|
安规---必须记好这些
/ \9 k7 I8 t6 q( P7 \load test and short-circuit test 负载试验(短路试验) 1 Y. c- ?* B, Z& ]) e8 Z, u
plugging 反接制动与反向 : A# T+ G3 |! f; m
intermittent periodic duty 反复短时工作制
& x' [8 j V) Ifeedback control 反馈控制 0 L- M# Z" [7 P: ]
feedback loop 反馈回路
* v' Z9 z7 [; Gluminous intensity 发光强度
2 V0 [4 J4 O4 T4 o: G ^distributed capacitance 分布电容 3 G. z" ^& f' s) _7 x* d2 e, f
split phase motor 分相电动机 + b9 d9 X& q5 l9 d2 V
fractional horsepower motor 分马力电动机
( G+ S0 k9 d* anonlinear control system 非线性控制系统
$ R2 @" {: p& j" f' xnonlinear (circuit) element 非线性(电路)元件
0 ?: z" m4 n2 znonlinearity 非线性
' Q- L' K- ]2 K; q. vsecond class load 二级负荷
& Y5 R9 f) A; v+ trated condition 额定工况
2 w$ t, I2 f1 Z0 Brated value 额定值
7 g+ s5 O# S( [3 ^short-time duty 短时工作制
( ]3 s& e# y, n# n+ yshort circuit current 短路电流
. j$ U; T& F8 e' Nshort circuit 短路
* n/ E' h/ f: [% \1 |" N/ Aseries resonance 串联谐振
& n( ?5 m- i2 O0 Vtransducer 传感器(变换器)
/ [3 {8 q2 d2 A7 T2 Bmagnetic core 磁心 K8 A) P; a* J6 W7 I1 q6 b0 f
magnetization curve 磁化曲线 0 f' S" F4 V e8 k
magnetic field 磁场
0 }, T% ]& [: e7 E1 `magnetic field strength 磁场强度
" T8 x& o* M4 a- B( Omagnetic saturation 磁饱和
2 [( L; f; E( H0 ]+ Lmagnetic hysteresis loop 磁滞回线
( c5 |, L) c% t2 w) U7 f, E @magnetic flux 磁通量 0 h. z' i: F5 H) b2 i" z( I7 ?$ x
magnetic flux density 磁通密度
6 N# B7 v3 ~ L! _ s" U( D. ksuperconductor 超导体 . S/ v v R* f$ \7 L, \
uninterrupted duty 长期工作制
) `9 S$ G. U) P0 @- h# }3 w5 s5 M" bprogrammed control 程序控制
5 V( `4 [$ Z2 C: g: w2 m! `stepping motor 步进电动机
) B; R# Z1 w ]2 ^8 O/ Jparallel resonance 并联谐振 3 t1 F% h! a) @: I3 |3 n( k: _, ~
differentiation protection 差动保护
4 W5 ]! G1 K0 rtachogenerator 测速发电机
4 M1 \. C* |, T9 fprotective circuit 保护电路 8 P9 M9 L, }; W- K* ^1 i
open loop control 闭环控制 - T1 @; s6 p5 y4 V( K
apparent power 表现功率 ) `/ h$ i/ r4 [0 J- t8 E" Q
comparator 比较器
& c/ S/ h% a; e; z9 Q2 dnominal value 标称值
3 `8 P9 A4 b5 o6 m% `7 j3 Xspeed governing by frequency convertion 变频调速 2 ]- C! |3 }' V5 \
speed governing by pole changing 变极调速
; Z: ]' d& [2 W7 K% ]* c, Eampere-turns 安匝
% m& I0 Q% A0 I. N- g: a( ysafety voltage 安全电压
: r% N) V j: ]semiconductor devices 半导体器件
, H& h% _5 y8 Fthyristor 半导体开关元件 ! g; q* H0 O) B1 H/ r4 X' R
semiconductor 半导体 * B0 p. E% ]& ~3 W& z, p
(absolute)magnetic permeability (绝对)磁导率 4 |3 M2 b/ d4 b2 T$ H T
current rating (of cable) [电缆的]载流量
; Q5 @6 O( o% n% H) Ubreaking capacity (of a switching device or a fuse) [开关电器的或熔断器的]分断能力 1 h2 @9 N/ ^& P* x' k, @
auxiliary circuit(of a switching device) [开关电器的]辅助电路 0 U6 M$ p9 N2 {( d j
alternating component (of a pulsating voltage or current) [脉动电压或电流的]交流分量 * q' V9 S6 e) {& s/ k2 g
direct component(of a pulsating voltage or current) 脉动电压或电流的]直流分量
7 A( h! k" ^$ v$ e5 ]7 q) N. tTTL circuitPI TTL电路
# z7 r8 T: D* Y" j1 hPI regulatorPID 调节器 * u" T! U. S( Z# q
PID regulatorPD 调节器 : \7 C7 t( ^9 k4 c2 a& o' T4 b
PD regulator 调节器
3 J- U) T8 q& S6 [( ]" t+ qmain circuit 主电路
( k' d! m: G4 i3 f/ y: x/ Qneutral point 中性点
0 Y* R: o; M2 `medium frequency 中频 2 P9 L3 Q @+ z
active power 有功功率 & o- U+ h( ~* w2 f) W, R! \
active element 有源元件 % r% S# z& Q1 i) m7 U3 n9 x* k
first class load 一级负荷
' @5 D4 a( l5 q0 t6 R1 q' C. c4 Fhard magnetic material 硬磁材料 : j: l5 ?/ E+ Y1 Y) _/ ~# L4 T
direct control 直接控制
0 s8 U5 n2 T$ `5 P6 @. Rdirect coupling 直接耦合 9 I4 U. Y- ]( ^9 @
remote control 遥控 - B: R4 A8 ]6 u$ E/ m
sine wave 正弦波
, E2 M( Q4 x) e( D) T, ?8 D4 trectiffication 整流
$ ~, D, }( y! ?; Y/ f x$ zilluminance 照度
$ k* L* J8 w5 koperational amplifier 运算放大器 3 }* M( r7 n. d
load rate 用电负荷率 1 x m( ?& s2 @: H6 X3 n
piezoelectric effect 压电效应 : g9 d! ?: G$ ?% N5 L. z( m
selector 选择器
0 E& f: G+ s* F9 t5 @oxidation stability 氧化稳定性
1 q' h* n7 ] f i0 rcouplingMOS 耦合 ) ?% R1 \4 F; w/ k/ {; q
MOS circuit 电路 0 h1 `0 B& |! F) @) O" [- a5 C
linear control system 线性控制系统
/ ]+ H& z r' ]/ a# X8 Slinear(circuit)element 线性(电路)元件 1 w/ w! P3 l+ `6 S2 \
linearity 线性
# A4 }" W0 [, ]8 l+ _8 \gas protection 瓦斯保护 6 @$ {; P9 B0 ~6 m) w" h
reactive power 无功功率 & [% i# g( j% V6 K! d+ e
passive element 无源元件 % ]% g( g k9 ^ Y
eddy current 涡流
1 g6 x2 d( H' W* P' lsynchronous speed 同步转速
$ }/ S. b7 ]- E `% ], ^- Qon-load factor 通电持续率 $ _8 K/ ]6 \$ O
micromotor 微电机 * n: E% q) I }# R; o9 N
differentiator 微分电路
* z C; z& N* W+ @regulated power supply 稳压电源 5 q$ f2 r: }$ \1 u& C7 ~
voltage stabilizing circuit 稳压电路
! u+ r. J4 P9 T3 x7 H, r# {6 I7 msequential order of the phases,phase sequence 相序
: k' y2 @, ~! w1 w% ophase 相位(位相,相角)
) B4 K# O: t; qphase displacement 相位移
! {+ C$ T, F* U8 P. j( Htemperature rise 温升
% W' B4 Z/ B, C' I$ yconnection diagram of windings 绕组联结圈
8 \6 y" O' f1 H3 w awinding 绕组 ( w& S1 A) m% I- w
servo system 随动系统
3 F% w& p6 B( e# ndetuning 失调
3 @5 T5 V7 c0 ~" ]4 jdistortion 失真
3 w% `5 O( j9 W; j- d% t0 Ydigital integrated circuit 数字集成电路
