保持性 1 j& e4 {. G. c+ @$ ^1 u5 C
precision reserve 精度储备
# J% l9 {6 T2 n; s) k& t; bfine repair 精修 5 q! g% q" a0 v" T) y8 e% ?# K! n
fine repair mechanic 精修技工 9 G5 |9 F- ?* I3 f) o3 U
economic accuracy 经济精度 5 U ?- I/ _/ r. e2 g' M" L5 y
balancing precision grade 平衡精度等级
! N' J% _+ I W8 cmean time to repair(MTTR), mean repair time 平均修理时间
; b0 @4 `, d# c3 `minor repair 小修 ) \+ O7 Z/ H* R `/ c- w
fitting method 修配法 ) }/ ~4 T7 k- ?8 T3 l% D
repair link 修配环
2 P: S1 A. h: q, U( i7 J0 }repair specification 修理任务书
- K% S; X2 o7 e1 ]6 b) Orepair rasks dispatch 修理施工调度 ) I* [2 G5 H- E
repair time, shutdown time 修理时间
& g7 S2 f! h0 C. N7 Pdowntime quota for equipment repair 修理停歇时间定额 $ I* G n3 J" Z- u* X
repair facilities 修理用设备 ( |4 R4 d1 [; a7 \/ t9 s* \/ C
repair quality 修理质量 0 } R+ ]+ `0 G
repair quality index 修理质量指标 8 j8 r+ E$ I) A
repair quality plan 修理质量计划 8 B3 d" [- O) B4 s
repair quality assessment 修理质量考核 , K) W* k# P1 N' G0 h3 S% i( n
repair symbols 修理标识 # [ K$ b; U5 y( Q) x% J4 U$ O
repair cost assessment 修理成本考核 . o) R! v/ k' {
repair size 修理尺寸 - A$ {; W6 z! r& \ [- X7 r; y
repair quota 修理定额 3 G8 _3 S& B! s8 B5 f! I) \% N
repair cost quota 修理费用定额 7 j( f6 s5 @% J
repair scheme 修理方案
) _1 j' b9 O' Z3 P, [2 Vrepair manhour quota 修理工时定额 % [! c0 x% J3 `2 h
repair manhours assessment 修理工时考核 1 L" M# W( x( v) b: t. M
repair technology 修理工艺
" b4 B) H/ M9 S [2 P% ~maintenance engineering truck 修理工程车
0 L) y; D" I9 r: Amaintenance tool 修理工具 & h" j4 M4 F9 v, D
repair time limit assessment 修理工期考核
1 r( [) p }5 Erepair assessment 修理考核
1 R6 _3 C* S! \, s- M/ Q; \, Z Dinspection before repair 修前预检 4 s/ l' J: ^6 v5 u3 _- |
measuring and drawing before repair 修前测绘
4 O/ _# \7 ?# {inquiry before repair 修前访问
8 a, _' y2 r2 a$ H" f0 B& Q) [. E. @service after repair 修后服务
4 Q* p; c' |* w7 [3 K7 Poptimum repair cycle 最优修理周期 : j0 C' A8 j" r! \: I
assembly accuracy 装配精度
: S7 q* B6 v& belectric repair shop 电修车间(分厂) ( O, I" X6 ~, g$ Z$ } [
maintenance electrician 电修技工
, b R+ p$ J5 Z2 ?1 Qrepair cost accounting for single equipment 单台设备修理费用核算
: F g, ?3 g2 {/ w$ J1 U6 z# Hadjustment method 调整法
1 Q0 E1 O5 z. c0 r: ~% `" Zadjusting link 调整环
! q. {' y* I% k( \* @ O7 |4、设备管理. S t- a; W' X
probability 概率(几率) / j9 V, C4 n# ]
variance 方差 , J4 O( K6 z! I# ^( t; [% R
decentralized maintenance 分散维修
" G- U3 b1 _' _dynamic test 动态试验 ' m& }+ u- u# q5 G* a
power facilities management 动力设备设施管理
" _. h1 ^4 z- I5 Z: B4 o' i& lduct-proof and protective equipment management 除尘、防护设备管理
# J, t! Z( y0 ?" nsampling investigation 抽样调查
]% l0 i" B7 ^; h% Mdomestic production management of imported spare parts 备件国产化管理 , E# O; O& `# z' F. G
standard deviation 标准偏差 - Y7 E5 ?7 P7 ~
budget of installation 安装预算 : L' {8 z( V& d, ~5 Z
machine contracting system 包机制 , t T; N! d* p- P$ x6 ` z# S+ h
regulation of check and lubrication before on shift 班前检查与润滑制度
, }3 k& T$ K" h" a" M* cshift relief system [设备]交接班制度