) I; f5 n3 U& O& Q" L! zdigital display 数字显示 8 n9 a+ s7 Y \3 u9 u) i% Q
digital quantity 数字量
9 X. m: }7 N2 A* xcapacitive reactance 容抗
2 C% ] H1 f4 C6 a5 `- e7 ]7 Xthird class load 三级负荷 9 b% }/ ^; C% ^: Y
three-phase and three-wire sysyem 三相三线制 ) b1 B3 i" \0 @
three-phase and four-wire system 三相四线制
6 K% t: L" i+ B v6 Psoft magnetic material 软磁材料
9 _1 Y# Q6 b B4 ?: f9 d8 ]% bthermo-electric effect 热电效应
/ ]7 A7 v/ U) L/ C+ Othermal stability 热稳定性
, v% @1 F" C/ f0 rthermistor 热敏电阻
# A* q( `! E1 J6 }9 |* W* Dservomotor 伺服电动机 $ ^8 E( x2 b8 p5 P3 W, l$ R
servo mechanism 伺服机构 4 ` ?, M, ]% v" O
output 输出
" G' k% ^5 S2 O4 E! f! u$ c9 {# Pinput 输入 + `* q/ }( k6 r# q8 }$ t
flashover,arc-over 闪络 0 h8 M( }. i6 ?( S0 _) h+ p
D filp flop D触发器 + B4 {' i( ^7 u- D1 M9 A% B. O
DTL circuit DTL电路 # _- E' H% w! J/ h
logic circuit 逻辑电路
2 }1 d" f1 s5 S) N6 Hexcitation 励磁(激磁) ' _6 U& w+ U, b
contravariant 逆变 , M2 H( n" S) h& f5 M T P
bus,busbar 母线(汇流排)
1 Y# N2 v; @6 [+ \& s8 P" kcontinuous control 连续控制 " h, r6 K7 j& I( \
continuous system 连续系统 # b k0 K& E3 e! m; C5 H
interlock 连锁
( C% N2 a/ _. l9 X6 dconnection symbol 联结组标号
8 v% N7 [( H+ [# ^! d7 }torque motor 力矩电动机
( C! L7 M0 F. ~/ danalog quantity 模拟量
; _5 K/ X% p w$ Opotential drop of internal resistance 内阻压降
% ?% d/ _# a5 H ^whirling speeds 临界转速 9 A$ ~" F3 o$ r; T, L
full load 满载 ; y' o2 }7 E4 R. ^8 ]$ ?4 A
pulsating current 脉动电流
% G1 \: t* O9 P5 P% I/ c( rpulsating voltage 脉动电压
* @3 M/ {5 Y! vpulser,pulse generator 脉冲发生器
8 N% f& N. m, p2 q9 g# Upuncture test 耐压试验
' n- q/ p- Z0 m+ T0 T; H; g1 t/ pideal inductor 理想电感器 + D+ c5 X; D! l
ideal resistor 理想电阻器
. u( _ [; a' c1 u0 @ideal voltage source 理想电压源
# n' s3 u- _3 |) ^: P1 N) C* W9 \ideal capacitor 理想电容器
, L9 B4 d1 f, m" z* Kideal current source 理想电流源 ' H6 n5 b/ @1 H3 z9 s% `
ideal amplifier 理想放大器 5 h& |. f* @8 H0 k3 l+ z V# l
ideal transformer 理想变压器
+ I' o0 }! o" t. S dtemperature classification,thermal stability classification 耐热等级 ( |. J; @" X( l, h2 v
filtering,filtration 滤波 2 F* h; [. v4 ^& R6 R
discrete system 离散系统
' u7 U) r/ ]& z) `" f3 azero-sequence protection 零序保护
) ~# r+ s u' R9 X& G5 d' Iload,charge 负载(负荷)
- O( x2 o& @9 H- N zinductosyn 感应同步器
y' D: Z5 J" y/ Oinduced voltage 感应电压 ; A7 ? d1 N" K9 J# e6 o' m
inductive reactance 感抗 0 j- j& _/ v& n/ X
high frepuency 高频
$ v( N, e' z$ y4 a& @! @ uphotoelectric effect 光电效应 9 _: l6 H2 A! B( C
overcurrent protection 过电流保护 $ j; E3 b; j) ]# U" Y. k
overvoltage protection 过电压保护
' N+ J* W$ [ t- Qmains frequency 工频
# J0 F' C+ n8 m5 |power factor 功率因数 ; g @: t2 o0 f4 t" f7 Z: M
constant control system 恒值控制系统 ! |: u0 i% }6 g- J# r
phasing 核相(定相) 9 Y/ |( p0 V* x0 P
glow discharge 辉光放电 1 M4 G# ]$ Q/ v
fundamental wave 基波 ) l$ f' b( X5 c& P
integrator 积分电路 $ \+ B4 B! }& E9 h; v
mutual induction 互感应 , x, W" n& X( m& j1 n5 Z
commutation 换向
7 v j; A7 E% tchange-over switching 换接
6 u3 ]% S! |4 J; Wparasitic capacitance 寄生电容
9 o) W+ d7 ~) o' jdetector 检测装置
2 X4 L. m5 h* H5 T/ C& \+ Wrelay protection 继电保护
; h3 T0 s; J! M3 Xskin effect 集肤效应
& ]( k: a3 J, {2 w/ z) f- dcoercive force 矫顽力
# B" Z# T) o7 O9 v h$ Ndemodulation 解调
J! ^- L1 i* c% l1 J9 vdielectric loss 介质损耗
5 g5 ?: V/ y1 Wcontact voltage 接触电压
' v& O O+ Z+ ?1 X! Wcontact resistance 接触电阻
! d4 z5 p5 L1 K6 ?; ~0 {earth fault 接地故障 $ R* f* I( }, U$ Z' h; n
ground device 接地装置
% G8 Y! {0 _7 [" Wresistance of an earthed conductor,earthing resistance 接地电阻
6 M9 a, F5 i3 U' Ccut-off 截止
( f* j' Y; H0 }: q- ]4 u- lpartial discharge 局部放电
+ A; [: _3 O2 X- A U* Finsulation resistance 绝缘电阻 # _5 E& {: b) d# p# o, H
absorptance(absorption ratio) of insulation resistance 绝缘电阻的吸收比
K) v* H6 h) A4 ]+ H( fstep vlotage 跨步电压
+ E& K# \2 h6 I7 _. J$ b3 i) nprogrammable logic controllers 可编程序控制器
+ q( n2 c4 m, G( ino-load test 空载试验 3 C% z" v+ m% n
noload operation 空载运行
5 Z5 ~+ a! n. [/ ]* C1 eopen-circuit voltage 开路电压 . b4 Y2 H f+ N7 n* |5 g1 ~3 c
open loop control 开环控制 ( {( ~$ F( \$ | _2 k6 {# N/ g. s
diamagnetism 抗磁性
7 F3 T" ]3 z- B" ccontrol circuit 控制电器
# Y1 u3 M0 ^+ u7 R7 z: mshielded cable 屏蔽电缆
- ~) y/ c3 S0 @: Z; ygas chromatograph test 气相色谱试验
* {: r# k$ x5 U8 b& {& Hgas conduction 气体导电
$ H8 x* v6 q; g m$ ?7 ]air gap 气隙 # y, }6 L6 N- Y
signal circuit 信号电路 + A8 `1 N4 A2 q2 l, i8 G
small-power motor 小功率电动机
$ R# V9 t* b8 @; Y7 eresonance 谐振 ! T) F& q; f/ L- p
harmonic 谐波 . ~( p. C3 h4 J
impedance 阻抗
1 {3 G; ~; t! A& ooptimum control 最优控制
$ o; A. g8 }% r8 L8 {1 Jautonomous control 自治调节 ( K2 |7 ~9 _0 w8 e+ w
synchro,selsyn 自整角机 , a; ?! y, ~* G) K
automatic reclosing equipment 自动重合闸 0 Y& H# s: R5 N& }' V4 H4 Y* I
automatic protection device 自动保护装置
B4 [7 I' i t$ }/ A( ^8 ~% x# }automatic control 自动控制 . b: |/ V5 q6 ~3 `
automatic control system 自动控制系统
$ V$ P3 P4 M; p( vautomatic regulating system 自动调节系统
& ?9 C4 G4 S: p! rslip 转差率
' h) J5 Q! ]2 a# S2 Helectric circuit 电路
6 I: @9 n1 U' K5 u8 S9 xelectric current 电流
" A( s7 c' m" A; ? \2 \bridge 电桥
0 A% L" n4 W, c c" c4 Rarmature reaction 电枢反应 - ^3 o. |/ t0 x4 s: P+ P% b8 P. I
voltage,electric potential difference 电压(电位差) ' J' t& R5 h& D5 E8 @' \! m) R: @
electric corona,corona,corona discharge 电晕(放电) 9 s, M' X* V" G& o7 C% S
power supply 电源 - D( w3 r/ U b& C
electric field 电场 % O( G! x) n z1 Z+ r) c
electromagnetic wave 电磁波
, k! T: a) k& ^9 d7 E% J n% i+ L; Pelectromagnetic induction 电磁感应 e+ ^2 p/ F, G/ i. L
electromotive force 电动势
3 @9 s$ I, d: e# [) Linductor 电感线圈 8 i) n. |2 S6 x3 J- a
electric arc 电弧
: A/ r! ?, |) |8 e) n# {4 |* l: ~! u- e, _electric spark 电火花
! N) ~/ J8 c- h6 D9 O+ selectrolytic corrosion 电解腐蚀 ( O, E8 q# G+ g8 p& @) g
dielectric 电介质 " B1 n; e( u$ Q) z5 ^4 `% P4 }* A: v
reactance 电抗 ! C, h( L7 \1 k+ y4 y) _
clearance 电气间隙 3 z$ L+ \ \9 O A6 C) ^+ }" v2 M
electronic approach switch 电子接近开关 5 J& I5 @& ?# L6 U4 p6 L- J e8 [
conductance 电导
" J8 Y( f( Q+ V# [+ l! Nequivalent electric circuit 等效电路 & q) S. o( F$ s+ X2 z/ T. t& w5 H
earth,ground 地
3 t4 t: s0 f. L: m! Zspeed regulation,speed governing 调速 6 A( G! i/ j1 q. r( |3 w0 v
speed governing system 调速系统 : ]$ D" k+ I' k, O- }
range of speed regulation 调速范围 . D8 C) h5 e: h& l
speed governing by voltage regulation 调压调速
; q" q- Q( V$ a8 P# }modulation 调制
$ J* y: x" n$ B" e1 J1 M0 U6 Camplitude modulation 调幅
: k5 f; u# y' T* u6 |frequency modulation 调频
; m* a5 t: h8 `3 h# d) F/ i+ i4 \2、IEC试验室产品6 T7 N3 T0 a: L
Abrasion test 磨损测试设备 ) @- p* Q# T# G2 @5 f
Apparatus for burning test (vertical and horizontal) 水平垂直燃烧测试设备 9 O2 Z% f% a0 P1 ]
Apparatus for production testing of hand tools for live working 手动测试工具 0 P `% h6 ]* v5 L- j# ]. K4 {
Apparatus for winding a flexible pipe 软管弯折试验设备
. v; H0 t) e/ }; q* \- N9 sAppliance couplers test equipment (various) 各类测试连接器 6 {! V& n+ d0 I1 R1 g; I
Automatic & manual production test equipment - for final control 自动 /手动产品测试设备 - 出厂控制 8 V: {. [( Q V0 T: y8 {! W
Ball-pressure test apparatus 球压测试装置
0 m1 k) y! J) D: S: S, l, ?" U5 \Bending equipment for conduits 管路弯折设备 . t1 A: ]7 K, _
Bump test 冲击测试
9 s% M# N( o0 b i* lBurning test, horiz. 燃烧测试(水平)
0 N- [/ W* q$ X- xCable test apparatus (various) 各类线缆测试 5 p2 i6 h& n! |, C
Draining current measuring equipment 损耗电流测试设备
) G; v( [ J: `) t3 C% M! K# iDrip proof test(special) 淋浴测试
4 q9 ^1 a3 `% bDrop test 跌落测试
7 P8 H3 x6 @+ I) M. hDust chamber 防尘箱 n. z8 O- ?; s, Y
Dynamometers 功率计 ! }- R A0 [. m T% ]
Earth bond resistance tester Earthing resistance test appliance 接地电阻测试设备
+ K$ L/ E, w0 d4 uElectric resistance of non-metallic materials 非金属材料的电阻测试 ; h( Q8 x% K3 j4 q5 [
Gauges and similar mechanical checking devices 量规或类似测试装置 - V1 c& }+ h4 y
Electrode arrangements 测试电极装置 2 R: ]" z& P* i( \# R2 L
Flexing test equipment 弯折试验
[* v& b. u. H* ?3 t# w" lFume cupboard (protective cabinet) 防护罩 - [; \- \7 ^/ ?' f& n
Flexing test apparatus for cables 线缆弯折试验装置
: \- c0 H- T3 |# e2 n- Y& hFlame hoods 燃烧罩
2 [- x8 X' D+ a( X/ ]5 ^Endurance test appliance for plugs 插头寿命测试
* A! q- X) V( g. D% cEquipment for testing refrigerators 冰箱测试设备 + c4 a1 j/ M+ A
Endurance test appliance 寿命测试
8 e+ L4 G" P5 \Gauges for appliance inlets Gauges for finished lamps 灯具量规 ' q$ I: X/ a# ~6 r5 J, ?8 j' r
Gauges for lampholders 灯座量规
3 m* c: @4 u, Z$ O* W/ g0 tHot wire ignition test 热丝引燃测试
0 k8 V$ a' w5 _2 a8 o2 |Hipot testers Hot mandrel test apparatus 高压机 1 O) ?3 b1 k( t5 \' r( \
High voltage test appliance 耐压测试 8 {, p$ d4 W- I: q# i
High frequency spark generator 高频火花发生器
. n+ p* [' G& {; \- ~) k7 eHigh current transformers 高电流变送器 ' t' U+ X" X; K0 D. D
High current arc ignition test 大电流起弧测试 - B6 [$ r. ]5 v1 X0 E3 ]5 x
Heating tests 高温测试
7 [1 |* l* L/ k) G1 N7 hHeating cabinets 高温试验箱 : t, W- A7 l% p, u1 H6 h# ~1 d
Hand held shower 手持花洒 9 K. C" n; ?6 p) h! j2 H ]' @2 @ N
Ground continuity testers 接地电阻测试 " t3 P7 ^& O2 @8 F( a6 H
Gauges for plugs and sockets 插头插座量规
2 G3 p! A! u3 n, ]; H0 z$ Y0 aHumidity chambers 横湿箱 / C& k3 P3 K5 l2 L3 a$ h+ L4 Z
Gauges for starters 发动机量规 3 P4 j2 _8 e! X
Impact balls 冲击球 % e6 z# |9 D: u
Glass vessel for microwave oven testing 微波炉测试的玻璃容器 ( e4 p% G/ p% K6 \& `
Impact hammers 冲击锤 " U6 E8 G) P/ b8 g! M0 ^# [
Glow-wire test apparatus 灼热丝测试设备
7 B. _( \+ p$ HImpact weight apparatus Inductive loads 电感负载 8 N& ]8 V; Y! U% z2 t* ^$ \+ h
Jet nozzles 喷嘴 2 k0 r) D. H9 q; D& ^' E3 M
Lampholder testing apparatus (various) 各类灯座测试设备 7 Q) u! Z' P% s0 D! Q, x1 R
Kit bunsen burner/ needle flame test 燃烧测试套件 (本申 / 针焰) % [; m0 `) i) J1 A; X2 D
Leakage current test appliance 泄露电流测试设备
, _% y1 a# }* a, {) zLaboratory power supply with isolation and regulation 可控分离实验室电源 ! e1 ?7 e. U( @- u$ O
Loading weights (various) 各类负重 # E7 [+ @6 {. y
Laboratory stablized power supply unit 稳压源