; J2 E" N$ Q6 K6 l9 U# c《Equipment Management Regulation》 《设备管理条例》(《条例》) 《 3 {, h, w2 q6 n# b$ Z6 A9 A$ h
repair [设备]修理 : j- n7 N+ R, ~6 D2 ]: k8 {4 d
maintenance (and repair) [设备]维修
5 z% h: o6 s2 B8 @- U, akey-point investigation 重点调查 * X+ I$ L3 F* r" A9 g/ Q
management of key-point equipment 重点设备管理
& C% T5 i* q0 _0 [6 b' ?key-point equipment 重点设备 9 j. P+ y) ? w0 [
liability accident 责任事故 / `: K. F# _ q' { s
exponential distribution 指数分布 * n/ A6 z# t) ]
histogram 直方图 . P6 \) O, H! w3 C
prepayment and collection 预付与托收承付 ; P& v3 q( J. a& m' i+ u# n( ]
prophylactic test 预防性试验
$ K0 V3 j5 l/ ]" i# H( Uprevention first 预防为主
( |( ~" v. e# g7 o* a. D; l* c& iorthogonal design 正交设计法(正交试验法)
8 Y0 T* M5 v! @+ }# @6 wnormal distribution 正态分布
) X4 ]; m6 Z8 n9 Y; m2 J* }transportation vehicle management system 运输车辆管理制度
$ ~ A8 j" y, T; I! f1 m1 ~three guarantees of quality 质量“三包”
. u7 z+ Z4 h8 T/ {0 v0 Laccident due to quality 质量事故 $ M9 b0 e% h$ `* Q8 _
management regulation of pressure vessel 压力容器管理制度 1 }4 L0 N& f- [( V( F8 E! B& t
mean time to failure 无故障运行时间 3 O- O$ U- M/ j3 U
Weibull distribution 威布尔分布
2 u T" A6 g0 \; R0 k1 T: }+ Lidle equipment management 闲置设备管理制度 $ l9 w" r6 ]8 h2 q
idle plant 闲置设备
: F x; a' q7 M" r! s+ m8 V9 Gstatistical analysis 统计分析 v& l/ L6 G/ T7 O$ g' z/ ~ }
maintainability 维修性
) E9 a9 u, o: M2 l1 Amaintenance information management 维修信息管理 % A; Y7 C/ c; O- w1 e) g
combination of service and planned maintenance 维护与计划检修相结合
* o3 C# V! i0 j2 U( drandom event 随机事件
9 {' H+ j+ N- K4 b. j( v& P4 \numerical control (NC) equipment management 数控设备管理 . N; a7 M4 J- w4 s- E1 i
three-level service system 三级保养制 2 h8 X" h6 x* W3 w5 r/ X. u, c: r7 {
mathematical expectation 数学期望
, [ l/ Y7 _ s* B* _2 p9 q8 Bmathematical model 数学模型 ' R! T' W- ~4 y
mathematical statistics 数理统计 " B4 C/ x( h8 w. w3 |
technical facilities in production 生产技术装备
# U) V4 P9 `1 lproduction equipment 生产设备
! {6 k. Z4 l; i2 ~' x6 e' `life cycle cost (LCC) 寿命周期费用
" a! v0 t# S( l2 V* Hmangement regulation of lubricant warehouse 润滑油库管理制度 8 g/ I9 V" ?( a- l
commodity inspection 商检(商品检验)
5 I8 P7 x8 B$ _+ jcombination of design, manufacturing and operation 设计、制造与使用相结合 # E/ L8 ~$ W9 s" p$ v' @
investigation on plant 设备调研 # G) I; R, R. b, d
reliability reliability theory 设备的可靠性与可靠度
% N- d4 N3 e s1 s+ d! _5 denergy saving property of plant 设备的节能性 # d2 \; J5 d) d1 O+ z* f* Y" V6 Z
facility inspection and appraise through comparison for plant 设备的检查评比 2 J) t. i4 @1 y+ T) Z5 e! G% m5 J: t
plant check system 设备点检制度
. e% |) j, c" o* N( X) ?& H2 Nenvironmental protection property of plant 设备的环保性 3 ]6 i% t/ c& y6 U1 C6 g
complete set of plant 设备的成套性
7 y+ @* l3 s }. ?- bsafety of plant 设备的安全性
# `3 Z& V4 v0 d# K, jproductivity of plant 设备的生产率
, C( `/ `2 U4 k) y6 M+ ?durability of plant 设备的耐用性 4 d8 z& ?, b) u0 e8 E/ T
flexibility of plant 设备的灵活性 ! c& I7 I' e; y1 Q' X; ?