1 A0 H% P+ d7 o+ r, U# ^+ G) v6 U+ Z2 ILuminaries testing equipment (various) 照明测试设备
' B; |. s: ^5 E0 F) oMeasuring equipment for testing switches and socket-outlets (with DPM) 测试开关和插头插座测试设备
6 G0 U! ?! d3 q/ y0 \, e: N" |Megohmeter 兆欧表
- c- T* F4 q }7 [( w7 m8 _* RMechanical resistance testing apparatus for el. Irons Mechanismus for burning tests (vert. And horiz.) 水平或垂直燃烧机架 # c: r1 v( U4 C) ~) {% m( E
Needle flame burners 针焰燃烧工具
7 q4 Q( C. s2 U0 B! ONeedle flame miniature burner 微型针焰燃烧工具
# N- n9 _& W$ |( R1 ^3 _4 jSurge test circuit 浪涌测试 7 e# H J. S/ ^ H. D
Needle flame tester 针焰测试
! o& @* \) a! ZResistance loads 电阻负载
9 A/ x8 G0 m/ s. M+ UScratch test equipment 刮擦测试设备
: L. d: M$ z) C+ u6 m+ ^7 `5 `6 w: ZPower sources 电源 % n& z' x' ?2 z7 i) H
Probe for measuring surface temperature 表面温度探头
; Q/ s q' d3 [, q% S! PPendulum hammer 摆锤 ( P/ m2 b# u4 l) u+ i
Plugs for endurance tests of socket-outlets 插头插座寿命测试 K4 K2 c- f$ V2 }. l8 G2 N; N
Needle flame thermometer 针焰温度表 - b7 f) T/ {" P4 T K) N
Plugs and socket test equipment (various) 各类插头插座设备
/ @; q; X; _# _Splash testing apparatus 溅水测试
+ g. `: p t1 j" }Pendulum impact test apparatus 摆锤冲击测试 0 `) f& G$ p: |) K, l( P
Spray apparatus, tubes 喷水测试
) R# D! r! F9 b" `' zSolderability test apparatus 可焊性的测试设备 4 e. `; |/ f8 w; [& h
Standard test enclosure 标准测试附件 % R! Z6 S( I9 o# _8 c$ E
Temperature during operation, measuring equipment 温度测试
, G. I) j; F, |* D8 F0 A/ I) YThermocouples 热电偶 # N4 z2 J' u& u b" g) f
Temperature measurement 温度测试 & U: z+ A; m. K1 v$ {/ i
Test apparatus for IP tests IP 测试
1 R' b: f& z( mTorque test equipment 扭力测试
/ p. {0 D' t, o$ x5 WTest finger nail 测试指甲 4 O2 u: K5 V! E
Test panes for hob elements 燃气炉测试盘
6 Y2 G4 p& m/ q7 u+ @5 q( xTest fingers 测试指 7 Q4 p6 K5 m- r8 Y0 T- }
Torsion apparatus 扭转测试 / d- |% z4 K! `8 [- A+ d. a
Test hook 测试钩 , ~) U) o- Q9 |; L" g' y/ r
Tracking index apparatus 漏电起痕测试仪
4 l6 ]6 S) j2 I. A2 I oTest knifes 测试刀模
# i( ? s5 u8 V/ ^. d9 `! SWater evaporator 水蒸发器 6 M/ H- [. B' {5 @. |! e
Test pin 测试真
; \- c7 W5 l/ n1 z( ITumbling barrel 滚筒试验装置 , S, |- {8 ]! B3 D6 g
Test probe 测试探头
1 u- O0 C& T- MVariacs Vessel for testing induction hotplates 测试热传导的容器 8 U7 M, i- e* L' c+ [7 h) \
3、设备修理
0 X5 N4 w8 W' Y. m6 `corrective maintenance 改善修理
! R7 k% Z$ h$ [9 Z4 X. Q( {back repair rate 返修率 / Y6 H# ^) Y7 Y8 s, Y U1 b) L ?
stepped(sizing) repair 分级修理 5 p& m' q) L% ?/ ^4 y
decentralized maintenance system 分散修理制 & ?4 m% u7 b! ^5 R. u9 {
waste and ungraded product and back repair loss 废次品及返修损失
4 [" v' o9 h+ d$ Q+ C- uunscheduled maintenance time 非预定维修时间
6 k# U6 y. O4 `0 L- operiodic repair task 定期修理作业
) f4 j* V% x$ o; F( b% operiodic repair 定期维修法 ) x& w7 j8 L! y9 o7 p" U
location accuracy 定位精度 , `$ ^' z9 l( ] I
transmission accuracy 传动精度
a# b) f& g2 p0 u2 ^. U. drevision of overhaul plan 大修计划修改
/ S Y5 L% s, U: R0 T( Gassesment of overhaul plan 大修计划考核
) l6 r: ~: c: |$ }overhaul planning 大修计划编制
- `( p n- x8 E! s( ]. o, zbasis of overhaul plan 大修计划依据 : f# p) |6 {: o) r9 h
fulfilment rate of overhaul plan 大修计划完成率
6 U9 n0 S5 s" J* M" Simplementation of overhaul plan 大修计划实施
" D2 u) w2 H% @% [3 `8 Goverhaul cost 大修费用 3 ?4 p/ j) c) D O. ]6 [4 U& y1 a' P
overhaul cost 大修成本构成 `9 [ v, |% i# j- }$ ~4 e
overhaul cost analysis 大修成本分析
6 i' ?& d2 J0 z+ I) \* Pfulfilment rate of overhaul cost 大修成本完成率
1 e9 k& @# O, K& A9 Y+ @0 Boverhaul guarantee 大修保修
- k% `" W( _ Linterval between overhauls, overhaul cycle 大修周期 # W ^8 K% k9 i# n) v2 K7 N) z5 s
guarantee system of overhaul quality 大修质量保证体系 - n& i6 h( j) E
overhaul quality evaluation 大修理质量评定
" @ N& |( b6 z; woverhaul quality control 大修理质量控制 3 w4 V8 c1 \- c
overhaul,capital repair 大修 ; T' f9 P- M v$ W, ?3 v
assembly repair 部件修理法 : |5 `3 Q1 C- O7 C
partial repair 部分修理法 0 J. @& P* o! D9 O9 Q& ]5 \
compensation method 补偿法 ; Y {, Y3 z; E( g
production program of spqre parts 备件生产计划 9 d0 K3 _3 j+ u( B
stand-by or redundancy system 备份或冗余系统 1 O: M! I" Z5 n& x
standard-size repair method 标准尺寸修理法 + Y& G# E! T& z- S0 t
“eight steps”method 八步法
) O+ `9 J3 n) b; ]# v, nrepeat location accuracy 重复定位精度
' w# R2 `' u) y8 `middle repair 中修 3 S' C3 h# F- S( p* B
system with maintainable standby parts 有可维修备份的系统
3 w: a6 r" y$ F8 @1 Gremote maintenance 远距离维修
6 c4 A0 w, @& T7 Spreventive maintenance 预防维修
& ^ W. N" ^ I0 \5 Escheduled maintenance time 预定维修时间
/ q3 H" m$ a" P3 ^3 {predictive maintenance 预知维修(状态监测维修) + L6 F3 N) F# [8 X1 h& {0 @
quality system 质量体系 4 S( w9 L% h' i
quality 质量 & c- \5 g8 H; h" J2 q- `
deferred maintenance 逾期维修 ! N2 b. ]$ s `' w; s
network planning 网络计划 5 r* B, w( T% }+ x* c* |
maintenance skill training 维修技术培训
; t7 N3 g4 c0 E7 D/ y4 g5 bmaintenance interval, uptime 维修间隔(正常运行时间)
5 x: Q9 t8 q: T8 Geconomic analysis of maintenance activities 维修活动的经济分析 ' t& _ v. Z% h* U2 j+ } _% j. Z0 H
maintenance worker 维修工人
- O) N& x. [- I8 b, r( L2 \( o7 Lmaintenance protection 维修防护 * {& \4 F4 Z+ `2 c
maintenance shop 维修车间
" |- J& p# m G; L: l( xmaintenance prevention 维修预防
: \4 V7 z2 R) s7 b# zmaintenance cycle 维修周期 / ^ n+ Z8 b/ t' d0 m J9 B4 U: ~
maintenance time 维修时间 # k: J7 d% @" y, _3 a; d$ n
synchronous repair 同步修理法 , F1 N1 H/ ^+ W5 J4 d0 t
repair downtime 停修时间
2 l5 W! r4 V. d" N0 nitem repair 项修(项目修理) v+ }$ T4 d* f$ b7 t3 Q
repair on commission 外委修理
. k2 {( E/ b/ ?8 E t7 C) y' \(TPM) total production maintenance system 全员参加的生产维修制 " T9 W t+ Y- t4 c( C/ Q
controlled maintenance 受控维修
; N3 |* T3 Q2 j) s/ {life cycle maintenance 寿命周期维修
1 r. ~; D: A' n9 e/ t* ohot repair 热修 ! F7 S" V3 o2 H6 d
repair schedule of equipment 设备修理计划
, K$ j% m }: |# Jacceptance check for equipment repair 设备修理验收 ( g9 F% P) \( z& N/ M5 }
quarterly repair schedule of equipment 设备季度修理计划 & A- }0 T- Q& H. o/ {- `8 ` j
technical check of equipment 设备技术考核 * X* ~8 K4 i& s- K0 o+ M' d$ z
equipment overhaul plan 设备大修计划 ; y; {4 G% i& @
monthly repair schedule of equipment 设备月度修理计划
& p1 X5 w3 P% yequipment maintenance plan 设备维修计划
" D5 r; L0 d3 F4 v% @0 S7 \three essential factors of equipment maintenance 设备维修三要素
, h& M" x$ d- oitem repair plan of equipment 设备项修计划
- z& G% X- ^3 x1 Z0 W' ?annual repair schedule of equipment 设备年度修理计划 * h" L# p) C( s& g2 l( i- Z
breakdown maintenance 事后修理
: |5 H7 b/ i: L2 @( Zfirst-aid repair 抢修 + T, r( C6 L `6 E8 W
accuracy of machine tool after overhaul 大修机床精度 - u! u0 J4 J F% z9 n2 I% J
rolling (circulation) plan 滚动计划
6 d3 j7 S) X2 m: o/ |MIS maintenance 管理信息系统维修 0 e. [. l' ?4 n! @
process capacity index 工程能力指数 / W. {* J) f4 J' n- \
working accuracy 工作精度 2 t, i" e( c8 O9 b, Y& w9 ~0 } K
recovery repair 恢复性修理
3 q% z' x+ A- c7 e; j( B9 X7 mrotational accuracy of machine tool 机床旋转精度 : [$ j: e' R8 B: y9 p
machine repair shop 机修车间(分厂) 8 F8 D) [ q1 |4 h( c! x8 Q
maintenance mechanic 机修技工 # f8 T* o9 `( Q6 m
mechanical repair method 机械修复法
2 r" [" o0 v- `instantaneous efficiency of machinery 机械的瞬时效率
7 a( S5 X# W- B0 T- E0 Kinterchange method 互换法 , W o0 u2 [, h7 ]" K1 X
inspection 检验
: U i# B0 i* G7 Q1 ]9 y* [5 ^; B8 ocentralized maintenance system 集中修理制 ( I- t' `6 k h9 X9 @
geometric accuracy 几何精度
* D( q. @5 M* E5 Sseasonal repair 季节性修理 7 J$ @/ b" r) H* |+ q! Z# ^
repair out of plan 计划外修理 0 d/ e7 x' C5 _. D; K/ v0 F
scheduled maintenance 计划维修
: Q5 c2 Q: l. Y* p# Z$ M8 W* S" [planned preventive maintenance system 计划预修制 " x6 d4 m% E* ?' {
planned repair 计划修理
. O0 D# H; n3 F c$ r" m" j( r9 U- ycontact accuracy 接触精度 # n. P/ B5 R4 Z" \
emergency repair task 紧急修理作业 + B8 r* Q9 v; q( j1 l
machining and fitting method on the spot 就地加工修配法
8 I2 U$ |9 _( v I( ?precision index 精度指数 3 T: O2 v+ _1 Q/ V' U
accuracy standard 精度标准 8 b) g; f! M. j' g H
precision retaining ability 精度保持性 2 t3 l: g e1 q3 j& v1 I! K; e& o
precision reserve 精度储备
; F5 t% _7 \% l7 ~- @9 J5 ffine repair 精修
) o" ^( Y T m3 `fine repair mechanic 精修技工 . n# k6 L; n- z" w4 W9 I
economic accuracy 经济精度
) F y; V9 U( G8 l zbalancing precision grade 平衡精度等级
' H5 y' H7 U( h" P' mmean time to repair(MTTR), mean repair time 平均修理时间
; m% k& w5 ]" ^# f' p m6 p, Wminor repair 小修 9 X$ \# L' k2 Y- @, W
fitting method 修配法
( g9 g: `, d* e# r0 O% jrepair link 修配环 - ]0 i5 X' L3 }8 V" V' T
repair specification 修理任务书
$ N& M8 N9 B, yrepair rasks dispatch 修理施工调度 ' E5 K4 b4 A4 T" ]$ N5 d
repair time, shutdown time 修理时间
- d Z) h1 l6 D5 Wdowntime quota for equipment repair 修理停歇时间定额
1 |" V5 l; ^4 d" vrepair facilities 修理用设备 3 `7 y Z# u+ H& D& Q7 M& t, V
repair quality 修理质量
; u) d ^- U! D1 y0 prepair quality index 修理质量指标
" A3 _1 Y( X, Jrepair quality plan 修理质量计划
" k. t C# ^* I8 Frepair quality assessment 修理质量考核
7 l( j3 P X8 b9 ?repair symbols 修理标识
8 I: {3 {# z% U: u* Q- Erepair cost assessment 修理成本考核 3 M( m2 a) ^7 O' }
repair size 修理尺寸
5 w9 Q1 A. t& e2 Erepair quota 修理定额 ! y5 M2 i5 D$ v# e6 x
repair cost quota 修理费用定额
0 \2 r" J+ x: J1 Q- e5 \) E. w1 ?repair scheme 修理方案
5 G6 w+ P( R+ drepair manhour quota 修理工时定额
5 N) }9 S0 \+ F+ f8 z+ {repair manhours assessment 修理工时考核
( P6 e, D) ]4 Y& J! i9 `4 Trepair technology 修理工艺 " ~2 J* d* I% r0 H& E7 F4 y+ z2 \
maintenance engineering truck 修理工程车 + C6 L3 m, l2 Q' K) r* @" @: d- g" q
maintenance tool 修理工具 8 o0 k; u4 b5 `/ \# D
repair time limit assessment 修理工期考核
/ g R- q( o* S% z6 Hrepair assessment 修理考核 ' E q9 I6 Y/ ~6 A* c
inspection before repair 修前预检 ( W- @/ }: S$ x8 ~ t
measuring and drawing before repair 修前测绘 5 t# h# {9 q5 y% z/ n$ D
inquiry before repair 修前访问
) @& Q& U4 h8 b+ F9 \4 Q' J; Qservice after repair 修后服务
6 H) C, l+ ~; V% Z" h1 moptimum repair cycle 最优修理周期 V0 q1 u7 Z& G0 ]( |3 r9 L
assembly accuracy 装配精度 9 o& l. n& T' {& V, S8 q2 Y/ e
electric repair shop 电修车间(分厂)
: K$ J# G! Q5 ], N- Y' L, Vmaintenance electrician 电修技工 1 A, M3 W' O$ k! L8 K) ^" ?