equipment condition monitoring and diagnostic technology manage 设备状态监测与诊断技术管理 + [* U* A0 v0 H, b9 N
equipment condition management systen 设备状态管理制度 / J7 W7 R2 r- N" \* t3 K7 a9 u4 _
total plant management 设备综合管理 ) S9 [) I$ s9 T8 C2 q
dynamic management system of plant assets 设备资产动态管理制度
0 C- E% j& x/ H% Q- N, V" cplant leasing 设备租赁
5 q. D% W1 S6 {* b" H; n0 b" P* spreparation system before equipment repair 设备修前准备制度
" a+ V3 p% ^3 y: P; N6 }3 q) yman-hours quota for equipment repair 设备修理工时定额
& y) C2 Z' Q- {* {! Kexpense quota for equipment repair 设备修理费用定额
. ~! {7 u9 [, d6 p: B" omaterial quota for equipment repair 设备修理材料定额
6 ]0 N4 @5 e* O% v0 P7 y( pacceptance regulation of equipment repair quality 设备修理质量验收制度
8 P" C" r- s; B. G* ?; Requipment model 设备型号 ( |7 b; h+ N# g2 K0 L
type of equipment 设备型式
: h+ T, `# l+ g0 veconomical life of equipment 设备经济寿命
9 G: e4 {1 n2 _: R8 b9 w/ h2 voperation and business management system 设备经营管理制度
# v0 z: `* R9 X8 R5 b6 Ntechnical document of plant 设备技术档案 0 D9 t1 m; u: x' r# `
technical conditions of equipment 设备技术状况
+ r/ R1 V9 v: Q% A1 vtechnical condition management of plant 设备技术状态管理 2 A- d* k7 X& M- t
management system for technical document and file of plant 设备技术资料管理制度 + L5 L5 P4 x9 K- R: \
technical properties of plant 设备技术性能
: L+ z; C4 l" I+ ]" Y0 J# ]! Q& [/ H4 Ftechnical life of equipment 设备技术寿命
6 g* x" L9 z* v( P) u d9 gspecialized cooperation of plant maintenance 设备检修专业化协作 + b# V2 v% x8 a7 C) ^; `
planning and management regulation of plant maintenance 设备检修计划管理制度 0 `) g: X8 u& p% t) e
plant maintenance plan 设备检修计划
, N. e5 ~3 Z! B$ H% dplant maintenance specification 设备检修规程 8 x5 \! N% {! G! ]9 X, F5 O
plant maintenance quality 设备检修质量 1 E/ I. Z9 q1 w# x! J. x, w
design and construction of equipment foundation 设备基础设计与施工
. G e9 l% Q/ T9 T$ o# t/ V6 R& wmanagement of equipment order contract 设备合同管理 $ o- c5 h3 e7 M
feasibility studies of plant project 设备规划可行性分析 - j$ |4 @4 R& v' ~6 Z
investment plan of plant 设备规划
3 Z; N$ N0 p5 H$ O" @( ]performance of plant 设备功能(效能)
' G' @7 F1 O# u1 ]2 d0 ?' uoperational capability of plant 设备工作能力
4 P! g$ I& A1 c& O# T5 l: ~4 x% Vexamination and check systems of plant management 设备管理考核制度 7 X, N8 S6 _1 }6 l- A% H
economic responsibility regulation of plant management 设备管理经济责任制度 ' O/ i) C w) K9 _4 h- x! B% W& [
post standard of plant management 设备管理岗位标准 ! t( A- W7 P1 j" g
plant management systems 设备管理制度