repair cost accounting for single equipment 单台设备修理费用核算
* X7 d2 _# Q( W) k7 ^2 g* N1 ]adjustment method 调整法
* S E7 z! f& P% m6 F0 eadjusting link 调整环
( Z9 d: B2 U, r8 p8 D; Z+ `) \4、设备管理* b, R/ t* `( z! u+ a. y7 o
probability 概率(几率) ( F$ J0 E1 p7 s$ z- ~
variance 方差
2 v# Y& O- i) ]1 U$ Qdecentralized maintenance 分散维修 , R+ l* N/ K, P( V4 k
dynamic test 动态试验
& p) S' b# K: l* X5 ^( X- Wpower facilities management 动力设备设施管理
& y( ` `' P& I: x0 jduct-proof and protective equipment management 除尘、防护设备管理
) p7 e3 Y% M' K0 J. Asampling investigation 抽样调查 8 E1 z0 P2 K' p8 A; F( R% z) N
domestic production management of imported spare parts 备件国产化管理 3 u! ~% _: q* L
standard deviation 标准偏差
. |! I! n' P6 fbudget of installation 安装预算 # R0 Y+ t! W) P: W
machine contracting system 包机制
x' P8 I. i) V* T3 Wregulation of check and lubrication before on shift 班前检查与润滑制度
, _5 P2 |: p/ n2 C! Oshift relief system [设备]交接班制度
7 H9 O) p7 B- q* G, ^) O i7 a《Equipment Management Regulation》 《设备管理条例》(《条例》) 《 7 X* [, h/ u# \5 k& }1 s A
repair [设备]修理 1 S4 A% T" {7 b5 O
maintenance (and repair) [设备]维修 ) W; n' H# b# o9 E Y
key-point investigation 重点调查 x- \( S3 J1 L" z) a" w
management of key-point equipment 重点设备管理 5 i0 ^" `6 \7 m" Q6 `! X4 C
key-point equipment 重点设备 7 N& d5 p# _0 B( I7 Y+ H. }
liability accident 责任事故 " @5 z: W" M8 Y- B& F
exponential distribution 指数分布 0 H: o& U3 J% q
histogram 直方图 / q I, T" M5 B; `: r
prepayment and collection 预付与托收承付
7 z8 Y. V T( r* ^$ n) k$ ]prophylactic test 预防性试验 . t+ n7 I+ c8 d0 T+ P, k
prevention first 预防为主
- L' _: o; Y4 Gorthogonal design 正交设计法(正交试验法)
1 C' q2 Q) r( }$ `5 ]. _; Mnormal distribution 正态分布 " O, T& j1 K& m% B- v
transportation vehicle management system 运输车辆管理制度
5 R$ d" U0 `: K& {# ^' kthree guarantees of quality 质量“三包” * x+ w Y( [2 e2 n! A3 o+ P% x
accident due to quality 质量事故 0 a. g: d" w) C6 k
management regulation of pressure vessel 压力容器管理制度
* t/ _; C" b m$ Q6 k! ~mean time to failure 无故障运行时间 : ] {0 k" D/ w( X
Weibull distribution 威布尔分布 $ [0 @4 i6 N: A9 C$ o$ a+ C! ]
idle equipment management 闲置设备管理制度 , }/ X9 w9 d0 V" _# d" z Z
idle plant 闲置设备 % O- @6 F! Z0 ]' t
statistical analysis 统计分析
! ?. B/ B! T, i9 j, L7 {: zmaintainability 维修性 9 u1 u3 x7 v& d2 |3 M! v+ \( j3 b
maintenance information management 维修信息管理
5 @5 D) R; v2 e5 Tcombination of service and planned maintenance 维护与计划检修相结合
' H3 q) O) t# f% q0 ~! u8 }0 _; t( Urandom event 随机事件
0 g7 N* e! I/ x5 {numerical control (NC) equipment management 数控设备管理 # o( H; b, I: l8 s
three-level service system 三级保养制
/ I( J: e; x/ `mathematical expectation 数学期望 % c* m6 Y8 g9 Y: D7 H5 X
mathematical model 数学模型
. _! ]- i5 u" t& U# {. [mathematical statistics 数理统计 + h% p3 e* w$ z7 C: m
technical facilities in production 生产技术装备 6 _1 |$ t1 Q0 c! Z' c/ S2 U; b y
production equipment 生产设备
6 e3 y, `/ Y8 e1 e, Glife cycle cost (LCC) 寿命周期费用
4 L a: p- q( M$ ^1 M7 u4 c; `mangement regulation of lubricant warehouse 润滑油库管理制度 ' T O. M" i% h b8 r* J
commodity inspection 商检(商品检验) : f2 t7 K- c i
combination of design, manufacturing and operation 设计、制造与使用相结合
* O- d9 n$ o" I# p7 n: iinvestigation on plant 设备调研
2 E* L7 B& R3 Y! p, F' {0 Lreliability reliability theory 设备的可靠性与可靠度 7 E2 p* H8 C/ a8 x: r
energy saving property of plant 设备的节能性 8 q) u& s. m; P+ v/ f
facility inspection and appraise through comparison for plant 设备的检查评比
1 P& r6 P7 b1 a; o6 I7 y6 vplant check system 设备点检制度
' M; w& n) p" f6 C( renvironmental protection property of plant 设备的环保性 , B1 `3 L; c$ X4 ^, b( g
complete set of plant 设备的成套性
9 v7 x' f' g# {& p. Rsafety of plant 设备的安全性
+ H5 Z2 m9 H! pproductivity of plant 设备的生产率
. e, f0 w! m* V2 P7 ^9 zdurability of plant 设备的耐用性 ) E) e) U- u/ K! g
flexibility of plant 设备的灵活性
4 q8 h$ C& Q, b1 T/ tequipment condition monitoring and diagnostic technology manage 设备状态监测与诊断技术管理
$ p% C: A: P+ n- R5 I, Aequipment condition management systen 设备状态管理制度 2 Y* F+ [8 R% t& \2 E$ t! Y+ O
total plant management 设备综合管理 ( m+ H; C# h" W* j! `7 V
dynamic management system of plant assets 设备资产动态管理制度
7 g5 i5 s$ ~0 |plant leasing 设备租赁
5 }/ I5 G+ O/ }3 d5 Z* Rpreparation system before equipment repair 设备修前准备制度
) I( `7 {" E2 E" m/ F3 P* ?0 gman-hours quota for equipment repair 设备修理工时定额 - p& d) {6 K; O
expense quota for equipment repair 设备修理费用定额
+ P' e1 o" p& \4 e5 I+ v) j4 {material quota for equipment repair 设备修理材料定额
! k3 Y% Y& @5 O# Racceptance regulation of equipment repair quality 设备修理质量验收制度
& N8 S& {- n1 r$ q; E/ D3 r* {+ Sequipment model 设备型号 / [( p, q n4 V2 K5 d$ O
type of equipment 设备型式 ) y. {! r0 l, D6 _
economical life of equipment 设备经济寿命 + u) i' F: H' B+ `$ D9 S! ]- H
operation and business management system 设备经营管理制度
[2 S7 o5 s, x% w q' X vtechnical document of plant 设备技术档案 6 ^' T" e# y, T; {: s' n; O W
technical conditions of equipment 设备技术状况 & _2 X3 e- X7 b* k
technical condition management of plant 设备技术状态管理
7 E' W! I# z3 j* N' Z- B1 H8 r: Omanagement system for technical document and file of plant 设备技术资料管理制度
6 o- U3 A3 u- Z4 [' ktechnical properties of plant 设备技术性能 8 r6 T, b) s. v% J$ J' n% R: F( S
technical life of equipment 设备技术寿命
l: w8 y% i- kspecialized cooperation of plant maintenance 设备检修专业化协作 ) s9 P$ u/ Z1 F5 d" w, ?
planning and management regulation of plant maintenance 设备检修计划管理制度 + z) B; p( {, V1 K+ F
plant maintenance plan 设备检修计划 b1 P8 \" S4 K2 M. |! s' |
plant maintenance specification 设备检修规程 ! P" v1 Y; J2 H6 w1 _
plant maintenance quality 设备检修质量 6 j* x; H6 H9 |& z _* `
design and construction of equipment foundation 设备基础设计与施工
! h& g/ q1 c5 B, Xmanagement of equipment order contract 设备合同管理 , X) z9 c; k& h
feasibility studies of plant project 设备规划可行性分析 & o8 y' W+ Z& N, D
investment plan of plant 设备规划
. b3 b3 f$ X) V. S4 F3 vperformance of plant 设备功能(效能)
8 }4 G( w* S# \ C' }! [9 O( Goperational capability of plant 设备工作能力 5 v: g5 U3 d5 g( X
examination and check systems of plant management 设备管理考核制度 & n G5 G0 H& `
economic responsibility regulation of plant management 设备管理经济责任制度 . F5 L a% N/ ^; L: N W5 y: b
post standard of plant management 设备管理岗位标准
* ?. U; c! ^( qplant management systems 设备管理制度
2 o6 K) C5 M+ Y0 v" s# j% J( q' Edowntime quota for equipment repair 设备管理停歇时间定额(停歇天数)
8 `' j P$ b+ M0 p( nplant engineering modernization 设备管理现代化 6 y+ e6 N) q0 Z3 C$ M& D8 z' [$ ?
plant management, plant enginerring 设备管理 7 o% x+ S, H4 _0 ~
fixed plant assets management systems 设备固定资产管理制度 # a9 N: m; w! p' R
equipment failure 设备故障
# Q: T% c$ ?6 n! p7 R8 P3 \plant renewal management 设备更新管理制度
/ o- P" a7 ^* r" ?! D6 kplant renewal 设备更新
2 j' ~0 S6 j+ J$ X& A" vplant replacement 设备更换 Q; d% q+ n3 }) T
post responsibility of plant management 设备岗位责任 $ G. R7 l* a5 n+ M/ z
equipment modification management system 设备改造管理制度
* h! D% ]' D; Nplant reconstruction, plant modernization 设备改造
% p* ]: r9 W6 ]2 ~/ c( Wclassified management of plant 设备分级管理
% e: L; [9 a. K1 q: ]* q4 C9 poperation regulation with fixed qualified operator and fixed eq 设备定人定机、凭证操作规定 L. Q1 j9 B$ D6 O/ v% I @
“five disciplines”of plant operation 设备操作的“五项纪律” ; N% j( [ K3 x, k8 [% Z' l
operation specification of equipment 设备操作规程 n* Q1 l9 Y5 h0 [7 `
management regulation of equipment spare parts 设备备品配件管理制度
2 }/ {! S1 z/ b1 ]management regulation of equipment spare parts inventory 设备备件库房管理制度
4 I7 J! g! u% J4 Mto quote plant price 设备报价
t' H8 c- z0 M/ Q: i6 F1 e2 B8 a( Vdiscard of plant 设备报废 9 X) Y3 j2 l8 @& G
equipment installation management 设备安装管理
9 p1 A; T% N3 g% ~7 {8 W9 Pequipment installation 设备安装
4 k7 ^/ z) O: n4 ^- a1 a0 F) j/ Ztours system to inspect plant 设备巡回检查制度
( P' x8 F1 g1 e4 p9 s) Jto enquire plant price 设备询价
- |2 j) T! I; V# I5 r/ Cplant model selection 设备选型 + J/ s( Y/ w9 ]
acceptance check and reception systems of plant 设备验收交接制度 4 _0 S1 x6 S _2 H: O6 t0 p5 t$ r2 j
statistic-reporting system of plant 设备统计报表制度
# |# L6 i3 X W+ D( f$ Utechnical document and date for plant maintenance 设备维修技术资料
5 b! f2 f Y9 a( D* w9 l! I) _management regulation of plant maintenance technology 设备维修技术管理制度
x+ e' A5 r- ]6 \! Cequipment maintenance quota 设备维修定额
2 U" G* u V; g% p9 Mequipment service specification 设备维护规程 ' `# p5 V9 p' [' K
unit account of plant 设备台帐
( ^1 c! }6 P3 O; k* q- Jequipment perfectness norm 设备完好标准
3 {% J3 @/ _) x* S! o7 u0 Pplant in good condition 设备完好 ; N! O5 u" Q4 K6 _4 s/ m4 O
claims for equipment 设备索赔
2 k) M$ b5 ?% ~specifications of usage 设备使用规程 & i$ Y; B9 J) J# U& E* a. Q# x
information feedback management in initial operation period of pl 设备使用初期信息反馈管理
4 c1 h" b% n" \0 `1 a& `management regulation for operation and service of equipment 设备使用与维护管理制度 7 [0 {+ X2 Q$ h
life-cycle management of plant 设备全过程管理
# a) V9 h+ i# [, x, Q4 l' klife of equipment 设备寿命
- y* h: y# L; q9 s C5 X1 tlubrication management regulation of plant 设备润滑管理制度
1 M* L0 I4 f: m% L; B. b“five fixation” of lubrication 设备润滑“五定”
) i y2 p$ r& Maccident management regulation of plant 设备事故管理制度
3 ?* O5 B/ | j6 Y5 V4 D* Nthree do not let pass of plant accident 设备事故“三不放过” 6 y# g3 W( W# z: b- o& Y
plant accident 设备事故
3 W* ]+ l7 y% n0 l0 J4 Sregion responsibility system of plant maintenance 设备区域维修负责制
4 R* k3 ]) N6 N% g( a* Nfore period and later period management of plant 设备前期管理和后期管理
# y. A. u5 o8 E4 e; ]% Zregulation of fore period management of plant 设备前期管理规定 7 d* c3 g6 V/ R& p: b
wear compensation for plant 设备磨损补偿 4 O. X! Y* p3 E
plant ageing 设备老化
$ f6 p& i, Y' p& ]+ M5 y4 y+ qarithmetic mean 算术平均值(均值) " D$ c) B% ]3 K' F6 F! N
coercionary service system 强制保养制 1 u7 K3 V2 d9 H6 f
effect coefficient of investment 投资效果系数 2 i2 u& D, ]8 D$ D
economic management system of plant 设备经济管理制度 5 I0 f; n: J) w" W
excellence selection activity in plant management 设备管理评优活动 % w0 A J; N+ K( y1 w n* \$ F
Pareto chart 排列图(帕累托图) 0 y8 [' H/ {1 c5 @
load test 负荷试验 8 Q% m \; C5 B# P5 H
breakdown time 故障停机时间
, ?/ W% P% O4 d& K% Dtechnological adaptability 工艺适应性 7 Q# [6 \" Q+ z3 E
supervision of engineering facilities 工程设备监理
* C1 d& M+ L7 p: C! j5 B! Kmanagement of proccess-control-point equipment 工序控制点设备管理 5 T+ A) e& I' X; N* a6 s/ Q
contract change and cancellation 合同变更与解除
) ^6 Q% X' F7 x5 ^" Ncombined maintenance 混合维修 + t$ x. a" W" K8 ] P' ~) x( z