; z) l" l# a0 Wdowntime quota for equipment repair 设备管理停歇时间定额(停歇天数)
: a" E+ x; P0 Z! t6 |plant engineering modernization 设备管理现代化 ! X$ b. o# x- _0 j* N/ b
plant management, plant enginerring 设备管理
8 Y& I' x: m$ B# C' d! zfixed plant assets management systems 设备固定资产管理制度
0 r/ l" O2 D1 \, p% @( ^& _equipment failure 设备故障 % U* D- X, N' q! |# N% U
plant renewal management 设备更新管理制度 0 P( V1 U3 B. b# J$ y
plant renewal 设备更新
- B! X) i X* {" _plant replacement 设备更换
1 P8 X5 a$ C' c3 a; Spost responsibility of plant management 设备岗位责任 & i# s& G- G4 D6 U$ x4 o
equipment modification management system 设备改造管理制度
8 M: s& X" J7 g! b/ M! B$ e# Q' pplant reconstruction, plant modernization 设备改造 7 M" H2 k' `3 T$ N8 p
classified management of plant 设备分级管理 , d" p. X. H" s8 i+ a
operation regulation with fixed qualified operator and fixed eq 设备定人定机、凭证操作规定 : V# o& i' o/ f) P
“five disciplines”of plant operation 设备操作的“五项纪律” $ V ?& [! q2 i8 Y& O8 O
operation specification of equipment 设备操作规程
( I# }" j+ h7 \8 T5 q1 emanagement regulation of equipment spare parts 设备备品配件管理制度
8 }( J) \/ C3 u% mmanagement regulation of equipment spare parts inventory 设备备件库房管理制度
( m, i! [( P1 `! b) bto quote plant price 设备报价 7 Q; k# r9 t+ R' K
discard of plant 设备报废 + i5 E; g# X$ U/ g, N
equipment installation management 设备安装管理
7 e: y6 p6 `- j1 ]7 l9 }' Hequipment installation 设备安装
5 ^6 n& r# ~6 A+ M# Q4 }tours system to inspect plant 设备巡回检查制度 . Q/ D# F$ u. g; X+ q
to enquire plant price 设备询价
: K) {. |5 e3 Tplant model selection 设备选型 1 S7 m8 x' ~) ]+ A% k
acceptance check and reception systems of plant 设备验收交接制度 C3 }( a. P6 N' p# n: R
statistic-reporting system of plant 设备统计报表制度
8 z6 u$ V, v- y7 o# m* Ptechnical document and date for plant maintenance 设备维修技术资料 * }% [' F2 R) p4 N6 N- ^( c8 w
management regulation of plant maintenance technology 设备维修技术管理制度 0 y9 ^9 K+ N& I6 Q. F
equipment maintenance quota 设备维修定额 7 w5 N- r6 N8 r
equipment service specification 设备维护规程
6 Z# X' `# D3 \# t/ `7 m% _' Eunit account of plant 设备台帐 & k+ [6 }6 o" W
equipment perfectness norm 设备完好标准 - k2 Z$ p/ o' o! p1 i
plant in good condition 设备完好
6 w$ D: j V8 c- K( V# a3 B3 h5 ^7 S- Oclaims for equipment 设备索赔 * D( Y2 P# X) R, i7 `% ~ D
specifications of usage 设备使用规程 ( h5 @: ^# n. V
information feedback management in initial operation period of pl 设备使用初期信息反馈管理
; X* ~1 y5 f* E+ b6 Lmanagement regulation for operation and service of equipment 设备使用与维护管理制度
6 q% b+ A1 D. olife-cycle management of plant 设备全过程管理 % ?; ]3 Y+ o3 A5 w2 q5 A
life of equipment 设备寿命 - z7 e( E+ u5 g6 z% _( P Z% N
lubrication management regulation of plant 设备润滑管理制度
- \! o+ Y+ G! Q/ \% m8 T“five fixation” of lubrication 设备润滑“五定” 4 M' s# u" V j; t$ }( ~& d
accident management regulation of plant 设备事故管理制度 1 K! i# E$ K- O& F v$ H( w
three do not let pass of plant accident 设备事故“三不放过”
& ^+ O1 _" T( X8 C6 M( Vplant accident 设备事故 0 M& F o! p/ N, f3 v; I
region responsibility system of plant maintenance 设备区域维修负责制 2 \) v' w( D$ V: j# N7 g, U
fore period and later period management of plant 设备前期管理和后期管理 1 q$ k. i- v; C! U
regulation of fore period management of plant 设备前期管理规定 " }+ c4 I, v& d3 n. m
wear compensation for plant 设备磨损补偿
$ j( F+ S( i% qplant ageing 设备老化
& O( t8 M$ c) Y: R; D1 Xarithmetic mean 算术平均值(均值)
" h5 c* |" t: e# f3 ` xcoercionary service system 强制保养制
% ~) i0 s% s% i7 Qeffect coefficient of investment 投资效果系数 5 J! B, w- A$ c2 n
economic management system of plant 设备经济管理制度 5 L$ C9 ?6 x$ d& }3 I% \
excellence selection activity in plant management 设备管理评优活动
2 _' x" \# V7 A3 y+ lPareto chart 排列图(帕累托图)
' M# f# p5 c/ }. @load test 负荷试验 8 O5 ^: k7 K. Y) T7 `9 }) a
breakdown time 故障停机时间 + O/ L" T* k: ~/ w! _4 [2 c4 @
technological adaptability 工艺适应性 ) W O$ U6 b* r: G
supervision of engineering facilities 工程设备监理
9 e0 O1 O+ x1 j2 J) N! kmanagement of proccess-control-point equipment 工序控制点设备管理
$ |% o3 P; R0 X8 n( Kcontract change and cancellation 合同变更与解除 ( A r# i+ b7 g2 {
combined maintenance 混合维修
# S8 \+ s U7 a( d5 S! |, Qregression analysis 回归分析
8 Q2 k# e2 G" ]/ K6 P) uinterval between inspections 检查间隔期 ! S4 S, S4 m+ f n; b- v; {
socialization of maintenance 检修社会化
- c6 V8 d6 l$ @ q. }centralized maintenance 集中维修 ; e* U" \; z) Z. {; R/ [
technical advancement 技术先进性
4 b+ [6 i+ @2 `* K# Pcombination of technical management and economic management 技术管理与经济管理相结合 ) F. m7 K! R) I# T; w) d
computer-aided plant management 计算机辅助设备管理
6 P5 }$ V, m7 a ~7 yP) planned preventive maintenance system 计划预修制度(ЛЛ ) A5 p5 t7 Y4 F2 }" y
FOB of imported equipment 进口设备离岸价
t: T4 w3 d5 L6 E2 Y$ m4 |2 \imported equipment management 进口设备管理 , a- k$ Q) e: W, k, {9 t0 J
CIF of imported equipment 进口设备到岸价 ! P4 E; y6 U. F& i5 A: B# e4 h9 a
precise,large scale,rare plant 精、大、稀设备
7 d$ s; K1 a- X4 u7 ]management of precise,large scale,rare equipment 精、大、稀设备管理
& a7 H* Z! M+ M% z' W" _. m# Y3 [“five fixed” of precise,large scale,rare,critical equipme 精、大、稀、关键设备的“五定” + ?! G. b/ u' f# z