regression analysis 回归分析
9 O9 Y% z; q6 finterval between inspections 检查间隔期 6 k3 d) l& T& a& a1 Z* X
socialization of maintenance 检修社会化
0 R* n* e' W3 p: P3 fcentralized maintenance 集中维修
4 Z) z+ Z0 O ptechnical advancement 技术先进性 % k- j9 ]0 v2 w8 w+ S4 S& ?5 M
combination of technical management and economic management 技术管理与经济管理相结合 - P) w* M% L% [& h( S/ l; C8 w. s
computer-aided plant management 计算机辅助设备管理
8 f$ B' o( A1 g& F4 X" h! WP) planned preventive maintenance system 计划预修制度(ЛЛ
8 C' U0 T; [; J7 t6 zFOB of imported equipment 进口设备离岸价 P; x# j3 n: C5 w0 k' y6 @
imported equipment management 进口设备管理 : V; b( _2 x- |% M7 V# f5 P
CIF of imported equipment 进口设备到岸价 2 G3 i$ y# d) t1 @ H* u6 O
precise,large scale,rare plant 精、大、稀设备 9 S: W- L6 R% k; S
management of precise,large scale,rare equipment 精、大、稀设备管理
5 k& @, Y4 M8 p8 G% x ^) |“five fixed” of precise,large scale,rare,critical equipme 精、大、稀、关键设备的“五定” 3 i9 x+ U9 p+ y" t8 |. L
economy 经济性
7 `; i( j) Z4 h/ C8 tstatic test 静态试验 . T7 B7 A) m# L4 P1 a
open-case inspection 开箱检查 7 |) N( A0 K( l' s6 ^% i
average deviation 平均偏差 , F$ O0 `7 k8 x) r- `" M
mean waiting time,MWT 平均等待时间 + L- R6 n# K3 R9 t/ R0 Z& M# V- z6 o
repair cycle 修理周期
4 r2 K" H* q7 X5 b9 d ?structure of repair cycle 修理周期结构 # L$ z0 k( a7 `! [8 S/ K
combination of repair, modernization and renewal 修理、改造与更新相结合
' }/ p/ T2 v4 u# `. _* `- P( s2 icomplexity coefficient of repair 修理复杂系数 - m# }* l y) V& k, I
time between repairs 修理间隔期 ) _# X! f1 A- c: Z7 l
leased equipment management system 租赁设备管理制度
) Z' E# G; A- Z# l& utime value of fund 资金的时间价值 ' ?; m6 c" q' m A& n# ~
natural accident 自然事故 8 Q: u3 ?8 x0 y& | i
self-made equipment 自制设备 6 i; |% K q( ^" E
management system for selfmade equipment 自制设备管理制度 7 o0 p$ \) }/ f2 R0 @
self-made spare parts management system 自制备件管理制度
+ N" L# l" i0 ]+ Q" Z( d E, ecombination of professional management and mass management 专业管理与群众管理相结合 o L/ p( `+ Q4 S1 v7 Q
transfer of facility 转让设备(设备调剂) 3 T8 t8 c2 f# `3 s0 W/ y
typical investigation 典型调查 % m$ r8 P4 u2 m) M9 U* f. j c/ x2 A
areal (departmental) repair center 地区(部门)修理中心
9 t% v2 `. {# u+ grecovery ratio of used oil 废油回收率 5 k2 w8 i; E/ l! p$ {
perfectness ratio of power plant 动力设备完好率
Z# `# e6 k( |% @/ sfulfillment ratio of periodic service 定期保养完成率
q. [0 y/ u/ q% d+ x; v1 t* l: Z" |7 Ymean downtime(days) due to overhaul 大修理平均停歇天数 5 I( @$ Y' ?- \6 K
perfectness ratio of key-point equipments 重点设备完好率
% I6 B/ t- ?; _% pqualification ratio under first acceptance check 一次交验合格率 . }" u* l5 n& c5 v. L" O
availability of plant in use 在用设备可利用率
3 v. V; p' O" b1 L8 eutilization ratio of installed equipments 已安装设备利用率 & F; A5 J: J& r" C+ c
annual profit ratio per 10000 yuan fixed assets 万元固定资产年创利润率 2 s7 ^! u7 B( U$ v2 ^: ^$ w& Z
maintenance expense for 1000 yuan production value 万元产值占用维修费用
- V" V6 e: t/ t* ^2 b. G. Xinstallation ratio of owned equipments 实有设备安装率 ( | O0 m9 c2 S. ?: \: k
comprehensive utilization ratio of plant 设备综合利用率 / F6 G# d' ^1 M
added value rate of plant assets 设备资产增值率 / J; M) @5 Y9 Y# q% R
capital investment recovery period of plant 设备资产投资回收期
- r7 z( b* t8 K8 X- x+ ?% `+ Unewness degree of plant 设备新度
6 B1 Z1 D9 o) @" v0 Y0 i! v# tprofit ratio vs net book value of plant 设备净资产创利润率
+ v( h& Y) ~, E- X% g0 Kutilization ratio of planned time of plant 设备计划台时利用率 % `" u7 f) m. x. Q
constitution ratio of plant 设备构成比 : Z+ O2 ~+ T- X' ^
load rate of plant 设备负荷率
" u3 V1 F2 d: j- a- l- d# `* N- ]back repair rate 设备返修率 7 x4 i T" R6 T
utilization ratio of institutional time of plant 设备制度台时利用率
0 A9 f. ], ~2 D3 X* r) lidelness ratio of plant 设备闲置率 & H9 Z0 \7 o$ X
plant capital investment recovery ratio 设备投资回收报率 6 m2 O$ X3 b! Q
capital investment recovery period of plant 设备投资产出比
9 \) m2 _) v$ f: d8 v4 t7 g$ F6 operfectness ratio of plant 设备完好率 0 O) H' M! N9 o! S- C( N
plant daily service fulfillment ratio 设备日常保养完成率 ( y( U, W1 U% ^. S4 ~9 B' B
incident frequency 设备事故频率 $ Y% u. \5 C0 U
utilization ratio 设备利用率
& I; `& T& ` n& [down time ratio to accident (failure) 事故[故障]停机率
' e) ^; n9 B. F7 ?fulfillment ratio of cleaning and oil change plan 清洗换油计划完成率
$ r+ Q/ K! s4 _2 z) [mean repair cost per complexity coefficient of repair 每个修理复杂系数平均大修理成本
0 Q0 ]( g7 B) ]# g) ]maintenance expense per repair complexity coefficient 每个复杂系数占用维修费用
2 H* j* H- s/ |1 d2 Mindustrial increase value ratio per 10000 yuan fixed assets 每万元固定资产创工业增加值率
& b: m6 g4 F4 C) r% v( G9 xfailure intensity 故障强度 $ f/ m" H1 g3 i, g* k$ y
failure frequency 故障频率
! E& l0 A1 Z, }* t# F% G, J' bperfectness ratio of critical equipments 关键设备完好率 * W7 u8 ]! h$ Q7 }7 g
perfectness raito of precise,large scale and rare equipments 精大稀设备完好率
R% h d+ V, e! D1 iavailability 可利用率(有效利用率)
" G% n. {; \, o, |mean down time,MDT 平均停机时间
& h+ c9 G ]! @" Pmean time between failture 平均故障间隔期,平均无故障工作时间 6 [; {! ?9 N; I0 d
fulfillment ratio of repair plan 修理计划完成率 |
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