economy 经济性 # x9 X6 ?7 S$ z: o) A
static test 静态试验
+ e; A+ R1 _5 M0 a1 W2 E& nopen-case inspection 开箱检查 ; h$ l) e; T" p! h
average deviation 平均偏差 & O- b* f& a/ e& m) g+ v
mean waiting time,MWT 平均等待时间
6 S7 Q( J3 H6 t$ u6 L' `; ]8 ]repair cycle 修理周期
2 d1 E! v+ \/ R, j% mstructure of repair cycle 修理周期结构
7 B0 e+ z$ s9 N( x- Y- U' ycombination of repair, modernization and renewal 修理、改造与更新相结合 # l9 n# J" A i* |% S3 ?
complexity coefficient of repair 修理复杂系数 6 W# P" U' l+ U8 c2 Q( H( `3 E
time between repairs 修理间隔期 0 r7 }7 w) B7 E$ p
leased equipment management system 租赁设备管理制度 ( I; V8 \* v5 W n/ H
time value of fund 资金的时间价值 4 M( [0 q$ C& o# d* y
natural accident 自然事故
9 V! A1 N$ w" sself-made equipment 自制设备
: J* ^. e8 X% p$ q6 X8 S. ? p6 o0 M9 tmanagement system for selfmade equipment 自制设备管理制度 1 T1 ~1 J) h9 ?# |3 R
self-made spare parts management system 自制备件管理制度 9 L8 [( r# e/ v( B7 H; h
combination of professional management and mass management 专业管理与群众管理相结合 P8 j R5 I! L6 m! O/ P
transfer of facility 转让设备(设备调剂) * R* g, K+ ^2 ^5 y& I
typical investigation 典型调查 5 u K0 f" O# p! j" p! |4 f
areal (departmental) repair center 地区(部门)修理中心 3 w/ w* I% U' R& u5 {
recovery ratio of used oil 废油回收率
. _. R" o* F$ h+ j- U7 @% aperfectness ratio of power plant 动力设备完好率
1 C! g1 Z! @ _& ?fulfillment ratio of periodic service 定期保养完成率 9 E0 _' U; y$ u' ?6 G! F
mean downtime(days) due to overhaul 大修理平均停歇天数
; b/ n- i: u. t% pperfectness ratio of key-point equipments 重点设备完好率
: X+ Z6 t. h# m8 c Mqualification ratio under first acceptance check 一次交验合格率 , C2 v( u* W5 ?% M- C+ z+ P4 |
availability of plant in use 在用设备可利用率 " u7 r! |4 d1 s; p) n/ `
utilization ratio of installed equipments 已安装设备利用率
1 a4 Q) I" ?( S) `% n! rannual profit ratio per 10000 yuan fixed assets 万元固定资产年创利润率 6 }. l; r7 E$ @7 U& D& _6 p
maintenance expense for 1000 yuan production value 万元产值占用维修费用 5 v c) K* v& N" {! U" K' I% a: e
installation ratio of owned equipments 实有设备安装率
1 [4 H5 v, D) }comprehensive utilization ratio of plant 设备综合利用率
1 U( e' p+ ^- q* N5 I3 C5 ?3 R9 \" nadded value rate of plant assets 设备资产增值率 6 Q$ @7 O4 X- U6 B* k+ j
capital investment recovery period of plant 设备资产投资回收期
, D: Q0 Q" T4 f0 m4 fnewness degree of plant 设备新度 # C" o" n3 q6 [. S4 ^
profit ratio vs net book value of plant 设备净资产创利润率 3 j% M; f7 Z% Q; @6 Q0 J: b) p9 Q6 ^. X9 c
utilization ratio of planned time of plant 设备计划台时利用率 1 X' r4 D$ ?& a; v
constitution ratio of plant 设备构成比
9 J" D6 R- N. O* G' dload rate of plant 设备负荷率 0 C6 _3 P" S# o& }
back repair rate 设备返修率
8 w! Z: R. i0 W7 `) u# }% B" h$ ]$ jutilization ratio of institutional time of plant 设备制度台时利用率
/ y+ A; t' j# sidelness ratio of plant 设备闲置率 , b, O% @5 I6 n: x
plant capital investment recovery ratio 设备投资回收报率
; p( n' f2 j! F6 x! ]% J7 @( rcapital investment recovery period of plant 设备投资产出比
- K6 C! R- ~- y) ?perfectness ratio of plant 设备完好率
" E2 y$ }! Y8 F% kplant daily service fulfillment ratio 设备日常保养完成率
# y/ J0 @8 E3 Y7 ?incident frequency 设备事故频率 5 b0 ?# V) V: G3 W( N: O) F' U& V3 s* [5 l& S
utilization ratio 设备利用率
- G/ R0 @6 S0 y6 t8 {- S/ ?2 bdown time ratio to accident (failure) 事故[故障]停机率 6 f# P. K: R( W6 ^
fulfillment ratio of cleaning and oil change plan 清洗换油计划完成率 2 X- y8 [/ L, Q, R3 N0 b
mean repair cost per complexity coefficient of repair 每个修理复杂系数平均大修理成本
& a; x- ]( S. p9 zmaintenance expense per repair complexity coefficient 每个复杂系数占用维修费用 ; h6 w x9 j; L
industrial increase value ratio per 10000 yuan fixed assets 每万元固定资产创工业增加值率
7 P l) x K+ P5 K' O7 Tfailure intensity 故障强度 5 f/ c. r( D6 z! y
failure frequency 故障频率 $ Z# H7 f9 I6 `; p5 c5 X9 n
perfectness ratio of critical equipments 关键设备完好率
) \* ]: F% J! S ?; K& Yperfectness raito of precise,large scale and rare equipments 精大稀设备完好率 + l% g' B& Y0 m( Y% x
availability 可利用率(有效利用率)
, D. @7 z% {" u5 [3 hmean down time,MDT 平均停机时间
( `/ {+ G: R& a. Y/ Qmean time between failture 平均故障间隔期,平均无故障工作时间
" D. @9 p3 Y0 H5 Tfulfillment ratio of repair plan 修理计划完成率 |
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